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ISSN 1977-091X |
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Official Journal of the European Union |
C 344 |
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English edition |
Information and Notices |
Volume 66 |
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IV Notices |
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NOTICES FROM EUROPEAN UNION INSTITUTIONS, BODIES, OFFICES AND AGENCIES |
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Council |
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2023/C 344/12 |
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European Commission |
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2023/C 344/13 |
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2023/C 344/14 |
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NOTICES FROM MEMBER STATES |
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2023/C 344/15 |
Information communicated by Member States regarding closure of fisheries |
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2023/C 344/16 |
Commission information notice pursuant to Article 17(5) of Regulation (EC) 1008/2008 of the European Parliament and of the Council on common rules for the operation of air services in the Community – Invitation to tender in respect of the operation of scheduled air services in accordance with public service obligations ( 1 ) |
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2023/C 344/17 |
Commission information notice pursuant to Article 16(4) of Regulation (EC) 1008/2008 of the European Parliament and of the Council on common rules for the operation of air services in the Community – Public service obligations in respect of scheduled air services ( 1 ) |
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V Announcements |
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PROCEDURES RELATING TO THE IMPLEMENTATION OF COMPETITION POLICY |
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European Commission |
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2023/C 344/18 |
Prior notification of a concentration (Case M.11128 – IBERDROLA / BP / JV) ( 1 ) |
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2023/C 344/19 |
Prior notification of a concentration (Case M.11243 – KKR / TELEFONICA / PANGEACO) – Candidate case for simplified procedure ( 1 ) |
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OTHER ACTS |
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European Commission |
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2023/C 344/20 |
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2023/C 344/21 |
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2023/C 344/22 |
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(1) Text with EEA relevance. |
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EN |
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II Information
INFORMATION FROM EUROPEAN UNION INSTITUTIONS, BODIES, OFFICES AND AGENCIES
European Commission
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29.9.2023 |
EN |
Official Journal of the European Union |
C 344/1 |
Communication from the Commission in the framework of the implementation of Part A of the Annex of the Commission Regulation (EU) No 284/2013 setting out the data requirements for plant protection products, in accordance with Regulation (EC) No 1107/2009 of the European Parliament and of the Council concerning the placing of plant protection products on the market
(Text with EEA relevance)
(2023/C 344/01)
This guidance has been developed in consultation with the Member States. It does not intend to produce any legally-binding effects and, by its nature, cannot prejudice any measure taken by a Member State in the implementation of Regulation (EC) No 1107/2009 of the European Parliament and of the Council (1) , nor any case law developed with regard to this provision. Only the Court of Justice is empowered to authoritatively interpret and apply Union law.
The present Commission Communication fulfils Point 6 of the Introduction of the Annex to Commission Regulation (EU) No 284/2013 (2) that provides that, for purposes of information and of harmonisation, the list of test methods and guidance documents relevant to the implementation of this Regulation must be published in the Official Journal of the European Union. The Annexes below represent this list for Part A of the Annex to this Regulation and will be updated regularly.
Guidance documents and test methods (e.g. OECD, CIPAC) are referred to by their number and not by their year or revision number.
Listing of a document for a section means that it is relevant for all the sub-sections. In case there is no document listed for a section, no agreed test method or guidance document is currently available. In these cases, potential applicants should discuss proposals during the pre-submission meeting with the Rapporteur Member State and the European Food Safety Authority (EFSA), e.g. based on draft test methods.
To reduce testing on vertebrate animals, the Adverse Outcome Pathway approach is supported and relevant guidance documents and test methods are listed.
Test methods
Where Commission Regulation (EC) No 440/2008 (3) provides for cross-reference to an OECD test method (by indicating that a test method is replicated, analogous to or equivalent to an OECD test method) in most cases only the OECD guideline is listed to avoid duplication.
Only test methods that have been validated (e.g. ring-tested by OECD or equivalent international organisations) are listed. Test methods only described in scientific publications have not been included.
The listing of a test method should be read as referring to the most updated version of that test method available at the time of the initiation of a study.
In view of minimising testing on vertebrate animals, tests already carried out based on older test methods should be considered as part of the risk assessment, as provided for in Article 62 of Regulation (EC) No 1107/2009. However, during the pre-submission meeting, applicants, the Rapporteur Member State and EFSA may can consider whether new tests according to newer test methods are needed, if scientifically justified.
In all cases, in accordance with Directive 2010/63/EU of the European Parliament and of the Council (4); Regulation (EC) No 1107/2009 (Recitals 11 and 40, Articles 8.1(d), 18(b), 33.3(c) and 62.1) and Regulation (EU) No 284/2013, unnecessary animal testing must be avoided. More specifically article 62 of Regulation (EC) No 1107/2009 provides that testing on vertebrate animals for the purposes of the approval of active substances for plant protection shall be undertaken only where no other methods are available. Alternative methods include in-vitro testing, in-silico methods or other approaches such as read-across, as described for instance in the EURL ECVAM Status report on the Development, Validation and Regulatory Acceptance of Alternative Methods and Approaches and the EURL ECVAM Status report on Non-animal Methods in Science and Regulation (5) . Furthermore, availability of guidance documents on non-animal testing and validated in–vitro study protocols should be considered as a valid scientific justification (6) when considering point 1.5 of the Introduction of the Annex to Regulation (EU) No 284/2013.
If a new test is needed and several test methods are available to fulfil a data requirement, the order of test methods listed indicates a preference. The order will prioritise methods where no or fewer test animals are needed and/or this method is associated with less severe suffering of the test animals. However, during the pre-submission meeting, upon advice by EFSA and the Rapporteur Member State the order of priority can be changed when scientifically justified (e.g. due to limitations of the applicability domain of some methods) in order to ensure the scientific quality of the assessment.
Guidance documents
Guidance documents qualify to be listed when they:
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have been endorsed by the Standing Committee on Plants, Animals, Food and Feed (SCoPAFF) before the publication of this Communication, |
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have been developed under the auspices of an official body (e.g. EFSA, the Commission, national authorities) with the aim to address a certain area of risk assessment or procedural issues, and were consulted with relevant stakeholders, or |
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have been endorsed by an intergovernmental organisation (such as OECD, FAO, WHO, or EPPO) where the Member States take part in the endorsement process. |
Guidance documents not yet endorsed by the SCoPAFF before being listed under this Communication shall be considered endorsed with the endorsement of this Communication.
The following types of guidance documents have been listed:
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Technical guidance documents, including guidance documents that are of horizontal nature that are relevant for several or all sections of the data requirements, including implementation of point 1.5 of the Introduction of the Annex to Regulation (EU) No 284/2013; |
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Administrative/procedural guidance documents if they are relevant for the implementation of the data requirements; |
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Models or calculation tools, if they are relevant for the data requirements and can be linked to or are supportive to a guidance document; |
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Scientific Opinions of the EFSA Panels and guidance documents from the interzonal Steering Committee relevant for all the Member States have been listed following a consideration on a case by case basis, if they are relevant for the implementation of specific data requirements. |
Documents such as zonal guidance documents, EFSA statements, peer reviewed publications, technical reports, scientific reports, strategies have not been listed.
The listing of a guidance document should be read as referring to the most updated version of that guidance document available at the time of the initiation of a study.
(1) Regulation (EC) No 1107/2009 of the European Parliament and of the Council of 21 October 2009 concerning the placing of plant protection products on the market and repealing Council Directives 79/117/EEC and 91/414/EEC (OJ L 309, 24.11.2009, p. 1).
(2) Commission Regulation (EU) No 284/2013 of 1 March 2013 setting out the data requirements for plant protection products, in accordance with Regulation (EC) No 1107/2009 of the European Parliament and of the Council concerning the placing of plant protection products on the market (OJ L 93, 3.4.2013, p. 85).
(3) Commission Regulation (EC) No 440/2008 of 30 May 2008 laying down test methods pursuant to Regulation (EC) No 1907/2006 of the European Parliament and of the Council on the Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) (OJ L 142, 31.5.2008, p. 1).
(4) Directive 2010/63/EU of the European Parliament and of the Council of 22 September 2010 on the protection of animals used for scientific purposes (OJ L 276, 20.10.2010, p. 33).
(5) Available at https://publications.jrc.ec.europa.eu/repository/.
(6) If relevant, see also: OECD. Guidance Document on the Reporting of Defined Approaches and Individual Information Sources to be used within Integrated Approaches to Testing and Assessment (IATA) for Skin Sensitisation. Series on Testing and Assessment No 256 (Annex 1, Annex 2); OECD Guideline No 497: Defined Approaches on Skin Sensitisation; OECD Test Guideline 442C: In Chemico Skin Sensitisation; OECD Test Guideline 442D: In vitro Skin Sensitisation; OECD Test Guideline 442E: In vitro Skin Sensitisation: In vitro Skin Sensitisation Assays Addressing the Key Event on Activation of the Dendritic Cells on the Adverse Outcome Pathways for Skin Sensitisation; OECD Test No 236: Fish Embryo Acute Toxicity (FET) Test; OECD Test No 249: Fish Cell Line Acute Toxicity – The RTgill-W1 cell line assay.
ANNEX I
Guidance documents recommended according to Regulation (EU) No 284/2013
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Reference to Part A of the Annex to Regulation (EU) No 284/2013 |
Guidance documents |
Notes |
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General guidance |
EFSA Guidance on Uncertainty Analysis in Scientific Assessments (EFSA Journal 2018;16(1):5123) |
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General guidance |
EFSA Guidance on the assessment of the biological relevance of data in scientific assessments (EFSA Journal 2017;15(8):4970) |
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General guidance |
EFSA Scientific Opinion on the guidance on the use of the weight of evidence approach in scientific assessments (EFSA Journal 2017;15(8):4971) |
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General guidance |
OECD Guidance Document for Describing Non-Guideline In-vitro Test Methods, Series on Testing and Assessment, No 211 |
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General guidance |
Guidance document for environmental risk assessments of active substances used on rice in the EU for Annex 1 inclusion (SANCO/1090/2000) |
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General guidance |
Guidance document on botanical active substances used in plant protection products (SANCO/11470/2012) |
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General guidance |
Guidance document on semiochemical active substances used and plant protection products (SANTE/12815/2014) |
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General guidance |
Commission Notice of 10 October 2017: Guidance on monitoring and surveying of impacts of pesticide use on human health and the environment under Article 7(3) of Directive 2009/128/EC establishing a framework for Community action to achieve the sustainable use of pesticides (referred to as the Sustainable Use Directive) |
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General guidance |
OECD Guidance document on the recognition, assessment, and use of clinical signs as human endpoints for experimental animals used in safety evaluation. Series on Testing and Assessment, No 19 |
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General guidance |
OECD Consideration for assessing the risk of combined exposure to multiple chemicals. Series on Testing and Assessment, No 296 |
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General guidance |
EFSA Guidance on harmonised methodologies for human health, animal health and ecological risk assessment of combined exposure to multiple chemicals (EFSA Journal 2019;17(3):5634) |
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General guidance |
ECHA Guidance on the Application of the CLP Criteria |
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General guidance |
OECD Guidance Documents on the Validation of (Quantitative) Structure-Activity Relationship [(Q)SAR] Models. Series on Testing and Assessment No 69 |
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General guidance |
ECHA Practical Guide – how to use and report (Q)SARs |
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General guidance |
OECD Guidance on Grouping of Chemicals, Second Edition. Series on Testing and Assessment, No 194 |
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General guidance |
OECD Guidance Document for the Use of Adverse Outcome Pathways in Developing Integrated Approaches to Testing and Assessment (IATA). Series on Testing and Assessment, No 260 |
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General guidance |
OECD Guidance Document on Developing and Assessing Adverse Outcome Pathways. Series on Testing and Assessment No 184 |
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General guidance |
OECD Guidance Document on Good In Vitro Method Practices (GIVIMP) |
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General guidance |
OECD Guidance Document on Considerations for Waiving or Bridging of Mammalian Acute Toxicity Tests Series on Testing & Assessment No 237 |
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General guidance |
EFSA Guidance on the use of the Threshold of Toxicological Concern approach in food safety assessment (EFSA Journal 2019;17(6):5708) |
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General guidance |
Guidance document on significant and non-significant changes of the chemical composition of authorised plant protection products under Regulation (EC) No 1107/2009 of the EU Parliament and Council on placing of plant protection products on the market and repealing Council Directives 79/117/EEC and 91/414/EEC (SANCO/12638/2011) |
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General guidance |
Guidance on risk assessment of nanomaterials to be applied in the food and feed chain: human and animal health (EFSA Journal 2021;19(8):6768) |
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General guidance |
ECHA. Read-Across Assessment Framework (RAAF), ECHA-17-R-01-EN |
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WHO/FAO Pesticide Specifications. Manual on development and use of FAO and WHO specifications for chemical pesticides |
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EU Guidance Document on the assessment of the equivalence of technical materials of substances regulated under Regulation (EC) No 1107/2009 (SANCO/10597/2003) |
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WHO/FAO Pesticide Specifications. Manual on development and use of FAO and WHO specifications for chemical pesticides |
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Guidance document for the generation and evaluation of data on the physical, chemical and technical properties of plant protection products under Regulation (EC) No 1107/2009 (SANCO/10473/2003) |
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ECHA Guidance on the Application of the CLP Criteria |
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OECD Guidance Document for flammability testing of plant protection and biocidal products Series on Testing and Assessment, No 330 |
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FAO Guidelines for the packaging and storage of pesticides (FAO, Rome, 1985) |
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Guidance document for the generation and evaluation of data on the physical, chemical and technical properties of plant protection products under Regulation (EC) No 1107/2009 (SANCO/10473/2003) |
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OECD Guidance Document on Pesticide Residue Analytical Methods. Environment, Health and Safety Publications. Series on Testing and Assessment, No 72. Series on Pesticides, No 39 |
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Technical Active Substance and Plant protection products: Guidance for generating and reporting methods of analysis in support of pre- and post-registration data requirements for Annex (Section 4) of Regulation (EU) No 283/2013 and Annex (Section 5) of Regulation (EU) No 284/2013 (SANCO/3030/99) |
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Technical Guideline on the Evaluation of Extraction Efficiency of Residue Analytical Methods (SANTE/2017/10632) |
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Guidance Document on Pesticide Analytical Methods for Risk Assessment and Post-approval Control and Monitoring Purposes (SANTE/2020/12830) |
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OECD Guidance Document on Pesticide Residue Analytical Methods. Environment, Health and Safety Publications. Series on Testing and Assessment, No 72. Series on Pesticides, No 39 |
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Technical Guideline on the Evaluation of Extraction Efficiency of Residue Analytical Methods (SANTE/2017/10632) |
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Guidance Document on Pesticide Analytical Methods for Risk Assessment and Post-approval Control and Monitoring Purposes (SANTE/2020/12830) |
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OECD Guidance Document on Pesticide Residue Analytical Methods. Environment, Health and Safety Publications. Series on Testing and Assessment No 72. Series on Pesticides, No 39 |
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Guidance document on data requirements on efficacy for the dossier to be submitted for the approval of new active substances contained in plant protection products (SANCO/10054/2013) |
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Guidance document on the efficacy composition of core dossier and national addenda submitted to support the authorization of plant protection products under regulation (EC) No 1107/2009 of the EU parliament and council on placing of plant protection products on the market (SANCO/10055/2013) |
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EPPO standard series PP1: Efficacy evaluation of plant protection products |
Please consider only those uses which are deemed relevant under the scope of Regulation (EC) No 1107/2009, and not those in EPPO PP1/248 which refer to biostimulant claims as defined both under the scope of Regulation (EU) 2019/1009 and under the technical specifications CEN/TS 17724, CEN/TS 17700-1, CEN/TS 17700-2, CEN/TS 17700-3, CEN/TS 17700-4, CEN/TS 17700-5, even if these biostimulants are identified as plant growth regulators in EPPO PP1/248. |
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OECD Guidance document on acute oral toxicity testing. OECD Series on Testing and Assessment, No 24 |
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OECD Guidance Document on using Cytotoxicity Tests to Estimate Starting Doses for Acute Oral Systemic Toxicity Tests. Series on Testing and Assessment, No 129 |
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OECD Guidance Document for the Derivation of an Acute Reference Concentration (Arfc). Series on Testing and Assessment, No 153 |
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OECD Guidance Document on inhalation toxicity studies. Series on Testing and Assessment No 39 |
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OECD Guidance Document on an Integrated Approach on Testing and Assessment (IATA) for Skin Corrosion and Irritation, Series on Testing and Assessment, No 203 |
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OECD Guidance Document on Integrated Approaches to Testing and Assessment (IATA) for Serious Eye Damage and Eye Irritation. Series on Testing and Assessment, No 263 |
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OECD. Guidance Document on the Bovine Corneal Opacity (BCOP) and Isolated Chicken Eye (ICE) Test Methods: Collection of Tissues for Histological Evaluation and Collection of Data on Non-severe Irritants. Series on Testing & Assessment, No 160 |
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EFSA Guidance on the assessment of exposure of operators, workers, residents and bystanders in risk assessment for plant protection products (SANTE/10832/2015, EFSA Journal 2022;20(1):7032) |
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OECD Guidance Document for the Conduct of Studies of Occupational Exposure to Pesticides During Agricultural Application. Series on Testing and Assessment No 9 |
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OECD Guidance Document for the Conduct of Studies of Occupational Exposure to Pesticides During Agricultural Application. Series on Testing and Assessment No 9 |
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EFSA Guidance on dermal absorption (SANTE/2018/10591) |
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Guidance documents reported in Section 6 of Annex I to Commission Communication C(2023) 6245 apply |
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Guidance Document on clustering and ranking of emissions of plant protection products and transformation products of these active substances from protected crops (greenhouses and crops grown under cover) to relevant environmental compartments (SANCO/12184/2014) |
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Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (based on – among others – Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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DG SANCO Working Document on ‘Evidence Needed to Identify POP, PBT and vPvB Properties for Pesticides’ |
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OECD Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies. Series on Pesticides No 82. Series on Testing and Assessment, No 232 |
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Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010) |
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Guidance documents reported in Section 7.1.2 and 7.1.3.1 of Annex I to Communication C(2023) 6245 apply |
According to Section 9.1.2.1 of Part A of the Annex to Regulation (EU) No 284/2013, the same provisions as provided under points 7.1.2 and 7.1.3.1 of Part A of the Annex to Regulation (EU) No 283/2013 apply. |
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Soil persistence models and EU registration, final report of the FOCUS Soil modelling workgroup (SANCO/7617/VI/96) |
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Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010) |
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Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (based on – among others – Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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DG SANCO Working Document on ‘Evidence Needed to Identify POP, PBT and vPvB Properties for Pesticides’ |
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Generic Guidance for Surface Water Scenarios (based on – among others – ‘FOCUS Surface Water Scenarios in the EU Evaluation Process under 91/414/EEC’. Report of the FOCUS Working Group on Surface Water Scenarios, EC Document Reference (SANCO/4802/2001); Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (including Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)); Guidance Document on Tiered Risk Assessment for Plant Protection products for Aquatic Organisms in Edge-of-field Surface Waters in the Context of Regulation (EC) No 1107/2009 (SANTE/2015/00080); Landscape and Mitigation Factors in Aquatic Ecological Risk Assessment – Volume 1. Extended Summary and Recommendations – Final Report of the FOCUS Working Group on Landscape and Mitigation Factors in Ecological Risk Assessment (SANCO/10422/2005)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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DG SANCO Working Document on ‘Evidence Needed to Identify POP, PBT and vPvB Properties for Pesticides’ |
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Generic guidance for Tier 1 FOCUS Ground water assessments (based on – among others – the European Commission (2014) Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010); FOCUS (2000) ‘FOCUS groundwater scenarios in the EU review of active substances’ Report of the FOCUS Groundwater Scenarios Workgroup (SANCO/321/2000); Scientific Opinion of the Panel on Plant Protection Products and their Residues on a request from EFSA related to the default Q10 value used to describe the temperature effect on transformation rates of pesticides in soil (doi: 10.2903/j.efsa.2008.622); Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (including Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)); section 3.3.1 of EFSA. Guidance Document for predicting environmental concentrations of active substances of plant protection products and transformation products of these active substances in soil (doi:10.2903/j.efsa.2017.4982); section 3.3 of Scientific report of EFSA on the ‘repair action’ of the FOCUS surface water scenarios (doi:10.2903/j.efsa.2020.6119)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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Higher tiers: Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010) |
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Higher tiers: Guidance on how aged sorption studies for pesticides should be conducted, analysed and used in regulatory assessments EC Document Reference (SANTE/12586/2020) |
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EU Guidance document on the assessment of the relevance of metabolites in groundwater of substances regulated under Council Directive 91/414/EEC (SANCO/221/2000) |
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Generic Guidance for Surface Water Scenarios (based on – among others – ‘FOCUS Surface Water Scenarios in the EU Evaluation Process under 91/414/EEC’. Report of the FOCUS Working Group on Surface Water Scenarios, EC Document Reference (SANCO/4802/2001); Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (including Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)); Guidance Document on Tiered Risk Assessment for Plant Protection products for Aquatic Organisms in Edge-of-field Surface Waters in the Context of Regulation (EC) No 1107/2009 (SANTE/2015/00080); Landscape and Mitigation Factors in Aquatic Ecological Risk Assessment – Volume 1. Extended Summary and Recommendations – Final Report of the FOCUS Working Group on Landscape and Mitigation Factors in Ecological Risk Assessment (SANCO/10422/2005)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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‘Pesticides in Air: Considerations for Exposure Assessment’. Report of the FOCUS Working Group on Pesticides in Air (SANCO/10553/2006) |
|
||
|
‘Pesticides in Air: Considerations for Exposure Assessment’. Report of the FOCUS Working Group on Pesticides in Air (SANCO/10553/2006) |
|
||
|
— |
|
||
|
OECD Current approaches in the statistical analysis of ecotoxicity data: a guidance to application. Series of testing and assessment, No 54 |
|
||
|
EFSA Risk assessment for birds and mammals (EFSA Journal 2009; 7(12):1438) |
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— |
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— |
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— |
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||
|
— |
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||
|
— |
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||
|
— |
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||
|
— |
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||
|
Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
|
||
|
OECD Guidance document on aqueous-phase aquatic toxicity testing of difficult test chemicals. Series on Testing and Assessment, No 23 (Guidance Document on Aquatic Toxicity Testing of Difficult Substances and Mixtures) |
|
||
|
Guidance documents reported in point 8.2 of Annex I to Communication C(2023) 6245 apply |
According to Section 10.2.1 of Part A of the Annex to Regulation (EU) No 284/2013, tests must be carried out on one species from each of the three/four groups of aquatic organisms, that is to say fish, aquatic invertebrates, algae and, where relevant, macrophytes as referred to in point 8.2 of Part A of the Annex to Regulation (EU) No 283/2013, if the plant protection product itself may contaminate water. |
||
|
Guidance documents reported in point 8.2.2 and 8.2.5 of Annex I to Communication C(2023) 6245 apply |
According to Section 10.2.2 of Part A of the Annex to Regulation (EU) No 284/2013, the studies referred to in points 8.2.2 and 8.2.5 of Part A of the Annex to Regulation (EU) No 283/2013 must be conducted for particular plant protection products, where it is not possible to extra polate from data obtained in the corresponding studies on the active substance (for example the plant protection product is more acutely toxic than the active substance as manufactured by a factor of 10), unless it is demonstrated that exposure will not occur. |
||
|
— |
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||
|
EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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||
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— |
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— |
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— |
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— |
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— |
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— |
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|
— |
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||
|
Candolfi et al. (2001): Guidance Document on Regulatory Testing and Risk Assessment Procedures for Plant Protection Products With Non-Target Arthropods: From the Escort 2 Workshop (European Standard Characteristics of Non-Target Arthropod Regulatory Testing). SETAC press, pp. 46. ISBN 1-880611-52-x |
|
||
|
De Jong et al. (2010) Guidance for summarising and evaluating field studies with non-target arthropods |
|
||
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— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
|
||
|
|
|
||
|
— |
|
||
|
De Jong et al. (2006): Guidance for summarizing earthworm field studies. RIVM report No 601506006/2006 |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
|
||
|
EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
|
||
|
— |
|
||
|
EFSA Submission of scientific peer-reviewed open literature for the approval of pesticide active substances under Regulation (EC) No 1107/2009 (EFSA Journal 2011; 9(2):209) |
|
||
|
EFSA Application of systematic review methodology to food and feed safety assessments to support decision making (EFSA Journal 2010;8(6):1637) |
|
||
|
ECHA Guidance on the Application of the CLP Criteria |
|
ANNEX II
Test methods recommended according to Regulation (EU) No 284/2013
|
Reference to Part A of the Annex to Regulation (EU) No 284/2013 |
Test methods |
Notes |
||
|
Guidance for certain classes of substances |
— |
|
||
|
|
|
||
|
|
|
||
|
— |
|
||
|
Test methods according to Test series 1-3, Part I of the UN RTDG Manual of Tests and Criteria |
|
||
|
Method A.14: Explosive properties (Annex of Regulation (EC) No 440/2008) |
|
||
|
Test method according to Section 2.4.4 of Part 2 of Annex I to Regulation (EC) No 1272/2008 |
|
||
|
Test O.2: Test for oxidizing liquids, Part III of UN RTDG Manual of Tests and Criteria |
|
||
|
Test O.1: Test for oxidizing solids, Part III of UN RTDG Manual of Tests and Criteria |
|
||
|
Test O.3: Gravimetric test for oxidising solids, Part III of UN RTDG Manual of Tests and Criteria |
|
||
|
Method A.17: Oxidising properties (solids) (Annex of Regulation (EC) No 440/2008) |
For solid preparations |
||
|
Method A.21: Oxidising properties (liquids) (Annex of Regulation (EC) No 440/2008) |
|
||
|
Method A.9: Flash-point (liquids) (Annex of Regulation (EC) No 440/2008) |
|
||
|
Test methods according to table 2.6.3 of Annex I, Part 2, of Regulation (EC) No 1272/2008 (liquids) |
|
||
|
Test N.1: Test method for flammable solids, Part III of UN RTDG Manual of Tests and Criteria (solids) |
|
||
|
Method A.10: Flammability (Annex of Regulation (EC) No 440/2008) for solids (solids) |
|
||
|
Method A.11: Flammability (Annex of Regulation (EC) No 440/2008) for gaseous materials (gaseous materials) |
|
||
|
Method A.12 (Annex of Regulation (EC) No 440/2008) for contact with water (solids and liquids) |
|
||
|
Test methods according to Section 2.2.4.1 of Annex I, Part 2, of Regulation (EC) No 1272/2008 |
|
||
|
Test L.2: sustained combustibility test, Part III of the UN RTDG Manual of Tests and Criteria |
|
||
|
Method A.15 (Annex of Regulation (EC) No 440/2008) for liquids and Gases (liquids and gases) |
|
||
|
Method A.16 (Annex of Regulation (EC) No 440/2008) for solids (solids) |
|
||
|
Test N.4: Test method for self-heating substances, Part III of UN RTDG Manual of Tests and Criteria |
|
||
|
ISO/IEC 80079-20-1:2017 – Explosive atmospheres – Part 20-1: Material characteristics for gas and vapour classification – Test methods and data |
|
||
|
CIPAC Method MT 75: Determination of pH values |
|
||
|
CIPAC Method MT 31: Free acidity or alkalinity |
|
||
|
CIPAC Method MT 191: Acidity or alkalinity of formulations |
|
||
|
Test methods according to Part III of the UN RTDG Manual of Tests and Criteria |
|
||
|
OECD Test Guideline 122: Determination of pH, Acidity and Alkalinity |
|
||
|
OECD Test Guideline 114: Viscosity of Liquids |
Applicable for newtonian or non-newtonian liquids |
||
|
CIPAC method MT 192: Viscosity of liquids by rotational viscosimetry |
Applicable for newtonian or non-newtonian liquids |
||
|
OECD Test Guideline 115: Surface Tension of Aqueous Solutions |
|
||
|
Method A.5: Surface tension, (Annex of Regulation (EC) No 440/2008) |
|
||
|
Method A.3: Relative density (Annex of Regulation (EC) No 440/2008) |
|
||
|
OECD Test Guideline 109 – Density of Liquids and Solids |
|
||
|
CIPAC Method MT 186: Bulk density |
|
||
|
CIPAC Method MT 46: Accelerated storage procedure |
|
||
|
CIPAC Method MT 39: Low temperature stability of liquid formulations |
|
||
|
— |
|
||
|
CIPAC Method MT 53: Wettability, wetting of wettable powders |
|
||
|
CIPAC Method MT 47: Persistent foam |
|
||
|
CIPAC Method MT 184: Suspensibility of formulations forming suspensions on dilution with water |
|
||
|
CIPAC Method MT 160: Spontaneity of dispersion of suspension concentrates |
|
||
|
CIPAC Method MT 174: Dispersibility of water dispersible granules |
|
||
|
CIPAC Method MT 180: Dispersion stability of suspo-emulsion |
|
||
|
CIPAC Method MT 41: Dilution stability of aqueous solutions |
|
||
|
CIPAC Method MT 179: Degree of Dissolution and Solution Stability |
|
||
|
CIPAC Method MT 196: Solution Properties of Water Soluble Tablets (ST) |
|
||
|
— |
|
||
|
CIPAC Method MT 185: Wet sieve test |
Applicable for water dispersible products |
||
|
CIPAC Method MT 187: Particle size analysis by laser diffraction |
Applicable for powders and granules |
||
|
CIPAC Method MT 170: Dry sieve analysis of water dispersible granules |
Applicable for granules |
||
|
CIPAC Method MT 171: Dustiness of granular products |
|
||
|
CIPAC Method MT 178: Attrition resistance of granules |
|
||
|
CIPAC Method MT 193: Attrition of tablets |
|
||
|
CIPAC Method MT 197: Disintegration of tablets |
|
||
|
CIPAC Method MT 36: Emulsion characteristics and re-emulsification properties |
|
||
|
CIPAC Method MT 172: Flowability of granular preparations after accelerated storage under pressure |
|
||
|
CIPAC Method MT 148: Pourability of suspension concentrates |
|
||
|
ASTM E1518 – 05: Standard Practice for Evaluation of Physical Compatibility of Pesticides in Aqueous Tank Mixtures by the Dynamic Shaker Method |
|
||
|
CIPAC Method MT 175: Determination of seed-to-seed uniformity of distribution for liquid seed-treatment formulations |
|
||
|
CIPAC Method MT 194: Adhesion to Treated Seed |
|
||
|
European Seed Association, 2011. Assessment of free floating dust and abrasion particles of treated seeds as a parameter of the quality of treated seeds: Heubach test. ESA STAT Dust Working Group. |
|
||
|
Test methods reported in Annex I, Part II to Regulation (EC) No 1272/2008 |
|
||
|
CIPAC Method MT 176: Dissolution rate of water soluble bags |
|
||
|
CIPAC Method MT 23: Miscibility with hydrocarbon oil |
|
||
|
EPPO Standard PP1/239: Dose expression of plant protection products |
|
||
|
EPPO Standard PP1/240: Harmonized basic information for databases on plant protection products |
|
||
|
EPPO Standard PP1/248: Harmonized system for classification and coding of the uses of plant protection products |
Please consider only those uses which are deemed relevant under the scope of Regulation (EC) No 1107/2009, and not those in EPPO PP1/248 which refer to biostimulant claims as defined both under the scope of Regulation (EU) 2019/1009 and under the technical specifications CEN/TS 17724, CEN/TS 17700-1, CEN/TS 17700-2, CEN/TS 17700-3, CEN/TS 17700-4, CEN/TS 17700-5, even if these biostimulants are identified as plant growth regulators in EPPO PP1/248. |
||
|
EPPO Standard PP1/291: Evaluation of the influence of tank mix adjuvants on the efficacy of plant protection products |
|
||
|
EPPO Standard PP1/306: General principles for the development of co-formulated mixtures of plant protection products |
|
||
|
EPPO Global Database on Crops and Pests (EPPO, 2017) |
Database available online: https://gd.eppo.int |
||
|
EPPO Standard PP1/292: Cleaning pesticide application equipment (PAE) – Efficacy aspects |
|
||
|
— |
|
||
|
EPPO standard series PP1 (Efficacy evaluation of plant protection products) |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
ISTA Methods |
For seeds harvested from treated plants |
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Test Guideline 420: Acute oral toxicity: fixed dose procedure |
|
||
|
OECD Test Guideline 423: Acute oral toxicity: acute toxic class method |
|
||
|
OECD Test Guideline 425: Acute oral toxicity: up-and-down procedure |
|
||
|
OECD Test Guideline 401: Acute oral toxicity (only acceptable, if performed before December 2002) |
|
||
|
OECD Test Guideline 402: Acute Dermal Toxicity |
|
||
|
OECD Test Guideline 433: Acute Inhalation Toxicity: Fixed Concentration Procedure |
|
||
|
OECD Test Guideline 436: Acute Inhalation Toxicity – Acute Toxic Class Method |
|
||
|
OECD Test Guideline 403: Acute Inhalation Toxicity |
Existing tests are acceptable, but if new test is to be carried out, preference should be given to OECD Test Guidelines 433 as fewer test animals are needed and/or this method is associated with less severe suffering of the test animals. |
||
|
OECD Test Guideline 431: In vitro Skin Corrosion: reconstructed human epidermis (RHE) test method |
|
||
|
OECD Test Guideline 435: In vitro Membrane Barrier Test Method for Skin Corrosion |
|
||
|
OECD Test Guideline 439: In vitro Skin Irritation: Reconstructed Human Epidermis Test Method |
|
||
|
OECD Test Guideline 430: In Vitro Skin Corrosion: Transcutaneous Electrical Resistance Test (TER) |
|
||
|
OECD Test Guideline 404: Acute Dermal Irritation/Corrosion |
|
||
|
OECD Test Guideline 492B: Reconstructed Human Cornea-like Epithelium (RHCE) Test Method for Eye Hazard Identification |
|
||
|
OECD Test Guideline 467: Defined Approaches for Serious Eye Damage and Eye Irritation |
|
||
|
OECD Test Guideline 496: In vitro Macromolecular Test Method for Identifying Chemicals Inducing Serious Eye Damage and Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
||
|
OECD Test No. 494: Vitrigel-Eye Irritancy Test Method for Identifying Chemicals Not Requiring Classification and Labelling for Eye Irritation or Serious Eye Damage |
|
||
|
OECD Test Guideline 437: Bovine Corneal Opacity and Permeability Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
||
|
OECD Test Guideline 438: Isolated Chicken Eye Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
||
|
OECD Test Guideline 460: Fluorescein Leakage Test Method for Identifying Ocular Corrosives and Severe Irritants |
|
||
|
OECD Test Guideline 491: Short Time Exposure In Vitro Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
||
|
OECD Test Guideline 492: Reconstructed human Cornea-like Epithelium (RhCE) test method for identifying chemicals not requiring classification and labelling for eye irritation or serious eye damage |
|
||
|
OECD Test Guideline 405: Acute eye irritation/corrosion |
|
||
|
OECD Test Guideline 442B: Skin Sensitisation – Local Lymph Node Assay: BrdU-ELISA |
|
||
|
OECD Test Guideline 429: Skin Sensitisation – Local Lymph Node Assay |
|
||
|
OECD Test Guideline 406: Skin sensitisation |
As the Buehler test is considered less sensitive than the maximization test, there is a preference of choice of assay for the maximisation test |
||
|
OECD Test Guideline 442A: Skin Sensitisation – Local Lymph Node Assay: DA |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Test Guideline 428: Skin absorption: in vitro method |
|
||
|
OECD Test Guideline 427: Skin absorption: in vivo method |
|
||
|
— |
|
||
|
Where relevant, same test methods as reported in Section 6 of the Annex II to Communication C(2023) 6245 apply |
According to Section 8 of Part A of the Annex to Regulation (EU) No 284/2013, data and information on residues in or on treated products, food and feed in accordance with Section 6 of Part A of the Annex to Regulation (EU) No 283/2013 must be submitted, unless the applicant shows that the data and information already submitted for the active substance can be applied. |
||
|
— |
|
||
|
OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
|
||
|
ISO 10381-6:2009: Soil quality. Sampling. Guidance on the collection, handling and storage of soil under aerobic conditions for the assessment of microbiological processes, biomass and diversity in the laboratory |
Test carried out until the date of publication of this Communication still valid, however new test shall be carried out in accordance with ISO 18400 |
||
|
ISO 18400-102:2017 ISO 18400-104:2018 ISO 18400-105:2017 ISO 18400-206:2018 |
|
||
|
— |
|
||
|
OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
|
||
|
OECD Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies. Series on Pesticides, No 82. Series on Testing and Assessmen,t No 232 |
|
||
|
— |
|
||
|
OECD Test Guideline 106: Adsorption – Desorption Using a Batch Equilibrium Method |
|
||
|
OECD Test Guideline 121: Estimation of the Adsorption Coefficient (Koc) on Soil and on Sewage Sludge using High Performance Liquid Chromatography (HPLC) |
|
||
|
OECD Test Guideline 312: Leaching in Soil Columns |
|
||
|
OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
|
||
|
OECD Guidance Document for the Performance of Out-door Monolith Lysimeter Studies. Series on Testing and Assessment, No 22 |
|
||
|
OECD Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies. Series on Pesticides, No 82. Series on Testing and Assessment, No 232 |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Test Guideline 309: Aerobic Mineralisation in Surface Water – Simulation Biodegradation Test |
|
||
|
OECD Test Guideline 308: Aerobic and Anaerobic Transformation in Aquatic Sediment Systems |
|
||
|
OECD Test Guideline 308: Aerobic and Anaerobic Transformation in Aquatic Sediment Systems |
|
||
|
EFSA guidance document on soil phototransformation products in groundwater – Consideration, parameterisation and simulation in the exposure assessment of plant protection products (PAFF-PPL-Dec 22-Doc.A.07.02) |
|
||
|
— |
|
||
|
OECD ENV/JM/MONO(2016)6 Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies Series on Pesticides No 82/Series on Testing and Assessment No 232 |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Test Guideline 223: Avian Acute oral toxicity study |
|
||
|
US EPA OCSPP 850.2100: Avian Acute Oral Toxicity Test |
|
||
|
— |
|
||
|
— |
|
||
|
Please refer to 7.1.1 |
|
||
|
— |
|
||
|
OECD Test Guideline 248: Xenopus Eleutheroembryonic Thyroid Assay (XETA) |
|
||
|
OECD Test Guideline 231: Amphibian Metamorphosis Assay |
|
||
|
OECD Test Guideline 241: Larval Amphibian Growth and Development Test |
|
||
|
— |
|
||
|
Where relevant, same test methods as reported in Section 8.2 of the Annex II to Communication C(2023) 6245 apply |
According to Section 10.2.1 of Part A of the Annex to Regulation (EU) No 284/2013, tests shall be carried out on one species from each of the three/four groups of aquatic organisms, that is to say fish, aquatic invertebrates, algae and, where relevant, macrophytes as referred to in point 8.2 of Part A of the Annex to Regulation (EU) No 283/2013, if the plant protection product itself may contaminate water. |
||
|
Where relevant, same test methods as reported in points 8.2.2 and 8.2.5 of the Annex II to Communication C(2023) 6245 apply |
According to section 10.2.2 Part A of the Annex to Regulation (EU) No 284/2013, the studies referred to in points 8.2.2 and 8.2.5 of Part A of the Annex to Regulation (EU) No 283/2013 must be conducted for particular plant protection products, where it is not possible to extra polate from data obtained in the corresponding studies on the active substance (for example the plant protection product is more acutely toxic than the active substance as manufactured by a factor of 10), unless it is demonstrated that exposure will not occur. |
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
EPPO 170(4) Side-effects on honeybees |
|
||
|
OECD Test Guideline 213: Honeybees, Acute Oral Toxicity Test |
|
||
|
OECD Test Guideline 247: Bumblebee, Acute Oral Toxicity Test |
|
||
|
EPPO 170(4) Side-effects on honeybees |
|
||
|
OECD Test Guideline 214: Honeybees, Acute Contact Toxicity Test |
|
||
|
OECD Test Guideline 246: Bumblebee, Acute Contact Toxicity Test |
|
||
|
OECD Test Guideline 245: Honey bee (Apis mellifera l.), chronic oral toxicity test (10-day feeding) |
|
||
|
OECD Guidance Document on the honeybee (Apis mellifera L.) brood test under semi-field conditions (only for spray applications). Series on Testing and Assessment, No 75 |
|
||
|
OECD Guidance Document on Honey Bee Larval Toxicity Test following Repeated Exposure, Series on Testing and Assessment No 239 |
|
||
|
OECD Test Guideline No 237: Honey Bee (Apis mellifera) Larval Toxicity Test, Single Exposure |
|
||
|
Oomen PA, de Ruijter A and van der Steen J, 1992. Method for honeybee brood feeding tests with insect growth – regulating insecticides. Bulletin OEPP/EPPO Bulletin 22, 613-616 |
|
||
|
Lückmann, J. and Schmitzer, S. (2019), The Oomen bee brood feeding test – revision of the method to current needs and developments. EPPO Bulletin, 49: 137-146 |
|
||
|
OECD Guidance document on honey bee (Apis mellifera l.) homing flight test, using single oral exposure to sublethal doses of test chemical, Series on Testing and Assessment, No 332 |
|
||
|
EPPO 170(4) Side-effects on honeybees |
|
||
|
OECD Guidance Document on the Honey Bee (Apis mellifera L.) Brood test Under Semi-field Conditions. Series on Testing and Assessment, No 75 |
|
||
|
EPPO 170(4) Side-effects on honeybees |
|
||
|
Oomen PA, de Ruijter A and van der Steen J, 1992. Method for honeybee brood feeding tests with insect growth – regulating insecticides. Bulletin OEPP/EPPO Bulletin 22, 613-616 |
|
||
|
Lückmann, J. and Schmitzer, S. (2019), The Oomen bee brood feeding test – revision of the method to current needs and developments. EPPO Bulletin, 49: 137-146 |
|
||
|
— |
|
||
|
Guidelines to evaluate side-effects of plant protection products to non-target arthropods. (IOBC, BART and EPPO Joint Initiative. M.P. Candolfi, S. Blümel, R. Forster et al. (2000). ISBN: 92-9067-129-7) |
|
||
|
Guidelines to evaluate side-effects of plant protection products to non-target arthropods. (IOBC, BART and EPPO Joint Initiative. M.P. Candolfi, S. Blümel, R. Forster et al. (2000). ISBN: 92-9067-129-7) |
|
||
|
An extended laboratory test for evaluating the effects of plant protection products on the parasitic wasp, Aphidius rhopalosiphi (Hymenoptera, Braconidae) – (Mead-Briggs, M.A., Moll, M., Grimm, et al. (2010). BioControl 55:329-338) |
|
||
|
Guidelines to evaluate side-effects of plant protection products to non-target arthropods. (IOBC, BART and EPPO Joint Initiative. M.P. Candolfi, S. Blümel, R. Forster et al. (2000). ISBN: 92-9067-129-7) |
|
||
|
Guidelines to evaluate side-effects of plant protection products to non-target arthropods. (IOBC, BART and EPPO Joint Initiative. M.P. Candolfi, S. Blümel, R. Forster et al. (2000). ISBN: 92-9067-129-7) |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Test Guideline 222: Earthworm Reproduction Test (Eisenia fetida/Eisenia andrei) |
|
||
|
ISO 11268-3:2014: Soil quality – Effects of pollutants on earthworms – Part 3: Guidance on the determination of effects in field situations |
|
||
|
ISO 23611-1:2018: Soil quality – Sampling of soil invertebrates – Part 1: Hand-sorting and extraction of earthworms |
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ISO 23611-2:2006: Soil Quality – Sampling of soil invertebrates – Part 2: Sampling and extraction of micro-arthropods (Collembola and Acarina) |
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OECD Test Guideline 232: Collembolan Reproduction Test in Soil |
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OECD Test Guideline 226: Predatory mite (Hypoaspis (Geolaelaps) aculeifer) reproduction test in soil |
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OECD Test Guideline 216: Soil Microorganisms: Nitrogen Transformation Test |
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— |
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— |
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OECD Test Guideline 208: Terrestrial Plant Test: Seedling Emergence and Seedling Growth Test |
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OECD Test Guideline 227: Terrestrial Plant Test: Vegetative Vigour Test |
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29.9.2023 |
EN |
Official Journal of the European Union |
C 344/37 |
Communication from the Commission in the framework of the implementation of Part A of the Annex of the Commission Regulation (EU) No 283/2013 setting out the data requirements for active substances, in accordance with Regulation (EC) No 1107/2009 of the European Parliament and of the Council concerning the placing of plant protection products on the market
(Text with EEA relevance)
(2023/C 344/02)
This guidance has been developed in consultation with the Member States. It does not intend to produce any legally-binding effects and, by its nature, cannot prejudice any measure taken by a Member State in the implementation of Regulation (EC) No 1107/2009 of the European Parliament and of the Council (1) , nor any case law developed with regard to this provision. Only the Court of Justice is empowered to authoritatively interpret and apply Union law.
The present Commission Communication fulfils Point 6 of the Introduction of the Annex to Commission Regulation (EU) No 283/2013 (2) that provides that, for purposes of information and of harmonisation, the list of test methods and guidance documents relevant to the implementation of this Regulation must be published in the Official Journal of the European Union. The Annexes below represent this list for Part A of the Annex to this Regulation and will be updated regularly.
Guidance documents and test methods (e.g. OECD) are referred to by their number and not by their year or revision number.
Listing of a document for a section means that it is relevant for all the sub-sections. In case there is no document listed for a section, no agreed test method or guidance document is currently available. In these cases, potential applicants should discuss proposals during the pre-submission meeting with the Rapporteur Member State and the European Food Safety Authority (EFSA), e.g. based on draft test methods.
To reduce testing on vertebrate animals, the Adverse Outcome Pathway approach is supported and relevant test methods and guidance documents are listed.
Test methods
Where Commission Regulation (EC) No 440/2008 (3) provides for a cross-reference to an OECD test method (by indicating that a test method is replicate, analogous to or equivalent to an OECD test method) in most cases only the OECD test guideline is listed to avoid duplication.
Only test methods that have been validated (e.g. ring-tested by OECD or equivalent international organisations) are listed. Test methods only described in scientific publications have not been included.
The listing of a test method should be read as referring to the most updated version of that test method available at the time of the initiation of a study.
In view of minimising testing on vertebrate animals, tests already carried out based on older test methods should be considered as part of the risk assessment, as provided for in Article 62 of Regulation (EC) No 1107/2009. However, during the pre-submission meeting, applicants, the Rapporteur Member State and EFSA may consider whether a new test according to newer test methods are needed, if scientifically justified.
In all cases, in accordance with Directive 2010/63/EU of the European Parliament and of the Council (4); Regulation (EC) No 1107/2009 (Recitals 11 and 40, Articles 8.1(d), 18(b), 33.3(c) and 62.1) and Regulation (EU) No 283/2013, unnecessary animal testing must be avoided. More specifically, Article 62 of Regulation (EC) No 1107/2009 provides that testing on vertebrate animals for the purposes of the approval of active substances for plant protection shall be undertaken only where no other methods are available. Alternative methods include in-vitro testing, in-silico methods or other approaches such as read-across, as described for instance in the EURL ECVAM Status report on the Development, Validation and Regulatory Acceptance of Alternative Methods and Approaches and the EURL ECVAM Status report on Non-animal Methods in Science and Regulation (5). Furthermore, availability of guidance documents on non-animal testing and validated in–vitro study protocols should be considered as a valid scientific justification (6) when considering point 1.5 of the Introduction of the Annex to Regulation (EU) No 283/2013.
If a new test is needed and several test methods are available to fulfil a data requirement, the order of test methods listed indicates a preference. The order prioritises methods where no or fewer test animals are needed and/or this method is associated with less severe suffering of the test animals. However, during the pre-submission meeting, upon advice by EFSA and the Rapporteur Member State, the order of priority can be changed when scientifically justified (e.g. due to limitations of the applicability domain of some methods) in order to ensure the scientific quality of the assessment.
Guidance documents
Guidance documents qualify to be listed when they:
|
— |
have been endorsed by the Standing Committee on Plants, Animals, Food and Feed (SCoPAFF) before the publication of this Communication, |
|
— |
have been developed under the auspices of an official body (e.g. EFSA, the Commission, national authorities) with the aim to address a certain area of risk assessment or procedural issues, and were consulted with relevant stakeholders, or |
|
— |
have been endorsed by an intergovernmental organisation (such as OECD, FAO, WHO, or EPPO) where the Member States take part in the endorsement process. |
Guidance documents not yet endorsed by the SCoPAFF before being listed under this Communication shall be considered endorsed with the endorsement of this Communication.
The following types of guidance documents have been listed:
|
— |
Technical guidance documents, including guidance documents that are of horizontal nature that are relevant for several or all sections of the data requirements, including implementation of point 1.5 of the Introduction of the Annex to Regulation (EU) No 283/2013; |
|
— |
Administrative/procedural guidance documents if they are relevant for the implementation of the data requirements; |
|
— |
Models or calculation tools, if they are relevant for the data requirements and can be linked to or are supportive to a guidance document; |
|
— |
Scientific Opinions of the EFSA Panels and guidance documents from the interzonal Steering Committee relevant for all the Member States have been listed following a consideration on a case by case basis, if they are relevant for the implementation of specific data requirements. |
Documents such as zonal guidance documents, EFSA statements, peer reviewed publications, technical reports, scientific reports, or strategies have not been listed.
The listing of a guidance document should be read as referring to the most updated version of that guidance document available at the time of the initiation of a study.
(1) Regulation (EC) No 1107/2009 of the European Parliament and of the Council of 21 October 2009 concerning the placing of plant protection products on the market and repealing Council Directives 79/117/EEC and 91/414/EEC (OJ L 309, 24.11.2009, p. 1).
(2) Commission Regulation (EU) No 283/2013 of 1 March 2013 setting out the data requirements for active substances, in accordance with Regulation (EC) No 1107/2009 of the European Parliament and of the Council concerning the placing of plant protection products on the market (OJ L 93, 3.4.2013, p. 1).
(3) Commission Regulation (EC) No 440/2008 of 30 May 2008 laying down test methods pursuant to Regulation (EC) No 1907/2006 of the European Parliament and of the Council on the Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) ( OJ L 142, 31.5.2008, p. 1).
(4) Directive 2010/63/EU of the European Parliament and of the Council of 22 September 2010 on the protection of animals used for scientific purposes (OJ L 276, 20.10.2010, p. 33).
(5) Available at https://publications.jrc.ec.europa.eu/repository/.
(6) If relevant, see also: OECD. Guidance Document on the Reporting of Defined Approaches and Individual Information Sources to be used within Integrated Approaches to Testing and Assessment (IATA) for Skin Sensitisation. Series on Testing and Assessment No 256 (Annex 1, Annex 2); US EPA Guidance for Waiving Acute Dermal Toxicity Tests for Pesticide Technical Chemicals and Supporting Retrospective Analysis (2020) ID: EPA 705-G-2020-3722; OECD Guideline No 497: Defined Approaches on Skin Sensitisation; OECD Test Guideline 442C: In Chemico Skin Sensitisation; OECD Test Guideline 442D: In vitro Skin Sensitisation; OECD Test Guideline 442E: In vitro Skin Sensitisation: In vitro Skin Sensitisation Assays Addressing the Key Event on Activation of the Dendritic Cells on the Adverse Outcome Pathways for Skin Sensitisation; OECD Test No 236: Fish Embryo Acute Toxicity (FET) Test; OECD Test No 249: Fish Cell Line Acute Toxicity – The RTgill-W1 cell line assay.
ANNEX I
Guidance documents recommended for fulfilling the data requirements according to Regulation (EU) No 283/2013
|
Reference to Part A of the Annex to Regulation (EU) No 283/2013 |
Guidance documents |
Notes |
||
|
General guidance |
EFSA Guidance on the use of the benchmark dose approach in risk assessment (EFSA Journal 2017;15(1):4658) |
|
||
|
General guidance |
Commission Notice of 10.10.2017: Guidance on monitoring and surveying of impacts of pesticide use on human health and the environment under Article 7(3) of Directive 2009/128/EC establishing a framework for Community action to achieve the sustainable use of pesticides (referred to as the Sustainable Use Directive) |
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||
|
General guidance |
EFSA Guidance on Uncertainty Analysis in Scientific Assessments (EFSA Journal 2018;16(1):5123) |
|
||
|
General guidance |
EFSA Guidance on the assessment of the biological relevance of data in scientific assessments (EFSA Journal 2017;15(8):4970) |
|
||
|
General guidance |
EFSA Scientific Opinion on the guidance on the use of the weight of evidence approach in scientific assessments (EFSA Journal 2017;15(8):4971) |
|
||
|
General guidance |
OECD Consideration for assessing the risk of combined exposure to multiple chemicals. Series on Testing and Assessment No 296 |
|
||
|
General guidance |
EFSA Guidance on harmonised methodologies for human health, animal health and ecological risk assessment of combined exposure to multiple chemicals (EFSA Journal 2019;17(3):5634) |
|
||
|
General guidance |
OECD Guidance Document for the Use of Adverse Outcome Pathways in Developing Integrated Approaches to Testing and Assessment (IATA) No 260 |
|
||
|
General guidance |
OECD Guidance Document on Developing and Assessing Adverse Outcome Pathways. Series on Testing and Assessment No 184 |
|
||
|
General guidance |
OECD Guidance Document for Describing Non-Guideline In-vitro Test Methods. Series on Testing and Assessment, No 211 |
|
||
|
General guidance |
OECD Guidance document on the recognition, assessment, and use of clinical signs as humane endpoints for experimental animals used in safety evaluation. Series on Testing and Assessment. No 19 |
|
||
|
General guidance |
ECHA Guidance on the Application of the CLP Criteria |
|
||
|
General guidance |
Guidance document for environmental risk assessments of active substances used on rice in the EU for Annex 1 inclusion (SANCO/1090/2000) |
|
||
|
General guidance |
Guidance document on botanical active substances used in plant protection products (SANCO/11470/2012) |
|
||
|
General guidance |
Guidance document on semiochemical active substances used and plant protection products (SANTE/12815/2014) |
|
||
|
General guidance |
Guidance Document on the assessment of new substances falling into the group of Straight Chain Lepidopteran Pheromones (SCLPs) included in Annex I of Council Directive 91/414/EEC (SANCO/5272/2009) |
|
||
|
General guidance |
Guidance of EFSA on risk assessments for active substances of plant protection products that have stereoisomers as components or impurities and for transformation products of active substances that may have stereoisomers (SANTE/12278/2020) |
|
||
|
General guidance |
OECD Guidance Documents on the Validation of (Quantitative) Structure-Activity Relationship [(Q)SAR] Models. Series on Testing and Assessment No 69 |
|
||
|
General guidance |
ECHA Practical Guide – how to use and report (Q)SARs |
|
||
|
General guidance |
OECD Guidance on Grouping of Chemicals, Second Edition. Series on Testing and Assessment, No 194 |
|
||
|
General guidance |
OECD Guidance Document on Good In Vitro Method Practices (GIVIMP) |
|
||
|
General guidance |
OECD Guidance Document on Considerations for Waiving or Bridging of Mammalian Acute Toxicity Tests. Series on Testing & Assessment, No 237 |
|
||
|
General guidance |
EFSA Guidance on the use of the Threshold of Toxicological Concern approach in food safety assessment (EFSA Journal 2019;17(6):5708) |
|
||
|
General guidance |
Guidance on risk assessment of nanomaterials to be applied in the food and feed chain: human and animal health (EFSA Journal 2021;19(8):6768) |
|
||
|
General guidance |
ECHA. Read-Across Assessment Framework (RAAF), ECHA-17-R-01-EN |
|
||
|
WHO/FAO Pesticide Specifications. Manual on development and use of FAO and WHO specifications for chemical pesticides |
|
||
|
EU Guidance Document on the assessment of the equivalence of technical materials of substances regulated under Regulation (EC) No 1107/2009 (SANCO/10597/2003) |
|
||
|
ECHA Guidance on the Application of the CLP Criteria |
|
||
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— |
|
||
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— |
|
||
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— |
|
||
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— |
|
||
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— |
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||
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— |
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||
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— |
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||
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— |
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OECD Guidance Document for flammability testing of plant protection and biocidal products. Series on Testing and Assessment, No 330 |
|
||
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— |
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||
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— |
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||
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— |
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||
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— |
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||
|
— |
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||
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Guidance Document on the renewal of approval of active substances to be assessed in compliance with Regulation (EU) No 844/2012 (the Renewal Regulation) (SANCO/2012/11251) |
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— |
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— |
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— |
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— |
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EPPO Global Database on Crops and Pests (EPPO, 2017) |
Database available online: https://gd.eppo.int |
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— |
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— |
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— |
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— |
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||
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||
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Technical Active Substance and Plant protection products: Guidance for generating and reporting methods of analysis in support of pre- and post-registration data requirements for Annex (Section 4) of Regulation (EU) No 283/2013 and Annex (Section 5) of Regulation (EU) No 284/2013 (SANCO/3030/99) |
|
||
|
Technical Guideline on the Evaluation of Extraction Efficiency of Residue Analytical Methods (SANTE/2017/10632) |
|
||
|
Guidance Document on Pesticide Analytical Methods for Risk Assessment and Post-approval Control and Monitoring Purposes (SANTE/2020/12830) |
|
||
|
OECD Guidance Document on Pesticide Residue Analytical Methods. Environment, Health and Safety Publications. Series on Testing and Assessment, No 72. Series on Pesticides, No 39. |
|
||
|
Technical Guideline on the Evaluation of Extraction Efficiency of Residue Analytical Methods (SANTE/2017/10632) |
|
||
|
Guidance Document on Pesticide Analytical Methods for Risk Assessment and Post-approval Control and Monitoring Purposes (SANTE/2020/12830) |
|
||
|
OECD Guidance Document on Pesticide Residue Analytical Methods. Environment, Health and Safety Publications. Series on Testing and Assessment, No 72. Series on Pesticides, No 39. |
|
||
|
EU Working Document. Draft Guidance for the Setting and Application of Acceptable Operator Exposure Levels (AOEL’s) (SANCO/7531/2006) |
|
||
|
EFSA Guidance on the assessment of exposure of operators, workers, residents and bystanders in risk assessment for plant protection products (SANTE-10832-2015, EFSA Journal 2022;20(1):7032) |
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|
OECD Guidance for the Derivation of an Acute Reference Dose. Series on testing and assessment, No 124 |
|
||
|
OECD Guidance document on the characterisation, validation and reporting of Physiologically Based Kinetic (PBK) models for regulatory purposes. Series on Testing and Assessment, No 331 |
|
||
|
Scientific Opinion of the Scientific Panel on Plant Protection Products and their Residues (PPR panel) on testing and interpretation of comparative in vitro metabolism studies (EFSA Journal 2021;19(12):6970) |
|
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|
ICH S3A Guidance: Note for Guidance on Toxicokinetics: The Assessment of Systemic Exposure in Toxicity Studies: Focus on Microsampling Questions and Answers Guidance for Industry, 2018 |
|
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— |
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— |
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OECD Guidance document on acute oral toxicity testing. Series on Testing and Assessment, No 24 |
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OECD Guidance Document on using Cytotoxicity Tests to Estimate Starting Doses for Acute Oral Systemic Toxicity Tests. Series on Testing and Assessment, No 129 |
|
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— |
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|
OECD Guidance Document for the Derivation of an Acute Reference Concentration (Arfc). Series on Testing and Assessment, No 153 |
|
||
|
OECD Guidance document on inhalation toxicity studies. Series on testing and assessment, No 39 |
|
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|
OECD Guidance Document on an Integrated Approach on Testing and Assessment (IATA) for Skin Corrosion and Irritation. Series on Testing and Assessment, No 203 |
|
||
|
OECD Guidance Document on Integrated Approaches to Testing and Assessment (IATA) for Serious Eye Damage and Eye Irritation. Series on Testing and Assessment, No 263 |
|
||
|
OECD Guidance Document on the Bovine Corneal Opacity (BCOP) and Isolated Chicken Eye (ICE) Test Methods: Collection of Tissues for Histological Evaluation and Collection of Data on Non-severe Irritants. Series on Testing and Assessment, No 160. |
|
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— |
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||
|
ICH Safety Guidelines S10 Photosafety Evaluation of Pharmacetuticals |
|
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OECD Guidance Notes for Analysis and Evaluation of Repeat-Dose Toxicity Studies. Series on Testing and Assessment, No 32 |
|
||
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— |
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||
|
— |
|
||
|
OECD Guidance Document on Histopathology for Inhalation Toxicity Studies, Supporting TG 412 (Subacute Inhalation Toxicity: 28-Day Study) and TG 413 (Subchronic Inhalation Toxicity: 90-Day Study). Series on Testing and Assessment, No 125 |
|
||
|
EFSA Scientific opinion on genotoxicity testing strategies applicable to food and feed safety assessment. (EFSA Journal 2011;9(9):2379) |
|
||
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EFSA Scientific Opinion, Clarification of some aspects related to genotoxicity assessment (EFSA Journal 2017;15(12):5113) |
|
||
|
EFSA Guidance on aneugenicity assessment (PAFF-PPL-May22-Doc.A.07.02, EFSA Journal 2021;19(8):6770) |
|
||
|
ICH Safety Guidelines S10 Photosafety Evaluation of Pharmacetuticals |
|
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|
— |
|
||
|
— |
|
||
|
— |
|
||
|
OECD Guidance Document 116 on the Conduct and Design of Chronic Toxicity and Carcinogenicity Studies, Supporting Test Guidelines 451, 452 and 453 |
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|
OECD Guidance Document 116 on the Conduct and Design of Chronic Toxicity and Carcinogenicity Studies, Supporting Test Guidelines 451, 452 and 453 |
|
||
|
OECD Guidance Document for Histologic Evaluation of Endocrine and Reproductive Tests in Rodents. Series on Testing and Assessment, No 106 |
|
||
|
OECD Guidance Document on Mammalian Reproductive Toxicity Testing and Assessment. Series on Testing and Assessment, No 43 |
|
||
|
— |
|
||
|
North American Free Trade Agreement (NAFTA) Technical Working Group on Pesticides (TWG) Developmental Neurotoxicity Study Guidance Document |
|
||
|
OECD Developmental Neurotoxicity Study (OECD TG 426), Chapter 3.8 in Revised Guidance Document 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption |
|
||
|
OECD Guidance Document for Neurotoxicity Testing. Series on Testing and Assessment, No 20 |
|
||
|
— |
|
||
|
— |
|
||
|
— |
|
||
|
EU Guidance document on the assessment of the relevance of metabolites in groundwater of substances regulated under Council Directive 91/414/EEC (SANCO/221/2000) |
|
||
|
OECD Guidance for conducting a single exposure toxicity study. IN: OECD (2010) ‘Guidance for the Derivation of an Acute Reference Dose’. Series on testing and assessment, No 124 |
|
||
|
Guidance for the identification of endocrine disruptors in the context of Regulations (EU) No 528/2012 and (EC) No 1107/2009 (C/2018/6040) |
This guidance document provides that the identification of endocrine disrupting properties should be performed on a weight-of-evidence approach, taking into account all the data available, regardless of the taxa used to generate these data. |
||
|
OECD Revised Guidance Document No 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption |
This guidance contains information about the relevant test methods and is regularly updated. |
||
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— |
|
||
|
OECD Guidance Document on Overview of Residue Chemistry Studies. Series on Testing and Assessment, No 64 and Series on Pesticides, No 32 |
This document is partially outdated. |
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— |
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— |
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— |
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— |
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— |
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— |
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OECD Guidance Document on Crop Field Trials. Series on Testing and Assessment, No 164 and Series on Pesticides, No 66 |
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|
Technical guidelines on data requirements for setting maximum residue levels, comparability of residue trials and extrapolations of residue data on products from plant and animal origin (SANTE/2019/12752) |
|
||
|
OECD Guidance Document on Residues in Livestock. Series on Pesticides, No 73 |
|
||
|
EFSA Estimation of animal intakes and HR, STMR and MRL calculations for products of animal origin |
|
||
|
EFSA Spreadsheet for HR, STMR and MRL calculations for products of animal origin; EU Animal burden calculator – animals |
|
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— |
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— |
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— |
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— |
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— |
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— |
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— |
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OECD Guidance document on magnitude of pesticide residues in processed commodities. Environment, Health and Safety Publications. Series on Testing and Assessment, No 96 |
|
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|
OECD Guidance document on residues in rotational crops. Series on Pesticides, No 97. and Series on Testing and Assessment, No. 279 |
|
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— |
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— |
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|
— |
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|
OECD Guidance Document on the Definition of Residues. Environment, Health and Safety Publications. Series on Testing and Assessment, No 63 and Series on Pesticides, No 31 |
|
||
|
Technical guidelines on data requirements for setting maximum residue levels, comparability of residue trials and extrapolations of residue data on products from plant and animal origin (SANTE/2019/12752) |
|
||
|
OECD MRL calculator: user guide |
|
||
|
Technical guidelines on data requirements for setting maximum residue levels, comparability of residue trials and extrapolations of residue data on products from plant and animal origin (SANTE/2019/12752) |
|
||
|
OECD MRL calculator: user Guide |
|
||
|
EU guidance document ‘Calculation of Maximum Residue Levels and Safety Intervals e.g. Pre-harvest Intervals’ (SANCO 7039/VI/95) |
Only applicable for PHI classes |
||
|
EFSA calculation model Pesticide Residue Intake Model ‘PRIMo’ |
|
||
|
EU Guidance document on the assessment of the relevance of metabolites in groundwater of substances regulated under Council Directive 91/414/EEC (SANCO/221/2000 ) |
|
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|
WHO Guidelines for drinking water quality |
|
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|
— |
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EU guidance document ‘Technical guidelines for determining the magnitude of pesticide residues in honey and setting Maximum Residue Levels in honey’ (SANTE/11956/2016 ) |
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— |
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— |
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— |
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— |
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|
— |
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SETAC 1995 – Procedures for assessing the environmental fate and ecotoxicity of pesticides |
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EFSA guidance document on soil phototransformation products in groundwater – consideration, parameterisation and simulation in the exposure assessment of plant protection products (PAFF-PPL-Dec 22-Doc.A.07.02) |
|
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|
— |
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Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (based on – among others – Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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|
DG SANCO Working Document on ‘Evidence Needed to Identify POP, PBT and vPvB Properties for Pesticides’ |
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Generic guidance for Tier 1 FOCUS Ground water assessments (based on – among others – the European Commission (2014) Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010); FOCUS (2000) ‘FOCUS groundwater scenarios in the EU review of active substances’ Report of the FOCUS Groundwater Scenarios Workgroup (SANCO/321/2000); Scientific Opinion of the Panel on Plant Protection Products and their Residues on a request from EFSA related to the default Q10 value used to describe the temperature effect on transformation rates of pesticides in soil (doi: 10.2903/j.efsa.2008.622); Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (including Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014); section 3.3.1 of European Food Safety Authority. Guidance Document for predicting environmental concentrations of active substances of plant protection products and transformation products of these active substances in soil (doi:10.2903/j.efsa.2017.4982); section 3.3 of Scientific report of EFSA on the ‘repair action’ of the FOCUS surface water scenarios (doi:10.2903/j.efsa.2020.6119)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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|
OECD Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies. Series on Pesticides, No 82/Series on Testing and Assessment, No 232 |
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Generic guidance for Tier 1 FOCUS Ground water assessments (based on – among others – the European Commission (2014) Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010); FOCUS (2000) ‘FOCUS groundwater scenarios in the EU review of active substances’ Report of the FOCUS Groundwater Scenarios Workgroup (SANCO/321/2000); Scientific Opinion of the Panel on Plant Protection Products and their Residues on a request from EFSA related to the default Q10 value used to describe the temperature effect on transformation rates of pesticides in soil (doi: 10.2903/j.efsa.2008.622); Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (including Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014); section 3.3.1 of EFSA. Guidance Document for predicting environmental concentrations of active substances of plant protection products and transformation products of these active substances in soil (doi:10.2903/j.efsa.2017.4982); section 3.3 of Scientific report of EFSA on the ‘repair action’ of the FOCUS surface water scenarios (doi:10.2903/j.efsa.2020.6119)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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European Commission. Scientific Committee on plants SCP/KOC/002-Final. Opinion of the Scientific Committee on Plants on methods for the determination of the organic carbon adsorption coefficient (Koc) for a plant protection product active substance in the context of Council Directive 91/414/EEC |
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Guidance on how aged sorption studies for pesticides should be conducted, analysed and used in regulatory assessments EC Document Reference (SANTE/12586/2020) |
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Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010) |
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Assessing Potential for Movement of Active Substances and their Metabolites to Ground Water in the EU – Final Report of the Ground Water Work Group of FOCUS (SANCO/13144/2010) |
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DG SANCO Working Document on ‘Evidence Needed to Identify POP, PBT and vPvB Properties for Pesticides’ |
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Generic Guidance for Estimating Persistence and Degradation Kinetics from Environmental Fate Studies in Pesticides in EU Registration (based on – among others – Guidance Document on Estimating Persistence and Degradation Kinetics from Environmental Fate Studies on Pesticides in EU Registration – Final Report of the Work Group on Degradation Kinetics of FOCUS (SANCO/10058/2005); Guidance Document for evaluating laboratory and field dissipation studies to obtain DegT50 values of active substances of plant protection products and transformation products of these active substances in soil (SANCO/12117/2014)) |
The generic FOCUS guidance documents that are based on the relevant, more specific guidance documents and regularly updated are listed. |
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Pesticides in Air: Considerations for Exposure Assessment”. Report of the FOCUS Working Group on Pesticides in Air (SANCO/10553/2006) |
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OECD Current approaches in the statistical analysis of ecotoxicity data: a guidance to application. Series of testing and assessment, No 54 |
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EFSA Risk assessment for birds and mammals (EFSA Journal 2009; 7(12):1438) |
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Guidance for the identification of endocrine disruptors in the context of Regulations (EU) No 528/2012 and (EC) No 1107/2009 (C(2018) 6040; EFSA Journal 2018;16(6):5311) |
This guidance document provides that the identification of endocrine disrupting properties should be performed on a weight-of-evidence approach, taking into account all the data available, regardless of the taxa used to generate these data. |
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|
OECD Revised Guidance Document No 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption |
This guidance contains information about the relevant test methods and is regularly updated. |
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OECD Guidance document on aqueous-phase aquatic toxicity testing of difficult test chemicals. Testing and Assessment, No 23 (Guidance Document on Aquatic Toxicity Testing of Difficult Substances and Mixtures) |
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OECD Short guidance on the threshold approach for acute fish toxicity. Series on Testing and Assessment, No 126 |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance for the identification of endocrine disruptors in the context of Regulations (EU) No 528/2012 and (EC) No 1107/2009 (C(2018) 6040; EFSA Journal 2018;16(6):5311) |
This guidance document provides that the identification of endocrine disrupting properties should be performed on a weight-of-evidence approach, taking into account all the data available, regardless of the taxa used to generate these data. |
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OECD Revised Guidance Document No 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption |
This guidance contains information about the relevant test methods and is regularly updated. |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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Guidance document on tiered risk assessment for plant protection products for aquatic organisms in edge of field surface waters in the context of Regulation (EC) No 1107/2009 (SANTE/2015/00080) |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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Candolfi et al. (2001): Guidance Document on Regulatory Testing and Risk Assessment Procedures for Plant Protection Products With Non-Target Arthropods: From the Escort 2 Workshop (European Standard Characteristics of Non-Target Arthropod Regulatory Testing). SETAC press, pp. 46. ISBN 1-880611-52-x |
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De Jong et al. (2010) Guidance for summarising and evaluating field studies with non-target arthropods |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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De Jong et al. (2006): Guidance for summarizing earthworm field studies. RIVM report No 601506006/2006 |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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EU Guidance Document on Terrestrial Ecotoxicology (SANCO/10329/2002) |
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EFSA Submission of scientific peer-reviewed open literature for the approval of pesticide active substances under Regulation (EC) No 1107/2009 (EFSA Journal 2011; 9(2):209) |
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EFSA Application of systematic review methodology to food and feed safety assessments to support decision making (EFSA Journal 2010;8(6):1637) |
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ECHA Guidance on the Application of the CLP Criteria |
|
ANNEX II
Test methods recommended for fulfilling the data requirements according to Regulation (EU) No 283/2013
|
Reference to Part A of the Annex to Regulation (EU) No 283/2013 |
Test methods |
Notes |
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Guidance for certain classes of substances |
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OECD Test Guideline 102: Melting Point/Melting Range |
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OECD Test Guideline 103: Boiling point |
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OECD Test Guideline 104: Vapour Pressure |
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OECD Test Guideline 101: UV-VIS Absorption Spectra |
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OECD Test Guideline 105: Water Solubility |
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Method A.6: Water solubility, Part A of Regulation (EC) No 440/2008 |
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CIPAC Method MT 181: Solubility in organic solvents |
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CIPAC Method MT 157: Water solubility |
May be adapted in some circumstances. |
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|
OECD Test Guideline 105: Water Solubility |
May be adapted in some circumstances. |
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|
OECD Test Guideline 107: Partition coefficient, shake-flask method |
If a compound is surface active (as defined by OECD 115 Surface tension) the shake-flask method described in OECD 107 can be applicable if in the report it is clear that no problems occurred (e.g. phase separations). The HPLC method described in OECD 107 is not applicable to surface active compounds. |
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OECD Test Guideline 117: Partition Coefficient (n-octanol/water), HPLC method |
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OECD Test Guideline 123: Partition coefficient (1-octanol/water): slow-stirring method |
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Method A.23: Partition coefficient (1-octanol/water): Slow stirring method, Part A of Regulation (EC) No 440/2008 |
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Method A.24: Partition coefficient (n-octanol/water), High performance liquid chromatography (HPLC) method, Part A of Regulation (EC) No 440/2008 |
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OECD Test Guideline 112: Dissociation Constants in Water |
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|
Test N.1: test method for flammable solids, Part III of UN RTDG Manual of Tests and Criteria |
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|
Method A.15: Auto-ignition temperature (liquids and gases), Part A of Regulation (EC) No 440/2008 |
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|
Method A.16: Relative self-ignition temperature for solids, Part A of Regulation (EC) No 440/2008 |
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|
Method A.10: Flammability (Annex of Regulation (EC) No 440/2008) for solids (solids) |
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Method A.11: Flammability (Annex of Regulation (EC) No 440/2008) for gaseous materials |
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Method A.12 (Annex of Regulation (EC) No 440/2008) for contact with water |
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|
Test methods according to Section 2.2.4.1 of Part 2 of Annex I to Regulation (EC) No 1272/2008 |
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|
Test L.2: sustained combustibility test, Part III of the UN RTDG Manual of Tests and Criteria |
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|
Test N.5: Test method for substances which in contact with water emit flammable gases, Part III of the UN RTDG Manual of Tests and Criteria |
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|
Test N.4: Test method for self-heating substances Part III of of UN RTDG Manual of Tests and Criteria |
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|
Method A.15 (Annex of Regulation (EC) No 440/2008) for liquids and Gases (liquids and gases) |
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|
Method A.16 (Annex of Regulation (EC) No 440/2008) for solids (solids) |
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|
Test methods according to Table 2.6.3 of Part 2 of Annex I to Regulation (EC) No 1272/2008 (liquids) |
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|
Method A.9: Flash-point (Annex to Regulation (EC) No 440/2008) |
Only closed cup methods should be used. |
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|
Test methods according to Table 2.6.3 of Part 2 of Annex I to Regulation (EC) No 1272/2008 (liquids) |
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||||||
|
Test methods according to Test series 1-3, Part I, of the UN RTDG Manual of Tests and Criteria |
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|
Method A.14: Explosive Properties (Annex of Regulation (EC) No. 440/2008) |
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|
OECD Test Guideline 115: Surface tension of aqueous solutions |
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|
Method A.5: Surface tension, Part A of Regulation (EC) No 440/2008 |
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Test method according to section 2.4.4 of Annex I, Part 2, of Regulation (EC) No 1272/2008 |
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|
Test O.2: Test for oxidizing liquids , Part III of UN RTDG Manual of Tests and Criteria |
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|
Test O.1: Test for oxidizing solids , Part III of UN RTDG Manual of Tests and Criteria |
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|
Test O.3: Gravimetric test for oxidising solids, Part III, of of UN RTDG Manual of Tests and Criteria |
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|
Method A.17: Oxidising properties (solids) (Annex of Regulation (EC) No 440/2008) |
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|
Method A.21: Oxidising properties (liquids) (Annex of Regulation (EC) No 440/2008) |
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|
Transport of Dangerous Goods (UN RTDG) Manual of Tests and Criteria ST/SG/AC.10/11/ |
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|
Test methods reported in Annex I, Part II, to Regulation (EC) No 1272/2008 |
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||||||
|
EPPO standard series PP1: Efficacy evaluation of plant protection products |
Please consider only those uses which are deemed relevant under the scope of Regulation (EC) No 1107/2009, and not those in EPPO PP1/248 which refer to biostimulant claims as defined both under the scope of Regulation (EU) 2019/1009 and under the technical specifications CEN/TS 17724, CEN/TS 17700-1, CEN/TS 17700-2, CEN/TS 17700-3, CEN/TS 17700-4, CEN/TS 17700-5, even if these biostimulants are identified as plant growth regulators in EPPO PP1/248. |
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EPPO Global Database on Crops and Pests (EPPO, 2017) |
Database available online: https://gd.eppo.int |
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EPPO standard PP1/213: Resistance risk analysis |
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OECD Test Guideline 417: Toxicokinetics |
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OECD Test Guideline 420: Acute oral toxicity: fixed dose procedure |
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OECD Test Guideline 423: Acute oral toxicity: acute toxic class method |
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|
OECD Test Guideline 425: Acute oral toxicity: up-and-down procedure |
|
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|
OECD Test Guideline No 401: Acute oral toxicity |
Only acceptable, if performed before December 2002. |
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|
OECD Test Guideline 402: Acute Dermal Toxicity |
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OECD Test Guideline 433: Acute Inhalation Toxicity: Fixed Concentration Procedure |
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|
OECD Test Guideline 436: Acute Inhalation Toxicity – Acute Toxic Class Method |
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|
OECD Test Guideline 403: Acute Inhalation Toxicity |
Existing tests are acceptable, but if new test is to be carried out, preference should be given to OECD Test Guidelines 433 as fewer test animals are needed and/or this method is associated with less severe suffering of the test animals. |
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|
OECD Test Guideline 431: In vitro Skin Corrosion: reconstructed human epidermis (RHE) test methodt |
|
||||||
|
OECD Test Guideline 435: In vitro Membrane Barrier Test Method for Skin Corrosion |
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|
OECD Test Guideline 439: In vitro Skin Irritation: Reconstructed Human Epidermis Test Method |
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|
OECD Test Guideline 430: In vitro Skin Corrosion: Transcutaneous Electrical Resistance Test (TER) |
|
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|
OECD Test Guideline 404: Acute Dermal Irritation/Corrosion |
|
||||||
|
OECD Test Guideline 492B: Reconstructed Human Cornea-like Epithelium (RHCE) Test Method for Eye Hazard Identification |
|
||||||
|
OECD Test Guideline 467: Defined Approaches for Serious Eye Damage and Eye Irritation |
|
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|
OECD Test Guideline 496: In vitro Macromolecular Test Method for Identifying Chemicals Inducing Serious Eye Damage and Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
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|
OECD Test No 494: Vitrigel-Eye Irritancy Test Method for Identifying Chemicals Not Requiring Classification and Labelling for Eye Irritation or Serious Eye Damage |
|
||||||
|
OECD Test Guideline 437: Bovine Corneal Opacity and Permeability Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
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|
OECD Test Guideline 438: Isolated Chicken Eye Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
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|
OECD Test Guideline 460: Fluorescein Leakage Test Method for Identifying Ocular Corrosives and Severe Irritants |
|
||||||
|
OECD Test Guideline 491: Short Time Exposure In Vitro Test Method for Identifying (i) Chemicals Inducing Serious Eye Damage and (ii) Chemicals Not Requiring Classification for Eye Irritation or Serious Eye Damage |
|
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|
OECD Test Guideline 492: Reconstructed human Cornea-like Epithelium (RhCE) test method for identifying chemicals not requiring classification and labelling for eye irritation or serious eye damage |
|
||||||
|
OECD Test Guideline 405: Acute eye irritation/corrosion |
|
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|
OECD Test Guideline 442B: Skin Sensitisation – Local Lymph Node Assay: BrdU-ELISA |
|
||||||
|
OECD Test Guideline 429: Skin Sensitisation – Local Lymph Node Assay |
|
||||||
|
OECD Test Guideline 406: Skin sensitisation |
As the Buehler test is considered less sensitive than the maximization test, there is a preference of choice of assay for the maximisation test |
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|
OECD Test Guideline 442A: Skin Sensitisation – Local Lymph Node Assay: DA |
|
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|
OECD Test Guideline 101: UV-VIS Absorption Spectra |
|
||||||
|
OECD Test No 495: Ros (Reactive Oxygen Species) Assay for Photoreactivity |
|
||||||
|
OECD Test Guideline 432: In vitro 3T3 NRU Phototoxicity Test |
|
||||||
|
OECD Test No 498: In vitro Phototoxicity - Reconstructed Human Epidermis Phototoxicity test method |
|
||||||
|
OECD Test Guideline 422: Combined Repeated Dose Toxicity Study with the Reproduction/ Developmental Toxicity Screening Test |
|
||||||
|
ECHA. Guidance on information requirements and chemical safety assessment Chapter R.8: Characterisation of dose [concentration]-response for human health, 2012, ECHA-2010-G-19-EN |
|
||||||
|
OECD Test Guideline 407: Repeated dose 28-day oral toxicity study in rodents |
According to Regulation (EU) No 283/2013 in conjunction with Article 62(1) of Regulation (EC) No 1107/2009, this study shall not be generated for an application but should only be submitted if available. |
||||||
|
OECD Test Guideline 408: Repeated dose 90-day oral toxicity study in rodents |
|
||||||
|
OECD Test Guideline 409: Repeated dose 90-day oral toxicity study in non-rodents |
|
||||||
|
OECD Test Guideline 410: Repeated dose dermal toxicity: 21/28-day study |
According to Regulation (EU) No 283/2013 in conjunction with Article 62(1) of Regulation (EC) No 1107/2009, this study shall only be submitted if experts judge it necessary. |
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|
OECD Test Guideline 411: Subchronic dermal toxicity: 90-day study |
|
||||||
|
OECD Test Guideline 412: Subacute inhalation toxicity: 28-day study |
According to Regulation (EU) No 283/2013 in conjunction of Article 62(1) of Regulation (EC) No 1107/2009, this study shall not be generated for an application but should only be submitted if available. |
||||||
|
OECD Test Guideline 413: Subchronic inhalation toxicity: 90-day study |
According to Regulation (EU) No 283/2013 in conjunction of Article 62(1) of Regulation (EC) No 1107/2009, this study shall only be submitted if experts judge it necessary. |
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|
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|
OECD Test Guideline 471: Bacterial Reverse Mutation Test |
|
||||||
|
OECD Test Guideline 487 In vitro Mammalian Cell Micronucleus Test |
|
||||||
|
OECD Test Guideline 473: In vitro Mammalian Chromosome Aberration Test |
|
||||||
|
OECD Test Guideline 476: In Vitro Mammalian Cell Gene Mutation Tests using the Hprt and xprt genes |
|
||||||
|
OECD Test Guideline 490: In Vitro Mammalian Cell Gene Mutation Tests Using the Thymidine Kinase Gene |
|
||||||
|
OECD 470 Test Guideline on the Mammalian Erythrocyte Pig-a Gene Mutation Assay |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested |
||||||
|
OECD Test Guideline 474: Mammalian Erythrocyte Micronucleus Test |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested |
||||||
|
OECD Test Guideline 475: Mammalian Bone Marrow Chromosome Aberration Test |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested |
||||||
|
OECD Test Guideline 486: Unscheduled DNA synthesis (UDS) – Test with mammalian liver cells in vivo |
The results of a UDS test may be considered as adequate to assess genotoxic potential only in cases of positive results. Existing tests are acceptable, but no new test carried out according to this guideline is recommended – EFSA Opinion of the Scientific Committee (2017). |
||||||
|
OECD Test Guideline 488: Transgenic Rodent Somatic and Germ Cell Gene Mutation Assays |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested. |
||||||
|
OECD test guideline 489: In Vivo Mammalian Alkaline Comet Assay |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested. |
||||||
|
OECD Test Guideline 483: Mammalian Spermatogonial Chromosome Aberration Test |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested. |
||||||
|
OECD Test Guideline 488: Transgenic Rodent Somatic and Germ Cell Gene Mutation Assays |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested. |
||||||
|
OECD Test Guideline 478: Rodent Dominant Lethal Test |
The possibility of integrating in vivo genotoxicity testing with repeated dose toxicity studies should be explored to reduce the number of animals tested. |
||||||
|
OECD Test Guideline 453: Combined Chronic Toxicity/Carcinogenicity Studies |
|
||||||
|
OECD Test Guideline 451: Carcinogenicity Studies |
|
||||||
|
OECD Test Guideline 452: Chronic Toxicity Studies |
|
||||||
|
OECD Series on Testing and Assessment No 151: Guidance document supporting OECD test guideline 443 on the extended one-generation reproductive toxicity test |
|
||||||
|
OECD Test Guideline 443: Extended One-generation Reproductive Toxicity |
Existing studies conducted in accordance with OECD TG 416 (adopted 2001 or later) or equivalent information shall be considered appropriate to address this information requirement. But if new test is to be carried out, preference should be given to Extended One-Generation Reproductive Toxicity Study (OECD TG 443). Extended One-Generation Reproductive Toxicity Study (OECD TG 443), with cohorts 1A and 1B and extension of cohort 1B to include the F2 generation with the aim to produce 20 litters per dose group. F2 pups must be followed to weaning and investigated similarly as F1 pups. Rat is the preferred species and oral route of administration is the preferred route. The highest dose level should be based on toxicity and selected with the aim to induce reproductive and/or other systemic toxicity . |
||||||
|
OECD Test Guideline 416: Two-Generation Reproduction Toxicity |
It has been only listed, as it was used in the past. Preference should be given to the EOGRTS. |
||||||
|
OECD Test Guideline 414: Prenatal developmental toxicity study |
|
||||||
|
OECD Test Guideline 426: Developmental neurotoxicity study |
|
||||||
|
— |
|
||||||
|
OECD Test Guideline 424: Neurotoxicity study in rodents |
|
||||||
|
OECD Test Guideline 418: Delayed Neurotoxicity of Organophosphorus Substances Following Acute Exposure |
|
||||||
|
OECD Test Guideline 419: Delayed Neurotoxicity of Organophosphorus Substances: 28-day Repeated Dose Study |
|
||||||
|
— |
|
||||||
|
— |
|
||||||
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Health Effects Test Guidelines: OPPTS 870.7800 Immunotoxicity [EPA 712–C–98–351] |
Conditional requirement: only if effects indicate immunotoxicological potential observed in toxicological and metabolism studies |
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ICH Safety Guidelines S8 Immunotoxicity Studies for Human Pharmacetuticals |
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Test guidelines are listed in OECD Revised Guidance Document No 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption. Some of these test guidelines (OECD 407, 408, 409, 414, 443, 416, 426, 451-3) are already requested under 5.3.1; 5.3.2; 5.6.1;5.6.2;5.5 |
Tests should be conducted as appropriate in order to elucidate a possible endocrine mode of action following the EFSA/ECHA guidance. Where sufficient weight of evidence to conclude on the presence or absence of a particular endocrine disrupting mode of action is available:
For OECD 443, check requirements under notes in 5.6.1. Generational studies |
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OECD Test Guideline 506: Stability of Pesticide Residues in Stored Commodities |
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OECD Test Guideline 501: Metabolism in crops |
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OECD Test Guideline 503: Metabolism in livestock |
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OECD Test Guideline 503: Metabolism in livestock |
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OECD Test Guideline 503: Metabolism in livestock |
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OECD Test Guideline 509: Crop field trials |
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OECD Test Guideline 505: Residues in livestock |
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OECD Test Guideline 505: Residues in livestock |
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OECD Test Guideline 505: Residues in livestock |
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OECD Test Guideline 507: Nature of the pesticide residues in processed commodities – High temperature hydrolysis |
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OECD Test Guideline 508: Magnitude of the pesticide residues in processed commodities |
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OECD Test Guideline 509: Crop field trials |
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OECD Test Guideline 508: Magnitude of the pesticide residues in processed commodities |
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OECD Test Guideline 502: Metabolism in rotational crops |
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OECD Test Guideline 504: Residues in rotational crops (limited field studies) |
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OECD Test Guideline 509: Crop field trials |
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EU guidance document ‘Technical guidelines for determining the magnitude of pesticide residues in honey and setting Maximum Residue Levels in honey’ (SANTE/11956/2016 ) |
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OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
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ISO 10381-6:2009: Soil quality. Sampling. Guidance on the collection, handling and storage of soil under aerobic conditions for the assessment of microbiological processes, biomass and diversity in the laboratory |
Test carried out until the date of publication of this Communication still valid, however new test shall be carried out in accordance with ISO 18400 |
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ISO 18400-102:2017 ISO 18400-104:2018 ISO 18400-105:2017 ISO 18400-206:2018 |
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— |
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OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
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OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
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US EPA Test Guideline OPPTS 835.2410 Photodegradation on Soil. EPA 712-C-08-015, October 2008 |
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— |
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OECD Test Guideline 307: Aerobic and anaerobic transformation in soil |
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OECD Guidance Document for Conducting Pesticide Terrestrial Field Dissipation Studies. Series on Pesticides, No 82, Series on Testing and Assessment, No 232 |
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US EPA OCSPP 835.6100: Terrestrial field dissipation |
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OECD Test Guideline 106: Adsorption – Desorption Using a Batch Equilibrium Method |
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OECD Test Guideline 121: Estimation of the Adsorption Coefficient (Koc ) on Soil and on Sewage Sludge using High Performance Liquid Chromatography (HPLC) |
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OECD Test Guideline 312: Leaching in Soil Columns |
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OECD Guidance Document for the Performance Of Out-door Monolith Lysimeter Studies. Series on Testing and Assessment, No 22 |
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OECD Test Guideline 111: Hydrolysis as a Function of pH |
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OECD Test Guideline 316: Phototransformation of Chemicals in Water – Direct Photolysis |
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— |
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OECD Guideline Test 301: Ready Biodegradability (301 A - F) |
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OECD Test Guideline 310: Ready Biodegradability – CO2 in sealed vessels (Headspace Test) |
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OECD Test Guideline 309: Aerobic Mineralisation in Surface Water – Simulation Biodegradation Test |
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OECD Test Guideline 308: Aerobic and Anaerobic Transformation in Aquatic Sediment Systems |
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OECD Test Guideline 308: Aerobic and Anaerobic Transformation in Aquatic Sediment Systems |
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OECD Test Guideline 223: Avian acute oral toxicity study |
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US EPA OCSPP 850.2100: Avian oral toxicity test |
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OECD Test Guideline 205: Avian Dietary Toxicity Test |
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US EPA OCSPP 850.2200: Avian dietary toxicity test |
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OECD Test Guideline 206: Avian Reproduction Test |
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US EPA OCSPP 850.2300: Avian Reproduction Test |
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Please, refer to 5.2.1 |
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Please, refer to 5.3.1, 5.3.2, 5.6.1 and 5.6.2 |
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OECD Test Guideline 248: Xenopus Eleutheroembryonic Thyroid Assay (XETA) |
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OECD Test Guideline 231: Amphibian Metamorphosis Assay |
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OECD Test Guideline 241: Larval Amphibian Growth and Development Test |
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Test guidelines are listed in OECD Revised Guidance Document No. 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption. |
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OECD Test Guideline 203: Fish, Acute Toxicity Test |
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OECD Test Guideline 210: Fish, Early-Life Stage Toxicity Test |
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OECD Test No 234: Fish Sexual Development Test |
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US EPA protocol OCSPP 850.1500 Fish life cycle toxicity |
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OECD Test Guideline 305: Bioaccumulation in Fish: Aqueous and Dietary Exposure |
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Test guidelines are listed in OECD Revised Guidance Document No 150 on Standardised Test Guidelines for Evaluating Chemicals for Endocrine Disruption |
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OECD Test Guideline 202: Daphnia sp., Acute Immobilisation Test |
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OECD Test Guideline 235: Chironomus sp., Acute Immobilisation Test |
Only one of the three species needs to be tested. |
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US EPA OCSPP 850.1035 Mysid Acute Toxicity Test |
Only one of the three species needs to be tested. |
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US EPA 850.1025 (Oyster acute toxicity test) |
Only one of the three species needs to be tested. |
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OECD Test Guideline 211: Daphnia magna Reproduction Test |
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US EPA OCSPP 850.1350 Mysid Chronic Toxicity Test |
Only one of the three species needs to be tested. |
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OECD Test Guideline 242: Potamopyrgus antipodarum Reproduction Test |
Only one of the three species needs to be tested |
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OECD Test Guideline 243: Lymnaea stagnalis Reproduction Test |
Only one of the three species needs to be tested |
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OECD Test Guideline 219: Sediment-Water Chironomid Toxicity Using Spiked Water |
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OECD Test Guideline 218: Sediment-Water Chironomid Toxicity Using Spiked Sediment |
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OECD Test Guideline 233: Sediment-Water Chironomid Life-Cycle Toxicity Test Using Spiked Water or Spiked Sediment |
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OECD Test Guideline 225: Sediment-Water Lumbriculus Toxicity Test Using Spiked Sediment |
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OECD Test Guideline 201: Algae growth inhibition test |
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OECD Test Guideline 201: Algae growth inhibition test |
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OECD Test Guideline 221: Lemna sp. Growth Inhibition Test |
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ASTM E1913-04: Standard Guide for Conducting Static, Axenic, 14-Day Phytotoxicity Tests in Test Tubes with the Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov |
Test carried out until the date of publication of this Communication still valid, however new test shall be carried out in accordance with OECD 238 and 239. |
||||||
|
Development of a proposed test method for the rooted aquatic macrophyte Myriophyllum sp. In: Maltby L, Arnold D, Arts G, et al. (2010). Aquatic Macrophyte Risk Assessment for pesticides (AMRAP). SETAC Press & CRC Press, Taylor & -Francis Group, Boca Raton, London, New York, pp. 46-56 |
Test carried out until the date of publication of this Communication still valid, however new test shall be carried out in accordance with OECD 238 and 239. |
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OECD Test Guideline 238: Sediment-Free Myriophyllum Spicatum Toxicity Test |
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OECD Test Guideline 239: Water-Sediment Myriophyllum Spicatum Toxicity Test |
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EPPO 170(4) Side-effects on honeybees |
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OECD Test Guideline 213: Honeybees, Acute Oral Toxicity Test |
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OECD Test Guideline 247: Bumblebee, Acute Oral Toxicity Test |
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EPPO 170(4) Side-effects on honeybees |
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OECD Test Guideline 214: Honeybees, Acute Contact Toxicity Test |
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OECD Test Guideline 246: Bumblebee, Acute Contact Toxicity Test |
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OECD Test Guideline 245: Honey bee (Apis mellifera l.), chronic oral toxicity test (10-day feeding) |
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OECD Guidance Document on the honeybee (Apis mellifera L.) brood test under semifield conditions (only for spray applications). Series on Testing and Assessment, No 75 |
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OECD Guidance Document on Honey Bee Larval Toxicity Test following Repeated Exposure. Series on Testing and Assessment, No 239 |
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||||||
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OECD Test Guideline No 237: Honey Bee (Apis mellifera) Larval Toxicity Test, Single Exposure |
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Oomen PA, de Ruijter A and van der Steen J, 1992. Method for honeybee brood feeding tests with insect growth – regulating insecticides. Bulletin OEPP/EPPO Bulletin 22, 613-616 |
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Lückmann, J. and Schmitzer, S. (2019), The Oomen bee brood feeding test – revision of the method to current needs and developments. EPPO Bulletin, 49: 137-146 |
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OECD Guidance document on honey bee (Apis mellifera L.) homing flight test, using single oral exposure to sublethal doses of test chemical. Series on Testing and Assessment, No 332 |
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M.P. Candolfi, S. Blümel, R. Forster et al. (2000): Guidelines to evaluate side-effects of plant protection products to non-target arthropods. IOBC, BART and EPPO Joint Initiative. ISBN: 92-9067-129-7 |
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||||||
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M.P. Candolfi, S. Blümel, R. Forster et al. (2000): Guidelines to evaluate side-effects of plant protection products to non-target arthropods. IOBC, BART and EPPO Joint Initiative. ISBN: 92-9067-129-7 |
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OECD Test Guideline 222: Earthworm Reproduction Test (Eisenia fetida/Eisenia andrei) |
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||||||
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ISO 11268-3:2014: Soil quality – Effects of pollutants on earthworms – Part 3: Guidance on the determination of effects in field situations |
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||||||
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ISO 23611-1:2018: Soil quality – Sampling of soil invertebrates – Part 1: Hand-sorting and extraction of earthworms |
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||||||
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ISO 23611-2:2006 Soil Quality - Sampling of soil invertebrates – Part 2: Sampling and extraction of micro-arthropods (Collembola and Acarina) |
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||||||
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OECD Test Guideline 232: Collembolan Reproduction Test in Soil |
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OECD Test Guideline 226: Predatory mite (Hypoaspis (Geolaelaps) aculeifer) reproduction test in soil |
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OECD Test Guideline 216: Soil Microorganisms: Nitrogen Transformation Test |
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OECD Test Guideline 208: Terrestrial Plant Test: Seedling Emergence and Seedling Growth Test |
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OECD Test Guideline 227: Terrestrial Plant Test: Vegetative Vigour Test |
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OECD Test Guideline 209: Activated Sludge, Respiration Inhibition Test |
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29.9.2023 |
EN |
Official Journal of the European Union |
C 344/80 |
Communication from the Commission establishing Union-level projected trajectories for the digital targets
(2023/C 344/03)
CONTENTS
|
1. |
Introduction | 82 |
|
2. |
Purpose of the Digital Decade trajectories | 82 |
|
3. |
Estimation of Union-level trajectories towards 2030 | 83 |
|
3.1. |
Methodology for estimating the Digital Decade trajectories | 83 |
|
3.2. |
EU projected trajectories by digital target | 85 |
|
3.2.1. |
Basic digital skills | 85 |
|
3.2.2. |
ICT specialists (and gender gap in ICT) | 87 |
|
3.2.3. |
Connectivity | 89 |
|
3.2.4. |
Semiconductors | 93 |
|
3.2.5. |
Edge nodes | 94 |
|
3.2.6. |
Quantum computing | 96 |
|
3.2.7. |
Take-up of digital technologies | 97 |
|
3.2.8. |
Basis level of digital intensity | 101 |
|
3.2.9. |
Innovative businesses/scale-ups (unicorns) | 103 |
|
3.2.10. |
Digitalisation of public services | 104 |
|
3.2.11. |
Electronic health record | 108 |
|
3.2.12. |
Electronic identification (eID) | 109 |
|
Annex — |
Bird’s eye view of the trajectories of the Digital Decade Policy Programme | 111 |
LIST OF FIGURES
|
Figure 1 — |
Example of trajectories for a theoretical KPI with an S-shaped functional form: historical data points (dots), the Digital Decade (DD) trajectory towards the 2030 target (dashed line) and the baseline trajectory based on historical data (solid line) | 85 |
|
Figure 2 — |
At least basic digital skills in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 86 |
|
Figure 3 — |
Percentage of individuals aged 16-74 with at least basic skills in the EU by sex (from 2015 to 2021). | 87 |
|
Figure 4 — |
ICT specialists in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 88 |
|
Figure 5 — |
Percentage of individuals employed in ICT specialists’ occupations in the EU by sex (2012-2022) | 89 |
|
Figure 6 — |
Fixed VHCN coverage in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 91 |
|
Figure 7 — |
FTTP coverage in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 92 |
|
Figure 8 — |
5G roll-out in the EU, historical data and baseline trajectory towards 2030. | 93 |
|
Figure 9 — |
Expected number of deployed edge nodes (EU projection to 2030) | 96 |
|
Figure 10 — |
Number of quantum computers in the EU. Trajectory towards 2030 | 97 |
|
Figure 11 — |
Share of enterprises using cloud services in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 99 |
|
Figure 12 — |
Share of enterprises using big data analysis in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 100 |
|
Figure 13 — |
Share of enterprises using AI in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 (same speed of diffusion parameter as in the big data baseline trajectory) | 101 |
|
Figure 14 — |
Digital Intensity Index. Historical data and the Digital Decade (DD) trajectory towards 2030 | 103 |
|
Figure 15 — |
Number of unicorns in the EU. Historical data and baseline trajectory | 104 |
|
Figure 16 — |
Estimation of the baseline trajectory based on both pre- and post-break data points: digital public services for citizens (a) and for businesses (b) | 106 |
|
Figure 17 — |
Online service provision for citizens (top chart) and businesses (bottom chart). Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 | 107 |
|
Figure 18 — |
e-Health composite indicator. Historical data and DD trajectory | 109 |
1. INTRODUCTION
This Communication accompanies and complements the Commission’s first Report on the state of the Digital Decade. It presents the Union-level projected trajectories (hereinafter ‘Digital Decade trajectories’) for the attainment of each of the 2030 digital targets in compliance with Article 5(3) of Decision (EU) 2022/2481 (‘the Decision’) (1). The Digital Decade trajectories are projections of the yearly values of the key performance indicators (KPIs) set out in the Commission Implementing Decision (2), adopted by the Commission on 30 June 2023 (hereinafter the ‘KPI Implementing Decision’), along the ideal path towards their 2030 target value, as set out in Article 4 of the Decision.
This Communication also presents the estimated trajectories based on the KPI historical data values (hereinafter ‘baseline trajectories’). The baseline trajectories are projections of the KPI yearly values estimated by extrapolating available historical data. They describe the ‘business as usual’ scenario because, being based on past observed data, they only capture past investments and interventions, both private and public. The Commission uses baseline trajectories for illustrative purposes to assess and regularly monitor the gap between the estimated trend and the ideal one for each KPI defined in the ‘KPI Implementing Decision’.
This Communication builds on the staff working document (3) that accompanied the proposal for a Decision of the European Parliament and of the Council establishing the Digital Decade Policy Programme 2030. It provides further developments and updates based on the latest observed data and trends.
In accordance with Article 5(3) of the Decision, the Union level projected trajectories can be updated, where necessary, in light of technical, economic or societal developments. A revision of the Union level projected trajectories as well as of the baseline trajectories may also be necessary because data availability in certain instances may be limited by the fact that the definition of the indicators used for monitoring purposes might vary over time. For indicators that capture rapidly changing phenomena, like the ones included in this monitoring process, variations may be needed to better reflect technological advances. Indicator’s revisions are also driven by possible improvements in the statistical methodology or sampling strategy used to collect the indicators. These cases lead to breaks in the statistical time series that reduce comparability among values observed before and after the change occurred. If there are relevant breaks in data series, they will be taken into consideration when assessing deviations in the observed values from the projected trajectories.
Furthermore, the baseline trajectories for the KPI on connectivity are estimated projections for the achievement of the Digital Decade objectives based on historical data. Similar to all the other baseline trajectories, they do not take account of the additional investments needed to roll out more advanced capability for the connectivity infrastructure of the future. The Commission consulted stakeholders on this in its consultation on the future of the electronic communications sector and its infrastructure (4).
2. PURPOSE OF THE DIGITAL DECADE TRAJECTORIES
The Digital Decade trajectories for the attainment of each of the digital targets presented in this Communication have been established by the Commission in close cooperation with Member States, notably by means of consultation with the Digital Decade Board (5).
In accordance with Article 5(3) of the Decision, the purpose of the Digital Decade trajectories is twofold. First, they serve as the basis for the Commission to monitor progress towards achieving the targets. Every year, as part of the Report on the State of the Digital Decade, the Commission intends to compare the observed KPI values for each target against the projected values along the Digital Decade trajectories.
Second, the Digital Decade trajectories serve to prepare the national Digital Decade strategic roadmaps (‘national roadmaps’). In accordance with Article 7 of the Decision, each national roadmap must comprise national projected trajectories that help achieve the relevant digital targets. Member States should define their level of ambition and their national trajectories based on the Digital Decade trajectories at EU level, i.e., depending on the path that the indicators need to follow to reach the targets.
3. ESTIMATION OF UNION-LEVEL TRAJECTORIES TOWARDS 2030
3.1. Methodology for estimating the Digital Decade trajectories
The methodology for estimating the Digital Decade trajectories of each KPI must be theoretically solid, but at the same time simple and easy to use as reference point by Member States for the estimation of the national trajectories, also taking into account that some KPIs have data limitations.
The methodology for estimating the Digital Decade trajectories has been developed taking into consideration the KPI definition, the latest available data point, the 2030 target value and its theoretical functional form. To estimate the baseline trajectories, the availability of the KPI historical time series, its length and consistency have all be taken into consideration.
In more detail, the methodology consists of the following steps (6):
|
(1) |
Choice of the functional form According to the relevant academic literature, KPIs are classified into two different groups depending on their nature:
|
|
(2) |
Estimation of the Digital Decade trajectory The Digital Decade trajectory is a theoretical path of progression of each KPI value from the last available historical data point – that is the most recently observed KPI value – up to its 2030 target value. The trajectory is computed so that the functional form adopted for the KPI reaches its target value by 2030 and it represents the ideal path the EU should follow towards the 2030 target for each KPI. In a nutshell, for both KPIs with linear functional forms and for KPIs with S-shaped functional forms, the trajectory is a line that connects the latest observed value with the 2030 target (dashed blue line in Figure 1). |
|
(3) |
Estimation of the projected baseline trajectories The baseline trajectory is the path that the KPI is assumed to follow towards 2030 in a ‘business as usual’ scenario, i.e., by extrapolating historical trends towards a plausible future while considering solely the impact of all the funding instruments, interventions and investments – both private and public – put in place during and before the period that spans the KPI’s time series. For this reason, the 2030 value estimated along the baseline trajectory should be considered the conservative lower bound. The first year and value of the baseline trajectory always coincides with the year and the value of the most recent data point available for each KPI. Based solely on observed data, the baseline trajectory does not consider policy interventions or investment instruments that have been or will be implemented in the years after the last observed data point or have not impacted the KPI value yet. Based on newly available data, the Union-level baseline trajectories will be updated to dynamically capture the actual KPI path towards its 2030 target. In so doing, the baseline trajectories will dynamically take into account the impact of new investments, including Recovery and Resilience Facility and cohesion policy funds, on the different KPIs. Likewise, national baseline trajectories will be regularly updated to follow the effect of national investments on the Digital Decade KPIs. |
Figure 1
Example of trajectories for a theoretical KPI with an S-shaped functional form: historical data points (dots), the Digital Decade (DD) trajectory towards the 2030 target (dashed line) and the baseline trajectory based on historical data (solid line)
3.2. EU projected trajectories by digital target
The following subsections describe the construction of the Union-level trajectories for each KPI in relation to each target. The KPI and target definitions are aligned with the ‘KPI Implementing Decision’ and the ‘Decision’ respectively.
3.2.1. Basic digital skills
|
Target: A digitally skilled population and highly skilled digital professionals, with the aim of achieving gender balance, where (a) at least 80 % of those aged 16-74 have at least basic digital skills; (b) at least 20 million ICT specialists are employed within the Union, while promoting the access of women to this field and increasing the number of ICT graduates. KPI definition (referring to part (a) of the target): At least basic digital skills, measured as percentage of individuals aged between 16 and 74 years old disaggregated by sex with ‘basic’ or ‘above basic’ digital skills in each of the following five dimensions: information, communication, problem solving, digital content creation and safety skills. It is measured based on the activities that individuals carried out during the previous three months (8); and gender convergence, measured as the percentage of women and men among those individuals with ‘basic’ or ‘above basic’ digital skills.
Available data points: 2015, 2016, 2017, 2019, 2021 (with a break in series in 2021). Baseline value (latest available historical data point): (2021) 54 %. |
Digital skills are a key asset that enables people to use the emerging opportunities created by digital technologies and fully benefit from them. The KPI to monitor this target measures the ability of people to perform certain activities on the internet, using digital tools and software. As defined by Eurostat, the digital skills indicator is a composite indicator based on selected activities performed by individuals on the internet in specific areas: until 2019, these included information, communication, problem solving and digital content creation, and from 2021 onwards an additional area, safety, was added.
The baseline trajectory is based on the linear functional form. The assumption is that the indicator will follow a linear trend, with a constant growth rate until 2030. Between 2019 and 2021, a revision of the methodology to measure this indicator caused a break in the series (9). For this reason, the baseline trajectory is first estimated based on the historical time series until 2019 (included) and then adjusted to correct for the break in series. The adjustment for the break in series consists of computing the regression line’s intercept by imposing that the starting value of the baseline trajectory coincides with the latest observed data point. Figure 2 shows the available historical data, and the Digital Decade and baseline trajectories of the KPI indicator. The forecast trend shows that the target will not be met without policy interventions and associated investments (the 2030 forecast projected along the baseline trajectory is 59 % of those aged 16-74 would have at least basic digital skills).
Figure 2
At least basic digital skills in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
In 2021, only 54 % of EU citizens had at least basic digital skills, which is 26 percentage points below the target, with major differences among Member States. Achieving the target will require an average annual growth of over 4,5 % over 10 years, implying the need for immediate and considerable efforts to address existing gaps in at least basic digital skills. In addition, the level of digital skills is influenced by several socio-demographic factors such as age, level of education, employment status and place of residence, with a gap in general between rural and urban areas. Member States need to put in place integrated actions, targeting formal and non-formal education, lifelong learning and policy measures aimed at reducing the disadvantages of vulnerable groups.
There is no significant difference in the share of people with at least basic digital skills between sexes but on average men tend to have better digital skills than women (see Figure 3). The gap between men and women (as a percentage) has been decreasing in recent years, with the difference between men and women with at least basic skills dropping from 5,6 points in 2015 to 3,4 points in 2021. This will be supported by ad hoc policy interventions.
Figure 3
Percentage of individuals aged 16-74 with at least basic skills in the EU by sex (from 2015 to 2021)
3.2.2. ICT specialists (and gender gap in ICT)
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Target (same as previous): A digitally skilled population and highly skilled digital professionals, with the aim of achieving gender balance, where (a) at least 80 % of those aged 16-74 have at least basic digital skills; (b) at least 20 million ICT specialists are employed within the Union, while promoting the access of women to this field and increasing the number of ICT graduates. KPI definition (referring to the part (b) of the target): ICT specialists, measured as the number of individuals aged 15-74 who are employed as ICT specialists; and gender convergence, measured as the percentage of women and men among those individuals employed as ICT specialists. In accordance with the ISCO-08 (10) code classification, ICT specialists are workers who have the ability to develop, operate and maintain ICT systems, and for whom ICT constitutes the main part of their job, including but not limited to ICT service managers, ICT professionals, ICT technicians, ICT installers and servicers. The gender gap in ICT specialists in employment is computed as the share of female ICT specialists in the total ICT specialists in employment. Whilst the promotion of the access of women to this field is mentioned in the target, the Decision does not establish a specific and quantitative target for gender convergence. As a result, this part of the target is not treated as a separate KPI.
Available data points: from 2011 to 2022. Baseline value (latest available historical data point): Total ICT specialists in 2022 = 9,37 million; share of female ICT specialists = 18,9 %. |
A workforce with ICT specialist skills, having the potential to maintain and grow the digital economy, is a key element for successful digital transformation. The target aims to expand the number of people working as ICT specialists in the EU and overcome the critical shortages currently faced in the EU. The indicator to monitor this target refers to ICT specialists as ‘workers who have the ability to develop, operate and maintain ICT systems, and for whom ICT constitutes the main part of their job’ (11).
The Digital Decade trajectory is a straight line that connects the 2022 value (the most recent available data point) with the 2030 target. The baseline trajectory is based on the linear functional form, which is based on the historical data (all available years included). The assumption is that the KPI follows an increasing trend with a constant rate over the whole period. The Digital Decade trajectory is shown in Figure 4 together with the historical data and the baseline trajectory. In the ‘business as usual’ scenario, the EU is not expected to meet the target because the 2030 forecast projected along the baseline trajectory is 12 million.
Figure 4
ICT specialists in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
Despite sustained growth over the last 10 years, there were 9,37 million ICT specialists in employment in 2022, corresponding to 4,6 % of total employment and slightly less than 11 million below the 2030 target.
In the last 2 years, the trend in the number of ICT specialists has accelerated, with higher average annual growth than in the previous decade (6,0 % between 2020 and 2022, and 4,2 % between 2011 and 2019). To achieve the Digital Decade target, the positive trend recorded in the last 2 years should be further accelerated.
In 2022, slightly less than 19 % of the total ICT specialists in employment was made up of women. In the past decade, the percentage of men steadily remained some 60 percentage points above the percentage of women, with the women’s percentage between 16 % and 19 % and the men’s one between 81 % and 84 % (Figure 5). Despite a small dip between 2013 and 2015, the percentage of women employed in ICT specialists’ occupation has steadily risen albeit at a slow pace since 2012 (Figure 5, left). On the other hand, the percentage of men employed as ICT specialists has decreased since its peak in 2014-2015 but remains significantly higher than the percentage of women in ICT occupations, more than four times higher (Figure 5, right). To increase the number of women employed in ICT jobs, all Member States should take action to promote employment of ICT specialists. To reach this goal, it is essential that more women enrol in tertiary education programmes related to ICT. This will increase the number of women available for ICT jobs.
Figure 5
Percentage of individuals employed in ICT specialists’ occupations in the EU by sex (2012-2022)
(The solid line shows the time trend since 2012. Left-hand side: percentage of women in total ICT specialists; right-hand side: percentage of men in total ICT specialists. The range of values is different in the two charts.)
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Policy interventions on human capital (the skills and brainpower of workers) interact with a variety of factors. There is the need for sustained and integrated action to strengthen the advanced digital skills supply and, importantly, to promote gender balance. This target should be also considered in conjunction with the targets on the adoption of digital technologies by enterprises which might prompt an acceleration in the demand for specialised ICT skills.
3.2.3. Connectivity
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Target: Secure, resilient, performant and sustainable digital infrastructures where all end users at a fixed location are covered by a gigabit network up to the network termination point, and all populated areas are covered by next-generation wireless high-speed networks with performance at least equivalent to that of 5G, in accordance with the principle of technology neutrality. KPI definition:
Available data points: Gigabit: from 2013 to 2022; 5G: from 2020 to 2022. Baseline value (latest available historical data point): 2022: VHCN = 73 %; 5G coverage = 81,2 %. |
The availability of gigabit connectivity services and 5G mobile coverage are essential enablers of the digital transformation. Household behaviours and the uptake of new technologies such as virtual and augmented reality, AI applications, automated driving, logistics and manufacturing processes will further drive demand.
This target is related to two KPIs:
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Availability to all European households of fixed connections able to deliver very high-speed and reliable connectivity services (measured with the VHCN indicator). |
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Availability in all populated areas of a 5G mobile network regardless of the spectrum band used. |
Gigabit: The VHCN trajectory is the reference one for tracking the gigabit target. Based on the ‘KPI Implementing Decision’, the VHCN trajectory is complemented by the FTTP one.
The available historical data on the VHCN indicator show an S-shaped trend that is adopted for this KPI for both the Digital Decade and the baseline trajectory (Figure 6). This is in line with the conceptual model assumed for this measure, where typically the additional deployments of optical fibre-based infrastructure start in areas with reasonable investment costs as well as in dense urban areas where existing cable networks are being upgraded and exercise a competitive constraint. Conversely, the persistent investment gap affects households in the more cost-intensive suburban, semi-rural and rural areas.
The speed of diffusion of the VHCN baseline trajectory is based on the FTTP historical data. This better reflects the expected investment costs of deploying optical fibre infrastructure, assuming that the future gigabit roll-out will depend solely on FTTP infrastructure. Figure 6 shows the baseline trajectory for the fixed VHCN indicator.
Figure 6
Fixed VHCN coverage in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
The current indicator for fixed VHCN, based on the current Digital Economy and Society Index indicator, covers networks currently able to deliver gigabit connectivity. However, this may include networks that do not currently deliver gigabit connectivity, not least at peak time conditions. This is for instance the case for DOCSIS 3.1 networks that do not have fibre deployed sufficiently close to the end user. However, it is not currently possible to appropriately map and therefore exclude such networks from measurements. As a result, the measured values and the forecast of the baseline trajectory may be higher than the actual coverage. Moreover, upgrading DOCSIS 3.0 networks, which currently cover 11 % of homes, will have a very limited impact on rural connectivity. Lastly, not all FTTP networks are sufficiently dimensioned to provide gigabit speeds at peak time. More investments are therefore needed in the access network, but also in the core and backhaul parts of the network to sustain the exponential growth in data transmission needs expected in 2030 and beyond. Further investments in hardware and software will be needed beyond upgrading the access networks to fibre (14). In light of the above, additional work will be undertaken to agree a common methodology for a KPI to measure gigabit connectivity. This will allow a comparison of data at EU level on the quality of service of VHCN infrastructures capable of delivering 1 Gbps under peak time conditions.
Against this background of the methodological limits of the KPI, it can be noted that, based on the currently available data, fixed VHCN having the capability of offering gigabit connectivity covered 73 % of EU households in 2022, up from 70 % a year earlier, and is expected to reach 94 % by the end of the projection period. This growth has been driven by the deployment of optical fibre networks (FTTP), which covered 56 % of EU households in 2022. The remaining 27 % of households still not covered by VHCN will be reached mainly through further FTTP deployments, which will require sustained efforts. It should not be ruled out that a significant share of rural areas will have to be reached by 5G Fixed Wireless Access networks. Gaps in rural regions continue to be a prevailing issue, as 55 % of households in these areas still lack coverage by VHCN. This factor poses additional hurdles for the expansion of services until complete coverage is attained. The marginal cost of connecting a household substantially increases when reaching rural areas.
To track the progress of FTTP coverage, as outlined in the ‘KPI Implementing Decision’, and to better interpret VHCN coverage data, a Union-level trajectory is also established for this indicator (Figure 7). According to estimates along the baseline trajectory, FTTP is projected to reach 87 % of households in the EU by 2030.
Figure 7
FTTP coverage in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
5G coverage: The mobile network connectivity target set out in Article 4(1), point (2)(a) of the Decision aims to ensure that all populated areas are covered by a next-generation wireless high-speed network with at least 5G equivalent performance in accordance with the principle of technology neutrality. The corresponding KPI included in the ‘KPI Implementing Decision’ measures the percentage of populated areas covered by at least one 5G network regardless of the spectrum band used (15).
Over the past few years, based on the available data, there appears to have been a significant increase in 5G coverage, with the EU value for this KPI reaching 81,2 % in 2022. Some Member States have even reported values close to 100 % or reaching 100 %. It should nevertheless be noted that this expansion has been made possible mainly by using dynamic spectrum sharing (DSS), which employs non-5G pioneer bands such as the legacy 1,8 GHz and/or 2,1 GHz bands. This enables demand-based sharing between 4G and 5G. As a consequence of the spectrum sharing with 4G, and in particular the bandwidth limitations, the actual 5G performance delivered to the end user may be significantly lower than what can be achieved over dedicated 5G bands.
To determine the expected progress of this KPI to 2030, available data from the years 2020 to 2022 have been analysed. Based on this analysis, the forecast along the baseline trajectory predicts that by 2024, close to 100 % of populated areas in the EU will be covered by 5G networks overall. Therefore, no Digital Decade trajectory is displayed in Figure 8.
However, it should be noted that also for the current KPI for the 5G target there are methodological limits, as it does not take into account the quality of service provided under peak time conditions. The current baseline trajectory is therefore not representative of the actual path that Europe needs to undertake to truly attain the 5G connectivity target. To ensure that the quality of service underlying this target is provided in all populated areas by 2030 further significant investments will be needed, primarily in the radio access network (i.e., building new base stations, interconnecting existing and new base stations). The use of more spectrum in the medium and high bands will be needed to gradually improve the quality of service on 5G networks and enable the deployment of 5G for Industry 5.0 (16). A key challenge will be to ensure that the deployed networks support key industry sectors and critical applications that benefit consumers and businesses in all sectors.
To measure Member States’ readiness to overcome this challenge, further examination is required to improve and broaden the measurement framework for 5G. The objective is to establish a quantifiable KPI that captures the actual quality of service as experienced under peak time conditions and encompasses other ‘next-generation wireless high-speed networks’ with performance equivalent to or surpassing 5G.
Figure 8
5G roll-out in the EU, historical data and baseline trajectory towards 2030
3.2.4. Semiconductors
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Target: Secure, resilient, performant and sustainable digital infrastructures where the production, in accordance with Union law on environmental sustainability, of cutting-edge semiconductors in the Union is at least 20 % of world production in value. KPI definition: Semiconductors, measured as value generated, in terms of revenues, by semiconductor activities in the Union, in all stages of the value chain, with respect to the global market value. For the first year, reporting will be done on the basis of those activities in Europe.
No available data point. Baseline value (latest available historical data point): Around 10 % of the global market share by value in 2022. |
Semiconductors are at the centre of strong geostrategic interests and the global technology race. They are essential building blocks of digital and digitised products. From smartphones and cars through to critical applications and infrastructure for healthcare, energy, defence, communications and industrial automation, chips are central to the modern digital economy. In terms of revenues across the semiconductor value chain, the US is currently the market leader, followed by South Korea, Taiwan, Japan and the EU, whose revenues are approximately 10 % of the global market by value according to the current estimation. The Digital Decade sets the target that the EU’s market share should reach 20 % by value by 2030.
Table 1
Semiconductor value chain segments with EU market share (2022)
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Stage of supply chain |
Added value |
EU share |
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Material and silicon wafers |
7 % |
14 % |
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Manufacturing Equipment |
17 % |
21 % |
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Design Tools and IP |
3 % |
2 % |
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Chip Design |
30 % |
8 % |
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Semiconductor Manufacturing |
34 % |
7 % |
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Assembly, Test and Packaging |
10 % |
5 % |
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Supply chain |
100 % |
9,9 % |
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Table 1 shows the baseline values for the EU trajectories. No (baseline or Digital Decade) trajectory is available yet, as a third-party study by International Data Corporation (17) is on-going with the purpose of understanding the evolution and future values of the EU market share up to 2030.
As the digital transition accelerates, worldwide demand for chips will grow rapidly and is expected to exceed USD 1 trillion by 2030, essentially doubling its value over this decade. This means that the EU’s revenues in semiconductors should quadruple by 2030, making it particularly challenging to estimate this target.
In April 2023, a political agreement was reached between the European Parliament and the Council on the Chips Act. The proposed Act was formally approved by the Parliament and the Council in July 2023 (18). It will build on Europe’s strengths and address outstanding weaknesses, developing a thriving semiconductor ecosystem and resilient supply chain. It is a key step towards EU technological sovereignty and will help Europe achieve the relevant Digital Decade target and the Green Deal objectives. Thanks to the European Chips Act, the EU aims to reach its target of doubling its current global market share to 20 % in 2030.
3.2.5. Edge nodes
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Target: Secure, resilient, performant and sustainable digital infrastructures where at least 10 000 climate-neutral highly secure edge nodes are deployed in the Union, distributed in a way that guarantees access to data services with low latency (i.e., a few milliseconds) wherever businesses are located. KPI definition: Edge nodes, measured as the number of compute nodes providing latencies below 20 milliseconds; such as an individual server or other set of connected computing resources, operated as part of an edge computing infrastructure, typically residing within an edge data centre operating at the infrastructure edge, and therefore physically closer to its intended users than a cloud node in a centralised data centre.
No available data point. Baseline value (latest available historical data point): 0 in 2022. |
Edge computing enables the supply of data processing services from decentralised compute nodes and infrastructures at the network’s edge, minimising the transmission of unnecessary data over the network and improving cloud computing’s overall performance. The deployment of edge nodes supports the development of low-latency data processing services. When combined with a variety of technologies such as 5G deployment, algorithms, sensors and the Internet of Things, data, AI, machine learning, virtual reality and robotics, the deployment of edge nodes has the potential to produce significant benefits to businesses impacts as well as support the advancement of the digital transformation of multiple sectors of the economy.
The deployment of highly secure and climate-neutral edge nodes is estimated to evolve into a standardised S-curve of technology and innovation adoption.
The baseline for 2022 is accounted as ‘0’. The methodology needed to quantify the deployment of edge nodes and their localisation is still being developed.
Current business analysis information is sparse and focuses only on anticipated spending on edge computing infrastructure, software and services (UNLOCK-CEI project, 2023 (20)), which does not allow for a direct assimilation into existing edge node deployment. Accordingly, information from the European Telecommunications Network Operators’ Association describes three commercial edge computing services across Europe (21) but does not provide enough information to determine the location or size of edge deployment.
The limited number of available data sources all agree that edge computing continues to be in its infancy in Europe in 2023, with the majority of interested organisations still in the awareness-raising and educational stages, along with some organisations implementing small-scale pilot projects (UNLOCK-CEI project, 2023). This drives the anticipated relatively small uptake of edge node deployment in the years to come, between 2023 and 2026. During the 2025-2027 period, the investments under the IPCEI-CIS (Important Project of Common European Interest on Next Generation Cloud Infrastructure and Services) are expected to make edge computing technologies and solutions commercially available to the market. This will boost adoption across Europe, enabling the exponential expansion of edge node deployment to meet the target by 2030.
In this context, Figure 9 provides a preliminary indication of the path towards the achievement of the Digital Decade target, whilst no baseline trajectory can be yet established.
Figure 9
Expected number of deployed edge nodes (EU projection to 2030)
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Note: |
The edge node trajectory is based solely on an assessment by experts. |
The above estimation will be revised and a Digital Decade trajectory established on the basis of the Edge Observatory study (22), which aims to provide qualitative and quantitative information on actual and expected market developments as well as relevant initiatives and actions taken by private, public and mixed schemes of stakeholders in the area of edge computing in order to provide the necessary information for monitoring the evolution of the edge nodes target over time and across EU countries. At the time of adoption of this Communication, the Edge Observatory has yet to produce its first edge deployment data collection exercise, which is ongoing and will be available in two phases between October 2023 and the end of July 2024. The initial phase will include data collection for Germany, France, Spain, Italy, the Netherlands and Sweden. This data will be completed in phase 2 by gathering edge deployment data from all EU countries for 2023.
3.2.6. Quantum computing
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Target: Secure, resilient, performant and sustainable digital infrastructures where the Union has, by 2025, its first computer with quantum acceleration, paving the way for the Union to be at the cutting edge of quantum capabilities by 2030. KPI definition: Quantum computing, measured as the number of operational quantum computers or quantum simulators, including accelerators of High Performance Computing supercomputers, deployed and accessible to the user communities.
No available data point. Baseline value (latest available historical data point): 0 in 2022. |
Quantum computing is a fast developing field with significant potential for enhancing Europe's competitiveness and productivity in a wide range of sectors. Quantum computers will be able to perform calculations much faster, while consuming much less energy, than today’s highest performance computers. They will be able, for instance, to enable much faster and more efficient development of new medicines, find solutions to highly complex logistics and scheduling problem, and develop new materials. Given the foundational role of quantum computing for Europe’s digital transition, and its far-reaching economic and societal impact, this is a highly strategic field for the EU, and its geopolitical significance will only increase in the coming years. Given the specificity of this target, EU achievements in this area depend on the successful implementation of joint, multi-country commitments.
The starting value for this KPI is 0 in 2022. t is expected that at least one operational quantum computer will be deployed by 2024, ahead of the target timeline, followed by a second in 2027 and at least 3 by 2030 (Figure 10). Due to the specificity of this target, no baseline trajectory is established.
Figure 10
Number of quantum computers in the EU. Trajectory towards 2030
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Note: |
The quantum computing trajectory is based solely on an assessment by experts. |
3.2.7. Take-up of digital technologies
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Target: The digital transformation of businesses, where at least 75 % of Union enterprises having taken up one or more of the following, in line with their business operations: (i) cloud computing services; (ii) big data; (iii) artificial intelligence. KPI definition (24):
Available data points: Cloud: 2014, 2016, 2018, 2020 and 2021 (break in series in 2021); Big data: 2016, 2018, 2020; AI: 2021. Baseline value (latest available historical data point): 2021 Cloud computing = 34 %; 2020 Big data = 14 %; 2021 AI = 8 %. |
This target refers to the uptake by EU enterprises of three different digital technologies that play a key role in supporting competitiveness, improving the ability to store, extract and process data, improving services and products or creating new ones. The measurement of the target is supported by three indicators that look at the share of EU enterprises which:
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Use sophisticated or intermediate cloud computing services. |
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Use of big data analytics, which in turn refers to the use of technologies, techniques or software tools (such as data or text mining, machine learning) for analysing big data extracted from the enterprise’s own data sources or other data sources. |
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Use at least one artificial intelligence (AI) technology, such as 1. text mining, 2. speech recognition, 3. natural language generation, 4. image recognition and processing, 5. machine learning (e.g., deep learning) for data analysis, 6. AI based software robotic process automation, 7. autonomous robots, self-driving vehicles, autonomous drones. |
The corresponding trajectories are described below.
Cloud: According to the relevant literature, an S-shaped adoption curve is the most appropriate approach for estimating the evolution of enterprise cloud computing (take-up of intermediate and sophisticated services). The adoption of this technology might still present some economic (e.g., limited choice), security and technical challenges (e.g. vendor lock-in) associated with the lack of advanced skills across enterprises, in particular among small and medium-sized enterprises (SMEs). This might delay full adoption, in particular of sophisticated cloud services, leading to a flatter growth rate near to the saturation point of the curve. The functional form adopted for this KPI is therefore the S-shaped one, typically used to describe this type of technological diffusion process.
The market saturation point is set at 80 % for both the Digital Decade and the baseline trajectories. The saturation point is assumed to be slightly above the 2030 target of 75 % to allow for a further increase in the cloud technology adoption levels after the target has been reached. The speed of diffusion parameter for the Digital Decade trajectory is set so that the 75 % target is reached by 2030, while the speed of diffusion for the baseline trajectory is based on the data before the break in series (2014-2020). As for all the other S-shaped functional forms, the timing of diffusion is computed to make the baseline trajectory start at the last observed data point (the 2021 value for cloud).
Figure 11 shows the Digital Decade and baseline trajectories for the share of firms using sophisticated or intermediate cloud services. The estimated 2030 value in the ‘business as usual’ scenario falls short of the 2030 target value by approximately 10 percentage points if no additional investments are implemented (66 % is the 2030 forecast projected along the baseline trajectory).
Figure 11
Share of enterprises using cloud services in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 (25)
Big data: The technology adoption rationale described by an S-shaped curve applies here too. Big data analysis take-up is expected to be slow in the beginning, accelerating after a while to reach a slower final uptake. This will probably be driven by very small firms that may have less incentive to adopt big data technologies. Also in this case, the market saturation point is set at 80 %, above the target of 75 %, to allow for a further increase after the target has been reached. The speed of diffusion parameter is set so that the 75 % target is reached by 2030 in the Digital Decade trajectory.
Figure 12 shows the Digital Decade and baseline trajectories for the share of firms using big data analysis. The estimated 2030 value in the ‘business as usual’ scenario is far below the 2030 target (34 % is the 2030 forecast projected along the baseline trajectory).
Figure 12
Share of enterprises using big data analysis in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
Artificial intelligence: The lack of time series data for AI adoption does not allow a baseline trajectory to be built based on data. The literature on technology adoption clearly recommends using an S-shaped curve for this KPI as well. AI adoption is usually a process that complements big data adoption because AI methodologies are for example very much suited to exploiting the full potential of big data. To overcome the lack of AI data points, the baseline trajectory for AI uses the same speed of diffusion parameter as the one estimated for the big data baseline trajectory. As for all the other KPIs, the timing of diffusion is instead computed by imposing that the baseline trajectory starting point coincides with the (unique) observed data point.
Figure 13 shows the Digital Decade and baseline trajectories for the share of firms using AI. Also in this case, the estimated 2030 value in the ‘business as usual’ scenario is far below the 2030 target (20 % is the 2030 forecast projected along the baseline trajectory).
Figure 13
Share of enterprises using AI in the EU. Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030 (same speed of diffusion parameter as in the big data baseline trajectory)
Overall, it can be observed that the adoption of digital technologies by enterprises remains uneven. It varies depending on the technology used, with sharp differences among Member States and economic sectors. The use of cloud computing services experienced significant growth in recent years, reaching 34 % of firms in the EU in 2021 (60 % among large companies and 33 % among SMEs). The uptake of big data analytics and AI technologies remains much more limited, used by only 14 % and 8 % of EU enterprises respectively. Reaching the Digital Decade targets will require substantial efforts by Member States through comprehensive and integrated policies aimed at boosting uptake and addressing obstacles that hinder progress (including the lack of specialised skills and technical expertise, obstacles to the use of data). Without additional targeted actions, the uptake of big data and AI in particular will significantly fall short of the set targets.
3.2.8. Basis level of digital intensity
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Target: The digital transformation of businesses, where more than 90 % of the Union SMEs reach at least a basic level of digital intensity (26). KPI definition: SMEs with at least a basic level of digital intensity, measured as the percentage of SMEs using at least 4 of 12 selected digital technologies.
Available data points: from 2015 to 2022 (break in series every year). Baseline value (latest available historical data point): 69 % in 2022. |
‘Digital intensity’ is an aggregate value based on the number of technologies a business uses, against a scoreboard of various technologies, in line with the Digital Economy and Society Index. This target refers to a wide uptake of digital technologies among SMEs (28) in the EU, the businesses that employed almost two thirds of the active population in the EU’s non-financial economy in 2020.
Digital Intensity is measured via the Digital Intensity Index (DII), which measures how many of 12 selected technologies are used by firms. A basic level of digital intensity means that an enterprise uses at least 4 of the 12 selected digital technologies.
Every year, the index covers a broad range of technologies, from basic to more sophisticated ones, and aims to measure the level of digitalisation of SMEs in the EU. The 2022 survey included the following 12 technologies and/or criteria: ‘1. Enterprises where more than 50 % of the persons employed had access to the internet for business purposes; 2. Employ ICT specialists; 3.The maximum contracted download speed of the fastest fixed line internet connection is at least 30 Mb/s (29); 4. Enterprises which conduct remote meetings; 5. Enterprises make persons employed aware of their obligations in ICT security related issues; 6. Any type of training provided to develop ICT related skills of the persons employed, during 2021; 7. Use at least three ICT security measures; 8. Enterprise with document(s) on measures, practices or procedures on ICT security; 9. Any of the persons employed having remote access to any of the following: e-mail, documents, business apps; 10. Use industrial or service robots; 11. Used any computer networks for sales (at least 1 %); 12. Enterprises where web sales are more than 1 % of the total turnover and Business-to-Customer (B2C) web sales more than 10 % of the web sales (30) ’.
Having a flexible definition enables the indicator to be adapted to technological change and develop, as skills or technologies that are considered advanced today might become basic in the future. However, due to the change in the composition of the indicator to include more recent technologies, the indicator has shown little progress over the last few years and even dropped in some years.
The unavailability of comparable historical data made it not possible to establish a baseline trajectory. To enable better monitoring, the Commission is working on a consistent definition every 2 years, starting from 2021. As a result, the 2021 figures will be comparable with those of 2023, 2025, 2027 and 2029, while the 2022 figures will be comparable with those of 2024, 2026, 2028 and 2030.
The Digital Decade trajectory is based on a linear functional form as the assumption is that the KPI will follow an increasing trend, although with fluctuations year on year, reaching the target in 2030 (Figure 14).
Figure 14
Digital Intensity Index. Historical data and the Digital Decade (DD) trajectory towards 2030
3.2.9. Innovative businesses/scale-ups (unicorns)
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Target: The digital transformation of businesses, where the Union facilitates the growth of its innovative scale-ups and improves their access to finance, leading to at least doubling the number of unicorns. KPI definition: Unicorns are measured as the sum of unicorns referred to in Article 2, point (11)(a), of the Decision and those referred to in Article 2, point (11)(b), of that Decision.
Available data points: from 2008 to 2022. Baseline value (latest available historical data point): 249 in 2022 (32). |
The 2030 target for this KPI requires a definition of the reference data point. This Communication takes the number of unicorns recorded in 2022 in the EU (249) as the reference point and considers 500 as the 2030 target.
As noted by experts (33), unstable macroeconomic trends in the last year suggest that growth levels in recent years are not likely to be sustained in the near term, and possibly not even in the longer term. This new reality was already evident in the last two quarters of 2022, when investments in start-ups fell and most leading tech companies (large caps and unicorns) laid off staff. High inflation, rising interest rates and geopolitical crises, such as the war in Ukraine, all contributed to the recent decline in the number of new unicorns. This suggests that the high growth levels observed in the EU in recent years may not be replicable in the medium term.
Newly released data (34) indicates that the number of new unicorns in the EU was relatively low in the first quarter of 2023, with only four recorded, compared to around 20 in the corresponding period in 2021 and 2022 (22 and 20 respectively). Four new unicorns were founded in Q1-2020. The ‘birth rate’ of unicorns in the EU seems therefore to have declined to pre-COVID levels.
Even with its recent upward trend, the EU lags behind other regions such as the US, China and the UK, where most unicorns are concentrated, either because they are founded there or move there after they have been founded (35). Creating strong and supportive systems and exploiting the full potential of the EU Single Market are important factors in boosting the number of unicorns or attracting them from all over the world.
The baseline trajectory relies on the historical data of unicorns covering the period 2008-2022. The functional form chosen in this case is the exponential one and fits well the historical data (Figure 15). No Digital Decade trajectory is shown due to the recent/current instability of trends.
Figure 15
Number of unicorns in the EU. Historical data and baseline trajectory
3.2.10. Digitalisation of public services
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Target: The digitalisation of public services, where there is 100 % online accessible provision of key public services and, where relevant, it is possible for citizens and businesses in the Union to interact online with public administrations. KPI definition:
Available data points: from 2013 to 2022 (break in series as of 2020). Baseline value (latest available historical data point): 2022: Citizens = 77 (on a 0-100 scale); Businesses = 84 (on a 0-100 scale). |
The provision of digital public services has become a fundamental tool for the public sector. Public authorities can increase their efficiency and improve their relationship with the public through e-Government, where technology is used to improve and facilitate government services, for example to request birth certificates or submit tax returns online. Wider and easier access to public services ultimately increases their transparency and accountability, while at the same time reducing red tape. This target aims to ensure wide and easy access to public services online, measured through the online availability of key public services for both citizens – for example to make or reschedule an appointment at the hospital or appeal against a court decision – and businesses, for example when starting a business or conducting regular business operations.
The KPIs used for trajectory estimations are:
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— |
For citizens, the target is monitored via the share of administrative steps that can be carried out online for major life events (moving; transport; starting a small claims procedure; family; career; studying; health) for citizens. |
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For businesses, the target is monitored via the share of public services needed for starting a business and for conducting regular business operations that are available online for domestic as well as for foreign users. |
The eGovernment data collection is organised around the life events that are packages of government services usually provided by multiple government agencies. For each life event, all relevant interactions with government that an individual or business might seek are measured by the eGovernment benchmark. Both KPIs include a cross-border dimension, i.e., the extent to which information services and transaction services and information on these services are provided online for users from other EU countries.
According to the relevant literature, the evolution of the provision of digital public services is assumed to follow an S-shaped curve for both citizen and business services. Two main reasons support this choice. First, some services might be more expensive to provide online. They will therefore be left at the end of the digitalisation process with slower growth as the process reaches the saturation point. Second, services in rural or remote areas, where there is less digital infrastructure, might be more difficult to digitalise because digital infrastructure tends to be less diffuse in these areas. The saturation point is set to 100 % and describes the situation when all key public services are fully available online. This assumption is confirmed by the fact that some EU countries already reached the maximum value in either the citizen or business KPI in 2021, and hence achieved the Digital Decade target, as reported by the latest eGovernment benchmark report.
The methodology used by the eGovernment benchmark was revised in 2020, leading to a break in the series for both indicators (37). To adapt to the break in series, the following approach is adopted to estimate the speed of diffusion:
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(1) |
The speed of diffusion parameter for the baseline trajectory is estimated using the data points before the break in series only (2013-2019). |
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(2) |
A first estimate of the speed of diffusion is computed using pre-break data points only (‘pre-break trajectory’); the two post-break data points for 2021 and 2022 are extrapolated along the pre-break trajectory; the average break in series effect is estimated as the average difference between the extrapolated and observed data points for 2021 and 2022; the post-break data points are adjusted for the average break in series effect and the speed of diffusion is estimated again using the whole time series, including the pre-break and adjusted post-break data points. |
As for all the other KPIs, the timing of diffusion parameter is set so that the starting value of the trajectory is equal to the most recent observed value, the 2022 one. Figure 16: citizens (a) and businesses (b) show the resulting baseline trajectories for both KPIs.
For both KPIs, the 2021 and 2022 observed data points are in line with the speed of diffusion estimated with the pre-break time series.
Figure 16
Estimation of the baseline trajectory based on both pre- and post-break data points: digital public services for citizens (a) and for businesses (b)
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(a) |
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(b) |
Historical data, the Digital Decade trajectory and the baseline trajectory are shown in Figure 17 (a) for the citizen KPI and Figure 17 (b) for the business KPI.
Figure 17
Online service provision for citizens (top chart) and businesses (bottom chart). Historical data, Digital Decade (DD) trajectory and baseline trajectory towards 2030
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In 2022, the availability of digital public services for citizens and businesses scored 77 and 84 out of the maximum value of 100 respectively. Some Member States are already close to or have achieved the 100-point target. Nevertheless, progress is uneven across and within Member States. In particular, there is ample room for improvement in the availability of cross-border digital public services, which will be in particular achieved by the further implementation of the Single Digital Gateway (38).
The 2030 forecast projected along the baseline trajectory is 94/100 for the citizen indicator and 97/100 for the business indicator.
3.2.11. Electronic health record
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Target: The digitalisation of public services, where 100 % of Union citizens have access to their electronic health records. KPI definition: Access to e-health records, measured as: (i) the nationwide availability of online access services for citizens to their electronic health records data (via a patient portal, or a patient mobile app) with additional measures in place that enable certain categories of people (e.g. guardians for children, people with disabilities, elderly) to also access their data, and (ii) the percentage of individuals that have the ability to obtain or make use of their own minimum set of health-related data currently stored in public and private electronic health-record (EHR) systems.
No available data point. Baseline value (latest available historical data point): 2022 = 72 (0-100 score). |
The conceptual framework of the e-Health indicator is focused on the availability of electronic medical data for European citizens and does not measure their actual usage of online health services. The framework consists of four thematic dimensions, each including indicators that measure key aspects of the availability of online access to electronic health record data. There are 12 indicators in total at country level that describe:
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(1) |
the nationwide availability of online access to electronic health data; |
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(2) |
the categories of accessible health data; |
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(3) |
the availability of authentication schemes, type of front-end solutions and coverage; |
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(4) |
accessibility for certain categories of people, like vulnerable groups. |
The e-Health indicator is an aggregate measure of the scores of each thematic dimension weighted differently according to the number of indicators included in the dimension.
In 2022, the EU scored 72 on a scale of 0-100.
Due to the lack of comparable and consistent data on this target, a specific study was carried out to develop a monitoring framework to measure citizens’ online access to electronic health data in the EU (39). Data was collected via an online survey among the Member State authorities responsible for e-health. The survey methodology and set of questions were validated with the help of the country representatives in the European eHealth Network to ensure the quality of data collected. Data was collected in February-March 2023. All EU Member States responded to the survey.
In the absence of historical data, the baseline trajectory could not be estimated, whilst for establisging the Digital Decade trajctory it is assumed that the ideal path towards 100 % of EU citizens having online access to health data by 2030 will follow a linear trajectory from 72 in 2022 to 100 at the end of the decade (Figure 18).
Figure 18
e-Health composite indicator. Historical data and DD trajectory
3.2.12. Electronic identification (eID)
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Target: The digitalisation of public services where 100 % of Union citizens have access to secure electronic identification (eID) means that are recognised throughout the Union, enabling them to have full control over identity transactions and shared personal data. KPI definition: Access to eID is measured by two KPIs: (1) the number of Member States that have notified at least one national eID scheme in accordance with Regulation (EU) No 910/2014; and (2) as the number of Member States that have provided access to secure privacy-enhancing eID via the European Digital Identity Wallet in accordance with the Proposal for a Regulation of the European Parliament and of the Council amending Regulation (EU) No 910/2014 as regards establishing a framework for a European Digital Identity (40).
No available data point. Baseline value (latest available historical data point): 21/27 national eID scheme notified in accordance with Regulation (EU) No 910/2014. |
The Digital Decade target on electronic identification provides for 100 % of citizens having access to secure, privacy-enhancing eID by 2030.
The target will be tracked by two KPIs. The first one is the number of Member States that have notified at least one national eID scheme to the Commission in accordance with Regulation (EU) No 910/2014. By the time of adoption of this Communication, a total of 21 EU countries have notified at least one eID scheme.
The second KPI uses as a benchmark the proposal that the Commission put forward in June 2021 for a European Digital Identity Framework, revising the existing European electronic identification and trust services initiative (eIDAS Regulation). The proposed new framework aims to amend the 2014 eIDAS Regulation and ensure that by 2030, in line with the target set in the Digital Decade Policy Programme, 100 % of EU citizens have access to a secure eID scheme recognised throughout the EU, giving users full control over identity transactions and shared personal data. The proposal includes a personal digital wallet to allow citizens to prove their identity and share identity-related attributes and electronic documents in a secure and convenient way. The European Digital Identity wallets will enable people to choose which aspects of their identity, data and certificates they share with third parties and keep track of sharing. User control ensures that only information that needs to be shared will be shared. Use of the European Digital Identity wallet will always be at the choice of the user.
The proposal which is at the time of publication of this Communication expected to be adopted soon, will require EU Member States to provide access to a digital wallet built on common technical standards. To set up the necessary technical architecture, speed up implementation of the revised regulation, provide guidelines to Member States and avoid fragmentation, the proposal was accompanied by a recommendation for the development of a common EU toolbox defining harmonised technical specifications for the wallet.
The evolution of this target is conditioned by the implementation of the European Digital Identity Framework by the Member States. The trajectories of this target will be established based on the deadline set by the co-legislators for provision of the European Digital Identity Wallet by Member States.
In the context of the review of the digital targets that the Commission should undertake by June 2026 where necessary, the 2030 target for access to secure, privacy-enhancing eID may be reviewed taking into account the adoption and implementation stages of the European Digital Identity Framework.
(1) Decision (EU) 2022/2481 of the European Parliament and of the Council of 14 December 2022 establishing the Digital Decade Policy Programme 2030 (OJ L 323, 19.12.2022, p. 4).
(2) Commission Implementing Decision (EU) 2023/1353 of 30 June 2023 setting out key performance indicators to measure the progress towards the digital targets established by Article 4(1) of Decision (EU) 2022/2481 of the European Parliament and of the Council (OJ L 168, 3.7.2023, p. 48).
(3) Commission staff working document accompanying the document: Proposal for a Decision of the European Parliament and of the Council establishing 2030 the Policy Programme ‘Path to the Digital Decade’, September 2021 (SWD(2021) 247).
(4) https://digital-strategy.ec.europa.eu/en/consultations/future-electronic-communications-sector-and-its-infrastructure
(5) Commission Decision of 11 October 2022 setting up the group of experts ‘the Digital Decade Board’ (C(2022) 7141).
(6) Details on the methodology can be found in Torrecillas, J., Papazoglou, M., Cardona, M., Vázquez Prada-Baillet, M., Calza, E., Righi, R., Methodology to project Digital Decade trajectories towards 2030, López Cobo, M. and De Prato, G. editors, Publications Office of the European Union, Luxembourg, 2023, https://dx.doi.org/10.2760/442136, JRC133748. https://publications.jrc.ec.europa.eu/repository/handle/JRC133748
(7) The linear form for the unicorns’ trajectory is estimated after transforming the number of unicorns using the logarithmic function.
(8) Defined based on the Eurostat methodology reflecting the revised Digital Competence Framework (DIGCOMP 2.0), as also set out in Commission Implementing Regulation (EU) 2022/1399 of 1 August 2022 specifying the technical items of the data set, establishing the technical formats for transmission of information and specifying the arrangements and content of the quality reports on the organisation of a sample survey in the use of information and communication technologies domain for the reference year 2023 in accordance with Regulation (EU) 2019/1700 of the European Parliament and of the Council (OJ L 213, 16.8.2022, p. 13).
(9) The methodological revision that took place between 2019 and 2020 aims to better capture the rapid technological changes of the ICT landscape. A new Digital Skills Indicator (DSI) was introduced in 2022 based on the Commission’s Digital Competence Framework 2.0. The methodology was updated by the Commission’s Joint Research Centre and the Information Society Statistics Working Group with Member State representatives. The changes include variation in the mode of data collection due to the COVID-19 pandemic, from face-to-face to telephone or online interviews; changes in the sampling of some countries and the inclusion of a fifth dimension of digital skills on safety (the DSI now measures: information and data literacy skills, communication and collaboration skills, digital content creation skills, safety skills and problem-solving skills). More info:
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Vuorikari, R., Jerzak, N., Karpinski, Z., Pokropek, A. and Tudek, J., Measuring Digital Skills across the EU: Digital Skills Indicator 2.0, EUR 31193 EN, Publications Office of the European Union, Luxembourg, 2022, ISBN 978-92-76-55856-9, doi:10.2760/897803, JRC13034. |
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Vuorikari, R., Kluzer, S. and Punie, Y., DigComp 2.2: The Digital Competence Framework for Citizens – With new examples of knowledge, skills and attitudes, EUR 31006 EN, Publications Office of the European Union, Luxembourg, 2022, ISBN 978-92-76-48883-5, doi:10.2760/490274, JRC128415. |
(10) International Standard Classification of Occupations 2008.
(11) Eurostat definition operationalised through the International Standard Classification of Occupations (ISCO).
(12) Data Over Cable Service Interface Specification.
(13) Broadband coverage in Europe 2022, Omdia and Point Topic for the European Commission.
(14) IT development and procurement strategy choices will be subject to pre-approval by the European Commission Information Technology and Cybersecurity Board.
(15) While the 700 MHz, the 3,4-3,8 GHz and the 26 GHz spectrum bands are considered the three primary 5G pioneer bands, there is significant deployment in other EU-harmonised 5G-ready bands, in particular in Member States where the use of 5G pioneer bands is not yet permitted.
(16) Industry 5.0 complements and extends Industry 4.0. It emphasises aspects that will be deciding factors, not just economic or technological, for the place of industry in the future European society.
(17) https://www.idc.com/about/
(18) Chips Act: Council gives its final approval - Consilium (europa.eu)
(19) https://digital-strategy.ec.europa.eu/en/policies/edge-observatory
(20) UNLOCK-CEI, Cloud-Edge-IoT Demand Landscape (April 2023).
(21) European Telecommunications Network Operators’ Association, The State of Digital Communications 2023, February 2023.
(22) Study not published yet.
(23) Quantum Technologies Flagship
(24) Further details on these KPI’s definition are set out in the ‘KPI Implementing Decision’.
(25) Eurostat’s indicator ‘Enterprises purchasing at least one of the following cloud computing (CC) services: hosting of the enterprise’s database, accounting software applications, customer relationship management software, computing power’ (code E_CC_GE_ME) is used for the period 2014-2020. A break in series occurred in 2021 when the indicator ‘Enterprises buying sophisticated or intermediate CC Services’ was used. This indicator includes different CC services: Accounting software (CC_PFACC); ERP software (CC_PERP); CRM software (CC_PCRM); Security software (CC_PSEC); Database hosting (CC_PDB) and Hosting environment for application development (CC_PDEV).
(26) As defined in Commission Implementing Regulation (EU) 2021/1190 of 15 July 2021 laying down the technical specifications of data requirements for the topic ‘ICT usage and e-commerce’ for the reference year 2022, and subsequent implementing regulations pursuant to Regulation (EU) 2019/2152 of the European Parliament and of the Council (OJ L 258, 20.7.2021, p. 28), in particular Article 7(1) and Article 17(6).
(27) The KPI is computed as the complement to 100 of the percentage of SMEs with a very low digital intensity index (sub-category E_DI4_VLO).
(28) Enterprises having between 10 and 249 number of employees and self-employed persons are considered for the DII estimation (data for micro enterprises missing for almost all the MSs)
(29) With the Gigabit Infrastructure Act the Commission has proposed to upgrade the reference speed for to 1 Gbps.
(30) The Enterprise survey questions used for the definition of the Digital Intensity Index vary every year. The list used by year is provided by Eurostat.
(31) https://dealroom.co/guides/guide-to-unicorns
(32) The Dealroom platform regularly updates the number of unicorns. The number of unicorns in the EU on 9 January 2023 was 249, as downloaded from Dealroom. The UK is always excluded from the statistics shown in this document.
(33) CBINSIGHTS’ Research Brief (https://www.cbinsights.com/research/unicorn-company-slowdown/) and 2022 Atomico State of European Tech report (https://stateofeuropeantech.com/1.european-teach-a-new-reality).
(34) Dealroom (https://tinyurl.com/EU-unicorns-Q1-2023)
(35) Dealroom (https://tinyurl.com/unicorns-totals-non-EU)
(36) e-Government Benchmark 2023, Capgemini, Sogeti, IDC and Politecnico di Milano for the European Commission
(37) During the methodology update, the number of services per life event was reduced and the Transparency of Public Organisations indicator was replaced with the Transparency of Service Design indicator. Full details on the revision and the new method in the eGovernment Benchmark Method Paper 2020-2023.
(38) https://single-market-economy.ec.europa.eu/single-market/single-digital-gateway_en
(39) Digital Decade e-Health indicators development, Empirica GmbH and PredictBy study for the European Commission
(40) COM(2021) 281 final.
ANNEX
Bird’s eye view of the trajectories of the Digital Decade Policy Programme
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At least basic digital skills 2021 value: 54 % 2030 value:
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ICT specialists in employment 2022 value: 9,37 million 2030 value:
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Very High-Capacity Network (gigabit) 2022 value: 73 % 2030 value:
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Fibre To the Premises (FTTP) 2022 value: 56 % 2030 value:
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Overall 5G coverage 2022: 81 % 2030 value:
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Semiconductors 2022: approximately 10 % of global market 2030 value:
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N/A |
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Edge nodes 2022 value: 0 2030 value:
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Number of quantum computers 2022 value: 0 2030 value:
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Take-up of cloud services by businesses 2021: 34 % 2030 value:
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Take-up of big data by businesses 2020: 14 % 2030 value:
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Take-up of AI by businesses 2021: 8 % 2030 value:
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SMEs with at least basic digital intensity 2022 value: 69 % 2030 value:
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Number of unicorns 2022 value: 249 2030 value:
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Digitalisation of public services for citizens 2022: 77/100 2030 value:
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Digitalisation of public services for businesses 2022: 84/100 2030 value:
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eHealth composite indicator on the availability of electronic medical data 2022: 72 (score 0-100) 2030 value:
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eID 2023: 21 countries with eID schemes notified eWallet The KPI follows the European Digital Identity Framework. |
N/A |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/115 |
Non-opposition to a notified concentration
(Case M.11149 – ASAHI KASEI / MITSUI CHEMICALS / JV)
(Text with EEA relevance)
(2023/C 344/04)
On 22 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11149. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/116 |
Non-opposition to a notified concentration
(Case M.10883 – BLACKSTONE / RIVEAN / ESDEC SOLAR GROUP)
(Text with EEA relevance)
(2023/C 344/05)
On 10 October 2022, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (http://ec.europa.eu/competition/mergers/cases/). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32022M10883. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/117 |
Non-opposition to a notified concentration
(Case M.11114 – SWOCTEM / KLÖCKNER)
(Text with EEA relevance)
(2023/C 344/06)
On 22 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11114. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/118 |
Non-opposition to a notified concentration
(Case M.11192 – AUBAN / CDC / CORIANCE)
(Text with EEA relevance)
(2023/C 344/07)
On 22 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11192. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/119 |
Non-opposition to a notified concentration
(Case M.11267 – SMRP / DR SCHNEIDER GROUP)
(Text with EEA relevance)
(2023/C 344/08)
On 22 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11267. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/120 |
Non-opposition to a notified concentration
(Case M.11103 – PUBLIC POWER CORPORATION / ENEL ROMANIA)
(Text with EEA relevance)
(2023/C 344/09)
On 22 June 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain.It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11103. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/121 |
Non-opposition to a notified concentration
(Case M.11240 – ORLEN / DOPPLER ENERGIE)
(Text with EEA relevance)
(2023/C 344/10)
On 25 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11240. EUR-Lex is the online point of access to European Union law. |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/122 |
Non-opposition to a notified concentration
(Case M.11155 – INFOSYS / CERTAIN LIBERTY GLOBAL ASSETS)
(Text with EEA relevance)
(2023/C 344/11)
On 21 September 2023, the Commission decided not to oppose the above notified concentration and to declare it compatible with the internal market. This decision is based on Article 6(1)(b) of Council Regulation (EC) No 139/2004 (1). The full text of the decision is available only in English and will be made public after it is cleared of any business secrets it may contain. It will be available:
|
— |
in the merger section of the ‘Competition policy’ website of the Commission (https://competition-cases.ec.europa.eu/search). This website provides various facilities to help locate individual merger decisions, including company, case number, date and sectoral indexes, |
|
— |
in electronic form on the EUR-Lex website (http://eur-lex.europa.eu/homepage.html?locale=en) under document number 32023M11155. EUR-Lex is the online point of access to European Union law. |
IV Notices
NOTICES FROM EUROPEAN UNION INSTITUTIONS, BODIES, OFFICES AND AGENCIES
Council
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/123 |
Notice for the attention of certain persons subject to the restrictive measures provided for in Annex I to Council Decision (CFSP) 2017/2074 and in Annex IV to Council Regulation (EU) 2017/2063 concerning restrictive measures in view of the situation in Venezuela
(2023/C 344/12)
The following information is brought to the attention of Mr. Néstor Neptali BLANCO HURTADO (No 19), Mr. Carlos Alberto CALDERÓN CHIRINOS (No 21), Mr. Rafael Antonio FRANCO QUINTERO (No 23), Mr. Alexander Enrique GRANKO ARTEAGA (No 24), Mr. Hannover Esteban GUERRERO MIJARES (No 25), Mr. Elvis Eduardo HIDROBO AMOROSO (No 29), Mr. Jorge Elieser MÁRQUEZ MONSALVE (31), Mr. Omar José PRIETO FERNÁNDEZ (No 38), Mr. Carlos Ramón Enrique CARVALLO GUEVARA (No 51), Mr. Carlos Enrique TERÁN HURTADO (No 53), persons appearing in Annex I to Council Decision (CFSP) 2017/2074 (1) and in Annex IV to Council Regulation (EU) 2017/2063 (2) concerning restrictive measures in view of the situation in Venezuela.
The Council intends to maintain the restrictive measures against the above-mentioned persons with new statements of reasons. Those persons are hereby informed that they may submit a request to the Council to obtain the intended statement of reasons for maintaining their designation, by 6 October 2023, to the following address:
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Council of the European Union |
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General Secretariat |
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RELEX.1 |
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Rue de la Loi/Wetstraat 175 |
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1048 Bruxelles/Brussel |
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BELGIQUE/BELGIË |
e-mail: mailto:sanctions@consilium.europa.eu
The persons concerned may submit at any time a request to the Council, together with any supporting documentation, that the decision to include and maintain them on the list should be reconsidered, to the address provided above. Such requests will be considered when they are received. In this respect, the attention of the persons concerned is drawn to the regular review by the Council according to Article 13 of Decision (CFSP) 2017/2074.
European Commission
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/124 |
1 euro =
|
|
Currency |
Exchange rate |
|
USD |
US dollar |
1,0539 |
|
JPY |
Japanese yen |
157,33 |
|
DKK |
Danish krone |
7,4558 |
|
GBP |
Pound sterling |
0,86333 |
|
SEK |
Swedish krona |
11,6065 |
|
CHF |
Swiss franc |
0,9678 |
|
ISK |
Iceland króna |
144,90 |
|
NOK |
Norwegian krone |
11,3160 |
|
BGN |
Bulgarian lev |
1,9558 |
|
CZK |
Czech koruna |
24,378 |
|
HUF |
Hungarian forint |
392,35 |
|
PLN |
Polish zloty |
4,6343 |
|
RON |
Romanian leu |
4,9754 |
|
TRY |
Turkish lira |
28,8951 |
|
AUD |
Australian dollar |
1,6483 |
|
CAD |
Canadian dollar |
1,4206 |
|
HKD |
Hong Kong dollar |
8,2491 |
|
NZD |
New Zealand dollar |
1,7698 |
|
SGD |
Singapore dollar |
1,4431 |
|
KRW |
South Korean won |
1 426,71 |
|
ZAR |
South African rand |
20,1700 |
|
CNY |
Chinese yuan renminbi |
7,6986 |
|
IDR |
Indonesian rupiah |
16 382,56 |
|
MYR |
Malaysian ringgit |
4,9618 |
|
PHP |
Philippine peso |
59,988 |
|
RUB |
Russian rouble |
|
|
THB |
Thai baht |
38,657 |
|
BRL |
Brazilian real |
5,3115 |
|
MXN |
Mexican peso |
18,5940 |
|
INR |
Indian rupee |
87,6395 |
(1) Source: reference exchange rate published by the ECB.
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/125 |
COMMISSION DECISION
of 28 July 2023
instructing the Central Administrator of the European Union Transaction Log to enter changes to the national allocation tables of Belgium, Bulgaria, Czechia, Denmark, Germany, Estonia, Ireland, Spain, France, Croatia, Italy, Cyprus, Latvia, Luxembourg, Hungary, the Netherlands, Austria, Poland, Portugal, Finland and Sweden into the European Union Transaction Log
(2023/C 344/14)
THE EUROPEAN COMMISSION,
Having regard to the Treaty on the Functioning of the European Union,
Having regard to Commission Delegated Regulation (EU) 2019/331 of 19 December 2018 determining transitional Union-wide rules for harmonised free allocation of emission allowances pursuant to Article 10a of Directive 2003/87/EC of the European Parliament and of the Council (1), and in particular Article 23(4) thereof,
Whereas:
|
(1) |
Delegated Regulation (EU) 2019/331 lays down the transitional Union-wide rules for harmonised free allocation of emission allowances pursuant to Article 10a of Directive 2003/87/EC for the fourth trading period from 2021 until 2030. |
|
(2) |
Commission Implementing Regulation (EU) 2019/1842 (2) lays down rules for the application of Directive 2003/87/EC as regards further arrangements for the adjustments to free allocation of emission allowances due to activity level changes. |
|
(3) |
By Commission Decision of 29 June 2021 (3), the Commission instructed the Central Administrator of the European Union Transaction Log to enter the national allocation tables of Belgium, Bulgaria, Czechia, Denmark, Germany, Estonia, Ireland, Greece, Spain, France, Croatia, Italy, Cyprus, Latvia, Lithuania, Luxembourg, Hungary, the Netherlands, Austria, Poland, Portugal, Romania, Slovenia, Slovakia, Finland and Sweden into the European Union Transaction Log. |
|
(4) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Belgium notified to the Commission, by letters dated 10 July 2023 and 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(5) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Bulgaria notified to the Commission, by letter dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(6) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Czechia notified to the Commission, by letter dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(7) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Denmark notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(8) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Germany notified to the Commission, by letters dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(9) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Estonia notified to the Commission, by letter dated 11 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(10) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Ireland notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances in incumbent installations. |
|
(11) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Spain notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(12) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, France notified to the Commission, by letter dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(13) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Croatia notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(14) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Italy notified to the Commission, by letter dated 14 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(15) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Cyprus notified to the Commission, by letter dated 6 June 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(16) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Latvia notified to the Commission, by letters dated 6 July 2023 and 7 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(17) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Luxembourg notified to the Commission, by letter dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(18) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Hungary notified to the Commission, by letter dated 10 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances in incumbent installations. |
|
(19) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, the Netherlands notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(20) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Austria notified to the Commission, by letters dated 3 July 2023 and 10 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(21) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Poland notified to the Commission, by letter dated 12 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(22) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Portugal notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(23) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Finland notified to the Commission, by letters dated 27 June 2023, 6 July 2023 and 7 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(24) |
Pursuant to Article 23(2) of Delegated Regulation (EU) 2019/331, Sweden notified to the Commission, by letter dated 13 July 2023, changes to its national allocation table to provide free allocation of emission allowances to new entrants and to adjust free allocation of emission allowances for incumbent installations following activity level changes or other changes related to their operations. |
|
(25) |
The notified changes to national allocation tables are in accordance with Delegated Regulation (EU) 2019/331 and Implementing Regulation (EU) 2019/1842, |
HAS DECIDED AS FOLLOWS:
Sole Article
The central administrator shall enter the changes to the national allocation tables of Belgium, Bulgaria, Czechia, Denmark, Germany, Estonia, Ireland, Spain, France, Croatia, Italy, Cyprus, Latvia, Luxembourg, Hungary, the Netherlands, Austria, Poland, Portugal, Finland and Sweden set out in the Annex into the European Union Transaction Log.
Done at Brussels, 28 July 2023.
For the Commission
Janusz WOJCIECHOWSKI
Member of the Commission
(2) Commission Implementing Regulation (EU) 2019/1842 of 31 October 2019 laying down rules for the application of Directive 2003/87/EC of the European Parliament and of the Council as regards further arrangements for the adjustments to free allocation of emission allowances due to activity level changes (OJ L 282, 4.11.2019, p. 20).
(3) Commission Decision of 29 June 2021 instructing the Central Administrator of the European Union Transaction Log to enter the national allocation tables of Belgium, Bulgaria, Czechia, Denmark, Germany, Estonia, Ireland, Greece, Spain, France, Croatia, Italy, Cyprus, Latvia, Lithuania, Luxembourg, Hungary, Netherlands, Austria, Poland, Portugal, Romania, Slovenia, Slovakia, Finland and Sweden into the European Union Transaction Log (OJ C 302, 28.7.2021, p. 1).
ANNEX I
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Belgium
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
BE000000000000109 |
109 |
ARCELORMITTAL - IVOZ-RAMET |
ArcelorMittal Belgium - Sites de Liège |
16 228 |
17 221 |
16 228 |
16 228 |
16 228 |
82 133 |
|
BE000000000000164 |
164 |
BENEO-Orafti sa |
BENEO-Orafti sa |
50 439 |
41 328 |
49 035 |
49 035 |
49 035 |
238 872 |
|
BE000000000000181 |
181 |
NLMK Divers Fours La Louvière |
NLMK La Louvière |
114 552 |
100 061 |
76 557 |
76 557 |
76 557 |
444 284 |
|
BE000000000000183 |
183 |
AHLSTROM-MUNKSJO MALMEDY SA |
Ahlstrom |
4 348 |
4 348 |
5 228 |
5 228 |
5 228 |
24 380 |
|
BE000000000000186 |
186 |
Sonaca Gosselies |
Sonaca |
2 091 |
2 091 |
2 091 |
1 665 |
1 665 |
9 603 |
|
BE000000000000218 |
218 |
Carmeuse Four à chaux Seilles |
Carmeuse SA |
42 700 |
44 400 |
41 733 |
41 733 |
41 733 |
212 299 |
|
BE000000000000238 |
238 |
RIVA Aciérie électrique Thy Marcinelle |
S.A. Thy Marcinelle |
62 829 |
68 447 |
58 852 |
58 852 |
58 852 |
307 832 |
|
BE000000000000248 |
248 |
GLAXOSMITHKLINE BIOLOGICALS sa - Rixensart |
GlaxoSmithKline Biologicals sa |
3 102 |
2 750 |
2 318 |
2 318 |
2 318 |
12 806 |
|
BE000000000000249 |
249 |
MOLKEREI LAITERIE WALHORN SA |
WALHORN SA |
8 220 |
7 424 |
6 319 |
6 319 |
6 319 |
34 601 |
|
BE000000000000310 |
310 |
Gramybel S.A. |
Gramybel S.A. |
14 209 |
13 910 |
13 282 |
13 282 |
13 282 |
67 965 |
|
BE000000000203795 |
203795 |
Gravaubel Centrale Enrobés Hydrocarbonés |
Gravaubel |
2 891 |
2 891 |
2 578 |
2 578 |
2 578 |
13 516 |
|
BE000000000205719 |
205719 |
Famenne Enrobés SA |
Famenne Enrobés SA |
2 792 |
2 499 |
2 316 |
2 316 |
2 316 |
12 239 |
|
BE000000000205932 |
205932 |
Clarebout Warneton |
Clarebout |
64 256 |
67 432 |
73 657 |
73 657 |
73 657 |
352 659 |
|
BE000000000000013 |
13 |
Associated Weavers Europe N.V. |
Associated Weavers Europe N.V. |
6 215 |
6 215 |
5 844 |
5 844 |
5 844 |
29 962 |
|
BE000000000000014 |
14 |
Steenbakkerij Vande Moortel NV |
Steenbakkerij Vande Moortel NV |
19 306 |
18 664 |
18 540 |
18 540 |
18 540 |
93 590 |
|
BE000000000000015 |
15 |
Rendac |
Rendac |
8 917 |
8 917 |
8 063 |
8 063 |
8 063 |
42 023 |
|
BE000000000000016 |
16 |
Wienerberger NV Divisie Kortemark |
Wienerberger NV |
16 699 |
16 699 |
19 799 |
19 799 |
19 799 |
92 795 |
|
BE000000000000038 |
38 |
Pittsburgh Corning Europe N.V. |
Pittsburgh Corning Europe N.V. |
14 630 |
15 142 |
17 077 |
17 077 |
17 077 |
81 003 |
|
BE000000000000100 |
100 |
Desta |
Desta |
4 857 |
5 245 |
5 613 |
5 613 |
5 613 |
26 941 |
|
BE000000000000124 |
124 |
Ineos Aromatics Belgium NV |
Ineos Aromatics NV |
371 279 |
371 279 |
301 818 |
301 818 |
301 818 |
1 648 012 |
|
BE000000000000141 |
141 |
Wienerberger NV Divisie Zonnebeke |
Wienerberger NV |
22 872 |
29 819 |
40 716 |
40 716 |
40 716 |
174 839 |
|
BE000000000000152 |
152 |
Evonik Antwerpen NV/Evonik Oxeno Antwerpen NV |
Evonik Antwerpen NV/Evonik Oxeno Antwerpen NV |
326 701 |
331 253 |
316 420 |
316 420 |
316 420 |
1 607 214 |
|
BE000000000000156 |
156 |
Monument Chemical BVBA |
Monument Chemical BVBA |
25 734 |
20 191 |
13 980 |
13 980 |
13 980 |
87 865 |
|
BE000000000000170 |
170 |
ViskoTeepak |
Peeters Bart |
17 454 |
19 567 |
17 454 |
17 454 |
17 454 |
89 383 |
|
BE000000000000192 |
192 |
Sappi Lanaken NV |
Sappi Lanaken NV |
83 936 |
86 040 |
97 706 |
97 706 |
97 706 |
463 094 |
|
BE000000000000214 |
214 |
Wienerberger NV Divisie Beerse Absheide |
Wienerberger NV |
36 980 |
36 980 |
37 145 |
37 145 |
37 145 |
185 395 |
|
BE000000000000220 |
220 |
Clarebout Potatoes |
Jan Clarebout |
31 419 |
36 396 |
39 210 |
39 210 |
39 210 |
185 445 |
|
BE000000000000244 |
244 |
Wienerberger NV Divisie Lanaken |
Wienerberger NV |
9 943 |
11 000 |
9 856 |
9 856 |
9 856 |
50 511 |
|
BE000000000000257 |
257 |
Belgomilk cvba Kallo |
Milcobel Dairy nv |
20 415 |
17 221 |
16 568 |
16 568 |
16 568 |
87 340 |
|
BE000000000000258 |
258 |
Belgomilk cvba - Ysco NV |
Belgomilk cvba - Ysco nv |
12 871 |
9 753 |
6 714 |
6 533 |
6 351 |
42 222 |
|
BE000000000000260 |
260 |
INEOS Phenol Belgium NV |
INEOS Phenol Belgium NV |
133 115 |
173 209 |
134 424 |
134 424 |
134 424 |
709 596 |
|
BE000000000000271 |
271 |
Wienerberger NV Divisie Rumst |
Wienerberger NV |
34 029 |
31 095 |
26 307 |
26 307 |
26 307 |
144 045 |
|
BE000000000000282 |
282 |
Ineos Manufacturing Belgium NV |
Veerle Gonnissen |
20 659 |
20 036 |
19 622 |
19 622 |
19 622 |
99 561 |
|
BE000000000000290 |
290 |
Veurne Snack Foods BVBA |
Veurne Snack Foods BVBA |
5 032 |
5 364 |
5 691 |
5 691 |
5 691 |
27 469 |
|
BE000000000000319 |
319 |
LANXESS nv - Kallo |
LANXESS Performance Materials nv |
42 334 |
43 381 |
44 871 |
44 871 |
44 871 |
220 328 |
|
BE000000000000428 |
428 |
Aurubis Beerse nv |
Aurubis Beerse nv |
34 173 |
34 173 |
27 812 |
27 812 |
27 812 |
151 782 |
|
BE000000000000528 |
528 |
Argex NV |
Johny Bultheel |
34 158 |
38 778 |
40 208 |
40 208 |
40 208 |
193 560 |
|
BE000000000000630 |
630 |
Saint-Gobain Construction Products Belgium NV/SA |
Saint-Gobain Construction Products Belgium NV |
8 280 |
7 550 |
8 802 |
8 802 |
8 802 |
42 236 |
|
BE000000000000633 |
633 |
Fluxys LNG N.V. - LNG terminal Zeebrugge |
FLUXYS LNG nv |
13 938 |
11 943 |
14 653 |
14 256 |
13 859 |
68 649 |
|
BE000000000000735 |
735 |
Interconnector Zeebrugge Terminal (IZT) |
IZT cvba |
71 |
71 |
189 |
189 |
189 |
709 |
|
BE000000000000736 |
736 |
UZ Leuven campus Gasthuisberg |
UZ Leuven |
2 608 |
3 001 |
2 803 |
2 803 |
2 803 |
14 018 |
|
BE000000000000746 |
746 |
VITO NV |
VITO NV |
1 138 |
1 109 |
747 |
727 |
707 |
4 428 |
|
BE000000000000747 |
747 |
Aurubis Olen NV |
Aurubis Olen NV |
39 013 |
38 831 |
38 494 |
38 494 |
38 494 |
193 326 |
|
BE000000000204032 |
204032 |
BV Asphalt - Grimbergen |
BV Asphalt NV |
1 800 |
1 800 |
1 586 |
1 586 |
1 586 |
8 358 |
|
BE000000000204096 |
204096 |
Mouterij Albert - enkele eesten |
Mouterij Albert |
13 318 |
13 318 |
16 030 |
16 030 |
16 030 |
74 726 |
|
BE000000000204158 |
204158 |
BASF DOW HPPO Production |
BASF DOW HPPO Production |
141 965 |
141 965 |
119 054 |
119 054 |
119 054 |
641 092 |
|
BE000000000204195 |
204195 |
INEOS MANUFACTURING BELGIUM NV - GEEL SITE |
Veerle Gonnissen |
1 904 |
1 904 |
1 743 |
1 743 |
1 743 |
9 037 |
|
BE000000000204481 |
204481 |
Nippon Shokubai Europe NV |
Nippon Shokubai Europe NV |
86 380 |
85 911 |
84 389 |
84 389 |
84 389 |
425 458 |
|
BE000000000205496 |
205496 |
ITC Tielt |
ITC CO BV |
8 666 |
8 666 |
7 928 |
7 928 |
7 928 |
41 116 |
|
BE000000000205501 |
205501 |
Asfaltcentrale Willemen Infra Gent |
Willemen Infra nv |
2 569 |
2 569 |
2 120 |
2 120 |
2 120 |
11 498 |
|
BE000000000205737 |
205737 |
Colas Noord |
Colas Noord NV |
3 001 |
3 001 |
3 622 |
3 622 |
3 622 |
16 868 |
|
BE000000000205741 |
205741 |
Jupiter 1 |
Air Liquide Large Industry NV |
329 645 |
260 940 |
220 425 |
220 425 |
220 425 |
1 251 860 |
|
BE000000000205743 |
205743 |
Jupiter 2 |
Air Liquide Large Industry NV |
320 572 |
320 572 |
265 252 |
265 252 |
265 252 |
1 436 900 |
|
BE000000000205757 |
205757 |
Asfaltcentrale Belasco Bilzen |
Belasco nv |
1 839 |
1 839 |
1 721 |
1 721 |
1 721 |
8 841 |
|
BE000000000205763 |
205763 |
BFS EUROPE NV |
BFS Europe N.V. |
5 348 |
4 693 |
4 474 |
4 474 |
4 474 |
23 463 |
|
BE000000000205779 |
205779 |
Nitto Belgium Nv |
Nitto Belgium Nv |
2 586 |
2 586 |
2 404 |
2 404 |
2 404 |
12 384 |
|
BE000000000206988 |
206988 |
JBF GLOBAL EUROPE BVBA |
JBF GLOBAL EUROPE BVBA |
29 840 |
29 253 |
22 031 |
22 031 |
22 031 |
125 186 |
|
BE000000000210659 |
210659 |
Agristo Harelbeke |
Agristo |
8 018 |
8 018 |
8 257 |
8 257 |
8 257 |
40 807 |
|
BE000000000210661 |
210661 |
Agristo Wielsbeke |
Agristo |
19 622 |
23 061 |
27 570 |
27 570 |
27 570 |
125 393 |
|
TOTAL |
2 764 506 |
2 733 820 |
2 475 946 |
2 474 922 |
2 474 323 |
12 923 517 |
ANNEX II
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Bulgaria
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
BG000000000000002 |
2 |
Е. Миролио EАД - Парова централа - Сливен |
Е. Миролио EАД |
20 204 |
17 110 |
12 240 |
12 240 |
12 240 |
74 034 |
|
BG000000000000004 |
4 |
Топлофикация - Перник АД |
Топлофикация Перник АД |
21 589 |
21 034 |
29 438 |
28 641 |
27 843 |
128 545 |
|
BG000000000000005 |
5 |
‘Тракия Глас България’ ЕАД |
‘Тракия Глас България’ ЕАД |
160 219 |
186 933 |
198 144 |
198 144 |
198 144 |
941 584 |
|
BG000000000000016 |
16 |
цех Каспичан |
‘КЕРАМАТ’ АД, гр. Каспичан |
6 869 |
6 869 |
5 597 |
6 869 |
5 597 |
31 801 |
|
BG000000000000019 |
19 |
Аурубис България АД |
Аурубис България АД |
277 143 |
275 146 |
277 143 |
277 143 |
277 143 |
1 383 718 |
|
BG000000000000020 |
20 |
Златна Панега Цимент АД |
Златна Панега Цимент АД |
377 949 |
377 949 |
377 357 |
377 357 |
377 357 |
1 887 969 |
|
BG000000000000021 |
21 |
‘Топлофикация-Габрово’ ЕАД |
‘Топлофикация Габрово’ ЕАД |
1 905 |
1 527 |
1 246 |
1 212 |
1 178 |
7 068 |
|
BG000000000000025 |
25 |
‘ЕВН България Топлофикация’ ЕАД- ОЦ ‘Пловдив Юг’ |
‘ЕВН България Топлофикация’ ЕАД |
921 |
2 780 |
3 524 |
3 524 |
3 524 |
14 273 |
|
BG000000000000030 |
30 |
Винербергер ЕООД |
Винербергер ЕООД |
31 254 |
31 254 |
25 189 |
31 795 |
31 795 |
151 287 |
|
BG000000000000032 |
32 |
БРИКЕЛ ЕАД |
‘БРИКЕЛ’ ЕАД |
246 544 |
240 209 |
182 065 |
177 134 |
172 202 |
1 018 154 |
|
BG000000000000033 |
33 |
АГРОПОЛИХИМ АД |
АГРОПОЛИХИМ АД |
117 434 |
112 096 |
118 910 |
118 910 |
118 910 |
586 260 |
|
BG000000000000035 |
35 |
‘София Мед’ АД |
‘София Мед’ АД |
16 267 |
17 336 |
18 247 |
18 247 |
18 247 |
88 344 |
|
BG000000000000036 |
36 |
АДМ Разград ЕАД |
АДМ Разград ЕАД |
39 163 |
52 390 |
71 864 |
71 864 |
71 864 |
307 145 |
|
BG000000000000037 |
37 |
Керамика Бургас |
‘Керамика Бургас’ АД |
2 078 |
2 328 |
4 471 |
4 471 |
4 471 |
17 819 |
|
BG000000000000039 |
39 |
Свилоза АД |
Свилоза АД |
17 598 |
16 013 |
20 881 |
20 881 |
20 881 |
96 254 |
|
BG000000000000042 |
42 |
Биовет АД |
Биовет АД |
18 968 |
25 976 |
20 353 |
20 353 |
20 353 |
106 003 |
|
BG000000000000044 |
44 |
‘Рубин Трейдниг’ ЕАД |
‘Рубин Трейдинг’ ЕАД |
18 572 |
19 568 |
25 824 |
25 824 |
25 824 |
115 612 |
|
BG000000000000045 |
45 |
‘Захарни Заводи’ АД |
‘Захарни Заводи’ АД |
22 572 |
17 307 |
21 348 |
21 348 |
21 348 |
103 923 |
|
BG000000000000047 |
47 |
‘Завод за хартия - Белово’ АД |
‘Завод за хартия - Белово’ АД |
4 353 |
3 470 |
2 323 |
2 323 |
2 323 |
14 792 |
|
BG000000000000051 |
51 |
КРОНОШПАН БЪЛГАРИЯ ЕООД пл. Бургас |
КРОНОШПАН БЪЛГАРИЯ ЕООД пл. Бургас |
32 244 |
17 048 |
12 735 |
12 735 |
12 735 |
87 497 |
|
BG000000000000055 |
55 |
КРОНОШПАН БЪЛГАРИЯ ЕООД пл. Велико Търново |
КРОНОШПАН БЪЛГАРИЯ ЕООД |
38 309 |
64 589 |
58 726 |
58 726 |
58 726 |
279 076 |
|
BG000000000000059 |
59 |
БиЕй Глас България АД, площадка Пловдив |
БиЕй Глас България АД |
67 147 |
78 264 |
84 858 |
84 858 |
84 858 |
399 985 |
|
BG000000000000060 |
60 |
БиЕй Глас България АД, площадка София |
БиЕй Глас България АД |
27 372 |
27 372 |
33 319 |
33 319 |
33 319 |
154 701 |
|
BG000000000000061 |
61 |
‘Идеал Стандарт - Видима’ АД, Завод за производство на санитарна керамика |
‘Идеал Стандарт - Видима’ АД, завод за производство на санитарна керамика |
16 867 |
16 867 |
16 645 |
16 645 |
16 645 |
83 669 |
|
BG000000000000063 |
63 |
СТОМАНА ИНДЪСТРИ АД |
СТОМАНА ИНДЪСТРИ АД |
82 287 |
78 101 |
79 170 |
79 170 |
79 170 |
397 898 |
|
BG000000000000067 |
67 |
Калцит АД |
Калцит АД |
77 531 |
70 125 |
59 715 |
59 715 |
59 715 |
326 801 |
|
BG000000000000073 |
73 |
АЛКОМЕТ АД |
АЛКОМЕТ АД |
17 946 |
23 433 |
22 710 |
22 710 |
22 710 |
109 509 |
|
BG000000000000086 |
86 |
‘Булгартрансгаз’ ЕАД, Компресорна Станция ‘Петрич’ |
‘Булгартрансгаз’ ЕАД |
7 256 |
7 256 |
5 189 |
5 189 |
5 189 |
30 079 |
|
BG000000000000089 |
89 |
‘Булгартрансгаз’ ЕАД, Компресорна Станция ‘Лозенец’ |
‘Булгартрансгаз’ ЕАД |
4 166 |
1 995 |
6 505 |
6 505 |
6 505 |
25 676 |
|
BG000000000000090 |
90 |
Компресорна станция към ПГХ Чирен |
‘Булгартрансгаз’ ЕАД |
2 197 |
1 979 |
2 093 |
2 093 |
2 093 |
10 455 |
|
BG000000000000091 |
91 |
‘Булгартрансгаз’ ЕАД, Компресорна Станция ‘Ихтиман’ |
‘Булгартрансгаз’ ЕАД |
3 466 |
5 979 |
4 493 |
4 493 |
4 493 |
22 924 |
|
BG000000000000096 |
96 |
Ново Стъкло ЕАД |
Ново Стъкло ЕАД |
17 591 |
17 591 |
18 658 |
18 658 |
18 658 |
91 156 |
|
BG000000000000097 |
97 |
КЦМ АД |
КЦМ АД |
165 146 |
159 909 |
164 792 |
164 792 |
164 792 |
819 431 |
|
BG000000000000102 |
102 |
Прогрес АД |
Прогрес АД |
633 |
533 |
283 |
283 |
283 |
2 015 |
|
BG000000000000105 |
105 |
‘Хан Омуртаг’АД |
‘Хан Омуртаг’ АД |
24 653 |
26 436 |
27 090 |
27 090 |
27 090 |
132 359 |
|
BG000000000000106 |
106 |
‘Хан Аспарух’АД |
‘Хан Аспарух’ АД |
41 073 |
45 541 |
48 380 |
48 380 |
48 380 |
231 754 |
|
BG000000000000112 |
112 |
Лукойл Нефтохим България АД |
Лукойл Нефтохим Бургас АД |
1 310 456 |
1 093 399 |
1 089 947 |
1 089 947 |
1 089 947 |
5 673 696 |
|
BG000000000000116 |
116 |
Промет Стийл ЕАД |
Промет Стийл ЕАД |
25 164 |
28 951 |
27 766 |
27 766 |
27 766 |
137 413 |
|
BG000000000000126 |
126 |
ВМЗ ЕАД, площадка Сопот |
Вазовски машиностроителни заводи ЕАД, площадка Сопот |
1 435 |
1 435 |
0 |
0 |
0 |
2 870 |
|
BG000000000000130 |
130 |
‘Неохим’ АД, Димитровград |
‘Неохим’ АД |
504 550 |
504 550 |
489 082 |
489 082 |
489 082 |
2 476 346 |
|
BG000000000000146 |
146 |
Грийнс ООД |
Грийнс ООД |
363 |
251 |
131 |
131 |
131 |
1 007 |
|
BG000000000000151 |
151 |
СМА МИНЕРАЛ БУРГАС ВАР ЕООД |
СМА МИНЕРАЛ БУРГАС ВАР ЕООД |
9 882 |
7 971 |
4 488 |
4 488 |
4 488 |
31 317 |
|
BG000000000202233 |
202233 |
Завод за гипсови плоскости Кнауф Марица |
Кнауф България ЕООД |
8 693 |
9 029 |
8 085 |
8 085 |
8 085 |
41 977 |
|
BG000000000202492 |
202492 |
Компресорна станция ‘Галата’ |
Петрокелтик България ЕООД |
3 196 |
1 225 |
643 |
643 |
643 |
6 350 |
|
BG000000000202843 |
202843 |
‘КЕРОС България’ ЕАД |
’Керос България’’ ЕАД |
16 654 |
18 057 |
15 256 |
15 256 |
15 256 |
80 479 |
|
BG000000000205061 |
205061 |
‘Солвей Соди’ АД |
‘Солвей Соди’ АД |
1 149 778 |
1 151 995 |
1 158 059 |
1 158 059 |
1 158 059 |
5 775 950 |
|
BG000000000205828 |
205828 |
Рока България АД |
Рока България АД |
7 338 |
8 134 |
8 431 |
8 431 |
8 431 |
40 765 |
|
BG000000000206272 |
206272 |
ВЕЛПА 91 АД |
Велпа 91 АД |
1 905 |
1 905 |
2 006 |
2 006 |
2 006 |
9 828 |
|
BG000000000216401 |
216401 |
‘Булгартрансгаз’ ЕАД, Компресорна Станция ‘Расово’ |
‘Булгартрансгаз’ ЕАД |
772 |
10 519 |
10 283 |
10 046 |
9 809 |
41 429 |
|
BG000000000216420 |
216420 |
‘Булгартрансгаз’ ЕАД, Компресорна станция ‘Нова Провадия’ |
‘Булгартрансгаз’ ЕАД |
545 |
12 552 |
12 270 |
11 987 |
11 706 |
49 060 |
|
TOTAL |
5 068 217 |
4 920 286 |
4 887 972 |
4 889 568 |
4 882 014 |
24 648 057 |
ANNEX III
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Czechia
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
CZ000000000000037 |
37 |
SKATLOP a.s. |
SKATLOP a.s. |
18 701 |
5 133 |
3 266 |
3 266 |
3 266 |
33 632 |
|
CZ000000000000046 |
46 |
Pražská teplárenská, a.s. - Teplárna Malešice |
Pražská teplárenská a.s. |
1 189 |
997 |
548 |
533 |
518 |
3 785 |
|
CZ000000000000050 |
50 |
C-Energy Planá s.r.o. - Výtopna TTA1 |
C-Energy Planá s.r.o. |
5 604 |
2 544 |
2 345 |
2 282 |
2 219 |
14 994 |
|
CZ000000000000238 |
238 |
závod Dubí |
O-I Czech Republic, a.s. |
21 098 |
21 098 |
21 795 |
21 795 |
21 795 |
107 581 |
|
CZ000000000000307 |
307 |
C-Energy Planá s.r.o. |
C-Energy Planá s.r.o. |
8 496 |
10 305 |
8 749 |
8 512 |
8 276 |
44 338 |
|
CZ000000000000386 |
386 |
LIAPOR |
Lias Vintířov, lehký stavební materiál k.s. |
15 211 |
15 211 |
16 303 |
16 303 |
16 303 |
79 331 |
|
CZ000000000000410 |
410 |
Liberty Ostrava - závod 15 rourovna |
Liberty Ostrava a.s. |
28 027 |
34 152 |
30 130 |
30 130 |
30 130 |
152 569 |
|
CZ000000000000421 |
421 |
TAMEH Czech s.r.o. |
TAMEH Czech s.r.o. |
45 743 |
53 748 |
54 245 |
52 776 |
51 307 |
257 819 |
|
CZ000000000000423 |
423 |
Liberty Engineering Products Ostrava s.r.o. |
Liberty Engineering Products Ostrava s.r.o. |
7 718 |
7 419 |
5 540 |
5 540 |
5 540 |
31 757 |
|
CZ000000000205490 |
205490 |
Slévárny Třinec, a.s. |
Slévárny Třinec, a.s. |
5 915 |
5 915 |
5 915 |
5 915 |
5 915 |
29 575 |
|
TOTAL |
157 702 |
156 522 |
148 836 |
147 052 |
145 269 |
755 381 |
ANNEX IV
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Denmark
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
DK000000000000011 |
11 |
Farum Fjernvarme, Stavnsholtvej 33 |
Farum Fjernvarme a.m.b.a. |
2 703 |
1 770 |
904 |
904 |
904 |
7 185 |
|
DK000000000000022 |
22 |
Lyngvej Central |
Aalborg Varme A/S |
49 |
169 |
391 |
391 |
391 |
1 391 |
|
DK000000000000023 |
23 |
Svendborgvej Central |
Aalborg Varme A/S |
1 221 |
642 |
372 |
372 |
372 |
2 979 |
|
DK000000000000024 |
24 |
Borgmester Jørgensensvej Central |
Aalborg Varme A/S |
33 |
33 |
501 |
501 |
501 |
1 569 |
|
DK000000000000043 |
43 |
DTU Kraftvarmeværk |
DTU Kraftvarmeværk ApS |
812 |
560 |
770 |
749 |
728 |
3 619 |
|
DK000000000000048 |
48 |
Asnæsværket |
Ørsted Bioenergy Thermal Power A/S |
15 018 |
16 692 |
18 095 |
17 605 |
17 115 |
84 525 |
|
DK000000000000052 |
52 |
Amagerværket |
HOFOR ENERGIPRODUKTION A/S |
96 946 |
118 675 |
124 436 |
121 066 |
117 695 |
578 818 |
|
DK000000000000053 |
53 |
H.C. Ørsted Værket |
Ørsted Bioenergy Thermal Power A/S |
22 239 |
12 993 |
5 849 |
5 690 |
5 532 |
52 303 |
|
DK000000000000054 |
54 |
Svanemølleværket |
Ørsted Bioenergy Thermal Power A/S |
6 454 |
5 813 |
4 852 |
4 852 |
4 852 |
26 823 |
|
DK000000000000055 |
55 |
Ringsted Kraftvarmeværk |
Ringsted Fjernvarme A/S |
399 |
294 |
192 |
187 |
182 |
1 254 |
|
DK000000000000062 |
62 |
DTU Kedelcentral B415 |
I/S Vestforbrænding |
2 187 |
1 245 |
573 |
573 |
573 |
5 151 |
|
DK000000000000064 |
64 |
Smørum Kraftvarme |
Smørum Kraftvarme A.m.b.A. |
1 932 |
1 883 |
1 452 |
1 413 |
1 374 |
8 054 |
|
DK000000000000078 |
78 |
Nordjyllandsværket |
Nordjyallndsværket |
28 530 |
32 576 |
35 703 |
34 736 |
33 769 |
165 314 |
|
DK000000000000093 |
93 |
Verdo Varme Herning, Nord Varmecentral |
Verdo Varme Herning A/S |
1 188 |
765 |
998 |
998 |
998 |
4 947 |
|
DK000000000000112 |
112 |
Bellinge Varmecentral |
Fjernvarme Fyn Distribution A/S |
23 |
23 |
130 |
130 |
130 |
436 |
|
DK000000000000113 |
113 |
Billedskærervej Varmecentral |
Fjernvarme Fyn Distribution A/S |
337 |
689 |
535 |
535 |
535 |
2 631 |
|
DK000000000000114 |
114 |
Bolbro Varmecentral |
Fjernvarme Fyn Distribution A/S |
78 |
270 |
444 |
444 |
444 |
1 680 |
|
DK000000000000115 |
115 |
Centrum Varmecentral |
Fjernvarme Fyn Distribution A/S |
1 586 |
1 706 |
776 |
776 |
776 |
5 620 |
|
DK000000000000120 |
120 |
Pårup Varmecentral |
Fjernvarme Fyn Distribution A/S |
52 |
238 |
343 |
343 |
343 |
1 319 |
|
DK000000000000123 |
123 |
Vollsmose Varmecentral |
Fjernvarme Fyn Distribution A/S |
422 |
422 |
276 |
276 |
276 |
1 672 |
|
DK000000000000127 |
127 |
Sønderborg Varme, Rojum |
Sønderborg Varme A/S |
259 |
553 |
826 |
826 |
826 |
3 290 |
|
DK000000000000159 |
159 |
Frederiksgade Varmecentral |
Hillerød Varme A/S |
620 |
887 |
495 |
495 |
495 |
2 992 |
|
DK000000000000164 |
164 |
Nykøbing S Varmeværk, Billesvej 8-10 |
Nykøbing Sj. Varmeværk |
1 929 |
1 879 |
1 369 |
1 332 |
1 295 |
7 804 |
|
DK000000000000168 |
168 |
Svendborg Fjernvarme, Nordre Central |
Svenborg Fjernvarme AMBA |
1 612 |
1 196 |
1 320 |
1 284 |
1 248 |
6 660 |
|
DK000000000000179 |
179 |
Haderslev Fjernvarme, Fjordagervej 15 - 17 |
Haderslev Fjernvarme |
48 |
47 |
165 |
160 |
156 |
576 |
|
DK000000000000202 |
202 |
Skive Fjernvarme, Marius Jensens vej 3 |
Skive Fjernvarme A.m.b.a |
271 |
672 |
777 |
756 |
735 |
3 211 |
|
DK000000000000212 |
212 |
CTR, Nybrovej Centralen |
CTR I/S |
51 |
51 |
266 |
266 |
266 |
900 |
|
DK000000000000213 |
213 |
CTR, Spidslastcentral Phistersvej |
CTR I/S |
17 |
301 |
899 |
899 |
899 |
3 015 |
|
DK000000000000215 |
215 |
Frederiksberg Varmecentral |
CTR I/S |
212 |
663 |
1 649 |
1 649 |
1 649 |
5 822 |
|
DK000000000000216 |
216 |
Høje Gladsaxe Varmecentral |
CTR I/S |
703 |
1 351 |
1 798 |
1 798 |
1 798 |
7 448 |
|
DK000000000000217 |
217 |
Gladsaxe Spidslastcentral |
CTR I/S |
340 |
467 |
774 |
774 |
774 |
3 129 |
|
DK000000000000242 |
242 |
Hedegårdens Varmecentral (I/S Vestforbrænding) |
I/S Vestforbrænding |
366 |
541 |
333 |
333 |
333 |
1 906 |
|
DK000000000000317 |
317 |
Ardagh Glasss Holmegaard A/S |
Ardagh Glass Holmegaard A/S |
39 725 |
39 226 |
42 954 |
42 954 |
42 954 |
207 813 |
|
DK000000000000318 |
318 |
ISOVER |
SAINTGOBAIN Denmark A/S |
9 086 |
9 596 |
10 072 |
10 072 |
10 072 |
48 898 |
|
DK000000000000320 |
320 |
Carl Matzens Teglværk A/S |
A/S Carl Matzens Teglværker |
3 077 |
2 955 |
2 814 |
2 814 |
2 814 |
14 474 |
|
DK000000000000322 |
322 |
Helligsø Teglværk |
Egernsund Wienerberger Production A/S |
3 593 |
3 593 |
4 141 |
4 141 |
4 141 |
19 609 |
|
DK000000000000329 |
329 |
Wienerberger A/S - Petersminde Teglværk |
Andreas Christensen |
4 329 |
4 612 |
5 504 |
5 504 |
5 504 |
25 453 |
|
DK000000000000336 |
336 |
Vesterled Teglværk A/S |
Egernsund Wienerberger Production A/S |
11 665 |
10 910 |
9 348 |
9 348 |
9 348 |
50 619 |
|
DK000000000000338 |
338 |
Vindø Teglværk |
Randers Tegl A/S |
5 170 |
5 170 |
4 981 |
4 981 |
4 981 |
25 283 |
|
DK000000000000342 |
342 |
Aalborg Portland A/S |
Aalborg Portland A/S |
1 663 537 |
1 797 705 |
1 675 181 |
1 675 181 |
1 675 181 |
8 486 785 |
|
DK000000000000343 |
343 |
Faxe Kalk Ovnanlægget Stubberup |
Faxe Kalk A/S |
10 387 |
15 948 |
19 753 |
19 753 |
19 753 |
85 594 |
|
DK000000000000345 |
345 |
Gyproc A/S |
Gyproc A/S |
3 114 |
3 447 |
3 768 |
3 768 |
3 768 |
17 865 |
|
DK000000000000348 |
348 |
Munck Asfalt A/S, Aarup |
Munck Asfalt A/S |
593 |
593 |
824 |
824 |
824 |
3 658 |
|
DK000000000000350 |
350 |
Munck Asfalt A/S, Ans By |
Munck Asfalt A/S |
1 788 |
1 788 |
1 177 |
1 177 |
1 177 |
7 107 |
|
DK000000000000351 |
351 |
Rockwool A/S Doense |
Rockwool A/S |
49 593 |
54 448 |
57 560 |
57 560 |
57 560 |
276 721 |
|
DK000000000000353 |
353 |
Rockwool A/S, Vamdrup |
Rockwool A/S |
13 086 |
13 617 |
14 628 |
14 628 |
14 628 |
70 587 |
|
DK000000000000359 |
359 |
Fællinggård Varmeforsyning aps |
FELDBORG ENERGY APS |
1 043 |
1 016 |
632 |
615 |
598 |
3 904 |
|
DK000000000000378 |
378 |
Helsinge Fjernvarme |
Helsinge Fjernvarme A.m.b.a. |
2 002 |
1 950 |
1 510 |
1 469 |
1 428 |
8 359 |
|
DK000000000000380 |
380 |
Colas Sundsholmen, Nørresundby |
Colas Danmark A/S |
1 988 |
2 327 |
1 988 |
1 988 |
1 988 |
10 279 |
|
DK000000000202613 |
202613 |
Fjernvarme Fyn Affaldsenergi A/S |
Fjernvarme Fyn Affaldsenergi A/S |
38 709 |
37 043 |
33 874 |
32 957 |
32 039 |
174 622 |
|
DK000000000205625 |
205625 |
Dalum Kraftvarme |
Fjernvarme Fyn Produktion A/S |
11 254 |
8 717 |
6 878 |
6 691 |
6 505 |
40 045 |
|
DK000000000208984 |
208984 |
Måløv Spids- og Reservelastcentral (I/S Vestforbrænding) |
I/S Vestforbrænding |
718 |
718 |
519 |
519 |
519 |
2 993 |
|
DK000000000210419 |
210419 |
De Danske Gærfabrikker A/S |
De Danske Gærfabrikker A/S |
13 502 |
16 714 |
17 677 |
17 677 |
17 677 |
83 247 |
|
DK000000000212420 |
212420 |
Citycentralen |
DIN Forsyning Varme A/S |
800 |
935 |
765 |
747 |
730 |
3 977 |
|
TOTAL |
2 077 396 |
2 239 094 |
2 124 811 |
2 118 481 |
2 112 153 |
10 671 935 |
ANNEX V
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Germany
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
DE000000000000013 |
13 |
Raffinerie |
HR Chemisch-Pharmazeutische Spezialitäten GmbH |
42 207 |
40 950 |
40 950 |
40 950 |
40 950 |
206 007 |
|
DE000000000000046 |
46 |
Elektrostahlwerk |
H.E.S. Hennigsdorfer Elektrostahlwerke GmbH |
41 214 |
42 119 |
42 119 |
42 119 |
42 119 |
209 690 |
|
DE000000000000071 |
71 |
Elektrostahlwerk Siegen |
Deutsche Edelstahlwerke Specialty Steel GmbH Co. KG Werk Siegen |
36 922 |
36 697 |
36 697 |
36 697 |
36 697 |
183 710 |
|
DE000000000000218 |
218 |
Werk Wirges |
Verallia Deutschland AG |
45 972 |
45 426 |
45 426 |
45 426 |
45 426 |
227 676 |
|
DE000000000000321 |
321 |
Werk Schermbeck |
Schermbecker Building Products GmbH |
5 351 |
3 409 |
3 409 |
3 409 |
3 409 |
18 987 |
|
DE000000000000339 |
339 |
Hörl Hartmann Ziegeltechnik GmbH Co.KG Werk Gersthofen |
Hörl Hartmann Ziegeltechnik GmbH Co. KG |
9 454 |
7 858 |
7 858 |
7 858 |
7 858 |
40 886 |
|
DE000000000000436 |
436 |
Ziegelei |
JUWÖ Poroton-Werke Ernst Jungk Sohn GmbH |
27 999 |
28 665 |
28 665 |
28 665 |
28 665 |
142 659 |
|
DE000000000000450 |
450 |
Ziegelei |
Alten Ziegelei GmbH CO KG |
4 576 |
4 360 |
4 360 |
4 360 |
4 360 |
22 016 |
|
DE000000000000458 |
458 |
Ziegelwerk Zeilarn |
Schlagmann Poroton GmbH Co. KG |
35 304 |
29 882 |
29 882 |
29 882 |
29 882 |
154 832 |
|
DE000000000000463 |
463 |
Ziegelwerk Aichach |
Schlagmann Poroton GmbH Co. KG |
17 971 |
15 188 |
15 188 |
15 188 |
15 188 |
78 723 |
|
DE000000000000464 |
464 |
Ziegelwerk Rötz |
Schlagmann Poroton GmbH Co. KG |
13 435 |
10 009 |
10 009 |
10 009 |
10 009 |
53 471 |
|
DE000000000000468 |
468 |
Ziegelwerk Aubenham |
Ziegelwerk Aubenham Adam Holzner GmbH Co.KG |
3 420 |
3 231 |
3 231 |
3 231 |
3 231 |
16 344 |
|
DE000000000000489 |
489 |
Sappi Ehingen |
Sappi Ehingen GmbH |
81 283 |
81 151 |
81 151 |
81 151 |
81 151 |
405 887 |
|
DE000000000000526 |
526 |
FSW - Papiermaschine 4 |
Schoeller Technocell GmbH Co KG |
19 364 |
19 151 |
19 151 |
19 151 |
19 151 |
95 968 |
|
DE000000000000579 |
579 |
Mitsubishi HiTec Paper Bielefeld (MPB) |
Mitsubishi HiTec Paper Europe GmbH |
40 375 |
37 234 |
37 234 |
37 234 |
37 234 |
189 311 |
|
DE000000000000720 |
720 |
HW Mitte |
Fernwärmeversorgung Hamm GmbH |
76 |
209 |
204 |
198 |
193 |
880 |
|
DE000000000000828 |
828 |
X- Kraftwerk NW_30_9046797_207 |
Currenta GmbH Co. OHG |
30 557 |
24 677 |
24 027 |
23 375 |
22 725 |
125 361 |
|
DE000000000000866 |
866 |
Heizwerk Nord |
Stadtwerke Frankfurt (Oder ) GmbH |
770 |
1 246 |
1 246 |
1 246 |
1 246 |
5 754 |
|
DE000000000000882 |
882 |
Heizkraftwerk Barmen |
WSW Energie Wasser AG |
4 551 |
4 026 |
3 920 |
3 813 |
3 708 |
20 018 |
|
DE000000000000901 |
901 |
HKW Bohrhügel |
Stadtwerke Suhl/Zella-Mehlis GmbH |
477 |
638 |
621 |
605 |
588 |
2 929 |
|
DE000000000000916 |
916 |
Heizwerk Eckersbach Zwickau |
Zwickauer Energieversorgung GmbH |
1 395 |
1 622 |
1 622 |
1 622 |
1 622 |
7 883 |
|
DE000000000000926 |
926 |
Michelin Reifenwerke KGaA, Bad Kreuznach |
Michelin Reifenwerke AG Co. KGaA |
5 197 |
5 158 |
5 022 |
4 886 |
4 750 |
25 013 |
|
DE000000000001029 |
1029 |
Fernheizwerk Mümmelmannsberg |
GETEC WÄRME EFFIZIENZ GmbH Nord |
1 501 |
1 620 |
1 620 |
1 620 |
1 620 |
7 981 |
|
DE000000000001095 |
1095 |
Heizkraftwerk Lausward |
Stadtwerke Düsseldorf AG |
35 893 |
36 607 |
35 642 |
34 676 |
33 711 |
176 529 |
|
DE000000000001152 |
1152 |
Betriebszentrale I |
Messe Berlin GmbH |
1 491 |
1 345 |
1 309 |
1 274 |
1 238 |
6 657 |
|
DE000000000001163 |
1163 |
HW Altglienicke |
Vattenfall Wärme Berlin AG |
1 105 |
1 285 |
1 251 |
1 217 |
1 183 |
6 041 |
|
DE000000000001169 |
1169 |
HW Scharnhorststraße |
Vattenfall Wärme Berlin AG |
5 367 |
7 992 |
7 782 |
7 571 |
7 360 |
36 072 |
|
DE000000000001170 |
1170 |
HKW Klingenberg |
Vattenfall Wärme Berlin AG |
92 489 |
74 090 |
72 136 |
70 182 |
68 228 |
377 125 |
|
DE000000000001176 |
1176 |
HKW Marzahn |
Vattenfall Wärme Berlin AG |
32 991 |
56 008 |
54 531 |
53 054 |
51 577 |
248 161 |
|
DE000000000001181 |
1181 |
HKW Reuter |
Vattenfall Wärme Berlin AG |
666 |
3 907 |
3 804 |
3 701 |
3 598 |
15 676 |
|
DE000000000001182 |
1182 |
HKW Wilmersdorf |
Vattenfall Wärme Berlin AG |
10 312 |
9 697 |
9 441 |
9 185 |
8 930 |
47 565 |
|
DE000000000001257 |
1257 |
Kraftwerk Hastedt Spitzenkessel 12 |
swb Erzeugung AG Co. KG |
1 881 |
2 874 |
2 874 |
2 874 |
2 874 |
13 377 |
|
DE000000000001319 |
1319 |
Heizwerk Düsseldorf-Garath |
Stadtwerke Düsseldorf AG |
3 330 |
3 852 |
3 852 |
3 852 |
3 852 |
18 738 |
|
DE000000000001329 |
1329 |
Dampfkesselanlage Saarstahl AG |
Saarstahl AG |
7 832 |
7 002 |
7 002 |
7 002 |
7 002 |
35 840 |
|
DE000000000001348 |
1348 |
Kraftwerk Werk Sigmundshall |
KS KALI GmbH |
4 794 |
4 812 |
4 685 |
4 558 |
4 431 |
23 280 |
|
DE000000000001369 |
1369 |
Dampfkesselanlage Bochum-Höntrop |
thyssenkrupp Steel Europe AG |
6 837 |
6 447 |
6 447 |
6 447 |
6 447 |
32 625 |
|
DE000000000001441 |
1441 |
Heizwerk 3 am Flughafen Düsseldorf |
Stadtwerke Düsseldorf AG |
2 424 |
1 604 |
1 562 |
1 520 |
1 477 |
8 587 |
|
DE000000000001501 |
1501 |
Heiz(kraft)werk Mitte (Allerheiligenstraße) |
Mainova AG |
1 101 |
616 |
599 |
583 |
567 |
3 466 |
|
DE000000000001644 |
1644 |
Heizkraftwerk Niederrad |
Mainova AG |
15 002 |
13 433 |
13 079 |
12 725 |
12 370 |
66 609 |
|
DE000000000001715 |
1715 |
BW_04923847_Spitzenkesselanlage und Verbrennungsmotorenanlage |
FairEnergie GmbH |
3 605 |
3 811 |
3 711 |
3 610 |
3 510 |
18 247 |
|
DE000000000001741 |
1741 |
Emsland Stärke Emlichheim Heizkraftwerk |
Emsland-Stärke GmbH |
2 671 |
2 392 |
2 392 |
2 392 |
2 392 |
12 239 |
|
DE000000000002495 |
2495 |
Warmbreitbandwalzwerk |
Salzgitter Flachstahl GmbH |
251 424 |
245 455 |
245 455 |
245 455 |
245 455 |
1 233 244 |
|
DE000000000003697 |
3697 |
Zuckerfabrik Offenau |
Südzucker AG |
43 441 |
40 799 |
40 799 |
40 799 |
40 799 |
206 637 |
|
DE000000000004129 |
4129 |
Pfleiderer Gütersloh GmbH |
Pfleiderer Gütersloh GmbH |
34 210 |
28 269 |
27 524 |
26 778 |
26 033 |
142 814 |
|
DE000000000004131 |
4131 |
TCO - Papiermaschine 1 |
Schoeller Technocell GmbH Co KG |
18 172 |
20 005 |
20 005 |
20 005 |
20 005 |
98 192 |
|
DE000000000004151 |
4151 |
BRE.M.A |
BRE.M.A Warmwalz GmbH Co. KG |
253 335 |
218 265 |
218 265 |
218 265 |
218 265 |
1 126 395 |
|
DE000000000202007 |
202007 |
Natriumcarboxylat/Soda-Anlage |
BASF SE |
49 692 |
46 777 |
46 777 |
46 777 |
46 777 |
236 800 |
|
DE000000000202351 |
202351 |
Werk 952, Burghausen, SR 1,2,3 |
Linde Gas Produktionsgesellschaft mbH Co. KG |
33 347 |
32 447 |
32 447 |
32 447 |
32 447 |
163 135 |
|
DE000000000202616 |
202616 |
Schmiede 1 |
Saarschmiede GmbH Freiformschmiede |
20 215 |
19 441 |
19 441 |
19 441 |
19 441 |
97 979 |
|
DE000000000202690 |
202690 |
Walzwerk Burbach |
Saarstahl AG |
35 392 |
38 769 |
38 769 |
38 769 |
38 769 |
190 468 |
|
DE000000000202858 |
202858 |
Phthalsäureanhydrid-Betrieb (PSA) |
LANXESS Deutschland GmbH |
86 028 |
84 968 |
84 968 |
84 968 |
84 968 |
425 900 |
|
DE000000000202866 |
202866 |
Wälzanlage |
Befesa Zinc Duisburg GmbH |
39 457 |
39 642 |
39 642 |
39 642 |
39 642 |
198 025 |
|
DE000000000202978 |
202978 |
Feuerbeschichtungsanlage 6 |
thyssenkrupp Steel Europe AG |
18 511 |
18 511 |
18 511 |
18 511 |
18 511 |
92 555 |
|
DE000000000202991 |
202991 |
Warmbandwerk 3 |
thyssenkrupp Steel Europe AG |
121 125 |
120 236 |
120 236 |
120 236 |
120 236 |
602 069 |
|
DE000000000203616 |
203616 |
Werk Sinzig |
Deutsche Steinzeug Cremer Breuer AG |
23 571 |
18 635 |
18 635 |
18 635 |
18 635 |
98 111 |
|
DE000000000203863 |
203863 |
Mahltrocknungsanlage |
Emscher Aufbereitung GmbH |
19 574 |
17 963 |
17 963 |
17 963 |
17 963 |
91 426 |
|
DE000000000204192 |
204192 |
Bregal 1 |
ArcelorMittal Bremen GmbH |
20 065 |
16 544 |
16 544 |
16 544 |
16 544 |
86 241 |
|
DE000000000205064 |
205064 |
Prüfstand 4 |
MTU Maintenance Berlin-Brandenburg |
326 |
209 |
209 |
209 |
209 |
1 162 |
|
DE000000000205361 |
205361 |
Vergüterei 26’’ |
Vallourec Deutschland GmbH |
7 256 |
6 029 |
6 029 |
6 029 |
6 029 |
31 372 |
|
DE000000000205789 |
205789 |
Freifeldprüfstand 1 einschließlich GTP1 und GTP2 |
MAN Energy Solutions SE |
233 |
89 |
89 |
89 |
89 |
589 |
|
DE000000000207699 |
207699 |
Harburg |
Linde Gas Produktionsgesellschaft mbH Co. KG |
35 279 |
30 932 |
30 932 |
30 932 |
30 932 |
159 007 |
|
DE000000000209842 |
209842 |
GuD-HKW Lichterfelde |
Vattenfall Wärme Berlin AG |
38 264 |
40 122 |
39 064 |
38 005 |
36 947 |
192 402 |
|
DE000000000210939 |
210939 |
HW Treptow |
Vattenfall Wärme Berlin AG |
1 668 |
2 221 |
2 221 |
2 221 |
2 221 |
10 552 |
|
DE000000000000007 |
7 |
Standort Neustadt |
Bayernoil Raffineriegesellschaft mbH |
696 105 |
576 538 |
576 538 |
576 538 |
576 538 |
3 002 257 |
|
DE000000000000019 |
19 |
PCK Raffinerie Glocke |
PCK Raffinerie GmbH |
1 736 265 |
1 735 932 |
1 735 932 |
1 735 932 |
1 735 932 |
8 679 993 |
|
DE000000000000040 |
40 |
Elektrostahlwerk - einheitliche Anlage |
Peiner Träger GmbH |
154 592 |
134 450 |
134 450 |
134 450 |
134 450 |
692 392 |
|
DE000000000000045 |
45 |
Kokerei Prosper |
ArcelorMittal Bremen GmbH |
380 973 |
289 316 |
289 316 |
289 316 |
289 316 |
1 538 237 |
|
DE000000000000049 |
49 |
Einheitliche Anlage der Zentralkokerei |
Zentralkokerei Saar GmbH (ZKS) |
251 072 |
250 023 |
250 023 |
250 023 |
250 023 |
1 251 164 |
|
DE000000000000346 |
346 |
Vormauerziegelwerk Kirchkimmen 3 |
Wienerberger GmbH |
8 916 |
9 434 |
9 434 |
9 434 |
9 434 |
46 652 |
|
DE000000000000522 |
522 |
Papierproduktion Nordland |
Nordland Papier GmbH |
260 827 |
271 220 |
271 220 |
271 220 |
271 220 |
1 345 707 |
|
DE000000000000570 |
570 |
WEPA Papierfabrik Mainz |
WEPA Deutschland GmbH Co. KG |
4 712 |
10 471 |
10 471 |
10 471 |
10 471 |
46 596 |
|
DE000000000000591 |
591 |
Papiermaschinen 1, 3, 4, 5 |
LEIPA Georg Leinfelder GmbH |
114 450 |
122 397 |
122 397 |
122 397 |
122 397 |
604 038 |
|
DE000000000000607 |
607 |
Papierfabrik Model Sachsen |
Model Sachsen Papier GmbH |
66 198 |
59 390 |
59 390 |
59 390 |
59 390 |
303 758 |
|
DE000000000001205 |
1205 |
Kraftwerk Scholven |
Uniper Kraftwerke GmbH |
45 411 |
43 256 |
42 114 |
40 975 |
39 833 |
211 589 |
|
DE000000000001378 |
1378 |
Heizwerk Westerholt |
Uniper Kraftwerke GmbH |
392 |
549 |
549 |
549 |
549 |
2 588 |
|
DE000000000001380 |
1380 |
Grosskraftwerk Mannheim (GKM) |
Grosskraftwerk Mannheim AG |
146 303 |
93 649 |
91 179 |
88 709 |
86 239 |
506 079 |
|
DE000000000001697 |
1697 |
Arla Foods Deutschland, Niederlassung Pronsfeld |
Arla Foods Deutschland GmbH |
10 457 |
10 610 |
10 610 |
10 610 |
10 610 |
52 897 |
|
DE000000000001753 |
1753 |
HW Iderhoffstraße |
SWE Energie GmbH |
1 602 |
1 301 |
1 266 |
1 232 |
1 198 |
6 599 |
|
DE000000000004170 |
4170 |
Papierfabrik, Strichtrocknung mit IR- und Lufttrocknern |
Hamburger Rieger GmbH Papierfabrik Spremberg |
30 462 |
41 497 |
41 497 |
41 497 |
41 497 |
196 450 |
|
DE000000000201596 |
201596 |
Heizwerk Shamrock |
Uniper Kraftwerke GmbH |
3 228 |
3 494 |
3 494 |
3 494 |
3 494 |
17 204 |
|
DE000000000201997 |
201997 |
Propylenoxid-Fabrik |
BASF SE |
11 397 |
11 152 |
11 152 |
11 152 |
11 152 |
56 005 |
|
DE000000000202180 |
202180 |
EDC/VC-Anlage in Schkopau |
Dow Olefinverbund GmbH |
25 391 |
20 487 |
20 487 |
20 487 |
20 487 |
107 339 |
|
DE000000000202346 |
202346 |
Werk 956, Dormagen, SR 1 |
Linde Gas Produktionsgesellschaft mbH Co. KG |
11 188 |
8 611 |
8 611 |
8 611 |
8 611 |
45 632 |
|
DE000000000202381 |
202381 |
Synthesegas-Anlage Oberhausen |
AIR LIQUIDE Deutschland GmbH |
51 760 |
55 456 |
55 456 |
55 456 |
55 456 |
273 584 |
|
DE000000000203633 |
203633 |
Gießerei FONDIUM Mettmann GmbH |
FONDIUM Mettmann GmbH |
66 739 |
62 429 |
62 429 |
62 429 |
62 429 |
316 455 |
|
DE000000000203812 |
203812 |
VC |
INOVYN Deutschland GmbH |
40 880 |
38 538 |
38 538 |
38 538 |
38 538 |
195 032 |
|
DE000000000205609 |
205609 |
Anlage zur Herstellung von Stärkeprodukten |
Ingredion Germany GmbH |
15 015 |
15 590 |
15 590 |
15 590 |
15 590 |
77 375 |
|
DE000000000205882 |
205882 |
Warmwalzwerk Hohenlimburg |
tk Hohenlimburg GmbH |
61 410 |
74 233 |
74 233 |
74 233 |
74 233 |
358 342 |
|
TOTAL |
6 045 492 |
5 708 651 |
5 696 612 |
5 684 571 |
5 672 533 |
28 807 859 |
ANNEX VI
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Estonia
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
EE000000000000002 |
2 |
Eesti elektrijaam |
Enefit Power AS |
134 322 |
130 871 |
110 323 |
107 335 |
104 346 |
587 197 |
|
EE000000000000009 |
9 |
VKG Oil AS |
VKG Oil AS |
59 046 |
51 580 |
49 755 |
49 755 |
49 755 |
259 891 |
|
EE000000000000036 |
36 |
Ülemiste katlamaja |
Utilitas Tallinn |
378 |
3 266 |
3 789 |
3 789 |
3 789 |
15 011 |
|
EE000000000000057 |
57 |
Petroter-3000 |
VKG Oil AS |
720 104 |
711 531 |
651 433 |
651 433 |
651 433 |
3 385 934 |
|
EE000000000206191 |
206191 |
Enefit Õlitööstus |
Enefit Power AS |
718 527 |
718 706 |
837 418 |
837 418 |
837 418 |
3 949 487 |
|
EE000000000206916 |
206916 |
Auvere elektrijaam |
Enefit Power AS |
17 481 |
17 032 |
20 191 |
19 644 |
19 097 |
93 445 |
|
EE000000000206959 |
206959 |
KKT Oil OÜ |
KKT Oil OÜ |
181 163 |
181 163 |
188 822 |
188 822 |
188 822 |
928 792 |
|
EE000000000217700 |
217700 |
Leca Eesti OÜ |
Leca Eesti OÜ |
0 |
9 519 |
0 |
0 |
0 |
9 519 |
|
TOTAL |
1 831 021 |
1 823 668 |
1 861 731 |
1 858 196 |
1 854 660 |
9 229 276 |
ANNEX VII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Ireland
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
IE000000000000016 |
16 |
MSD International GmbH trading as MSD Ireland (Brinny) |
MSD International GmbH trading as MSD Ireland (Brinny) |
2 247 |
1 781 |
1 347 |
1 347 |
1 347 |
8 069 |
|
IE000000000000021 |
21 |
Eli Lilly Kinsale Limited |
Eli Lilly Kinsale Limited |
7 741 |
8 173 |
8 372 |
8 372 |
8 372 |
41 030 |
|
IE000000000000033 |
33 |
Irish Cement Limited, Limerick Works |
CRH PLC |
487 065 |
487 065 |
591 198 |
591 198 |
591 198 |
2 747 724 |
|
IE000000000000034 |
34 |
Irish Cement Limited, Platin Works |
CRH PLC |
903 235 |
902 480 |
902 727 |
902 727 |
902 727 |
4 513 896 |
|
IE000000000000045 |
45 |
Intel Ireland |
Intel Ireland Limited |
6 680 |
6 680 |
5 515 |
5 515 |
5 515 |
29 905 |
|
IE000000000000096 |
96 |
Minch Malt Ltd. |
Minch Malt Ltd. |
10 253 |
10 253 |
12 515 |
12 515 |
12 515 |
58 051 |
|
IE000000000207245 |
207245 |
Regeneron Ireland IOPS Raheen |
Regeneron Ireland Designated Activity Company |
2 257 |
2 769 |
3 085 |
3 085 |
3 085 |
14 281 |
|
IE000000000207697 |
207697 |
Kingscourt Brick |
Breedon Brick Limited |
2 528 |
2 528 |
3 140 |
3 140 |
3 140 |
14 476 |
|
TOTAL |
1 422 006 |
1 421 729 |
1 527 899 |
1 527 899 |
1 527 899 |
7 427 432 |
ANNEX VIII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Spain
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
ES000000000201796 |
201796 |
Bestile S.L. |
Bestile S.L. |
0 |
0 |
5 328 |
5 328 |
5 328 |
15 984 |
|
ES000000000000018 |
18 |
Azucarera de Jerez. Centro Guadalete |
AB Azucarera Iberia, S.L. |
26 324 |
25 647 |
39 237 |
38 174 |
37 111 |
166 493 |
|
ES000000000000158 |
158 |
DOLOMIAS DE ARAGON S.L. |
DOLOMIAS DE ARAGÓN S.L. |
19 596 |
14 973 |
9 597 |
9 597 |
9 597 |
63 360 |
|
ES000000000000164 |
164 |
Opel España, S.L.U. |
Opel España, S.L.U. |
8 737 |
6 460 |
5 266 |
5 123 |
4 981 |
30 567 |
|
ES000000000000199 |
199 |
CORPORACIÓN ALIMENTARIA PEÑASANTA S.A. |
CORPORACIÓN ALIMENTARIA PEÑASANTA S.A. |
10 424 |
9 297 |
9 144 |
8 896 |
8 649 |
46 410 |
|
ES000000000000212 |
212 |
ARCELORMITTAL ESPAÑA S.A. FACTORIAS DE ASTURIAS |
ARCELORMITTAL ESPAÑA S.A. |
5 554 006 |
5 639 443 |
7 047 427 |
7 047 427 |
7 047 427 |
32 335 730 |
|
ES000000000000268 |
268 |
COMPAÑÍA ENERGÉTICA PARA EL TABLERO, S.A. Instalación de Soria |
Compañía Energética para el Tablero, s.a. |
21 319 |
18 990 |
13 934 |
13 557 |
13 179 |
80 979 |
|
ES000000000000295 |
295 |
Ceranor I |
CERANOR, S.A |
21 093 |
25 638 |
26 320 |
24 797 |
24 797 |
122 645 |
|
ES000000000000300 |
300 |
BA Glass Spain, SA - Instalación de León |
BA Glass Spain, SA |
54 080 |
53 506 |
53 734 |
53 734 |
53 734 |
268 788 |
|
ES000000000000318 |
318 |
COMPAÑÍA ENERGÉTICA PARA EL TABLERO, S.A. |
Compañía Energética para el Tablero, s.a. |
19 422 |
17 567 |
10 300 |
10 021 |
9 742 |
67 052 |
|
ES000000000000320 |
320 |
Enersur Tarancón |
Enersur Siglo 21, S.L.Unipersonal |
9 804 |
9 552 |
6 456 |
6 281 |
6 106 |
38 199 |
|
ES000000000000329 |
329 |
REPSOL PETRÓLEO, S.A. CI.PUERTOLLANO |
REPSOL PETRÓLEO, S.A. |
953 711 |
752 383 |
953 711 |
953 711 |
953 711 |
4 567 227 |
|
ES000000000000438 |
438 |
Ciclo combinado Cogenerativo Tarragona Power |
TARRAGONA POWER S.L. |
15 165 |
13 496 |
9 078 |
8 831 |
8 586 |
55 156 |
|
ES000000000000449 |
449 |
ALIER,SA |
ALIER SA |
26 876 |
26 876 |
27 462 |
27 462 |
27 462 |
136 138 |
|
ES000000000000451 |
451 |
GUARRO CASAS, S.A. |
GUARRO CASAS, S.A. |
3 603 |
3 131 |
4 055 |
4 055 |
4 055 |
18 899 |
|
ES000000000000471 |
471 |
PAPELERA DE SARRIÀ S.L. |
PAPELERA DE SARRIÀ S.L. |
21 855 |
22 843 |
22 347 |
22 347 |
22 347 |
111 739 |
|
ES000000000000524 |
524 |
VIDRIERIA ROVIRA, SLU |
VIDRIERIA ROVIRA SLU |
29 130 |
22 269 |
24 453 |
24 453 |
24 453 |
124 758 |
|
ES000000000000551 |
551 |
UBE CORPORATION EUROPE SAU |
UBE CORPORATION EUROPE SAU |
119 606 |
141 503 |
157 244 |
157 244 |
157 244 |
732 841 |
|
ES000000000000564 |
564 |
ENDEKA CERAMICS |
ENDEKA CERAMICS |
18 704 |
18 843 |
14 438 |
14 438 |
14 438 |
80 861 |
|
ES000000000000638 |
638 |
Frinsa del Noroeste, S.A. |
Frinsa del Noroeste, S.A. |
3 367 |
3 281 |
2 525 |
2 457 |
2 388 |
14 018 |
|
ES000000000000654 |
654 |
REPSOL PETRÓLEO S.A. C.I. A CORUÑA |
Repsol Petróleo S.A. |
572 575 |
467 618 |
595 796 |
595 796 |
595 796 |
2 827 581 |
|
ES000000000000707 |
707 |
INTERNATIONAL PAPER MADRID MILL SLU |
INTERNATIONAL PAPER MADRID MILL SLU |
64 991 |
83 154 |
86 275 |
86 275 |
86 275 |
406 970 |
|
ES000000000000738 |
738 |
La Ladrillera Murciana, S.A. |
La Ladrillera Murciana, S.A. |
7 212 |
7 212 |
7 620 |
7 620 |
7 620 |
37 284 |
|
ES000000000000742 |
742 |
IESA INTERMALTA ENERGÍA, S.A. |
IESA INTERMALTA, S.A. |
10 260 |
7 731 |
5 995 |
5 832 |
5 670 |
35 488 |
|
ES000000000000765 |
765 |
COGENERACIÓN GEQUISA, S.A. |
COGENERACIÓN GEQUISA, S.A. |
12 020 |
12 469 |
12 665 |
12 322 |
11 979 |
61 455 |
|
ES000000000000778 |
778 |
Celulosas Moldeadas de Atxondo, S.A.U. |
Celulosas Moldeadas de Atxondo, S.A.U. |
12 827 |
12 827 |
13 070 |
13 070 |
13 070 |
64 864 |
|
ES000000000000789 |
789 |
PAPRESA S.A. COGENERACION |
PAPRESA S.L. |
82 179 |
69 723 |
69 753 |
69 753 |
69 753 |
361 161 |
|
ES000000000000815 |
815 |
Guardian Llodio Uno, SL |
Guardian Llodio Uno, S.L. |
74 199 |
74 199 |
73 913 |
73 913 |
73 913 |
370 137 |
|
ES000000000000817 |
817 |
Vicrila Industrias del Vidrio S.L |
Vicrila Industrias del Vidrio S.L |
16 753 |
16 754 |
17 575 |
17 575 |
17 575 |
86 232 |
|
ES000000000000843 |
843 |
Ceranor II |
CERANOR, S.A |
26 833 |
28 209 |
27 846 |
27 846 |
27 846 |
138 580 |
|
ES000000000000864 |
864 |
LAS MARISMAS DE LEBRIJA, S.C.A. |
LAS MARISMAS DE LEBRIJA, S.C.A. |
9 229 |
9 229 |
3 924 |
3 924 |
3 924 |
30 230 |
|
ES000000000000868 |
868 |
CEPSA QUÍMICA S.A. Planta de Puente Mayorga |
CEPSA QUÍMICA S.A. |
209 321 |
209 321 |
229 457 |
229 457 |
229 457 |
1 107 013 |
|
ES000000000000870 |
870 |
INDUSTRIAS LÁCTEAS DE GRANADA SLU- FÁBRICA DE GRANADA |
INDUSTRIAS LÁCTEAS DE GRANADA SL |
5 834 |
4 327 |
3 020 |
3 020 |
3 020 |
19 221 |
|
ES000000000000882 |
882 |
Asturiana de Zinc SAU |
Jaime Arias Zapico |
70 106 |
70 808 |
70 106 |
71 374 |
71 374 |
353 768 |
|
ES000000000000889 |
889 |
Nestlé España, SA - Fábrica de la Penilla |
Nestlé España, S.A. |
8 352 |
8 890 |
8 436 |
7 191 |
6 991 |
39 860 |
|
ES000000000000890 |
890 |
TEXTIL SANTANDERINA, S.A. |
TEXTIL SANTANDERINA, S.A. |
9 572 |
9 326 |
7 708 |
7 499 |
7 290 |
41 395 |
|
ES000000000000918 |
918 |
LACTALIS VILLARROBLEDO SLU |
Lactalis Villarrobledo SLU |
9 793 |
11 305 |
11 305 |
6 644 |
6 644 |
45 691 |
|
ES000000000000926 |
926 |
Covestro, S.L. |
Covestro, S.L. |
36 434 |
34 969 |
33 613 |
32 702 |
31 792 |
169 510 |
|
ES000000000000948 |
948 |
INDUSTRIAS QUIMICAS DEL OXIDO DE ETILENO, S.A. |
INDUSTRIAS QUIMICAS DEL OXIDO DE ETILENO, SA |
45 549 |
37 928 |
40 859 |
44 195 |
44 195 |
212 726 |
|
ES000000000000953 |
953 |
Nissan Motor Ibérica, S.A. - Fábrica Zona Franca - |
Nissan motor Ibérica, S.A. |
2 501 |
1 994 |
1 176 |
1 176 |
1 176 |
8 023 |
|
ES000000000001033 |
1033 |
SABIC INNOVATIVE PLASTICS ESPAÑA, S.C.A. |
SABIC Innovative Plastics España, S.C.P.A. |
310 315 |
307 581 |
304 597 |
304 597 |
304 597 |
1 531 687 |
|
ES000000000090074 |
90074 |
Estación de compresión de Chinchilla |
Enagás Transporte S.A.U. |
118 |
118 |
5 946 |
5 946 |
5 946 |
18 074 |
|
ES000000000201855 |
201855 |
Fertiberia - Fábrica de Palos |
FERTIBERIA, S.A. |
557 921 |
551 015 |
401 193 |
401 193 |
401 193 |
2 312 515 |
|
ES000000000201856 |
201856 |
FERTIBERIA, S.A. Fábrica de Puertollano |
FERTIBERIA, S.A. |
310 129 |
310 129 |
300 955 |
300 955 |
300 955 |
1 523 123 |
|
ES000000000202177 |
202177 |
Saint Gobain PAM España, S.A. |
Saint-Gobain Pam España, S.A. |
26 512 |
30 758 |
31 381 |
31 381 |
31 381 |
151 413 |
|
ES000000000202337 |
202337 |
XALLAS ELECTRICIDAD Y ALEACIONES, S.A.U. |
XALLAS ELECTRICIDAD Y ALEACIONES, S.A.U. |
66 243 |
46 514 |
44 377 |
44 377 |
44 377 |
245 888 |
|
ES000000000202339 |
202339 |
XALLAS ELECTRICIDAD Y ALEACIONES, S.A.U. |
XALLAS ELECTRICIDAD Y ALEACIONES, S.A.U. |
130 295 |
120 233 |
123 995 |
123 995 |
123 995 |
622 513 |
|
ES000000000202476 |
202476 |
GRUPO FERROATLÁNTICA, S.A.U. - Fábrica de Sabón |
GRUPO FERROATLÁNTICA, S.A.U. - Fábrica de Sabón |
88 903 |
108 010 |
99 937 |
99 937 |
99 937 |
496 724 |
|
ES000000000202615 |
202615 |
GRUPO FERROATLÁNTICA, S.A.U. (Fábrica de Boo) |
GRUPO FERROATLÁNTICA, S.A.U. (Fábrica de Boo). |
129 737 |
121 948 |
87 829 |
87 829 |
87 829 |
515 172 |
|
ES000000000202877 |
202877 |
PEPSICO MANUFACTURING, A.I.E. |
PEPSICO MANUFACTURING, A.I.E. |
4 265 |
4 883 |
5 359 |
4 904 |
4 904 |
24 315 |
|
ES000000000203734 |
203734 |
KEROS CERAMIA S.L. |
KEROS CERÁMICA S.L. |
5 708 |
5 379 |
5 087 |
5 087 |
5 087 |
26 348 |
|
ES000000000205784 |
205784 |
BASF Española S.L. |
BASF Española S.L. |
6 596 |
6 596 |
7 755 |
6 342 |
6 342 |
33 631 |
|
ES000000000206058 |
206058 |
Grasas Martinez González, S.L. |
Grasas Martinez González, S.L. |
4 759 |
4 759 |
3 977 |
3 977 |
3 977 |
21 449 |
|
ES000000000206061 |
206061 |
HALCÓN CERÁMICAS, S.A. (CENTRO 1) |
HALCÓN CERÁMICAS, S.A. |
9 607 |
9 982 |
5 882 |
5 882 |
5 882 |
37 235 |
|
ES000000000206935 |
206935 |
TABLEROS HISPANOS S.L.U. |
TABLEROS HISPANOS, S.L.U. |
36 525 |
39 485 |
37 193 |
36 185 |
35 178 |
184 566 |
|
ES000000000208983 |
208983 |
Thyssenkrupp Galmed, SAU |
Thyssenkrupp Galmed SAU |
15 723 |
12 397 |
14 915 |
14 915 |
14 915 |
72 865 |
|
ES000000000210364 |
210364 |
THESIZE SURFACES, S.L. |
THESIZE SURFACES, S.L. |
21 323 |
21 323 |
25 631 |
25 631 |
25 631 |
119 539 |
|
ES000000000214520 |
214520 |
BEST SURFACE S.L. |
BEST SURFACE S.L. |
4 792 |
4 686 |
5 524 |
5 397 |
5 269 |
25 668 |
|
ES000000000214600 |
214600 |
HOSPITAL UNIVERSITARIO DE TOLEDO |
NUEVO HOSPITAL DE TOLEDO, S.A. |
720 |
704 |
963 |
941 |
918 |
4 246 |
|
ES000000000214601 |
214601 |
LANGA DE DUERO ENERCORR XXI, S.L. |
LANGA DE DUERO ENERCORR XXI, S.L. |
14 109 |
13 799 |
11 040 |
10 786 |
10 532 |
60 266 |
|
ES000000000214800 |
214800 |
CERAMICAS TESANY, S.L.U. |
CERAMICAS TESANY, S.L.U. |
52 163 |
68 437 |
75 319 |
73 586 |
71 852 |
341 357 |
|
TOTAL |
10 019 825 |
9 792 427 |
11 361 023 |
11 348 960 |
11 341 392 |
53 863 627 |
ANNEX IX
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: France
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
FR000000000000003 |
3 |
SUCRERIE DE BUCY |
TEREOS France |
76 616 |
76 616 |
73 419 |
73 419 |
73 419 |
373 489 |
|
FR000000000000012 |
12 |
Chaufferie INTERSNACK FRANCE - Montigny-Lengrain |
INTERSNACK |
1 978 |
1 638 |
1 978 |
1 978 |
1 978 |
9 550 |
|
FR000000000000013 |
13 |
ROQUETTE VIC SA |
ROQUETTE VIC SA |
24 279 |
24 747 |
22 649 |
22 649 |
22 649 |
116 973 |
|
FR000000000000015 |
15 |
COFELY St Quentin |
ENGIE Cofely |
2 294 |
2 862 |
2 561 |
2 492 |
2 422 |
12 631 |
|
FR000000000000025 |
25 |
TEREOS France - SUCRERIE DE CHEVRIERES |
TEREOS France |
48 808 |
40 630 |
36 117 |
36 117 |
36 117 |
197 789 |
|
FR000000000000057 |
57 |
Sucrerie de Roye |
Saint Louis Sucre |
54 497 |
46 437 |
50 267 |
50 267 |
50 267 |
251 735 |
|
FR000000000000059 |
59 |
ROQUETTE frères - Site de Vecquemont |
ROQUETTE Frères SA - site de Vecquemont |
30 316 |
23 117 |
21 538 |
21 538 |
21 538 |
118 047 |
|
FR000000000000068 |
68 |
AHLSTROM-MUNKJSO ROTTERSAC SAS |
AHLSTROM-MUNKSJO ROTTERSAC SAS |
26 441 |
26 936 |
27 088 |
27 088 |
27 088 |
134 641 |
|
FR000000000000070 |
70 |
CHAUX DE SAINT ASTIER |
CHAUX DE SAINT ASTIER |
18 181 |
18 290 |
20 507 |
20 507 |
20 507 |
97 992 |
|
FR000000000000078 |
78 |
Smurfit Kappa Cellulose du Pin |
Smurfit Kappa Cellulose du Pin |
104 400 |
104 855 |
105 137 |
105 137 |
105 137 |
524 666 |
|
FR000000000000083 |
83 |
Etablissement de SAINT MEDARD |
ARIANEGROUP SAS |
1 963 |
1 963 |
1 801 |
1 801 |
1 801 |
9 329 |
|
FR000000000000084 |
84 |
OI Manufacturing Vayres |
OI France SAS |
40 850 |
36 619 |
48 716 |
48 716 |
48 716 |
223 617 |
|
FR000000000000088 |
88 |
Gascogne Papier |
Gascogne Papier |
33 646 |
33 646 |
27 291 |
27 291 |
27 291 |
149 165 |
|
FR000000000000095 |
95 |
SEE BRUYERES ET FILS |
BRUYERES |
13 588 |
12 763 |
12 287 |
12 287 |
12 287 |
63 212 |
|
FR000000000000099 |
99 |
TEREGA Station de compression de MONT |
TEREGA |
3 012 |
1 723 |
1 390 |
1 390 |
1 390 |
8 905 |
|
FR000000000000100 |
100 |
CELSA France |
CELSA France |
24 716 |
33 844 |
33 844 |
33 844 |
33 844 |
160 092 |
|
FR000000000000105 |
105 |
HAUTS DE GARONNE ENERGIES |
HAUTS DE GARONNE ENERGIES Chaufferie Urbaine de CENON |
1 045 |
797 |
485 |
472 |
459 |
3 258 |
|
FR000000000000136 |
136 |
EUROSERUM-Saint Martin Belle Roche |
EUROSERUM |
14 309 |
14 309 |
10 491 |
10 491 |
10 491 |
60 091 |
|
FR000000000000149 |
149 |
APERAM ALLOYS IMPHY |
APERAM ALLOYS IMPHY |
16 782 |
16 522 |
16 323 |
16 323 |
16 323 |
82 273 |
|
FR000000000000158 |
158 |
SumiRiko Rubber Compounding France SAS |
Sumiriko Rubber Compounding France SAS |
1 003 |
1 214 |
1 032 |
1 032 |
1 032 |
5 313 |
|
FR000000000000159 |
159 |
ST GOBAIN ISOVER - Châlon-sur-Saône |
SAINT-GOBAIN ISOVER |
3 045 |
2 562 |
3 045 |
3 045 |
3 045 |
14 742 |
|
FR000000000000161 |
161 |
SBES CHAUFFERIE LES GRAHUCHES |
SBES |
983 |
983 |
1 243 |
1 243 |
1 243 |
5 695 |
|
FR000000000000164 |
164 |
SOCIETE DIJONNAISE D’ENERGIE NOUVELLE - Chaufferie de la Fontaine d’Ouche |
SOCIETE DIJONNAISE D’ENERGIE NOUVELLE |
1 351 |
1 316 |
1 155 |
1 124 |
1 092 |
6 038 |
|
FR000000000000167 |
167 |
LAITERIE NOUVELLE DE L’ARGUENON |
Laiterie Nouvelle de l’Arguenon |
13 342 |
13 342 |
13 342 |
14 147 |
14 147 |
68 320 |
|
FR000000000000172 |
172 |
BUNGE France SAS - Usine de Brest |
BUNGE France SAS |
19 115 |
15 891 |
13 662 |
13 662 |
13 662 |
75 992 |
|
FR000000000000181 |
181 |
Soleval France_Usine de Javené |
SOLEVAL |
11 773 |
11 585 |
9 430 |
9 430 |
9 430 |
51 648 |
|
FR000000000000193 |
193 |
ENGIE ENERGIE SERVICES Rennes Villejean |
ENGIE Energie Services (Engie Réseaux) |
601 |
1 359 |
3 116 |
3 116 |
3 116 |
11 308 |
|
FR000000000000195 |
195 |
ERASTEEL COMMMENTRY |
ERASTEEL Commentry |
11 623 |
10 153 |
9 429 |
9 429 |
9 429 |
50 063 |
|
FR000000000000225 |
225 |
GRTgaz station de compression de Voisines |
GRTgaz Territoire Nord Est |
4 399 |
1 748 |
3 936 |
3 936 |
3 936 |
17 955 |
|
FR000000000000230 |
230 |
CRISTAL UNION Ets de SILLERY |
CRISTAL UNION |
53 851 |
53 320 |
53 167 |
53 167 |
53 167 |
266 672 |
|
FR000000000000234 |
234 |
ADM BAZANCOURT SASU |
ADM BAZANCOURT SASU |
42 381 |
35 773 |
29 901 |
29 901 |
29 901 |
167 857 |
|
FR000000000000247 |
247 |
DALKIA - CHAUFFERIE SUR LE SITE TEREOS |
DALKIA |
15 751 |
9 484 |
6 838 |
6 838 |
6 838 |
45 749 |
|
FR000000000000248 |
248 |
GRTgaz station de compression de Dierrey-Saint-Julien |
GRTgaz Territoire Nord Est |
135 |
135 |
29 |
29 |
29 |
357 |
|
FR000000000000251 |
251 |
0 |
Troyes Champagne Métropole |
732 |
888 |
630 |
613 |
596 |
3 459 |
|
FR000000000000275 |
275 |
SANOFI chimie Saint-Aubin-lès-Elbeuf |
SANOFI Chimie Saint-Aubin-lès-Elbeuf |
12 383 |
11 367 |
11 367 |
11 367 |
11 367 |
57 851 |
|
FR000000000000312 |
312 |
Papeterie Zuber Rieder |
Papeterie Zuber Rieder |
3 905 |
3 905 |
3 782 |
3 782 |
3 782 |
19 156 |
|
FR000000000000335 |
335 |
Papeteries et cartonneries Lacaux Frères |
Papeteries et cartonneries Lacaux Frères |
6 914 |
8 171 |
8 273 |
8 273 |
8 273 |
39 904 |
|
FR000000000000342 |
342 |
Dalkia-SDCL L’AURENCE |
société SDCL (Société de Distribution de Chaleur de Limoges) |
1 803 |
2 010 |
1 827 |
1 778 |
1 728 |
9 146 |
|
FR000000000000352 |
352 |
WIENERBERGER - Usine de Pont-de-Vaux |
WIENERBERGER SAS |
13 981 |
15 593 |
17 279 |
17 279 |
17 279 |
81 411 |
|
FR000000000000362 |
362 |
GRTgaz station de compression de La Bégude-de-Mazenc |
GRTgaz Territoire Rhône Méditerranée |
1 517 |
1 407 |
2 332 |
2 332 |
2 332 |
9 920 |
|
FR000000000000367 |
367 |
ENERGIE VERTE DE VALENCE - Chaufferie Dreyfus |
ENERGIE VERTE DE VALENCE |
1 327 |
1 293 |
1 118 |
1 087 |
1 057 |
5 882 |
|
FR000000000000378 |
378 |
chaufferie de la Villeneuve |
Compagnie de chauiffage de Grenoble |
7 789 |
6 669 |
7 351 |
7 351 |
7 351 |
36 511 |
|
FR000000000000408 |
408 |
ELM OPERATIONS -BRON PARILLY |
ELM OPERATIONS |
1 051 |
776 |
445 |
433 |
421 |
3 126 |
|
FR000000000000411 |
411 |
RHODIA OPERATION - SOLVAY SILICA |
RHODIA OPERATION - SOLVAY SILICA |
68 433 |
69 748 |
70 790 |
70 790 |
70 790 |
350 551 |
|
FR000000000000428 |
428 |
Chaufferie des Semailles à Rillieux-La-Pape COFELY |
Plateau Nord Energie |
500 |
500 |
327 |
327 |
327 |
1 981 |
|
FR000000000000431 |
431 |
ELM Opérations -CHAUFFERIE URBAINE LAFAYETTE |
ELM OPERATIONS |
4 371 |
4 718 |
3 963 |
3 963 |
3 963 |
20 978 |
|
FR000000000000437 |
437 |
ARKEMA Usine de La Chambre |
ARKEMA La Chambre |
31 197 |
31 197 |
24 351 |
24 351 |
24 351 |
135 447 |
|
FR000000000000439 |
439 |
Ugitech |
UGITECH |
48 207 |
51 983 |
39 927 |
39 927 |
39 927 |
219 971 |
|
FR000000000000466 |
466 |
SAINT-GOBAIN PAM |
Saint-Gobain PAM - usine de Pont-à-mousson |
285 780 |
297 867 |
368 737 |
368 737 |
368 737 |
1 689 858 |
|
FR000000000000476 |
476 |
LACTOSERUM France |
LACTOSERUM France |
22 335 |
21 977 |
21 793 |
21 793 |
21 793 |
109 691 |
|
FR000000000000502 |
502 |
OI France Gironcourt |
OI France SAS |
49 692 |
58 091 |
66 511 |
66 511 |
66 511 |
307 316 |
|
FR000000000000505 |
505 |
EGGER PANNEAUX ET DECORS - Rambervillers |
EGGER Panneaux et Décors |
34 092 |
35 810 |
37 393 |
36 381 |
35 368 |
179 044 |
|
FR000000000000512 |
512 |
ENGIE ENERGIE SERVICES EPINAL |
ENGIE COFELY |
1 283 |
1 462 |
1 555 |
1 512 |
1 470 |
7 282 |
|
FR000000000000513 |
513 |
GRTgaz station de compression de Morelmaison |
GRTgaz Territoire Nord Est |
16 916 |
10 623 |
12 681 |
12 681 |
12 681 |
65 582 |
|
FR000000000000517 |
517 |
AGC INTERPANE GLASS France SAS |
AGC INTERPANE GLASS France SAS |
98 880 |
115 967 |
118 450 |
118 450 |
118 450 |
570 197 |
|
FR000000000000521 |
521 |
DALKIA - SODEVAR Puits Vouters |
SODEVAR |
533 |
520 |
417 |
405 |
394 |
2 269 |
|
FR000000000000550 |
550 |
Centrale Beaulieu Malakoff |
ERENA |
3 343 |
3 343 |
3 627 |
3 627 |
3 627 |
17 567 |
|
FR000000000000553 |
553 |
LAVAL ENERGIE NOUVELLE - Chaufferie Saint-Nicolas |
LAVAL ENERGIE NOUVELLE |
101 |
98 |
232 |
226 |
220 |
877 |
|
FR000000000000557 |
557 |
ALTER SERVICES - Chaufferie de la Roseraie (Angers) |
ALTER SERVICES |
360 |
254 |
360 |
360 |
360 |
1 694 |
|
FR000000000000576 |
576 |
BOUYER LEROUX Site de Saint Martin des Fontaines |
BOUYER LEROUX |
22 387 |
21 932 |
25 615 |
25 615 |
25 615 |
121 164 |
|
FR000000000000579 |
579 |
BOUYER LEROUX Site de La Boissière du Doré |
BOUYER LEROUX |
1 760 |
1 760 |
2 374 |
2 374 |
2 374 |
10 642 |
|
FR000000000000581 |
581 |
BOUYER LEROUX - Usine de La Séguinière |
BOUYER LEROUX |
27 711 |
31 031 |
34 610 |
34 610 |
34 610 |
162 572 |
|
FR000000000000584 |
584 |
ALTEO GARDANNE |
ALTEO GARDANNE |
172 448 |
149 163 |
108 902 |
108 902 |
108 902 |
648 317 |
|
FR000000000000586 |
586 |
AIX - ZUP D’ENCAGNANE |
AIX-EN-PROVENCE ENERGIE ENVIRONNEMENT (APEE) |
3 627 |
4 517 |
4 945 |
4 945 |
4 945 |
22 979 |
|
FR000000000000592 |
592 |
CPCU - ST OUEN III |
COMPAGNIE PARISIENNE DE CHAUFFAGE URBAIN |
20 277 |
23 333 |
25 839 |
25 139 |
24 439 |
119 027 |
|
FR000000000000595 |
595 |
CIMENTERIE VICAT - Grave de Peille |
VICAT |
345 161 |
345 161 |
401 927 |
401 927 |
401 927 |
1 896 103 |
|
FR000000000000610 |
610 |
FIBRE EXCELLENCE PROVENCE |
FIBRE EXCELLENCE PROVENCE |
205 613 |
205 613 |
167 227 |
167 227 |
167 227 |
912 907 |
|
FR000000000000611 |
611 |
GRTgaz station de compression de Saint-Martin de Crau |
GRTgaz Territoire Rhône Méditerranée |
2 653 |
1 929 |
937 |
937 |
937 |
7 393 |
|
FR000000000000621 |
621 |
Unités PVC, Kraton et Additifs situées à l’Usine Chimique de Berre (UCB) |
CPB-Compagnie Pétrochimique de Berre |
64 843 |
64 843 |
55 487 |
55 487 |
55 487 |
296 147 |
|
FR000000000000625 |
625 |
ASCOMETAL Usine de Fos-sur-Mer |
ASCOMETAL FOS SUR MER SAS |
29 126 |
31 542 |
38 241 |
38 241 |
38 241 |
175 391 |
|
FR000000000000641 |
641 |
CHAUX DE LA TOUR |
CHAUX DE LA TOUR |
103 575 |
72 094 |
61 735 |
61 735 |
61 735 |
360 874 |
|
FR000000000000648 |
648 |
tuilerie MONIER MARSEILLE |
MONIER |
6 269 |
8 215 |
9 858 |
9 858 |
9 858 |
44 058 |
|
FR000000000000649 |
649 |
CEVE Clichy |
CLICHY ENERGIE VERTE-CEVE |
7 038 |
6 247 |
4 187 |
4 187 |
4 187 |
25 846 |
|
FR000000000000650 |
650 |
Chaufferie du Luth |
GENNEVILLIERS ENERGIE |
1 750 |
1 839 |
1 633 |
1 589 |
1 545 |
8 356 |
|
FR000000000000652 |
652 |
PLAINE COMMUNE ENERGIE NORD |
Plaine Commune Energie (PCE) |
8 841 |
8 409 |
6 991 |
6 991 |
6 991 |
38 223 |
|
FR000000000000655 |
655 |
KERAGLASS |
KERAGLASS |
19 075 |
18 890 |
21 925 |
21 925 |
21 925 |
103 740 |
|
FR000000000000660 |
660 |
CHELLES CHALEUR - Chaufferie de Belle-Île |
CHELLES CHALEUR |
1 851 |
1 851 |
2 140 |
2 140 |
2 140 |
10 122 |
|
FR000000000000664 |
664 |
RAFFINERIE DE GRANDPUITS |
TotalEnergies RAFFINAGE France - Raffinerie de Grandpuits |
249 139 |
122 509 |
2 938 |
2 938 |
2 938 |
380 462 |
|
FR000000000000672 |
672 |
SAM MONTEREAU SAS |
SAM MONTEREAU SAS |
51 739 |
60 680 |
71 652 |
71 652 |
71 652 |
327 375 |
|
FR000000000000675 |
675 |
LESAFFRE FRERES |
SAS Lesaffre Frères |
13 588 |
13 339 |
17 180 |
17 180 |
17 180 |
78 467 |
|
FR000000000000680 |
680 |
Sucrerie et Distillerie de Souppes OUVRÉ Fils S.A. |
Sucrerie et Distillerie de SOUPPES OUVRÉ Fils S.A. |
13 332 |
10 740 |
12 112 |
12 112 |
12 112 |
60 408 |
|
FR000000000000684 |
684 |
ITON SEINE |
Iton Seine |
28 285 |
26 866 |
32 870 |
32 870 |
32 870 |
153 761 |
|
FR000000000000688 |
688 |
Usine Renault de Flins |
SNC Renault (Flins) |
11 040 |
10 453 |
10 128 |
10 128 |
10 128 |
51 877 |
|
FR000000000000692 |
692 |
TERREAL LES MUREAUX |
TERREAL |
3 889 |
3 889 |
4 722 |
4 722 |
4 722 |
21 944 |
|
FR000000000000693 |
693 |
PEUGEOT CITROEN POISSY SNC |
PEUGEOT CITROEN POISSY SNC |
5 210 |
5 376 |
5 604 |
5 604 |
5 604 |
27 398 |
|
FR000000000000695 |
695 |
ALPA, ACIERIES ET LAMINOIRS DE PARIS |
ALPA, ACIERIES ET LAMINOIRS DE PARIS |
37 885 |
35 851 |
38 125 |
38 125 |
38 125 |
188 111 |
|
FR000000000000698 |
698 |
VELIDIS - Chaufferie Vélizy III |
VELIDIS |
5 533 |
5 391 |
3 665 |
3 565 |
3 466 |
21 620 |
|
FR000000000000702 |
702 |
X-FAB France |
X-FAB France |
779 |
779 |
439 |
439 |
439 |
2 875 |
|
FR000000000000704 |
704 |
Chaufferie urbaine d’EVRY |
GRAND PARIS SUD ENERGIE POSITIVE |
6 130 |
4 711 |
4 119 |
4 008 |
3 896 |
22 864 |
|
FR000000000000714 |
714 |
SOCCRAM Chaufferie Grande Borne |
SOCCRAM |
1 258 |
1 225 |
1 108 |
1 078 |
1 048 |
5 717 |
|
FR000000000000715 |
715 |
ENERLIS |
ENERLIS |
2 931 |
2 855 |
2 344 |
2 281 |
2 217 |
12 628 |
|
FR000000000000720 |
720 |
SEFIR FOSSES TREMPES |
SEFIR |
418 |
309 |
194 |
194 |
194 |
1 309 |
|
FR000000000000724 |
724 |
AEROPORTS DE PARIS - POLE PRODUCTION D ENERGIE |
AEROPORT de PARIS |
7 540 |
7 540 |
8 161 |
8 161 |
8 161 |
39 563 |
|
FR000000000000725 |
725 |
CENERGY - Chaufferie des Bellevues |
CenergY |
6 343 |
4 639 |
4 987 |
4 987 |
4 987 |
25 943 |
|
FR000000000000728 |
728 |
COMPAGNIE PARISIENNE DE CHAUFFAGE URBAIN - VAUGIRARD |
COMPAGNIE PARISIENNE DE CHAUFFAGE URBAIN |
11 891 |
15 908 |
20 001 |
20 001 |
20 001 |
87 802 |
|
FR000000000000734 |
734 |
Chaufferie Urbaine SEINERGIE |
SEINERGIE |
4 340 |
4 340 |
3 242 |
3 242 |
3 242 |
18 406 |
|
FR000000000000756 |
756 |
PCE - Fabien - Saint-Denis |
Plaine Commune Energie (PCE) |
334 |
1 170 |
1 782 |
1 782 |
1 782 |
6 850 |
|
FR000000000000757 |
757 |
CPCU - ST OUEN I et II |
COMPAGNIE PARISIENNE DE CHAUFFAGE URBAIN |
71 646 |
66 228 |
59 578 |
59 578 |
59 578 |
316 608 |
|
FR000000000000762 |
762 |
Chaufferie urbaine DALKIA - SCUC Chaufferie CT1 |
SCUC (Société de Chauffage Urbain de Créteil) |
392 |
535 |
744 |
724 |
704 |
3 099 |
|
FR000000000000772 |
772 |
ARGEVAL |
ARGEVAL |
543 |
764 |
1 169 |
1 169 |
1 169 |
4 814 |
|
FR000000000000785 |
785 |
TERREAL |
TERREAL |
7 589 |
7 589 |
7 841 |
7 841 |
7 841 |
38 701 |
|
FR000000000000790 |
790 |
TERREAL |
TERREAL |
10 454 |
12 228 |
12 726 |
12 726 |
12 726 |
60 860 |
|
FR000000000000794 |
794 |
CEA MARCOULE - CHAUFFERIE SAG |
CEA Centre de Marcoule |
2 189 |
2 536 |
2 655 |
2 655 |
2 655 |
12 690 |
|
FR000000000000797 |
797 |
NIMERGIE |
NIMERGIE |
1 773 |
1 728 |
1 523 |
1 482 |
1 440 |
7 946 |
|
FR000000000000800 |
800 |
OI France SAS Vergèze |
OI FRANCE SAS |
24 046 |
24 046 |
28 733 |
28 733 |
28 733 |
134 291 |
|
FR000000000000805 |
805 |
GIE Chimie Salindres |
GIE Chimie Salindres |
3 206 |
2 353 |
1 816 |
1 767 |
1 718 |
10 860 |
|
FR000000000000830 |
830 |
WIENERBERGER - Betschdorf |
WIENERBERGER SAS |
16 702 |
15 360 |
13 475 |
13 475 |
13 475 |
72 487 |
|
FR000000000000851 |
851 |
Usine de Seltz (67470) |
WIENERBERGER SAS |
12 277 |
12 865 |
13 067 |
13 067 |
13 067 |
64 343 |
|
FR000000000000857 |
857 |
EDILIANS Site de Damiatte |
EDILIANS |
2 297 |
2 297 |
2 924 |
2 924 |
2 924 |
13 366 |
|
FR000000000000869 |
869 |
AIRBUS OPERATIONS SAS Site de Clément Ader |
AIRBUS OPERATIONS SAS |
5 690 |
5 119 |
4 010 |
4 010 |
4 010 |
22 839 |
|
FR000000000000875 |
875 |
ARKEMA France - Lannemezan |
ARKEMA France |
38 397 |
38 397 |
32 156 |
32 156 |
32 156 |
173 262 |
|
FR000000000000880 |
880 |
Lafarge Ciments - Usine de Martres Tolosane |
Lafarge Ciments |
302 241 |
255 554 |
302 241 |
302 241 |
302 241 |
1 464 518 |
|
FR000000000000888 |
888 |
TERREAL COLOMIERS |
TERREAL |
26 691 |
26 691 |
28 676 |
28 676 |
28 676 |
139 410 |
|
FR000000000000890 |
890 |
BASF HEALTH AND CARE PRODUCT France |
BASF Health and Care Products France SAS |
17 465 |
17 465 |
17 365 |
17 365 |
17 365 |
87 025 |
|
FR000000000000904 |
904 |
CARTONNERIES DE GONDARDENNES WARDRECQUES SA |
CARTONNERIES de GONDARDENNES WARDRECQUES sa |
39 709 |
33 701 |
24 666 |
24 666 |
24 666 |
147 408 |
|
FR000000000000910 |
910 |
R ENERGIES - CHAUFFERIE DE L’ALMA |
R-ENERGIE |
3 955 |
2 881 |
2 550 |
2 481 |
2 412 |
14 279 |
|
FR000000000000922 |
922 |
McCain alimentaire site de Béthune |
McCAIN ALIMENTAIRE |
16 525 |
14 012 |
16 525 |
16 525 |
16 525 |
80 112 |
|
FR000000000000928 |
928 |
Usine Renault Douai - Georges BESSE |
Usine Renault de Douai |
6 626 |
4 846 |
4 199 |
4 199 |
4 199 |
24 069 |
|
FR000000000000934 |
934 |
R ENERGIES - Chaufferie Beaurepaire |
R-ENERGIE |
1 241 |
837 |
703 |
684 |
664 |
4 129 |
|
FR000000000000935 |
935 |
INGREDIA |
INGREDIA |
21 361 |
21 361 |
21 076 |
21 076 |
21 076 |
105 950 |
|
FR000000000000941 |
941 |
McCAIN Alimentaire Harnes |
McCAIN Alimentaire SAS |
29 137 |
29 137 |
34 771 |
34 771 |
34 771 |
162 587 |
|
FR000000000000947 |
947 |
WEPA France usine De Bousbecque |
WEPA France |
21 404 |
24 630 |
21 404 |
21 404 |
21 404 |
110 246 |
|
FR000000000000966 |
966 |
DALKIA - CHAUFFERIE DE LA ZUP DE BLANC RIEZ |
DALKIA France |
1 088 |
1 060 |
0 |
0 |
0 |
2 148 |
|
FR000000000000974 |
974 |
CARGILL Haubourdin SAS |
CARGILL Haubourdin |
50 065 |
37 756 |
30 413 |
30 413 |
30 413 |
179 060 |
|
FR000000000000979 |
979 |
NESTLE PURINA PETCARE France - Usine de Marconnelle |
NESTLE PURINA PETCARE France |
5 493 |
4 015 |
5 426 |
5 426 |
5 426 |
25 786 |
|
FR000000000000985 |
985 |
RESONOR - Centrale Thermique du Mont de Terre |
RESONOR |
9 935 |
7 138 |
4 110 |
3 998 |
3 887 |
29 068 |
|
FR000000000000993 |
993 |
Cogénération Réseau d’Arras |
COGESTAR |
1 554 |
1 287 |
1 470 |
1 430 |
1 390 |
7 131 |
|
FR000000000000999 |
999 |
GRTgaz station de compression de Taisnières-sur-Hon |
GRTgaz Territoire Nord Est |
21 061 |
11 992 |
5 842 |
5 842 |
5 842 |
50 579 |
|
FR000000000001003 |
1003 |
GRTgaz station de compression de Pitgam |
GRTgaz Territoire Nord Est |
8 660 |
7 179 |
12 081 |
12 081 |
12 081 |
52 082 |
|
FR000000000001005 |
1005 |
SAARSTAHL ASCOVAL |
Saarstahl Ascoval |
12 034 |
20 728 |
30 706 |
30 706 |
30 706 |
124 880 |
|
FR000000000001007 |
1007 |
Briqueteries de TEMPLEUVE |
Briqueterie de TEMPLEUVE |
3 406 |
3 406 |
3 729 |
3 729 |
3 729 |
17 999 |
|
FR000000000001021 |
1021 |
TERREAL ROUMAZIERES-LOUBERT |
TERREAL |
25 822 |
26 580 |
26 706 |
26 706 |
26 706 |
132 520 |
|
FR000000000001022 |
1022 |
RHODIA OPERATIONS |
RHODIA OPERATIONS |
10 995 |
10 016 |
9 470 |
9 470 |
9 470 |
49 421 |
|
FR000000000001024 |
1024 |
AHLSTROM SPECIALTIES SAINT SEVERIN |
AHLSTROM MUNKSJO SPECIALTIES SAINT-SEVERIN |
20 577 |
21 598 |
21 375 |
21 375 |
21 375 |
106 300 |
|
FR000000000001032 |
1032 |
VERALLIA FRANCE - Cognac |
Verallia France |
72 825 |
59 820 |
55 674 |
55 674 |
55 674 |
299 667 |
|
FR000000000001033 |
1033 |
PAPETERIE ST-MICHEL GROUPE THIOLLET |
PAPETERIE SAINT-MICHEL GROUPE THIOLLET |
15 878 |
15 878 |
12 671 |
12 671 |
12 671 |
69 769 |
|
FR000000000001037 |
1037 |
CHU Poitiers |
CHU de poitiers |
1 218 |
932 |
796 |
774 |
753 |
4 473 |
|
FR000000000001038 |
1038 |
Ciments Calcia Bussac Forêt |
Ciments Calcia |
352 904 |
352 904 |
271 268 |
271 268 |
271 268 |
1 519 612 |
|
FR000000000001063 |
1063 |
DALKIA – CHAUFFAGE URBAIN DE JOUE LES TOURS |
DALKIA |
1 299 |
1 265 |
1 409 |
1 371 |
1 333 |
6 677 |
|
FR000000000001064 |
1064 |
STORENGY Stockage Souterrain de Céré la Ronde |
STORENGY |
806 |
314 |
540 |
540 |
540 |
2 740 |
|
FR000000000001077 |
1077 |
SOCOS |
SOCOS |
2 011 |
2 253 |
1 981 |
1 927 |
1 874 |
10 046 |
|
FR000000000001078 |
1078 |
SODC |
SODC |
517 |
262 |
445 |
433 |
421 |
2 078 |
|
FR000000000001123 |
1123 |
Chaufferie Urbaine DALKIA - SCUC Chaufferie A CENTRE |
SCUC (Société de Chauffage Urbain de Créteil) |
2 824 |
2 824 |
1 968 |
1 968 |
1 968 |
11 552 |
|
FR000000000001129 |
1129 |
ENORIS - Curma Rue Victor Basch |
ENORIS |
1 828 |
1 828 |
1 426 |
1 426 |
1 426 |
7 934 |
|
FR000000000001135 |
1135 |
COGELYO N-E - Site Goodyear |
COGELYO Nord-Est |
1 557 |
1 517 |
1 601 |
1 557 |
1 514 |
7 746 |
|
FR000000000001145 |
1145 |
ELM OPERATIONS - TAG EINSTEIN |
ELM OPERATIONS |
3 513 |
5 124 |
6 133 |
5 967 |
5 801 |
26 538 |
|
FR000000000001147 |
1147 |
SAIPOL - Eatblissement de LE MERIOT |
DELAMEA OLIVIER |
22 143 |
22 261 |
22 261 |
22 261 |
22 261 |
111 187 |
|
FR000000000001156 |
1156 |
WIENERBERGER - Usine de Durtal |
WIENERBERGER SAS |
15 544 |
15 544 |
17 016 |
17 016 |
17 016 |
82 136 |
|
FR000000000001157 |
1157 |
TEREGA Station de compression de LUSSAGNET |
TEREGA |
1 444 |
670 |
454 |
454 |
454 |
3 476 |
|
FR000000000001160 |
1160 |
CTFEBis Bâtiment 6100 |
AEROPORTS DE PARIS |
1 898 |
2 411 |
2 154 |
2 154 |
2 154 |
10 771 |
|
FR000000000001161 |
1161 |
tuilerie Monier Signy l’Abbaye |
MONIER SAS |
6 112 |
6 229 |
7 556 |
7 556 |
7 556 |
35 009 |
|
FR000000000001164 |
1164 |
Centrale Utilités |
SOBEGI |
13 343 |
13 000 |
8 877 |
8 636 |
8 396 |
52 252 |
|
FR000000000202377 |
202377 |
CENERGY - Chaufferie des Linandes |
CenergY |
4 989 |
6 330 |
4 989 |
4 989 |
4 989 |
26 286 |
|
FR000000000203536 |
203536 |
DROME ENERGIE SERVICES |
DROME ENERGIE SERVICES |
6 697 |
6 525 |
4 894 |
4 761 |
4 628 |
27 505 |
|
FR000000000204058 |
204058 |
SOCIETE LAITIERE DE PONTIVY |
SOCIETE LAITIERE DE PONTIVY |
12 178 |
8 137 |
8 456 |
8 456 |
8 456 |
45 683 |
|
FR000000000204077 |
204077 |
SOCIETE INDUSTRIELLE DE ST FLORENT LE VIEIL |
SOCIETE INDUSTRIELLE DE ST FLORENT LE VIEIL |
6 956 |
6 778 |
6 956 |
6 956 |
6 956 |
34 602 |
|
FR000000000204210 |
204210 |
Atelier acide nitrique Grandpuits |
Borealis Chimie SAS |
71 534 |
61 064 |
44 633 |
44 633 |
44 633 |
266 497 |
|
FR000000000204211 |
204211 |
Atelier ammoniac Grandpuits |
Borealis Chimie SAS |
438 583 |
377 846 |
275 020 |
275 020 |
275 020 |
1 641 489 |
|
FR000000000204218 |
204218 |
PRODEVA |
PRODEVA |
7 688 |
7 396 |
6 640 |
6 640 |
6 640 |
35 004 |
|
FR000000000204292 |
204292 |
Axens |
Axens |
6 032 |
4 838 |
4 951 |
4 951 |
4 951 |
25 723 |
|
FR000000000204313 |
204313 |
SIAAP- Usine Seine Amont Valenton |
SIAAP |
6 309 |
6 309 |
6 073 |
6 073 |
6 073 |
30 837 |
|
FR000000000204945 |
204945 |
KEM ONE Site de Saint-Fons |
KEM ONE |
7 311 |
10 229 |
6 865 |
6 865 |
6 865 |
38 135 |
|
FR000000000205226 |
205226 |
FERROPEM Usine de Laudun |
FERROPEM Usine de Laudun |
148 612 |
152 649 |
198 740 |
198 740 |
198 740 |
897 481 |
|
FR000000000205261 |
205261 |
CAPDEA site d’Assencières |
CAPDEA ASSENCIERES |
6 523 |
6 791 |
4 816 |
4 816 |
4 816 |
27 762 |
|
FR000000000205263 |
205263 |
CAPDEA site d’Aulnay |
CAPDEA |
5 687 |
5 931 |
4 533 |
4 533 |
4 533 |
25 217 |
|
FR000000000205264 |
205264 |
CAPDEA SITE DE MARIGNY LE CHATEL |
CAPDEA |
7 502 |
6 169 |
9 569 |
9 569 |
9 569 |
42 378 |
|
FR000000000205437 |
205437 |
SICA PULPES DE BOIRY |
TEREOS France |
14 221 |
17 883 |
14 471 |
14 471 |
14 471 |
75 517 |
|
FR000000000205488 |
205488 |
Maubeuge Construction Automobile |
MAUBEUGE CONSTRUCTION AUTOMOBILE |
5 292 |
5 292 |
3 722 |
3 722 |
3 722 |
21 750 |
|
FR000000000205521 |
205521 |
TEREOS NUTRION ANIMALE AULNAY AUX PLANCHES |
TEREOS NUTRITION ANIMALE |
6 412 |
5 189 |
5 084 |
5 084 |
5 084 |
26 853 |
|
FR000000000205522 |
205522 |
TEREOS NUTRITION ANIMALE ALLEMANCHE |
TEREOS NUTRITION ANIMALE |
8 837 |
7 680 |
10 126 |
10 126 |
10 126 |
46 895 |
|
FR000000000205523 |
205523 |
TEREOS NUTRITION ANIMALE PLEURS |
TEREOS NUTRITION ANIMALE |
7 173 |
5 807 |
7 045 |
7 045 |
7 045 |
34 115 |
|
FR000000000205524 |
205524 |
TEREOS NUTRITION ANIMALE MONTEPREUX |
TEREOS NUTRITION ANIMALE |
9 325 |
7 608 |
6 144 |
6 144 |
6 144 |
35 365 |
|
FR000000000205575 |
205575 |
ETEX Usine Saint-Loubès |
ETEX |
5 838 |
5 968 |
6 380 |
6 380 |
6 380 |
30 946 |
|
FR000000000205579 |
205579 |
Etex France Building Performance usine de Le Pin |
Etex France Building Performance |
5 079 |
5 386 |
5 659 |
5 659 |
5 659 |
27 442 |
|
FR000000000205589 |
205589 |
UNION INVIVO BASSENS TERRE |
UNION INVIVO |
425 |
425 |
226 |
226 |
226 |
1 528 |
|
FR000000000205659 |
205659 |
APERAM STAINLESS France - Site de Gueugnon |
APERAM STAINLESS France |
32 219 |
37 413 |
32 220 |
32 220 |
32 220 |
166 292 |
|
FR000000000205670 |
205670 |
TRIMET France |
TRIMET France |
235 735 |
236 614 |
236 063 |
236 063 |
236 063 |
1 180 538 |
|
FR000000000205702 |
205702 |
NLMK Strasbourg |
NLMK Strasbourg |
16 904 |
17 586 |
14 810 |
14 810 |
14 810 |
78 920 |
|
FR000000000205704 |
205704 |
AIR LIQUIDE HYDROGENE - LAVERA SMR |
Air Liquide Hydrogene |
108 751 |
108 751 |
90 008 |
90 008 |
90 008 |
487 526 |
|
FR000000000205797 |
205797 |
CRISTAL UNION (Pulpes Haute Picardie) |
CRISTAL UNION |
8 288 |
8 288 |
6 898 |
6 898 |
6 898 |
37 270 |
|
FR000000000205820 |
205820 |
DILLINGER France |
DILLINGER France |
45 077 |
45 077 |
54 363 |
54 363 |
54 363 |
253 243 |
|
FR000000000205864 |
205864 |
SOBEGI |
SOBEGI |
7 951 |
8 539 |
8 282 |
8 282 |
8 282 |
41 336 |
|
FR000000000205877 |
205877 |
MAISADOUR BEGAAR |
Maisadour - Begaar |
968 |
968 |
710 |
710 |
710 |
4 066 |
|
FR000000000205891 |
205891 |
SITE STRASBOURG |
ARMBRUSTER GRANDES CULTURES SAS |
551 |
796 |
641 |
641 |
641 |
3 270 |
|
FR000000000206024 |
206024 |
PLACOPLATRE - Usine de CHAMBERY |
PLACOPLATRE |
8 594 |
8 594 |
8 942 |
8 942 |
8 942 |
44 014 |
|
FR000000000206025 |
206025 |
PLACOPLATRE Cormeilles |
PLACOPLATRE |
7 201 |
7 080 |
6 914 |
6 914 |
6 914 |
35 023 |
|
FR000000000206044 |
206044 |
EURALIS CEREALES LESCAR |
EURALIS CEREALES |
519 |
519 |
372 |
372 |
372 |
2 154 |
|
FR000000000206047 |
206047 |
TATA STEEL MAUBEUGE S.A.S. |
TATA STEEL MAUBEUGE S.A.S. |
29 628 |
29 628 |
28 434 |
28 434 |
28 434 |
144 558 |
|
FR000000000206065 |
206065 |
ArcelorMittal Gandrange |
ArcelorMittal Gandrange |
13 310 |
15 783 |
19 910 |
19 910 |
19 910 |
88 823 |
|
FR000000000206099 |
206099 |
FORESA France |
FORESA France |
3 506 |
3 506 |
4 047 |
4 047 |
4 047 |
19 153 |
|
FR000000000206159 |
206159 |
Saint-Gobain PAM - Usine de Bayard |
SAINT GOBAIN PAM - Usine de Bayard |
11 752 |
13 330 |
13 596 |
13 596 |
13 596 |
65 870 |
|
FR000000000206175 |
206175 |
MAISICA DE BAYONNE GIE |
MAISICA DE BAYONNE GIE |
654 |
654 |
415 |
415 |
415 |
2 553 |
|
FR000000000206189 |
206189 |
UCLAB industrie |
UCLAB Industrie |
6 782 |
6 417 |
6 782 |
6 782 |
6 782 |
33 545 |
|
FR000000000206222 |
206222 |
Coopérative Eureden (ex-UCA CECABROONS) |
Coopérative Eureden |
752 |
752 |
632 |
632 |
632 |
3 400 |
|
FR000000000206235 |
206235 |
SICA Gâtinaise de déshydratation |
société d’intérêt collectif agricole |
5 066 |
4 246 |
4 654 |
4 654 |
4 654 |
23 274 |
|
FR000000000206273 |
206273 |
CNPE de Fessenheim |
EDF CNPE de FESSENHEIM |
398 |
1 145 |
1 484 |
1 484 |
1 484 |
5 995 |
|
FR000000000206317 |
206317 |
SECHOIR CAC OTTMARSHEIM |
COOPERATIVE AGRICOLE DE CEREALES |
1 307 |
1 307 |
1 081 |
1 081 |
1 081 |
5 857 |
|
FR000000000206343 |
206343 |
LEROUX SAS |
LEROUX |
1 826 |
1 826 |
2 423 |
2 423 |
2 423 |
10 921 |
|
FR000000000206345 |
206345 |
STEICO CASTELJALOUX SAS |
STEICO CASTELJALOUX SAS |
7 304 |
7 768 |
8 124 |
8 124 |
8 124 |
39 444 |
|
FR000000000206361 |
206361 |
CHEMINEES PHILIPPE |
CHEMINEES PHILIPPE |
1 252 |
681 |
411 |
411 |
411 |
3 166 |
|
FR000000000206602 |
206602 |
LIDEA France |
Euralis Semences |
550 |
661 |
550 |
550 |
550 |
2 861 |
|
FR000000000206603 |
206603 |
Silo GUSTAVE MULLER |
GUSTAVE MULLER SAS |
301 |
413 |
301 |
301 |
301 |
1 617 |
|
FR000000000206604 |
206604 |
Silo GUSTAVE MULLER OTTMARSHEIM |
GUSTAVE MULLER SAS |
664 |
787 |
664 |
664 |
664 |
3 443 |
|
FR000000000206830 |
206830 |
EIFFAGE GC CENTRALE D’ENROBAGE MOBILE MI 707 |
EIFFAGE GENIE CIVIL |
711 |
884 |
1 226 |
1 226 |
1 226 |
5 273 |
|
FR000000000206845 |
206845 |
SILO SICA NEUF BRISACH |
Société de construction et d’exploitation de silo au Port Rhénan de Colmar/Neuf-Brisach |
272 |
374 |
272 |
272 |
272 |
1 462 |
|
FR000000000207223 |
207223 |
DESVRES SURFACES |
DESVRES SURFACES |
17 392 |
13 764 |
10 185 |
10 185 |
10 185 |
61 711 |
|
FR000000000209263 |
209263 |
Centrale Californie |
ERENA |
1 893 |
2 292 |
1 974 |
1 921 |
1 867 |
9 947 |
|
FR000000000210023 |
210023 |
POLYREY SAS |
POLYREY |
2 658 |
2 658 |
0 |
0 |
0 |
5 316 |
|
FR000000000210163 |
210163 |
THYSSEN KRUPP Electrical Steel UGO SAS |
THYSSEN KRUPP Electrical Steel UGO SAS |
17 504 |
16 939 |
21 787 |
21 787 |
21 787 |
99 804 |
|
FR000000000210205 |
210205 |
GRTgaz station de compression de Beynes |
GRTgaz Territoire Val de Seine |
1 818 |
2 328 |
3 734 |
3 734 |
3 734 |
15 348 |
|
FR000000000210608 |
210608 |
NUTRIBABIG |
NUTRI’BABIG |
7 768 |
7 970 |
8 516 |
8 516 |
8 516 |
41 286 |
|
FR000000000210723 |
210723 |
ECOSLOPS PROVENCE |
ECOSLOPS PROVENCE |
6 217 |
6 627 |
6 627 |
6 627 |
6 627 |
32 725 |
|
FR000000000211718 |
211718 |
SPL CHARTRES METROPOLE ENERGIES |
SPL CHARTRES METROPOLE ENERGIES |
1 957 |
1 907 |
2 244 |
2 183 |
2 123 |
10 414 |
|
FR000000000211959 |
211959 |
KNAUF INSULATION LANNEMEZAN - Illange |
KNAUF INSULATION LANNEMEZAN |
10 148 |
29 200 |
38 339 |
38 339 |
38 339 |
154 365 |
|
FR000000000214000 |
214000 |
ELM Opérations - Chaufferie Surville Lyon |
ELM Opérations |
3 523 |
3 523 |
4 083 |
4 083 |
4 083 |
19 295 |
|
FR000000000216443 |
216443 |
FREGATA HYGIENE |
FREGATA HYGIENE |
5 874 |
6 484 |
6 338 |
6 192 |
6 047 |
30 935 |
|
FR000000000217081 |
217081 |
Chaufferie du Centre d’Accueil et de Soins Hospitaliers |
Centre d’Accueil et de Soins Hospitaliers |
338 |
646 |
632 |
617 |
603 |
2 836 |
|
FR000000000218741 |
218741 |
Centrale thermique GEOVIVA |
GEOVIVA |
0 |
1 110 |
0 |
0 |
0 |
1 110 |
|
FR000000000000072 |
72 |
Yara France Usine d’Ambès |
Yara France |
88 101 |
104 293 |
84 755 |
84 755 |
84 755 |
446 659 |
|
FR000000000000287 |
287 |
DA ALIZAY SAS |
DA ALIZAY SAS |
39 917 |
39 917 |
39 917 |
39 917 |
39 917 |
199 585 |
|
TOTAL |
5 875 122 |
5 589 581 |
5 361 181 |
5 358 308 |
5 354 633 |
27 538 825 |
ANNEX X
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Croatia
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
HR000000000205247 |
205247 |
Rafinerija nafte Sisak |
INA - Industrija nafte d.d. |
5 546 |
5 546 |
0 |
0 |
0 |
11 092 |
|
TOTAL |
5 546 |
5 546 |
0 |
0 |
0 |
11 092 |
ANNEX XI
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Italy
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
IT000000000000042 |
42 |
Centrale termica Alcoplast |
Alcoplast Srl |
6 188 |
8 743 |
8 743 |
8 743 |
8 743 |
41 160 |
|
IT000000000000693 |
693 |
CARTIERA GIACOSA S.P.A. |
CARTIERA GIACOSA S.P.A. |
13 289 |
12 297 |
12 297 |
12 297 |
12 297 |
62 477 |
|
IT000000000001121 |
1121 |
Feger |
Feger di Gerardo Ferraioli spa |
3 577 |
4 379 |
4 379 |
4 379 |
4 379 |
21 093 |
|
IT000000000001135 |
1135 |
Stabilimento Fantoni - Rivoli di Osoppo |
Fantoni S.p.A. |
106 136 |
106 437 |
106 437 |
106 437 |
106 437 |
531 884 |
|
IT000000000205382 |
205382 |
Stabilimento Knauf di Produzione Lastre in Cartongesso sito in Castellina M.ma |
Knauf di Knauf Srl Sas |
5 456 |
6 475 |
6 475 |
6 475 |
6 475 |
31 356 |
|
IT000000000214220 |
214220 |
Unità Produttiva 3SUN S.r.l. |
3SUN S.r.l. |
0 |
237 |
0 |
0 |
0 |
237 |
|
IT000000000214861 |
214861 |
Impianto produzione formaldeide di Vercelli |
Alcoplast Srl |
116 |
0 |
0 |
0 |
0 |
116 |
|
IT000000000214980 |
214980 |
Altopascio |
Pro-gest spa |
0 |
679 |
0 |
0 |
0 |
679 |
|
IT000000000215960 |
215960 |
STABILIMENTO DI PATRICA |
Novamont S.p.A. |
316 |
11 533 |
11 273 |
11 014 |
10 754 |
44 890 |
|
IT000000000217200 |
217200 |
CARTIERA DI COLOGNO |
Cartiera di Cologno S.p.A. |
0 |
4 411 |
0 |
0 |
0 |
4 411 |
|
IT000000000217220 |
217220 |
Stabilimento di Sassuolo |
Savoia Italia SpA |
0 |
4 267 |
0 |
0 |
0 |
4 267 |
|
IT000000000217420 |
217420 |
Officine Tecnosider SRL |
Officine Tecnosider S.r.l. |
0 |
8 191 |
0 |
0 |
0 |
8 191 |
|
IT000000000000004 |
4 |
Centrale Termica Fenice di Carmagnola (aut. N. 5) |
Edison Next s.p.a |
47 |
572 |
1 498 |
1 498 |
1 498 |
5 113 |
|
IT000000000000038 |
38 |
SANAC S.p.A. in Amministrazione Straordinaria |
SANAC S.p.A. in Amministtrazione Straordinaria-Stabilimento di Gattinara |
2 015 |
2 015 |
1 693 |
1 693 |
1 693 |
9 109 |
|
IT000000000000043 |
43 |
STABILIMENTO PRODUTTIVO DI MOMO |
FM CARTIERE S.P.A. |
9 868 |
12 343 |
17 257 |
17 257 |
17 257 |
73 982 |
|
IT000000000000052 |
52 |
Stabilimento di Viale Industria |
Abet Laminati SpA |
2 195 |
2 195 |
2 024 |
2 024 |
2 024 |
10 462 |
|
IT000000000000057 |
57 |
Kimberly-Clark S.r.l. Stabilimento di Romagnano Sesia |
Kimberly-Clark s.r.l. |
23 391 |
26 127 |
24 492 |
24 492 |
24 492 |
122 994 |
|
IT000000000000058 |
58 |
Riva Acciaio S.p.a |
Riva Acciaio S.p.A |
43 092 |
58 263 |
58 052 |
58 052 |
58 052 |
275 511 |
|
IT000000000000078 |
78 |
Verallia - Stabilimento di Dego |
Verallia italia S.p.a. |
59 504 |
60 727 |
54 895 |
54 895 |
54 895 |
284 916 |
|
IT000000000000080 |
80 |
Raffineria di greggi e oli pesanti |
ALMA PETROLI SPA |
15 916 |
15 508 |
14 119 |
14 119 |
14 119 |
73 781 |
|
IT000000000000089 |
89 |
Stabilimento GNL di Panigaglia |
GNL Italia SpA |
14 499 |
10 729 |
9 559 |
9 559 |
9 559 |
53 905 |
|
IT000000000000095 |
95 |
Riva Acciaio S.p.a |
Riva Acciaio S.p.A. |
23 047 |
26 862 |
31 179 |
31 179 |
31 179 |
143 446 |
|
IT000000000000117 |
117 |
Tecnocity |
A2A Calore Servizi SRL |
1 164 |
2 290 |
2 966 |
2 886 |
2 805 |
12 111 |
|
IT000000000000118 |
118 |
Famagosta |
A2A Calore Servizi SRL |
3 063 |
3 617 |
3 242 |
3 154 |
3 067 |
16 143 |
|
IT000000000000125 |
125 |
Vetrobalsamo SPA |
Vetrobalsamo SPA |
42 097 |
41 374 |
41 401 |
41 401 |
41 401 |
207 674 |
|
IT000000000000126 |
126 |
Sesto San Giovanni |
Edison Spa |
8 784 |
10 026 |
8 332 |
8 107 |
7 881 |
43 130 |
|
IT000000000000145 |
145 |
Dalmine S.p.A. - Stabilimento di Dalmine |
Dalmine S.p.A. |
134 287 |
123 132 |
149 394 |
149 394 |
149 394 |
705 601 |
|
IT000000000000151 |
151 |
Polynt Spa Stabilimento di Scanzorosciate |
POLYNT SPA |
133 615 |
135 120 |
129 408 |
129 408 |
129 408 |
656 959 |
|
IT000000000000159 |
159 |
Lamarmora |
A2A Calore Servizi SRL |
19 302 |
18 806 |
14 825 |
14 424 |
14 022 |
81 379 |
|
IT000000000000164 |
164 |
ALFA ACCIAI S.p. A. |
ALFA ACCIAI S.P.A. |
105 636 |
103 284 |
93 855 |
93 855 |
93 855 |
490 485 |
|
IT000000000000193 |
193 |
Concessione Sergnano Stoccaggio - Impianti di compressione e trattamento gas |
Stogit S.p.A. |
8 529 |
7 110 |
6 318 |
6 318 |
6 318 |
34 593 |
|
IT000000000000213 |
213 |
Cartiere del Garda SpA |
Cartiere del Garda SpA |
74 977 |
74 373 |
98 005 |
98 005 |
98 005 |
443 365 |
|
IT000000000000228 |
228 |
CENTRALE DI COGENERAZIONE DI BANCHETTE |
AGSM AIM Calore Srl |
2 260 |
2 201 |
1 791 |
1 742 |
1 694 |
9 688 |
|
IT000000000000230 |
230 |
CENTRALE DI COGENERAZIONE DI CENTRO CITTA’ |
AGSM AIM Calore Srl |
2 593 |
2 527 |
2 340 |
2 277 |
2 213 |
11 950 |
|
IT000000000000240 |
240 |
Mosaico Spa - Stabilimento di Lugo |
MOSAICO Spa |
13 926 |
13 769 |
13 639 |
13 639 |
13 639 |
68 612 |
|
IT000000000000245 |
245 |
favini srl |
Favini S.r.l. |
13 242 |
12 186 |
13 242 |
13 242 |
13 242 |
65 154 |
|
IT000000000000256 |
256 |
Centrale di compressione gas di Istrana |
Snam Rete Gas S.p.A. |
6 802 |
8 353 |
5 631 |
5 631 |
5 631 |
32 048 |
|
IT000000000000281 |
281 |
Cementeria di Monselice |
Buzzi Unicem S.r.l. |
334 797 |
334 379 |
334 080 |
334 080 |
334 080 |
1 671 416 |
|
IT000000000000283 |
283 |
Zuccherificio di Pontelongo |
Co.Pro. B. S.C.A. |
46 349 |
44 883 |
31 647 |
31 647 |
31 647 |
186 173 |
|
IT000000000000295 |
295 |
Centrale di compressione gas di Malborghetto |
Snam Rete Gas S.p.A. |
31 595 |
30 915 |
18 878 |
18 878 |
18 878 |
119 144 |
|
IT000000000000296 |
296 |
FERRIERE NORD SPA |
FERRIERE NORD SPA |
151 512 |
153 628 |
140 334 |
140 334 |
140 334 |
726 142 |
|
IT000000000000306 |
306 |
Acciaieria Arvedi S.p.A. - Stabilimento di Trieste |
Acciaieria Arvedi Spa |
12 437 |
14 084 |
9 810 |
9 810 |
9 810 |
55 951 |
|
IT000000000000308 |
308 |
Concessione Cortemaggiore Stoccaggio - Impianti di compressione e trattamento gas |
Stogit S.p.A. |
3 196 |
2 952 |
3 219 |
3 219 |
3 219 |
15 805 |
|
IT000000000000311 |
311 |
CENTRALE TERMOELETTRICA DI PIACENZA |
A2A gencogas SpA |
671 |
654 |
351 |
341 |
332 |
2 349 |
|
IT000000000000341 |
341 |
Co.Pro.B. Zuccherificio e raffineria di Minerbio |
Co.Pro. B. S.C.A. |
45 494 |
44 887 |
31 064 |
31 064 |
31 064 |
183 573 |
|
IT000000000000349 |
349 |
TLR FE - CENTRALE INTEGRATIVA |
HERA SPA |
1 202 |
1 425 |
1 202 |
1 202 |
1 202 |
6 233 |
|
IT000000000000376 |
376 |
Industria Cartaria Pieretti S.p.A. |
Industria Cartaria Pieretti S.p.A. |
27 931 |
27 501 |
29 730 |
29 730 |
29 730 |
144 622 |
|
IT000000000000393 |
393 |
Verallia - Stabilimento di Pescia |
Verallia italia S.p.a. |
34 460 |
34 460 |
39 662 |
39 662 |
39 662 |
187 906 |
|
IT000000000000427 |
427 |
Ghigiano |
Colacem Spa |
370 155 |
370 155 |
316 863 |
316 863 |
316 863 |
1 690 899 |
|
IT000000000000436 |
436 |
Centrale di compressione gas di Gallese |
Snam Rete Gas S.p.A. |
800 |
6 307 |
15 902 |
15 902 |
15 902 |
54 813 |
|
IT000000000000458 |
458 |
Reno DE Medici Spa Stabilimento di Villa Santa Lucia |
Reno De Medici SpA |
50 231 |
50 231 |
48 878 |
48 878 |
48 878 |
247 096 |
|
IT000000000000510 |
510 |
Essiccatore biomasse |
CASA OLEARIA ITALIANA S.P.A. |
1 154 |
400 |
0 |
0 |
0 |
1 554 |
|
IT000000000000520 |
520 |
Stabilimento Versalis di Brindisi |
Versalis SpA |
458 940 |
397 566 |
380 065 |
380 065 |
380 065 |
1 996 701 |
|
IT000000000000525 |
525 |
SIDERPOTENZA SPA |
SIDERPOTENZA SPA |
39 782 |
39 782 |
37 614 |
37 614 |
37 614 |
192 406 |
|
IT000000000000530 |
530 |
Centrale di compressione gas di Tarsia |
Snam Rete Gas S.p.A. |
1 435 |
3 762 |
2 632 |
2 632 |
2 632 |
13 093 |
|
IT000000000000561 |
561 |
Impianto IGCC |
Isab Srl |
113 935 |
59 096 |
49 461 |
49 461 |
49 461 |
321 414 |
|
IT000000000000595 |
595 |
Centrale di compressione gas di Masera |
Snam Rete Gas S.p.A. |
7 799 |
4 077 |
3 302 |
3 302 |
3 302 |
21 782 |
|
IT000000000000601 |
601 |
Sonoco Alcore Demolli - Cartiera di Ciriè |
SONOCO ALCORE DEMOLLI srl |
24 814 |
21 803 |
21 276 |
21 276 |
21 276 |
110 445 |
|
IT000000000000625 |
625 |
Centrale Olio di Trecate |
Eni S.p.A. |
8 301 |
7 813 |
6 172 |
6 172 |
6 172 |
34 630 |
|
IT000000000000632 |
632 |
CARTIERE VILLA LAGARINA SPA |
CARTIERE VILLA LAGARINA SPA |
58 103 |
58 103 |
50 201 |
50 201 |
50 201 |
266 809 |
|
IT000000000000694 |
694 |
LUCART SPA - STABILIMENTO DI PORCARI |
LUCART SPA |
32 855 |
30 632 |
30 391 |
30 391 |
30 391 |
154 660 |
|
IT000000000000741 |
741 |
Stabilimento di Fasano |
MINERMIX S.r.l. |
12 938 |
17 236 |
20 744 |
20 744 |
20 744 |
92 406 |
|
IT000000000000759 |
759 |
Sasol Italy – Stabilimento di AUGUSTA |
Sasol Italy S.p.A. |
315 016 |
377 167 |
313 398 |
313 398 |
313 398 |
1 632 377 |
|
IT000000000000808 |
808 |
Stabilimento di Pomigliano D’Arco |
LEONARDO S.P.A. |
2 534 |
2 104 |
2 002 |
2 002 |
2 002 |
10 644 |
|
IT000000000000819 |
819 |
Unicalce S.p.A. - Stabilimento di Itri |
UNICALCE S.P.A. |
31 126 |
26 420 |
18 254 |
18 254 |
18 254 |
112 308 |
|
IT000000000000848 |
848 |
Stabilimento di Lavello |
Eugea Mediterranea |
820 |
974 |
820 |
820 |
820 |
4 254 |
|
IT000000000000850 |
850 |
Centrale Termica stabilimento di Pratola Serra |
FCA Italy S.p.A. |
594 |
594 |
493 |
493 |
493 |
2 667 |
|
IT000000000000864 |
864 |
Cementeria di Tavernola Bergamasca |
Italsacci spa |
288 319 |
171 507 |
151 324 |
151 324 |
151 324 |
913 798 |
|
IT000000000000871 |
871 |
CARTIERA DELLA BASILICA S.R.L. |
CARTIERA DELLA BASILICA S.R.L. |
8 928 |
8 928 |
8 734 |
8 734 |
8 734 |
44 058 |
|
IT000000000000915 |
915 |
Candiani s.p.a. |
Candiani spa |
9 046 |
10 198 |
10 054 |
10 054 |
10 054 |
49 406 |
|
IT000000000000919 |
919 |
Impianto produzione Ossido di Calcio - CALCIDRATA SPA |
CALCIDRATA SPA |
19 669 |
19 669 |
23 299 |
23 299 |
23 299 |
109 235 |
|
IT000000000000941 |
941 |
Centrale produzione vapore stabilimento di San Pietro di Morubio |
ITAL GREEN OIL SRL |
7 856 |
7 856 |
5 277 |
5 277 |
5 277 |
31 543 |
|
IT000000000000956 |
956 |
Candela |
Edison S.p.A. |
13 307 |
5 768 |
1 326 |
1 290 |
1 254 |
22 945 |
|
IT000000000000977 |
977 |
Stabilimento di Albinia |
Conserve Italia soc.coop. Agricola |
2 776 |
2 776 |
2 338 |
2 338 |
2 338 |
12 566 |
|
IT000000000000983 |
983 |
Fassa S.r.l. - Stabilimento di Montichiari |
Fassa S.r.l. |
175 431 |
175 431 |
201 951 |
201 951 |
201 951 |
956 715 |
|
IT000000000000986 |
986 |
Impianto di Torviscosa |
Edison S.p.A. |
32 089 |
31 264 |
26 192 |
25 482 |
24 773 |
139 800 |
|
IT000000000001004 |
1004 |
Ferrero Industriale Italia srl |
Ferrero Industriale Italia srl |
20 645 |
20 292 |
18 722 |
18 213 |
17 707 |
95 579 |
|
IT000000000001074 |
1074 |
Leonardo S.p.A. - Stabilimento di Grottaglie-Monteiasi |
LEONARDO S.P.A. |
1 442 |
1 031 |
673 |
673 |
673 |
4 492 |
|
IT000000000001164 |
1164 |
CENTRALE DI COGENERAZIONE MONZA NORD |
Acinque Tecnologie S.p.A. |
1 949 |
1 899 |
1 474 |
1 434 |
1 394 |
8 150 |
|
IT000000000001172 |
1172 |
FORNACI ZULIAN SRL |
Fornaci Zulian srl |
64 775 |
71 142 |
74 378 |
74 378 |
74 378 |
359 051 |
|
IT000000000201846 |
201846 |
DISTILLERIA DETA SRL |
DISTILLERIA DETA SRL |
2 032 |
1 723 |
1 776 |
1 728 |
1 680 |
8 939 |
|
IT000000000201849 |
201849 |
CASALGRANDE PADANA S.P.A.-STAB.DINAZZANO |
CASALGRANDE PADANA S.P.A. |
28 586 |
28 586 |
30 705 |
30 705 |
30 705 |
149 287 |
|
IT000000000201893 |
201893 |
CERAMICHE SERRA S.P.A., STABILIMENTO DI MONTAGNANA |
Ceramiche Serra S.p.A. |
15 891 |
15 534 |
15 163 |
15 163 |
15 163 |
76 914 |
|
IT000000000202031 |
202031 |
CALCEMENTI JONICI SRL |
CALCEMENTI JONICI SRL |
11 044 |
8 913 |
4 192 |
4 192 |
4 192 |
32 533 |
|
IT000000000202148 |
202148 |
CARGILL S.r.l. |
Cargill s.r.l. |
69 617 |
69 617 |
66 586 |
66 586 |
66 586 |
338 992 |
|
IT000000000202160 |
202160 |
MARAZZI GROUP S.R.L. a socio unico - Stabilimento di Casiglie di Sassuolo |
MARAZZI GROUP S.r.l. a socio unico |
35 278 |
30 855 |
30 490 |
30 490 |
30 490 |
157 603 |
|
IT000000000202294 |
202294 |
OPERA GROUP S.r.l. (stabilimento 1) |
OPERA GROUP S.r.l. |
8 601 |
6 820 |
8 302 |
8 302 |
8 302 |
40 327 |
|
IT000000000202295 |
202295 |
OPERA GROUP S.r.l. (stabilimento 2) |
OPERA GROUP S.r.l. |
12 243 |
9 348 |
8 604 |
8 604 |
8 604 |
47 403 |
|
IT000000000202456 |
202456 |
Ceramiche Atlas Concorde S.pA. - divisione Ceramiche Keope |
Ceramiche Atlas Concorde Spa |
23 696 |
23 696 |
30 571 |
30 571 |
30 571 |
139 105 |
|
IT000000000202460 |
202460 |
Ceramiche Marca Corona S.p.A. |
Ceramiche Marca Corona S.p.A. |
24 136 |
24 136 |
25 762 |
25 762 |
25 762 |
125 558 |
|
IT000000000202463 |
202463 |
Mirage Granito Ceramico S.p.A. |
Mirage Granito Ceramico S.p.A. |
44 325 |
54 803 |
59 964 |
59 964 |
59 964 |
279 020 |
|
IT000000000205327 |
205327 |
LATERIFICIO PUGLIESE SPA |
SCIANATICO LATERIZI SRL |
26 303 |
22 862 |
19 230 |
19 230 |
19 230 |
106 855 |
|
IT000000000205547 |
205547 |
Saint-Gobain Italia S.p.A. - Stabilimento di Termoli |
Saint-Gobain Italia S.p.A. |
|
9 025 |
9 307 |
9 307 |
9 307 |
36 946 |
|
IT000000000205592 |
205592 |
METINVEST Trametal S.p.A. |
METINVEST Trametal S.p.A. |
46 756 |
46 756 |
38 652 |
38 652 |
38 652 |
209 468 |
|
IT000000000205624 |
205624 |
Granitifiandre S.p.A. |
Granitifiandre SpA |
18 005 |
18 187 |
20 404 |
20 404 |
20 404 |
97 404 |
|
IT000000000207550 |
207550 |
CARTIERA DELLA BASILICA s.r.l. - stabilimento di LANCIOLE |
CARTIERA DELLA BASILICA S.R.L. |
4 132 |
4 132 |
3 355 |
3 355 |
3 355 |
18 329 |
|
IT000000000207768 |
207768 |
Impianto di trigenerazione presso lo stabilimento Acque minerali San Benedetto |
E.ON BUSINESS SOLUTIONS S.R.L. |
3 214 |
3 035 |
2 281 |
2 219 |
2 157 |
12 906 |
|
IT000000000209324 |
209324 |
Stabilimento di Mantova |
Cartiere Villa Lagarina spa |
6 312 |
25 800 |
45 834 |
45 834 |
45 834 |
169 614 |
|
IT000000000209746 |
209746 |
Burgo Group SpA - stabilimento di Avezzano |
Burgo Group SpA |
41 360 |
41 360 |
40 758 |
40 758 |
40 758 |
204 994 |
|
IT000000000210417 |
210417 |
Centrale di compressione gas di Sergnano |
Snam Rete Gas S.p.A. |
1 098 |
197 |
79 |
79 |
79 |
1 532 |
|
IT000000000210668 |
210668 |
Stabilimento Pratella - Montelupo Fi.no |
Industrie Bitossi SpA |
9 574 |
9 398 |
11 545 |
11 545 |
11 545 |
53 607 |
|
IT000000000210679 |
210679 |
Ceramiche Mariner |
Ceramiche Mariner S.p.a. |
20 707 |
20 888 |
25 175 |
25 175 |
25 175 |
117 120 |
|
TOTAL |
4 219 047 |
4 108 580 |
3 931 683 |
3 929 103 |
3 926 525 |
20 114 938 |
ANNEX XII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Cyprus
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
CY210000000000004 |
2,1E+14 |
Vassiliko Cement Works Public Compant Ltd |
Vassiliko Cement Works Public Company Ltd |
1 167 885 |
1 167 885 |
1 167 751 |
1 167 751 |
1 167 751 |
5 839 023 |
|
CY210000000000007 |
2,1E+14 |
ΚΕΡΑΜΟΠΟΙΕΙΑ ΠΑΛΑΙΚΥΘΡΟΥ ΚΑΠΑ ΛΤΔ |
ΚΕΡΑΜΟΠΟΙΕΙΑ ΠΑΛΑΙΚΥΘΡΟΥ ΚΑΠΑ ΛΤΔ |
4 981 |
4 528 |
4 698 |
4 698 |
4 698 |
23 603 |
|
CY210000000000008 |
2,1E+14 |
ΚΕΡΑΜΟΥΡΓΕΙΑ ΧΡΥΣΑΦΗΣ ΛΤΔ |
ΚΕΡΑΜΟΥΡΓΕΙΑ ΧΡΥΣΑΦΗΣ ΛΤΔ |
3 926 |
4 247 |
4 562 |
4 562 |
4 562 |
21 859 |
|
CY210000000000009 |
2,1E+14 |
ΚΕΡΑΜΕΙΟ ΚΑΚΟΓΙΑΝΝΗΣ ΛΤΔ |
ΚΕΡΑΜΕΙΟ ΚΑΚΟΓΙΑΝΝΗΣ ΛΤΔ |
4 755 |
4 007 |
4 270 |
4 270 |
4 270 |
21 572 |
|
CY210000000000010 |
2,1E+14 |
ΕΠΙΧΕΙΡΗΣΕΙΣ ΜΕΛΙΟΣ ΠΑΦΙΤΗΣ ΛΤΔ |
ΕΠΙΧΕΙΡΗΣΕΙΣ ΜΕΛΙΟΣ ΠΑΦΙΤΗΣ ΛΤΔ |
5 748 |
4 627 |
5 019 |
5 019 |
5 019 |
25 432 |
|
CY210000000000013 |
2,1E+14 |
ΚΕΡΑΜΕΙΟ ΛΗΔΡΑ ΛΤΔ |
ΚΕΡΑΜΕΙΟ ΛΗΔΡΑ ΛΤΔ |
5 199 |
4 451 |
4 146 |
4 146 |
4 146 |
22 088 |
|
TOTAL |
1 192 494 |
1 189 745 |
1 190 446 |
1 190 446 |
1 190 446 |
5 953 577 |
ANNEX XIII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Latvia
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
LV000000000000003 |
3 |
Pašvaldības SIA ‘Ventspils siltums’. Katlu māja Talsu iela 69, Ventspils |
Pašvaldības SIA ‘Ventspils siltums’ |
3 096 |
3 107 |
3 025 |
2 943 |
2 862 |
15 033 |
|
LV000000000000002 |
2 |
Pašvaldības SIA ‘Ventspils siltums’. Katlu māja Brīvības iela 38, Ventspils |
Pašvaldības SIA ‘Ventspils siltums’ |
4 245 |
4 245 |
4 754 |
4 754 |
4 754 |
22 752 |
|
LV000000000000022 |
22 |
Katlu māja |
SIA Adven Sigulda |
972 |
972 |
1 255 |
1 255 |
1 255 |
5 709 |
|
LV000000000000042 |
42 |
SIA ‘Jēkabpils siltums’ apkures katlu māja |
SIA ‘Jēkabpils siltums’ |
1 155 |
1 125 |
1 368 |
1 331 |
1 294 |
6 273 |
|
LV000000000000049 |
49 |
TEC |
SIA ‘Liepājas enerģija’ |
7 300 |
7 112 |
8 364 |
8 137 |
7 911 |
38 824 |
|
TOTAL |
16 768 |
16 561 |
18 766 |
18 420 |
18 076 |
88 591 |
ANNEX XIV
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Luxembourg
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
LU000000000000001 |
1 |
CEGYCO |
CEGYCO |
5 599 |
5 455 |
6 946 |
6 758 |
6 570 |
31 328 |
|
LU000000000000004 |
4 |
Four de fusion - Production de verre plat |
Guardian Luxguard II S.à r.l. |
84 830 |
84 830 |
46 697 |
46 697 |
46 697 |
309 751 |
|
LU000000000000012 |
12 |
ArcelorMittal Belval Differdange - Site de Differdange |
ArcelorMittal Differdange |
139 947 |
139 628 |
131 669 |
131 669 |
131 669 |
674 582 |
|
LU000000000000013 |
13 |
ArcelorMittal Belval Differdange - Site de Belval |
ArcelorMittal Belval |
143 650 |
143 424 |
143 234 |
143 234 |
143 234 |
716 776 |
|
LU000000000205662 |
205662 |
Usine HDG |
LIBERTY LIEGE-DUDELANGE (LU) S.A. |
16 524 |
9 525 |
3 867 |
3 867 |
3 867 |
37 650 |
|
LU000000000205710 |
205710 |
Asphaltmischanlage Hamm |
C Karp-Kneip Matériaux S.A. |
2 165 |
2 627 |
3 092 |
3 092 |
3 092 |
14 068 |
|
LU000000000205992 |
205992 |
CIMALUX S.A. |
CIMALUX S.A. |
3 716 |
4 305 |
4 841 |
4 841 |
4 841 |
22 544 |
|
LU000000000205996 |
205996 |
Hydro Aluminium Clervaux S.A. |
Hydro Aluminium Clervaux S.A. |
13 821 |
15 868 |
16 359 |
16 359 |
16 359 |
78 766 |
|
LU000000000207067 |
207067 |
Centrale de cogénération biomasse à Bissen |
KIOWATT S.A. |
3 497 |
3 613 |
3 798 |
3 696 |
3 593 |
18 197 |
|
LU000000000210137 |
210137 |
Sudcal s.a. |
Sudcal s.a. |
1 336 |
1 649 |
2 242 |
2 242 |
2 242 |
9 711 |
|
TOTAL |
415 085 |
410 924 |
362 745 |
362 455 |
362 164 |
1 913 373 |
ANNEX XV
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Hungary
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
HU000000000000006 |
6 |
Arconic-Köfém Mill Products Hungary Kft. |
Arconic-Köfém Mill Products Hungary Kft. |
57 890 |
55 506 |
46 552 |
46 552 |
46 552 |
253 052 |
|
HU000000000000018 |
18 |
BorsodChem Zrt. |
BorsodChem Zrt. |
452 548 |
483 111 |
438 460 |
438 460 |
438 460 |
2 251 039 |
|
HU000000000000027 |
27 |
Észak-budai Fűtőmű |
BKM Budapesti Közművek Nonprofit Zártkörűen Működő Részvénytársaság |
2 151 |
3 585 |
4 299 |
4 299 |
4 299 |
18 633 |
|
HU000000000000029 |
29 |
Újpalotai Fűtőmű |
BKM Budapesti Közművek Nonprofit Zártkörűen Működő Részvénytársaság |
1 162 |
1 397 |
1 189 |
1 189 |
1 189 |
6 126 |
|
HU000000000000031 |
31 |
Füredi utcai Fűtőmű |
BKM Budapesti Közművek Nonprofit Zártkörűen Működő Részvénytársaság |
5 609 |
6 454 |
5 609 |
5 609 |
5 609 |
28 890 |
|
HU000000000000046 |
46 |
Dunacell Dunaújvárosi Cellulózgyár Kft. |
Dunacell Dunaújvárosi Cellulózgyár Kft. |
24 160 |
24 160 |
29 735 |
29 735 |
29 735 |
137 525 |
|
HU000000000000047 |
47 |
Duna-Dráva Cement Kf. Korlátolt felelősségű társaság |
Duna-Dráva Cement Kft. |
446 052 |
446 052 |
380 419 |
380 419 |
380 419 |
2 033 361 |
|
HU000000000000079 |
79 |
GYŐR-SZOL Zrt. Távhőszolgáltatási Igazgatóság Rozgonyi utcai fűtőerőmű |
GYŐR-SZOL Zrt. |
8 924 |
9 411 |
7 594 |
7 388 |
7 182 |
40 499 |
|
HU000000000000093 |
93 |
Imerys Magyarország Tűzállóanyaggyártó Kft. |
IMERYS Magyarország Tuzállóanyaggyártó Kft. |
4 021 |
4 021 |
4 230 |
4 230 |
4 230 |
20 732 |
|
HU000000000000104 |
104 |
Kőbányai Kogenerációs Erőmű |
Kőbányahő Távhőtermelő és Szolgáltató Kft. |
8 547 |
8 453 |
7 313 |
7 115 |
6 916 |
38 344 |
|
HU000000000000108 |
108 |
Devecseri Téglagyár |
Leier Hungária Kft. |
28 437 |
28 518 |
29 863 |
29 863 |
29 863 |
146 544 |
|
HU000000000000112 |
112 |
Illatos úti keverőüzem |
STRABAG Aszfalt Kft. |
2 444 |
2 076 |
1 707 |
1 707 |
1 707 |
9 641 |
|
HU000000000000127 |
127 |
Algyő Gázüzem |
MOL Nyrt. |
14 652 |
13 044 |
10 462 |
10 462 |
10 462 |
59 082 |
|
HU000000000000139 |
139 |
Mályi Téglagyár |
Mályi Tégla Kft. |
6 159 |
5 093 |
3 311 |
3 311 |
3 311 |
21 185 |
|
HU000000000000142 |
142 |
MVM Mátra Energia Zrt., Visontai Erőmű |
MVM Mátra Energia Zrt. |
4 109 |
4 003 |
3 011 |
2 929 |
2 847 |
16 899 |
|
HU000000000000153 |
153 |
Nitrogénművek Zrt. |
Nitrogénművek Zrt. |
837 574 |
866 441 |
672 879 |
672 879 |
672 879 |
3 722 652 |
|
HU000000000000169 |
169 |
Richter Gedeon Nyrt. |
Richter Gedeon Nyrt. |
14 745 |
13 949 |
11 720 |
11 720 |
11 720 |
63 854 |
|
HU000000000000174 |
174 |
Soproni Erőmű |
ALTEO-Therm Kft. |
2 940 |
3 220 |
3 001 |
2 920 |
2 838 |
14 919 |
|
HU000000000000191 |
191 |
Tatabánya Erőmű Kft. |
Tatabánya Erőmű Kft. |
12 769 |
12 801 |
12 791 |
12 445 |
12 099 |
62 905 |
|
HU000000000000194 |
194 |
MOL Petrolkémia Zrt. |
MOL Petrolkémia Zrt. |
811 637 |
819 828 |
822 594 |
822 594 |
822 594 |
4 099 247 |
|
HU000000000000200 |
200 |
TVK-Erőmű Kft. |
TVK-Erőmű Kft. |
1 548 |
1 444 |
1 244 |
1 244 |
1 244 |
6 724 |
|
HU000000000000229 |
229 |
Zoltek Zrt. |
Zoltek Vegyipari Zrt. |
34 995 |
40 683 |
49 011 |
49 011 |
49 011 |
222 711 |
|
HU000000000000236 |
236 |
Újpalotai Gázmotoros Erőmű |
CHP-ERŐMŰ Kft. |
3 959 |
3 857 |
2 868 |
2 790 |
2 713 |
16 187 |
|
HU000000000000246 |
246 |
DUNAFIN Papírgyár |
DUNAFIN Zrt. |
30 945 |
30 945 |
29 346 |
29 346 |
29 346 |
149 928 |
|
HU000000000000963 |
963 |
SzBT-1 Kompresszor és gázelőkészítő üzem |
HEXUM Földgáz Zrt. |
2 721 |
2 721 |
3 797 |
3 797 |
3 797 |
16 833 |
|
HU000000000001000 |
1000 |
Energiabörze Power Kft. Gázturbinás kiserőmű egység |
Energiabörze Power Kft. |
2 808 |
2 736 |
2 331 |
2 268 |
2 205 |
12 348 |
|
HU000000000201935 |
201935 |
Bioetanol Üzem – Dunaföldvár |
Pannonia Bio Zrt. |
94 992 |
94 310 |
91 118 |
91 118 |
91 118 |
462 656 |
|
HU000000000205815 |
205815 |
LINDE GÁZ Magyarország Zrt. Kazincbarcikai HYCO 1-2-3 üzemek |
Linde Gáz Magyarország Zrt. |
12 943 |
12 943 |
7 773 |
7 773 |
7 773 |
49 205 |
|
HU000000000207982 |
207982 |
Bridgestone Tatabánya Kft. Környei Telephelye |
Bridgestone Tatabánya Kft. |
3 142 |
3 252 |
3 455 |
3 275 |
3 275 |
16 399 |
|
HU000000000209147 |
209147 |
KALL Ingredients Kft. |
KALL Ingredients Kft. |
42 568 |
48 264 |
45 680 |
45 680 |
45 680 |
227 872 |
|
HU000000000210166 |
210166 |
Nyíregyházi Kombinált Ciklusú Erőmű |
PANNONGREEN Kft. |
1 037 |
1 235 |
992 |
965 |
938 |
5 167 |
|
HU000000000210641 |
210641 |
Viresol Kft. Gabonafeldolgozó üzem |
VIRESOL Kft. |
29 237 |
40 946 |
45 416 |
45 416 |
45 416 |
206 431 |
|
HU000000000211438 |
211438 |
Akkumulátorgyár |
SK Battery Hungary Kft. |
3 639 |
4 654 |
5 592 |
5 463 |
5 334 |
24 682 |
|
HU000000000216820 |
216820 |
Samsung SDI Magyarország Zrt., Gödi telephely |
Samsung SDI Magyarország Zrt. |
1 931 |
13 185 |
12 888 |
12 592 |
12 295 |
52 891 |
|
HU000000000216822 |
216822 |
Akkumulátorgyár |
SK Battery Manufacturing Kft. |
2 991 |
5 833 |
5 702 |
5 570 |
5 439 |
25 535 |
|
HU000000000217042 |
217042 |
Ravago Building Solutions Hungary Kft. |
Ravago Building Solutions Hungary Kft. |
0 |
3 691 |
0 |
0 |
0 |
3 691 |
|
TOTAL |
3 015 986 |
3 121 822 |
2 803 952 |
2 802 134 |
2 800 495 |
14 544 389 |
ANNEX XVI
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: The Netherlands
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
NL000000000000040 |
40 |
FrieslandCampina Lochem |
FrieslandCampina |
20 337 |
20 337 |
19 930 |
19 930 |
19 930 |
100 464 |
|
NL000000000000041 |
41 |
FrieslandCampina Bedum |
FrieslandCampina |
17 207 |
16 944 |
14 633 |
14 633 |
14 633 |
78 050 |
|
NL000000000000044 |
44 |
Promelca Dairy Foods |
Promelca BV |
41 130 |
41 316 |
41 112 |
41 112 |
41 112 |
205 782 |
|
NL000000000000053 |
53 |
Cargill B.V. |
Cargill Bergen op Zoom |
54 716 |
54 716 |
54 855 |
54 855 |
54 855 |
273 997 |
|
NL000000000000061 |
61 |
Rendac Son B.V. |
Rendac Son B.V. en Ecoson B.V. |
17 431 |
16 901 |
15 830 |
15 401 |
14 972 |
80 535 |
|
NL000000000000068 |
68 |
Bavaria N.V. |
Bavaria NV |
17 342 |
13 384 |
12 607 |
12 607 |
12 607 |
68 547 |
|
NL000000000000073 |
73 |
Ten Cate Advanced Textiles B.V. |
Ten Cate Advanced Textiles B.V. |
10 327 |
9 895 |
11 299 |
11 299 |
11 299 |
54 119 |
|
NL000000000000074 |
74 |
TenCate Outdoor Fabrics B.V. |
TenCate Outdoor Fabrics B.V. |
3 482 |
2 024 |
0 |
0 |
0 |
5 506 |
|
NL000000000000079 |
79 |
Solidus Solutions Board BV locatie Oude Pekela |
Solidus Solutions Board BV locatie Oude Pekela |
13 389 |
11 810 |
12 583 |
12 583 |
12 583 |
62 948 |
|
NL000000000000084 |
84 |
Solidus Solutions Board B.V. Locatie Coevorden |
Solidus Solutions Board B.V. Locatie Coevorden |
11 299 |
11 547 |
13 243 |
13 243 |
13 243 |
62 575 |
|
NL000000000000090 |
90 |
Smurfit Kappa Parenco B.V. |
Smurfit Kappa Parenco B.V. |
139 945 |
133 909 |
137 557 |
137 557 |
137 557 |
686 525 |
|
NL000000000000095 |
95 |
WEPA Nederland B.V. |
WEPA Nederland B.V. |
7 993 |
7 321 |
6 878 |
6 878 |
6 878 |
35 948 |
|
NL000000000000097 |
97 |
Gunvor Petroleum Rotterdam BV |
Gunvor Petroleum Rotterdam B.V. |
199 518 |
104 280 |
152 303 |
152 303 |
152 303 |
760 707 |
|
NL000000000000101 |
101 |
VPR Energy BV |
VPR Energy BV |
119 362 |
128 677 |
124 444 |
124 444 |
124 444 |
621 371 |
|
NL000000000000102 |
102 |
Frisia Zout B.V. |
Frisia Zout B.V. |
4 850 |
4 725 |
2 385 |
2 320 |
2 255 |
16 535 |
|
NL000000000000108 |
108 |
Sonneborn Refined Products B.V. |
Sonneborn Refined Products B.V. |
10 566 |
10 724 |
10 538 |
10 538 |
10 538 |
52 904 |
|
NL000000000000115 |
115 |
PQ Silicas B.V. |
PQ Silicas B.V. |
19 670 |
17 791 |
15 105 |
15 105 |
15 105 |
82 776 |
|
NL000000000000120 |
120 |
PURAC Biochem B.V. |
PURAC Biochem B.V. |
18 620 |
19 397 |
20 435 |
20 435 |
20 435 |
99 322 |
|
NL000000000000127 |
127 |
FujiFilm Manufacturing Europe B.V. |
FujiFilm Manufacturing Europe B.V. |
5 624 |
5 222 |
5 428 |
5 428 |
5 428 |
27 130 |
|
NL000000000000131 |
131 |
O-I Manufacturing Netherlands B.V., vestiging Leerdam |
O-I Manufacturing Netherlands B.V. |
87 840 |
87 579 |
88 605 |
81 506 |
81 506 |
427 036 |
|
NL000000000000132 |
132 |
O-I Manufacturing Netherlands B.V. vestiging Maastricht |
O-I Manufacturing Netherlands B.V. |
60 446 |
61 558 |
63 338 |
63 338 |
63 338 |
312 018 |
|
NL000000000000136 |
136 |
Electric Glass Fiber NL, B.V. |
Electric Glass Fiber NL, B.V. |
26 516 |
21 869 |
19 059 |
19 059 |
19 059 |
105 562 |
|
NL000000000000137 |
137 |
Ardagh Glass Dongen B.V. |
Ardagh Glass Dongen B.V. |
78 517 |
77 327 |
81 631 |
81 631 |
81 631 |
400 737 |
|
NL000000000000138 |
138 |
Saint Gobain Construction Products |
Saint-Gobain Construction Products Nederland B.V. |
31 443 |
32 254 |
34 490 |
34 490 |
34 490 |
167 167 |
|
NL000000000000156 |
156 |
HWC Hogering |
Vattenfall Power Generation B.V. |
946 |
1 452 |
1 756 |
1 708 |
1 661 |
7 523 |
|
NL000000000000161 |
161 |
Uniper Centrale RoCa |
Uniper Benelux N.V. |
15 334 |
13 082 |
10 156 |
9 881 |
9 606 |
58 059 |
|
NL000000000000163 |
163 |
Centrale Maasvlakte |
Uniper Benelux N.V. |
5 933 |
5 667 |
5 915 |
5 755 |
5 595 |
28 865 |
|
NL000000000000176 |
176 |
Pompstation Breda |
Ennatuurlijk B.V. |
843 |
439 |
299 |
299 |
299 |
2 179 |
|
NL000000000000177 |
177 |
Pompstation Tilburg |
Ennatuurlijk B.V. |
1 272 |
722 |
497 |
497 |
497 |
3 485 |
|
NL000000000000183 |
183 |
Centrale Diemen |
Vattenfall Power Generation B.V. |
62 213 |
61 858 |
49 692 |
48 346 |
47 000 |
269 109 |
|
NL000000000000187 |
187 |
Centrale Merwede kanaal |
Eneco Warmteproductie Utrecht B.V. |
11 806 |
9 322 |
7 769 |
7 558 |
7 348 |
43 803 |
|
NL000000000000190 |
190 |
Veolia Industriediensten B.V. |
Veolia Industriediensten B.V. |
8 482 |
8 474 |
8 385 |
8 157 |
7 930 |
41 428 |
|
NL000000000000195 |
195 |
WKC Eindhoven |
Ennatuurlijk B.V. |
1 573 |
1 668 |
1 506 |
1 465 |
1 424 |
7 636 |
|
NL000000000000199 |
199 |
Indorama Ventures Europe B.V. |
Indorama Ventures Europe B.V. |
103 569 |
101 093 |
98 720 |
98 720 |
98 720 |
500 822 |
|
NL000000000000201 |
201 |
Koole Tankstorage Botlek |
Koole Terminals |
19 157 |
19 151 |
20 475 |
20 475 |
20 475 |
99 733 |
|
NL000000000000203 |
203 |
Academisch Ziekenhuis Groningen |
Academisch Ziekenhuis Groningen |
3 351 |
3 351 |
3 068 |
3 068 |
3 068 |
15 906 |
|
NL000000000000204 |
204 |
Academisch Medisch Centrum (AMC) |
Academisch Medisch Centrum |
5 735 |
5 735 |
5 841 |
5 841 |
5 841 |
28 993 |
|
NL000000000000205 |
205 |
Stichting Katholieke Universiteit (SKU) |
Stichting Katholieke Universiteit |
3 088 |
3 878 |
2 963 |
2 963 |
2 963 |
15 855 |
|
NL000000000000211 |
211 |
Dana Petroleum NL BV facility P11-B-De Ruyter |
Dana Petroleum Netherlands B.V. |
2 954 |
2 954 |
1 637 |
1 637 |
1 637 |
10 819 |
|
NL000000000000214 |
214 |
Pergen VOF |
Pergen VOF |
9 589 |
4 560 |
1 157 |
1 125 |
1 094 |
17 525 |
|
NL000000000000221 |
221 |
Uniper HWC Bezuidenhout-West |
Uniper Benelux N.V. |
3 897 |
3 346 |
2 367 |
2 367 |
2 367 |
14 344 |
|
NL000000000000225 |
225 |
Uniper HWC Stevenshof |
Uniper Benelux N.V. |
1 023 |
1 407 |
864 |
864 |
864 |
5 022 |
|
NL000000000000236 |
236 |
FrieslandCampina Workum |
FrieslandCampina Workum |
11 798 |
13 542 |
15 007 |
15 007 |
15 007 |
70 361 |
|
NL000000000000246 |
246 |
HulpWarmteCentrale 1 (HWC1) |
Stadsverwarming Purmerend - SVP Productie B.V. |
4 316 |
4 872 |
4 599 |
4 599 |
4 599 |
22 985 |
|
NL000000000000250 |
250 |
Rodruza, steenfabriek Rossum BV |
Rodruza BV, locatie Rossum |
10 264 |
9 534 |
9 589 |
9 589 |
9 589 |
48 565 |
|
NL000000000000251 |
251 |
Rodruza, steenfabriek Zandberg BV |
Rodruza BV |
9 544 |
9 544 |
10 167 |
10 167 |
10 167 |
49 589 |
|
NL000000000000252 |
252 |
Wienerberger BV Steenfabriek De Nijverheid |
Wienerberger B.V. |
11 515 |
10 726 |
9 787 |
9 787 |
9 787 |
51 602 |
|
NL000000000000253 |
253 |
Wienerberger BV Steenfabriek De Vlijt |
Wienerberger B.V. |
3 989 |
3 560 |
0 |
0 |
0 |
7 549 |
|
NL000000000000258 |
258 |
Steenfabriek Spijk BV |
BV Steenfabriek Spijk |
18 234 |
19 053 |
18 234 |
18 234 |
18 234 |
91 989 |
|
NL000000000000267 |
267 |
Wienerberger BV Steenfabriek Haaften |
Wienerberger B.V. |
11 661 |
12 967 |
11 689 |
11 689 |
11 689 |
59 695 |
|
NL000000000000268 |
268 |
Wienerberger BV Steenfabriek Heteren |
Wienerberger B.V. |
9 086 |
9 222 |
9 274 |
9 274 |
9 274 |
46 130 |
|
NL000000000000273 |
273 |
Wienerberger B.V. Steenfabriek Poriso |
Wienerberger B.V. |
19 772 |
19 516 |
25 163 |
25 163 |
25 163 |
114 777 |
|
NL000000000000274 |
274 |
Wienerberger B.V. Steenfabriek Schipperswaard |
Wienerberger B.V. |
6 918 |
7 075 |
6 923 |
6 923 |
6 923 |
34 762 |
|
NL000000000000277 |
277 |
Wienerberger B.V. Steenfabriek Wolfswaard |
Wienerberger B.V. |
10 414 |
10 414 |
8 116 |
8 116 |
8 116 |
45 176 |
|
NL000000000000278 |
278 |
Wienerberger BV Steenfabriek Zennewijnen |
Wienerberger B.V. |
11 335 |
11 828 |
11 932 |
11 932 |
11 932 |
58 959 |
|
NL000000000000299 |
299 |
Energiecoöperatie Greenhouse Energy U.A. |
Lingezegen Energy B.V. |
3 591 |
2 719 |
1 151 |
1 120 |
1 089 |
9 670 |
|
NL000000000000312 |
312 |
Forbo Flooring B.V. |
Forbo Flooring B.V. |
3 428 |
3 428 |
0 |
0 |
0 |
6 856 |
|
NL000000000000319 |
319 |
Grolsche Bierbrouwerij Nederland BV |
Grolsche Bierbrouwerij Nederland BV |
1 975 |
1 975 |
0 |
0 |
0 |
3 950 |
|
NL000000000000328 |
328 |
Fenzi AGT Netherlands B.V. |
Johnson Matthey Advanced Glass Technologies B.V. |
2 257 |
2 257 |
2 739 |
2 739 |
2 739 |
12 731 |
|
NL000000000000336 |
336 |
ESD-SIC |
ESD-SIC |
103 257 |
82 924 |
74 576 |
74 576 |
74 576 |
409 909 |
|
NL000000000000337 |
337 |
Koninklijke Douwe Egberts B.V. |
Jacobs Douwe Egberts NL B.V. namens de moedermaatschappij Koninklijke Douwe Egberts B.V. |
4 415 |
4 415 |
4 578 |
4 578 |
4 578 |
22 564 |
|
NL000000000000345 |
345 |
Kwekerij de Wieringermeer |
Kwekerij de Wieringermeer C.V. |
3 681 |
3 586 |
2 797 |
2 721 |
2 646 |
15 431 |
|
NL000000000000354 |
354 |
Lamb Weston Meijer VOF vestiging Bergen op Zoom |
Lamb Weston Meijer VOF vestiging Bergen op Zoom |
28 001 |
28 001 |
29 759 |
29 759 |
29 759 |
145 279 |
|
NL000000000000378 |
378 |
Rixona B.V. |
Aviko Rixona B.V. |
31 420 |
31 844 |
31 340 |
31 340 |
31 340 |
157 284 |
|
NL000000000000384 |
384 |
Solidus Solutions Board B.V. Locatie Hoogkerk |
Solidus Solutions Board B.V. Loactie Hoogkerk |
12 701 |
12 881 |
12 694 |
12 694 |
12 694 |
63 664 |
|
NL000000000000387 |
387 |
Steenfabriek Klinkers BV |
Steenfabriek Klinkers BV |
3 869 |
4 974 |
5 305 |
5 305 |
5 305 |
24 758 |
|
NL000000000000389 |
389 |
Steenindustrie Strating BV |
Steenindusitrie Strating BV |
2 587 |
2 026 |
2 386 |
2 386 |
2 386 |
11 771 |
|
NL000000000000421 |
421 |
Kisuma Chemicals BV |
Kisuma Chemicals BV |
10 522 |
10 522 |
9 081 |
9 081 |
9 081 |
48 287 |
|
NL000000000000439 |
439 |
Alco Energy Rotterdam b.v. |
Alco Energy Rotterdam b.v. |
176 283 |
178 195 |
166 246 |
161 743 |
157 240 |
839 707 |
|
NL000000000000441 |
441 |
NAM B.V. Warmtekrachtcentrale en Oliebehandelingsinstallatie Schoonebeek (WKC/OBI) |
Nederlandse Aardolie Maatschappij B. V. |
115 020 |
115 020 |
53 206 |
53 206 |
53 206 |
389 658 |
|
NL000000000203197 |
203197 |
Asfalt Centrale Stedendriehoek (ACS) BV |
Asfalt Centrale Stedendriehoek (ACS) BV |
2 750 |
3 075 |
2 872 |
2 872 |
2 872 |
14 441 |
|
NL000000000203199 |
203199 |
Asfalt ProductieNijmegen (APN) BV |
Asfalt Productie Nijmegen (APN) BV |
1 739 |
1 739 |
1 298 |
1 298 |
1 298 |
7 372 |
|
NL000000000203202 |
203202 |
Holland Malt B.V. |
Holland Malt B.V. locatie Eemshaven |
28 052 |
27 533 |
27 866 |
27 866 |
27 866 |
139 183 |
|
NL000000000203205 |
203205 |
Asfaltcentrale Heijmans ’s-Hertogenbosch |
Heijmans Infra BV |
3 665 |
3 523 |
3 071 |
3 071 |
3 071 |
16 401 |
|
NL000000000203210 |
203210 |
Asfaltcentrale Heijmans Amsterdam |
Heijmans Infra BV |
3 176 |
4 066 |
4 247 |
4 247 |
4 247 |
19 983 |
|
NL000000000203655 |
203655 |
Gebr. Van der Lee v.o.f. |
Dhr. E.R.J. van der Lee |
4 142 |
4 142 |
5 290 |
5 290 |
5 290 |
24 154 |
|
NL000000000203796 |
203796 |
J.G Timmerman Groenvoederdrogerij B.V. |
J.G. Timmerman |
3 029 |
3 029 |
2 223 |
2 223 |
2 223 |
12 727 |
|
NL000000000203819 |
203819 |
Groenvoederdrogerij Oldambt B.V. |
Groenvoederdrogerij Oldambt B.V. |
3 213 |
3 213 |
2 715 |
2 715 |
2 715 |
14 571 |
|
NL000000000203824 |
203824 |
Coöperatieve Grasdrogerij Ruinerwold en Omstreken BA |
Coöperatieve Grasdrogerij Ruinerwold en Omstreken BA |
3 644 |
2 487 |
1 559 |
1 559 |
1 559 |
10 808 |
|
NL000000000203854 |
203854 |
Asfalt Centrale Nijkerk (ACN) BV |
Asfalt Centrale Nijkerk(ACN) BV |
1 534 |
1 335 |
1 757 |
1 757 |
1 757 |
8 140 |
|
NL000000000203857 |
203857 |
Wintershall Noordzee B.V. L8-P4 |
Wintershall Noordzee B.V. |
9 693 |
9 693 |
0 |
0 |
0 |
19 386 |
|
NL000000000203877 |
203877 |
Koninklijke Mosa BV locatie Vloertegelfabriek |
Koninklijke Mosa BV |
9 945 |
9 474 |
9 945 |
9 945 |
9 945 |
49 254 |
|
NL000000000203975 |
203975 |
Asfalt Productie Hoogblokland |
Gebr. Van Kessel Wegenbouw B.V. |
5 251 |
4 527 |
3 846 |
3 846 |
3 846 |
21 316 |
|
NL000000000203994 |
203994 |
Asfaltproductie Regio Amsterdam |
Asfaltproductie Regio Amsterdam B.V. |
5 473 |
4 566 |
3 865 |
3 865 |
3 865 |
21 634 |
|
NL000000000204095 |
204095 |
Nederlandse Gasunie Ommen N.V. |
N.V. Nederlandse Gasunie |
942 |
1 288 |
1 174 |
1 174 |
1 174 |
5 752 |
|
NL000000000204101 |
204101 |
Nederlandse Gasunie CS Ravenstein N.V. |
N.V. Nederlandse Gasunie |
490 |
1 383 |
1 520 |
1 520 |
1 520 |
6 433 |
|
NL000000000204103 |
204103 |
Nederlandse Gasunie CS Wieringermeer N.V. |
N.V. Nederlandse Gasunie |
3 747 |
4 818 |
5 430 |
5 430 |
5 430 |
24 855 |
|
NL000000000204200 |
204200 |
Platform J6-A |
Spirit Energy Nederland B.V. |
14 124 |
12 072 |
11 623 |
11 623 |
11 623 |
61 065 |
|
NL000000000204201 |
204201 |
Nedmag bv |
Nedmag BV |
62 011 |
51 794 |
62 011 |
62 011 |
62 011 |
299 838 |
|
NL000000000204316 |
204316 |
Wienerberger B.V. Dakpanfabriek Narvik Deest |
Wienerberger B.V. |
4 706 |
5 332 |
6 880 |
6 880 |
6 880 |
30 678 |
|
NL000000000204422 |
204422 |
Agristo B.V. |
Agristo B.V. |
23 708 |
27 407 |
29 380 |
29 380 |
29 380 |
139 255 |
|
NL000000000204445 |
204445 |
Air Liquide Industrie B.V. vestiging Bergen op Zoom |
Air Liquide Industrie B.V. vestiging Bergen op Zoom |
68 092 |
53 972 |
44 455 |
44 455 |
44 455 |
255 429 |
|
NL000000000204522 |
204522 |
ExxonMobil Chemical Holland B.V. (RPP) |
ExxonMobil Chemical Holland B.V. |
49 243 |
49 243 |
49 840 |
49 840 |
49 840 |
248 006 |
|
NL000000000204761 |
204761 |
Fnsteel bv |
FNsteel B.V. |
13 812 |
16 180 |
14 069 |
14 069 |
14 069 |
72 199 |
|
NL000000000204763 |
204763 |
PPG Industries Chemicals bv |
PPG Industries Chemicals B.V. |
31 789 |
31 789 |
38 768 |
38 768 |
38 768 |
179 882 |
|
NL000000000205142 |
205142 |
Moerdijk Production Site Basell Benelux BV |
Basell Benelux BV |
17 305 |
16 854 |
17 068 |
17 068 |
17 068 |
85 363 |
|
NL000000000205346 |
205346 |
Noordgastransport B.V. |
Noordgastransport B.V. |
1 087 |
1 087 |
1 548 |
1 548 |
1 548 |
6 818 |
|
NL000000000205348 |
205348 |
Monier Tegelen BV |
Monier Tegelen BV |
5 011 |
5 729 |
5 876 |
5 876 |
5 876 |
28 368 |
|
NL000000000205611 |
205611 |
Grasdrogerij Hartog BV |
Grasdrogerij Hartog BV |
1 565 |
965 |
0 |
0 |
0 |
2 530 |
|
NL000000000205641 |
205641 |
Asfalt Centrale BAM (ACB) |
Asfalt Centrale BAM (ACB) |
2 689 |
3 163 |
2 263 |
2 263 |
2 263 |
12 641 |
|
NL000000000205647 |
205647 |
Asfalt Centrale Limburg (ACL) BV |
Asfalt Centrale Limburg (ACL) BV |
2 787 |
3 550 |
2 787 |
2 787 |
2 787 |
14 698 |
|
NL000000000205669 |
205669 |
Asfalt Productie Tiel (APT) BV |
Asfalt Productie Tiel (APT) BV |
3 309 |
4 527 |
4 747 |
4 747 |
4 747 |
22 077 |
|
NL000000000205725 |
205725 |
Shin-Etsu PVC B.V. Locatie Botlek |
Shin-Etsu PVC BV Locatie Botlek |
90 963 |
90 610 |
90 352 |
90 352 |
90 352 |
452 629 |
|
NL000000000205728 |
205728 |
Total offshore platform F15A |
Total EP Nederland B.V. |
1 332 |
3 141 |
4 433 |
4 433 |
4 433 |
17 772 |
|
NL000000000205765 |
205765 |
Akzo Nobel Chemicals BV |
Akzo Nobel Chemicals |
301 989 |
301 727 |
235 524 |
235 524 |
235 524 |
1 310 288 |
|
NL000000000205821 |
205821 |
STRABAG BV |
STRABAG BV |
1 700 |
2 230 |
1 886 |
1 886 |
1 886 |
9 588 |
|
NL000000000205868 |
205868 |
Shell Nederland Chemie BV / Pernis |
Shell Nederland Chemie BV |
175 998 |
175 998 |
171 288 |
171 288 |
171 288 |
865 860 |
|
NL000000000205886 |
205886 |
NAM B.V. Gasproductie en gascompressie-installatie Ameland Westgat |
Nederlandse Aardolie Maatschappij B.V. (NAM) |
12 841 |
12 841 |
0 |
0 |
0 |
25 682 |
|
NL000000000205889 |
205889 |
NAM B.V. Grijpskerk UGS |
Nederlandse Aardolie Maatschappij B.V. (NAM) |
1 160 |
901 |
1 098 |
1 098 |
1 098 |
5 355 |
|
NL000000000205890 |
205890 |
NAM B.V. locatie Den Helder GBI |
Nederlandse Aardolie Maatschappij B.V. |
3 074 |
2 212 |
1 868 |
1 868 |
1 868 |
10 890 |
|
NL000000000205892 |
205892 |
Norg UGS |
Nederlandse Aardolie Maatschappij B. V. |
1 209 |
1 056 |
809 |
809 |
809 |
4 692 |
|
NL000000000205919 |
205919 |
PepsiCo Nederland BV |
PepsiCo Nederland BV |
3 325 |
2 885 |
0 |
0 |
0 |
6 210 |
|
NL000000000205924 |
205924 |
Lyondell Chemie Nederland B.V. - Maasvlakte locatie |
LyondellBasell Covestro Manufacturing Maasvlakte V.O.F. |
307 992 |
390 042 |
310 629 |
310 629 |
310 629 |
1 629 921 |
|
NL000000000205959 |
205959 |
Rosier Nederland B.V. |
Rosier Nederland BV |
11 969 |
11 969 |
9 370 |
9 370 |
9 370 |
52 048 |
|
NL000000000205987 |
205987 |
TAQA Piekgas B.V. |
TAQA Energy B.V. |
2 438 |
3 150 |
2 478 |
2 478 |
2 478 |
13 022 |
|
NL000000000205989 |
205989 |
TAQA Offshore B.V. |
TAQA Energy B.V. |
10 393 |
14 531 |
18 626 |
18 626 |
18 626 |
80 802 |
|
NL000000000206048 |
206048 |
IAMS Europe BV |
Iams Europe BV |
1 668 |
1 668 |
1 843 |
1 843 |
1 843 |
8 865 |
|
NL000000000206225 |
206225 |
E-MAX Remelt |
E-MAX Remelt |
15 150 |
14 654 |
14 032 |
14 032 |
14 032 |
71 900 |
|
NL000000000206587 |
206587 |
Hulp Warmte Centrale 2 (HWC2) |
Stadsverwarming Purmerend - SVP Productie B.V. |
741 |
969 |
1 163 |
1 163 |
1 163 |
5 199 |
|
NL000000000206980 |
206980 |
Kaas- en weipoederfabriek A-ware en Fonterra Heerenveen |
A-ware Cheese Production B.V. |
12 974 |
13 269 |
13 072 |
13 072 |
13 072 |
65 459 |
|
NL000000000209966 |
209966 |
Philip Morris Holland B.V. |
Philip Morris Holland B.V. |
4 407 |
4 076 |
3 696 |
3 696 |
3 696 |
19 571 |
|
NL000000000214900 |
214900 |
Twence - Boeldershoek |
Twence Holding B.V. |
8 203 |
4 364 |
4 266 |
4 168 |
4 069 |
25 070 |
|
NL000000000216603 |
216603 |
AVR Locatie Rozenburg (BEC) |
AVR Afvalverwerking B.V. |
23 251 |
14 369 |
14 046 |
13 722 |
13 399 |
78 787 |
|
TOTAL |
3 304 688 |
3 226 503 |
2 988 165 |
2 973 199 |
2 965 337 |
15 457 892 |
ANNEX XVII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Austria
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
AT000000000000002 |
2 |
Breitenfelder Edelstahl Mitterdorf |
Breitenfeld Edelstahl AG |
16 007 |
15 752 |
15 148 |
15 148 |
15 148 |
77 203 |
|
AT000000000000003 |
3 |
Ziegelwerk Danreiter Ried im Innkreis |
Ziegelwerk Danreiter GmbH Co KG |
4 415 |
4 572 |
4 366 |
4 366 |
4 366 |
22 085 |
|
AT000000000000006 |
6 |
Sandoz Werk Kundl |
Sandoz GmbH |
44 735 |
34 911 |
31 166 |
31 166 |
31 166 |
173 144 |
|
AT000000000000009 |
9 |
Fernwärme St.Pölten GmbH - FHKW Nord |
Fernwärme St.Pölten GmbH |
4 867 |
4 742 |
3 562 |
3 466 |
3 369 |
20 006 |
|
AT000000000000018 |
18 |
Wien Energie - FHKW Süd Inzersdorf |
Wien Energie GmbH |
2 744 |
1 379 |
2 362 |
2 362 |
2 362 |
11 209 |
|
AT000000000000020 |
20 |
Wien Energie - FW Leopoldau |
WIEN ENERGIE GmbH |
3 566 |
2 333 |
3 203 |
3 203 |
3 203 |
15 508 |
|
AT000000000000024 |
24 |
Zementwerk Wopfing |
Baumit GmbH |
247 206 |
247 746 |
287 339 |
287 339 |
287 339 |
1 356 969 |
|
AT000000000000027 |
27 |
OMV AUT Gasstation Aderklaa II |
OMV Austria Exploration Production GmbH |
2 283 |
1 959 |
1 613 |
1 613 |
1 613 |
9 081 |
|
AT000000000000028 |
28 |
OMV AUT Gasstation Aderklaa I |
OMV Austria Exploration Production GmbH |
6 221 |
5 799 |
5 229 |
5 229 |
5 229 |
27 707 |
|
AT000000000000031 |
31 |
Zementwerk Hatschek GmbH |
Zementwerk Hatschek GmbH |
289 845 |
338 477 |
289 845 |
289 845 |
289 845 |
1 497 857 |
|
AT000000000000032 |
32 |
Salzburg AG FHKW Mitte |
Salzburg AG |
17 870 |
17 411 |
16 835 |
16 380 |
15 923 |
84 419 |
|
AT000000000000033 |
33 |
Salzburg AG FHKW Nord |
Salzburg AG |
4 951 |
5 301 |
6 143 |
5 976 |
5 810 |
28 181 |
|
AT000000000000043 |
43 |
Linz Strom - FHKW Mitte |
Linz Strom Gas Wärme GmbH |
22 139 |
21 570 |
24 797 |
24 126 |
23 454 |
116 086 |
|
AT000000000000046 |
46 |
Linz Strom FHKW Süd |
Linz Strom Gas Wärme GmbH |
14 070 |
16 028 |
13 347 |
12 985 |
12 624 |
69 054 |
|
AT000000000000051 |
51 |
AGRANA Tulln |
AGRANA Zucker GmbH |
61 910 |
58 891 |
60 220 |
60 220 |
60 220 |
301 461 |
|
AT000000000000052 |
52 |
Ziegelwerk Eder Peuerbach Bruck |
Ziegelwerk Eder GmbH |
15 358 |
16 308 |
16 668 |
16 668 |
16 668 |
81 670 |
|
AT000000000000054 |
54 |
Ziegelwerk Eder Weibern |
Ziegelwerk Eder GmbH |
12 270 |
14 773 |
13 333 |
13 333 |
13 333 |
67 042 |
|
AT000000000000057 |
57 |
Wietersdorfer Peggauer (Kalk) Peggau |
InterCal Austria GmbH |
64 619 |
76 350 |
64 619 |
64 619 |
64 619 |
334 826 |
|
AT000000000000058 |
58 |
Energie Steiermark - FWZ Voitsberg |
Energie Steiermark Wärme GmbH |
2 499 |
2 074 |
1 112 |
1 112 |
1 112 |
7 909 |
|
AT000000000000060 |
60 |
Energie Steiermark - FHKW Graz |
Energie Steiermark Wärme GmbH |
18 473 |
35 081 |
36 716 |
36 716 |
36 716 |
163 702 |
|
AT000000000000061 |
61 |
Lafarge Perlmooser Retznei |
Lafarge Zementwerke GmbH |
273 165 |
273 165 |
272 986 |
272 986 |
272 986 |
1 365 288 |
|
AT000000000000063 |
63 |
Lafarge Perlmooser Mannersdorf |
Lafarge Zementwerke GmbH |
521 489 |
521 489 |
521 215 |
521 215 |
521 215 |
2 606 623 |
|
AT000000000000064 |
64 |
Swarovski Wattens |
D. Swarovski KG |
13 414 |
9 021 |
5 279 |
5 279 |
5 279 |
38 272 |
|
AT000000000000066 |
66 |
Wienerberger Pinkafeld |
Wienerberger Österreich GmbH |
5 957 |
6 914 |
7 499 |
7 499 |
7 499 |
35 368 |
|
AT000000000000069 |
69 |
Kaindl Holzindustrie Wals |
M. Kaindl |
91 933 |
100 270 |
91 733 |
91 733 |
91 733 |
467 402 |
|
AT000000000000075 |
75 |
Veitsch Radex - Veitsch |
Veitsch-Radex GmbH Co OG |
8 893 |
8 893 |
10 920 |
10 920 |
10 920 |
50 546 |
|
AT000000000000083 |
83 |
CMOÖ GuD Anlage Laakirchen |
Cogeneration-Kraftwerke Management OÖ. GmbH |
2 272 |
2 214 |
1 716 |
1 670 |
1 623 |
9 495 |
|
AT000000000000084 |
84 |
WIEN ENERGIE Kraftwerk Simmering 3 |
WIEN ENERGIE GmbH |
30 004 |
31 735 |
25 658 |
24 963 |
24 268 |
136 628 |
|
AT000000000000085 |
85 |
WIEN ENERGIE Kraftwerk Donaustadt |
WIEN ENERGIE GmbH |
47 350 |
47 883 |
42 771 |
41 613 |
40 454 |
220 071 |
|
AT000000000000087 |
87 |
IPA090 |
Smurfit Kappa Nettingsdorf AG Co KG |
72 475 |
72 475 |
71 453 |
71 453 |
71 453 |
359 309 |
|
AT000000000000088 |
88 |
Senftenbacher Ziegelwerk |
Senftenbacher Ziegelwerk Flotzinger GmbH Co KG |
12 035 |
12 339 |
12 599 |
12 356 |
12 356 |
61 685 |
|
AT000000000000099 |
99 |
Verbund FHKW Mellach |
VERBUND Thermal Power GmbH Co KG |
23 867 |
8 843 |
0 |
0 |
0 |
32 710 |
|
AT000000000000110 |
110 |
Sappi Gratkorn |
Sappi Austria Produktions-GmbH Co. KG |
274 709 |
275 972 |
276 141 |
276 141 |
276 141 |
1 379 104 |
|
AT000000000000121 |
121 |
Lias Fehring |
Lias Österreich GesmbH |
6 084 |
6 322 |
7 808 |
7 808 |
7 808 |
35 830 |
|
AT000000000000122 |
122 |
Wien Energie - FHKW Spittelau |
Wien Energie GmbH |
346 |
4 448 |
9 498 |
9 498 |
9 498 |
33 288 |
|
AT000000000000126 |
126 |
Norske Skog Bruck GmbH |
Norske Skog Bruck GmbH |
88 631 |
87 888 |
34 145 |
34 145 |
34 145 |
278 954 |
|
AT000000000000128 |
128 |
EVN FHW Baden |
EVN Wärme GmbH |
5 249 |
5 382 |
5 537 |
5 387 |
5 237 |
26 792 |
|
AT000000000000129 |
129 |
EVN FHW Palmers Wr. Neudorf |
EVN Wärme GmbH |
1 554 |
1 554 |
1 269 |
1 269 |
1 269 |
6 915 |
|
AT000000000000142 |
142 |
Jungbunzlauer Wulzeshofen |
Jungbunzlauer Austria AG |
156 146 |
156 146 |
156 041 |
156 041 |
156 041 |
780 415 |
|
AT000000000000148 |
148 |
Wels Strom FHKW Wels |
Energie AG OÖ Umwelt Service GmbH |
1 742 |
1 698 |
1 371 |
1 334 |
1 297 |
7 442 |
|
AT000000000000157 |
157 |
Zementwerk LEUBE GmbH - Zementwerk |
Zementwerk Leube GmbH |
259 135 |
259 135 |
299 806 |
299 806 |
299 806 |
1 417 688 |
|
AT000000000000160 |
160 |
Frantschach St. Gertraud |
Mondi Frantschach GmbH |
124 425 |
123 747 |
101 801 |
101 801 |
101 801 |
553 575 |
|
AT000000000000162 |
162 |
Neusiedler Hausmening |
Mondi Neusiedler GmbH |
51 475 |
61 365 |
47 930 |
47 930 |
47 930 |
256 630 |
|
AT000000000000164 |
164 |
Neusiedler Zellstoff Kematen |
Ybbstaler Zellstoff GmbH |
1 603 |
2 595 |
3 202 |
3 202 |
3 202 |
13 804 |
|
AT000000000000167 |
167 |
Rondo Ganahl Frastanz |
Ganahl Aktiengesellschaft |
26 808 |
26 808 |
27 456 |
27 456 |
27 456 |
135 984 |
|
AT000000000000168 |
168 |
Laakirchen Papier AG |
Laakirchen Papier AG |
154 512 |
167 205 |
160 033 |
160 033 |
160 033 |
801 816 |
|
AT000000000000171 |
171 |
UPM Kymmene Steyrermühl |
UPM Kymmene Austria GmbH |
40 322 |
42 200 |
41 430 |
41 430 |
41 430 |
206 812 |
|
AT000000000000172 |
172 |
Zellstoff Pöls |
Zellstoff Pöls AG |
65 313 |
71 032 |
71 969 |
71 969 |
71 969 |
352 252 |
|
AT000000000000174 |
174 |
Comelli Ziegel Kirchbach-Maxendorf |
Comelli Ziegel GES.M.B.H |
6 179 |
6 006 |
5 462 |
5 462 |
5 462 |
28 571 |
|
AT000000000000178 |
178 |
Ziegelwerk Rhomberg - Dornbirn |
J.N. Rhombergs Nachfolger Gesellschaft m.b.H Co KG |
4 288 |
4 398 |
4 288 |
4 288 |
4 288 |
21 550 |
|
AT000000000000182 |
182 |
Stoelzle Oberglas Köflach |
Stoelzle Oberglas GmbH |
41 012 |
37 470 |
35 400 |
35 400 |
35 400 |
184 682 |
|
AT000000000000183 |
183 |
Technoglas Voitsberg |
Technoglas Produktions-Gesellschaft m.b.H |
5 540 |
5 371 |
5 540 |
5 540 |
5 540 |
27 531 |
|
AT000000000000188 |
188 |
Fritz Egger St. Johann Tirol |
Fritz Egger GmbH Co. OG |
48 070 |
48 070 |
54 494 |
54 494 |
54 494 |
259 622 |
|
AT000000000000189 |
189 |
Fritz Egger Unterradlberg |
Fritz Egger GmbH Co. OG |
47 644 |
46 420 |
45 295 |
44 068 |
42 841 |
226 268 |
|
AT000000000000191 |
191 |
FunderMax Neudörfl |
FunderMax GmbH |
14 742 |
14 742 |
12 052 |
12 052 |
12 052 |
65 640 |
|
AT000000000000199 |
199 |
Magna Steyr Werk 1 Graz |
MAGNA STEYR FAHRZEUGTECHNIK GMBH CO KG |
6 066 |
6 066 |
6 066 |
5 535 |
5 535 |
29 268 |
|
AT000000000000204 |
204 |
AGRANA Pischelsdorf |
AGRANA Stärke GmbH |
72 612 |
52 014 |
50 590 |
50 590 |
50 590 |
276 396 |
|
AT000000000000235 |
235 |
Verbund GDK-Mellach |
VERBUND Thermal Power GmbH Co KG |
217 |
6 616 |
13 214 |
12 856 |
12 498 |
45 401 |
|
AT000000000201500 |
201500 |
Biomasseheizkraftwerk Hall in Tirol |
HALLAG Kommunal GmbH |
3 813 |
4 292 |
4 484 |
4 363 |
4 241 |
21 193 |
|
AT000000000201690 |
201690 |
voestalpine Rail Technology GmbH |
voestalpine Rail Technology GmbH |
33 455 |
33 684 |
33 455 |
33 455 |
33 455 |
167 504 |
|
AT000000000201691 |
201691 |
voestalpine Wire Rod Austria GmbH |
voestalpine Wire Rod Austria GmbH |
27 355 |
27 355 |
29 707 |
29 707 |
29 707 |
143 831 |
|
AT000000000201866 |
201866 |
AMAG casting GmbH |
AMAG casting GmbH |
49 198 |
49 198 |
49 806 |
49 806 |
49 806 |
247 814 |
|
AT000000000201868 |
201868 |
AMAG rolling GmbH |
AMAG rolling GmbH |
16 262 |
16 575 |
17 643 |
17 643 |
17 643 |
85 766 |
|
AT000000000201999 |
201999 |
Saint-Gobain Rigips Austria Bad Aussee |
Saint-Gobain Austria GesmbH |
5 565 |
5 565 |
6 426 |
6 426 |
6 426 |
30 408 |
|
AT000000000202778 |
202778 |
Styromagnesit Steirische Magnesitindustrie GmbH |
Styromagnesit Steirische Magnesitindustrie GmbH |
32 529 |
32 529 |
37 303 |
37 303 |
37 303 |
176 967 |
|
AT000000000205432 |
205432 |
Gas Connect Austria - Verdichterstation WAG Rainbach |
Gas Connect Austria GmbH |
9 004 |
6 745 |
9 004 |
9 004 |
9 004 |
42 761 |
|
AT000000000205581 |
205581 |
Trans Austria Gasleitung - Weitendorf |
Trans Austria Gasleitung GmbH |
14 578 |
14 578 |
8 960 |
8 960 |
8 960 |
56 036 |
|
AT000000000205701 |
205701 |
Böhler Schmiedetechnik |
voestalpine BÖHLER Aerospace GmbH Co KG |
3 440 |
2 778 |
2 643 |
2 643 |
2 643 |
14 147 |
|
AT000000000206144 |
206144 |
OMV Gas-Speicher - Schönkirchen-Reyersdorf |
OMV Austria Exploration Production GmbH |
8 073 |
6 634 |
8 073 |
8 073 |
8 073 |
38 926 |
|
AT000000000206147 |
206147 |
RAG Erdgasspeicheranlage Puchkirchen |
RAG Austria AG |
4 034 |
4 202 |
6 250 |
6 250 |
6 250 |
26 986 |
|
AT000000000206157 |
206157 |
Lenzing Papier GmbH |
Lenzing Papier GmbH |
24 125 |
24 125 |
24 361 |
24 361 |
24 361 |
121 333 |
|
AT000000000206825 |
206825 |
Wien Energie - FHKW Arsenal 2 |
Wien Energie GmbH |
43 |
1 024 |
2 707 |
2 707 |
2 707 |
9 188 |
|
AT000000000210485 |
210485 |
Verbund Gaskesselanlage Werndorf |
VERBUND Thermal Power GmbH Co KG |
4 433 |
1 645 |
1 299 |
1 299 |
1 299 |
9 975 |
|
AT000000000000007 |
7 |
Martin Pichler Ziegelwerk GmbH |
Martin Pichler ZiegelwerkGmbH |
12 739 |
12 733 |
12 671 |
12 671 |
12 671 |
63 485 |
|
AT000000000000025 |
25 |
Borealis Agrolinz Melamine GmbH |
Borealis Agrolinz Melamine GmbH |
165 069 |
165 069 |
164 343 |
164 343 |
164 343 |
823 167 |
|
AT000000000000082 |
82 |
Papierfabrik Wattens |
Papierfabrik Wattens GmbH CoKG |
18 352 |
18 352 |
18 111 |
18 111 |
18 111 |
91 037 |
|
AT000000000000107 |
107 |
Wienerberger St. Andrä |
Wienerberger Österreich GmbH |
10 643 |
10 829 |
9 245 |
9 245 |
9 245 |
49 207 |
|
AT000000000000112 |
112 |
Wienerberger Göllersdorf |
Wienerberger Österreich GmbH |
17 450 |
15 418 |
15 533 |
15 533 |
15 533 |
79 467 |
|
AT000000000000113 |
113 |
Wienerberger Hennersdorf |
Wienerberger Österreich GmbH |
22 330 |
21 981 |
24 198 |
24 198 |
24 198 |
116 905 |
|
AT000000000000116 |
116 |
Wienerberger Krenglbach Haiding |
Wienerberger Österreich GmbH |
24 519 |
25 949 |
23 144 |
23 144 |
23 144 |
119 900 |
|
AT000000000000119 |
119 |
Wienerberger Uttendorf |
Wienerberger Österreich GmbH |
6 364 |
6 364 |
6 469 |
6 469 |
6 469 |
32 135 |
|
AT000000000000161 |
161 |
Merckens Karton und Pappenfabrik GmbH |
Merckens |
3 301 |
3 301 |
3 745 |
3 745 |
3 745 |
17 837 |
|
AT000000000000190 |
190 |
Fritz EGGER Wörgl |
Fritz Egger GmbH Co. OG |
11 988 |
11 988 |
11 988 |
10 272 |
10 272 |
56 508 |
|
AT000000000202703 |
202703 |
voestalpine Tubulars GmbH Co KG |
voestalpine Tubulars GmbH Co KG |
39 629 |
39 629 |
50 462 |
50 462 |
50 462 |
230 644 |
|
AT000000000205431 |
205431 |
Gas Connect Austria - Verdichterstation WAG Kirchberg |
Gas Connect Austria GmbH |
3 686 |
2 929 |
2 379 |
2 379 |
2 379 |
13 752 |
|
AT000000000205433 |
205433 |
Trans Austria Gasleitung - Baumgarten |
Trans Austria Gasleitung GmbH |
41 202 |
41 202 |
20 242 |
20 242 |
20 242 |
143 130 |
|
AT000000000205434 |
205434 |
Trans Austria Gasleitung - Eggendorf |
Trans Austria Gasleitung GmbH |
6 951 |
4 694 |
4 152 |
4 152 |
4 152 |
24 101 |
|
AT000000000205435 |
205435 |
Trans Austria Gasleitung - Ruden |
Trans Austria Gasleitung GmbH |
17 374 |
13 293 |
6 286 |
6 286 |
6 286 |
49 525 |
|
AT000000000205582 |
205582 |
Trans Austria Gasleitung - Grafendorf |
Trans Austria Gasleitung GmbH |
21 830 |
19 140 |
9 843 |
9 843 |
9 843 |
70 499 |
|
TOTAL |
4 122 660 |
4 181 168 |
4 064 222 |
4 056 189 |
4 050 641 |
20 474 880 |
ANNEX XVIII
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Poland
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
PL000000000000003 |
3 |
PGE Górnictwo i Energetyka Konwencjonalna SA Oddział Elektrownia Turów |
PGE GÓRNICTWO I ENERGETYKA KONWENCJONALNA SPÓŁKA AKCYJNA |
16 120 |
16 661 |
15 603 |
15 179 |
14 757 |
78 320 |
|
PL000000000000004 |
4 |
Elektrownia Kozienice - bloki 1-10 |
ENEA WYTWARZANIE SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
2 195 |
3 079 |
5 002 |
4 867 |
4 731 |
19 874 |
|
PL000000000000008 |
8 |
TAURON Wytwarzanie S.A. - Oddział Elektrownia Stalowa Wola w Stalowej Woli |
TAURON Wytwarzanie Spółka Akcyjna |
11 992 |
0 |
0 |
0 |
0 |
11 992 |
|
PL000000000000009 |
9 |
TAURON Wytwarzanie S.A.-Oddział Elektrownia Jaworzno III w Jaworznie - Elektrownia III |
TAURON Wytwarzanie Spółka Akcyjna |
3 233 |
4 066 |
4 597 |
4 473 |
4 348 |
20 717 |
|
PL000000000000014 |
14 |
TAURON Wytwarzanie SA Oddział El. Łagisza |
TAURON Wytwarzanie Spółka Akcyjna |
10 683 |
19 181 |
19 674 |
19 141 |
18 609 |
87 288 |
|
PL000000000000015 |
15 |
TAURON Wytwarzanie S.A. - Oddział Elektrownia Siersza w Trzebini |
TAURON Wytwarzanie Spółka Akcyjna |
1 392 |
1 249 |
972 |
945 |
919 |
5 477 |
|
PL000000000000016 |
16 |
PGE Górnictwo i Energetyka Konwencjonalna S.A. Oddział Elektrownia Dolna Odra |
PGE GÓRNICTWO I ENERGETYKA KONWENCJONALNA SPÓŁKA AKCYJNA |
7 572 |
6 602 |
7 182 |
6 988 |
6 793 |
35 137 |
|
PL000000000000018 |
18 |
PGE Energia Ciepła S.A. Oddział w Szczecinie - Elektrociepłownia Szczecin |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
5 569 |
8 133 |
13 345 |
12 984 |
12 622 |
52 653 |
|
PL000000000000020 |
20 |
Elektrownia Ostrołęka ‘B’ |
ENERGA ELEKTROWNIE OSTROŁĘKA SPÓŁKA AKCYJNA |
14 852 |
14 470 |
14 191 |
13 807 |
13 423 |
70 743 |
|
PL000000000000025 |
25 |
ELEKTROCIEPŁOWNIA ANDRYCHÓW |
ELEKTROCIEPŁOWNIA ANDRYCHÓW SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
370 |
39 |
0 |
0 |
0 |
409 |
|
PL000000000000033 |
33 |
Elektrociepłownia Elbląg |
ENERGA Kogeneracja Sp. z o.o. |
19 378 |
18 879 |
18 673 |
18 167 |
17 662 |
92 759 |
|
PL000000000000034 |
34 |
Elektrociepłownia Kraśnik |
Veolia Wschód sp. z o.o. |
3 282 |
3 395 |
0 |
0 |
0 |
6 677 |
|
PL000000000000036 |
36 |
PGE Energia Ciepła S.A. Oddział Elektrociepłownia w Gorzowie Wielkopolskim |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
24 791 |
25 774 |
24 206 |
23 550 |
22 895 |
121 216 |
|
PL000000000000041 |
41 |
ELEKTROCIEPŁOWNIA RZESZÓW BLOK GAZOWO PAROWY BGP BLOK GAZOWY SILNIKOWY BGS |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
17 011 |
20 390 |
16 120 |
15 683 |
15 247 |
84 451 |
|
PL000000000000053 |
53 |
PGE Energia Ciepła S.A. Oddział Elektrociepłownia w Zgierzu |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
7 565 |
7 609 |
6 963 |
6 775 |
6 586 |
35 498 |
|
PL000000000000069 |
69 |
Zakład Z-2 Knurów |
Przedsiębiorstwo Energetyczne MEGAWAT Sp. z o.o. |
7 478 |
7 285 |
8 571 |
8 571 |
8 571 |
40 476 |
|
PL000000000000072 |
72 |
PGNiG TERMIKA Energetyka Przemysłowa S.A. Oddział ‘Moszczenica’ |
PGNiG TERMIKA Energetyka Przemysłowa S.A. |
4 458 |
4 989 |
5 022 |
4 885 |
4 749 |
24 103 |
|
PL000000000000073 |
73 |
PGNiG TERMIKA Energetyka Przemysłowa S.A. Oddział ‘Zofiówka’ |
PGNiG TERMIKA Energetyka Przemysłowa S.A. |
19 280 |
20 777 |
21 181 |
20 608 |
20 034 |
101 880 |
|
PL000000000000074 |
74 |
PGNiG TERMIKA Energetyka Przemysłowa S.A. Zakład Pniówek |
PGNiG TERMIKA Energetyka Przemysłowa S.A. |
9 395 |
12 513 |
14 698 |
14 301 |
13 902 |
64 809 |
|
PL000000000000075 |
75 |
PGNiG TERMIKA Energetyka Przemysłowa S.A. Oddział ‘Suszec’ |
PGNiG TERMIKA Energetyka Przemysłowa S.A. |
3 447 |
3 359 |
0 |
0 |
0 |
6 806 |
|
PL000000000000076 |
76 |
ELSEN S.A. w upadłości Elektrociepłownia ECI |
ELSEN Spółka Akcyjna w upadłości |
2 210 |
2 153 |
1 366 |
1 329 |
1 292 |
8 350 |
|
PL000000000000077 |
77 |
Zakład Produkcyjny 4 ‘Murcki’ |
DALKIA POLSKA ENERGIA SPÓŁKA AKCYJNA |
6 852 |
6 852 |
0 |
0 |
0 |
13 704 |
|
PL000000000000078 |
78 |
Zakład Produkcyjny 5 ‘Wieczorek’ |
DALKIA POLSKA ENERGIA SPÓŁKA AKCYJNA |
9 467 |
8 938 |
8 347 |
8 120 |
7 895 |
42 767 |
|
PL000000000000081 |
81 |
Elektrociepłownia ‘Mikołaj’ |
WĘGLOKOKS ENERGIA ZCP Sp. z o.o. |
9 657 |
10 073 |
9 305 |
9 053 |
8 800 |
46 888 |
|
PL000000000000085 |
85 |
PGE Energia Ciepła S.A. Oddział Elektrociepłownia w Bydgoszczy |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
3 328 |
3 328 |
4 102 |
4 102 |
4 102 |
18 962 |
|
PL000000000000087 |
87 |
Elektrociepłownia Zakład EC-3 |
VEOLIA ENERGIA ŁÓDŹ SPÓŁKA AKCYJNA |
61 033 |
68 526 |
57 897 |
56 329 |
54 760 |
298 545 |
|
PL000000000000090 |
90 |
Elektrociepłownia Czechnica |
Zespół Elektrociepłowni Wrocławskich KOGENERACJA S.A. |
32 220 |
32 375 |
30 993 |
30 153 |
29 313 |
155 054 |
|
PL000000000000093 |
93 |
MPEC Sp. z o.o. Ciepłownia Julian |
Miejskie Przedsiębiorstwo Energetyki Cieplnej Sp. z o.o. |
3 928 |
3 332 |
0 |
0 |
0 |
7 260 |
|
PL000000000000094 |
94 |
‘Ciepłownia Łańcut’ Sp. z o. o. |
‘Ciepłownia Łańcut’ Sp. z o.o. |
8 067 |
7 799 |
0 |
0 |
0 |
15 866 |
|
PL000000000000105 |
105 |
Ciepłownia Kawęczyn |
PGNiG TERMIKA SPÓŁKA AKCYJNA |
13 467 |
21 984 |
22 585 |
22 585 |
22 585 |
103 206 |
|
PL000000000000108 |
108 |
Ciepłownia Rzeszów |
PGE ENERGIA CIEPŁA SPÓŁKA AKCYJNA |
3 700 |
3 700 |
7 924 |
7 924 |
7 924 |
31 172 |
|
PL000000000000121 |
121 |
Elektrociepłownia Jankowice |
POLSKA GRUPA GÓRNICZA SPÓŁKA AKCYJNA |
5 033 |
5 066 |
4 838 |
4 707 |
4 575 |
24 219 |
|
PL000000000000123 |
123 |
Ciepłownia Rymer |
POLSKA GRUPA GÓRNICZA SPÓŁKA AKCYJNA |
1 363 |
1 363 |
0 |
0 |
0 |
2 726 |
|
PL000000000000149 |
149 |
MPEC Sp. z o.o. Ciepłownia Ziętka 19 |
Miejskie Przedsiębiorstwo Energetyki Cieplnej Sp. z o.o. |
2 163 |
2 492 |
2 102 |
2 102 |
2 102 |
10 961 |
|
PL000000000000150 |
150 |
Ciepłownia ‘Zachód’ |
ENEA CIEPŁO SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
2 487 |
2 923 |
2 379 |
2 379 |
2 379 |
12 547 |
|
PL000000000000152 |
152 |
Ciepłownia Międzyrzec Podlaski |
Veolia Wschód sp. z o.o. |
2 490 |
2 659 |
0 |
0 |
0 |
5 149 |
|
PL000000000000186 |
186 |
Ciepłownia Miejska Nr 1 |
ECO Kutno Sp. z o.o. |
4 538 |
5 352 |
6 300 |
6 300 |
6 300 |
28 790 |
|
PL000000000000189 |
189 |
Ciepłownia nr 3 |
ECO Tarnobrzeg Sp. z o.o. |
4 553 |
4 553 |
6 166 |
6 166 |
6 166 |
27 604 |
|
PL000000000000193 |
193 |
Elektrociepłownia |
Przedsiębiorstwo Energetyki Cieplnej Spółka z ograniczoną odpowiedzialnością w Wyszkowie |
2 976 |
2 900 |
3 325 |
3 235 |
3 145 |
15 581 |
|
PL000000000000197 |
197 |
Ciepłownia w Szczytnie |
VEOLIA SZCZYTNO SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
3 074 |
0 |
0 |
0 |
0 |
3 074 |
|
PL000000000000202 |
202 |
Ciepłownia Miejska |
ECO Malbork Sp.z o.o. |
5 211 |
5 211 |
6 262 |
6 262 |
6 262 |
29 208 |
|
PL000000000000207 |
207 |
Ciepłownia C-1 (K-18) |
Veolia Wschód sp. z o.o. |
3 327 |
3 676 |
3 422 |
3 422 |
3 422 |
17 269 |
|
PL000000000000210 |
210 |
Ciepłownia C-2 |
Veolia Wschód sp. z o.o. |
6 048 |
6 048 |
7 617 |
7 617 |
7 617 |
34 947 |
|
PL000000000000211 |
211 |
SFW Energia Sp. z o.o. Elektrociepłownia Gliwice |
SFW Energia Sp. z o.o. |
3 716 |
3 621 |
3 746 |
3 644 |
3 543 |
18 270 |
|
PL000000000000215 |
215 |
Ciepłownia Rejonowa Dąbska |
SZCZECIŃSKA ENERGETYKA CIEPLNA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
21 834 |
17 806 |
13 709 |
13 709 |
13 709 |
80 767 |
|
PL000000000000229 |
229 |
Ciepłownia ‘Marianki’ |
Veolia Północ Sp. z o.o. |
2 901 |
2 901 |
0 |
0 |
0 |
5 802 |
|
PL000000000000234 |
234 |
ciepłownia |
Zakład Energetyki Cieplnej w Łowiczu Spółka z ograniczoną odpowiedzialnościa |
4 007 |
4 007 |
0 |
0 |
0 |
8 014 |
|
PL000000000000238 |
238 |
Ciepłownia |
ZAKŁAD GOSPODARKI CIEPŁOWNICZEJ W TOMASZOWIE MAZOWIECKIM SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
5 414 |
5 414 |
6 246 |
6 246 |
6 246 |
29 566 |
|
PL000000000000242 |
242 |
Ciepłownia ‘Budryk’ |
ZAKŁAD PRODUKCJI CIEPŁA ‘ŻORY’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
1 271 |
1 271 |
1 934 |
1 934 |
1 934 |
8 344 |
|
PL000000000000244 |
244 |
Zakład Produkcyjny 2 ‘Niwka Modrzejów’ |
DALKIA POLSKA ENERGIA SPÓŁKA AKCYJNA |
1 794 |
1 794 |
0 |
0 |
0 |
3 588 |
|
PL000000000000246 |
246 |
Zakład Produkcyjny 6 ‘Wujek’ |
DALKIA POLSKA ENERGIA SPÓŁKA AKCYJNA |
4 184 |
5 219 |
4 610 |
4 485 |
4 361 |
22 859 |
|
PL000000000000248 |
248 |
Zakład Produkcyjny 9 ‘Wesoła’ |
DALKIA POLSKA ENERGIA SPÓŁKA AKCYJNA |
7 036 |
6 856 |
6 338 |
6 166 |
5 995 |
32 391 |
|
PL000000000000250 |
250 |
Ciepłownia Miejska w Zambrowie |
‘ZAMBROWSKIE CIEPŁOWNICTWO I WODOCIĄGI’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
2 256 |
2 804 |
2 635 |
2 563 |
2 492 |
12 750 |
|
PL000000000000251 |
251 |
Ciepłownia ‘Bielszowice’ |
WĘGLOKOKS ENERGIA ZCP Sp. z o.o. |
5 660 |
5 660 |
0 |
0 |
0 |
11 320 |
|
PL000000000000253 |
253 |
Ciepłownia ‘Nowy Wirek’ |
WĘGLOKOKS ENERGIA ZCP Sp. z o.o. |
360 |
176 |
783 |
783 |
783 |
2 885 |
|
PL000000000000254 |
254 |
Ciepłownia Zgorzelec |
SEC Zgorzelec Spółka z ograniczoną odpowiedzialnością |
3 326 |
3 326 |
0 |
0 |
0 |
6 652 |
|
PL000000000000260 |
260 |
ARCTIC PAPER KOSTRZYN S.A. |
Arctic Paper Kostrzyn S.A. |
86 759 |
86 879 |
89 227 |
89 227 |
89 227 |
441 319 |
|
PL000000000000272 |
272 |
Instalacja produkcji cukru |
Nordzucker Polska S.A. |
21 062 |
21 062 |
21 343 |
21 343 |
21 343 |
106 153 |
|
PL000000000000277 |
277 |
Elektrociepłownia |
ANWIL S.A. |
25 976 |
25 309 |
22 100 |
21 502 |
20 903 |
115 790 |
|
PL000000000000281 |
281 |
Instalacja spalania paliw-Synthos Dwory 7 Sp. z o.o. |
Synthos Dwory 7 spółka z ograniczoną odpowiedzialnością |
111 874 |
108 233 |
106 124 |
103 250 |
100 375 |
529 856 |
|
PL000000000000283 |
283 |
Elektrociepłownia PCC Rokita SA |
PCC ROKITA SPÓŁKA AKCYJNA |
44 501 |
43 358 |
41 572 |
40 446 |
39 320 |
209 197 |
|
PL000000000000287 |
287 |
Ciepłownia MICHELIN POLSKA S.A. |
MICHELIN POLSKA SPÓŁKA AKCYJNA |
32 628 |
32 628 |
27 236 |
27 236 |
27 236 |
146 964 |
|
PL000000000000290 |
290 |
Elektrociepłownia |
Grupa Azoty Spółka Akcyjna |
48 093 |
46 857 |
46 798 |
45 530 |
44 264 |
231 542 |
|
PL000000000000292 |
292 |
elektrociepłownia EC II |
Grupa Azoty Zakłady Chemiczne ‘POLICE’ SA |
133 857 |
130 418 |
127 436 |
123 984 |
120 532 |
636 227 |
|
PL000000000000302 |
302 |
CIEPŁOWNIA CZARNKÓW |
SW-SOLAR CZARNA WODA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
76 178 |
76 178 |
89 409 |
89 409 |
89 409 |
420 583 |
|
PL000000000000306 |
306 |
CIEPŁOWNIA FENICE W TYCHACH |
FENICE POLAND SP. Z O.O. |
6 640 |
6 640 |
6 292 |
6 292 |
6 292 |
32 156 |
|
PL000000000000310 |
310 |
Kotłownia zakładowa |
HOMANIT KROSNO ODRZAŃSKIE Sp. z o.o. |
51 168 |
50 454 |
49 865 |
49 865 |
49 865 |
251 217 |
|
PL000000000000313 |
313 |
Kotłownia Zakładowa |
Carlsberg Supply Company Polska S.A. |
9 349 |
9 349 |
0 |
0 |
0 |
18 698 |
|
PL000000000000318 |
318 |
Kronospan Mielec Spółka z ograniczoną odpowiedzialnością-Kotłownia zakładowa |
Kronospan Mielec Sp. z o.o. |
33 423 |
33 423 |
42 571 |
42 571 |
42 571 |
194 559 |
|
PL000000000000329 |
329 |
Przedsiębiorstwo Przemysłu Spożywczego ‘PEPEES’ Spółka Akcyjna w Łomży |
Przedsiębiorstwo Przemysłu Spożywczego ‘PEPEES’ Spółka Akcyjna |
7 088 |
7 088 |
0 |
0 |
0 |
14 176 |
|
PL000000000000336 |
336 |
Ciepłownia C-II |
SPÓŁDZIELNIA MIESZKANIOWA ‘ŚWIT’ |
4 380 |
4 380 |
5 199 |
5 199 |
5 199 |
24 357 |
|
PL000000000000344 |
344 |
Elektrociepłownia Radomsko |
FAMEG-ENERGIA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
2 915 |
2 915 |
0 |
0 |
0 |
5 830 |
|
PL000000000000346 |
346 |
Ciepłownia |
Zakłady Mięsne ŁUKÓW Spółka Akcyjna |
1 865 |
1 865 |
0 |
0 |
0 |
3 730 |
|
PL000000000000350 |
350 |
CIEPŁOWNIA CZARNA WODA |
SW-SOLAR CZARNA WODA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
21 780 |
46 663 |
65 587 |
65 587 |
65 587 |
265 204 |
|
PL000000000000359 |
359 |
Ciepłownia SOLOR BIOENERGY POLSKA |
SOLOR BIOENERGY POLSKA SPÓŁKA AKCYJNA |
1 081 |
1 081 |
0 |
0 |
0 |
2 162 |
|
PL000000000000363 |
363 |
Koksownia Częstochowa Nowa Sp. z o.o. |
KOKSOWNIA CZĘSTOCHOWA NOWA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
159 284 |
141 394 |
152 760 |
152 760 |
152 760 |
758 958 |
|
PL000000000000370 |
370 |
Koksownia |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
663 128 |
663 128 |
811 845 |
811 845 |
811 845 |
3 761 791 |
|
PL000000000000373 |
373 |
Stalownia |
Cognor Spółka Akcyjna |
28 067 |
29 454 |
31 416 |
31 416 |
31 416 |
151 769 |
|
PL000000000000375 |
375 |
Instalacja spiekania rud metali |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
891 604 |
778 017 |
716 891 |
716 891 |
716 891 |
3 820 294 |
|
PL000000000000376 |
376 |
CEMEX Polska Sp. z o.o. Zakład Cementownia Chełm |
CEMEX POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
934 812 |
934 812 |
1 077 148 |
1 077 148 |
1 077 148 |
5 101 068 |
|
PL000000000000381 |
381 |
CEMEX Polska Sp. z o.o. Zakład Cementownia Rudniki |
CEMEX POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
261 908 |
328 925 |
342 317 |
342 317 |
342 317 |
1 617 784 |
|
PL000000000000382 |
382 |
Lafarge Cement S.A. Oddział w Bielawach |
LAFARGE CEMENT S.A. |
1 093 011 |
934 189 |
1 074 965 |
1 074 965 |
1 074 965 |
5 252 095 |
|
PL000000000000410 |
410 |
HUTA SZKŁA W DZIAŁDOWIE |
HEINZ GLAS DZIAŁDOWO Sp. z o.o. |
17 020 |
16 937 |
20 252 |
20 252 |
20 252 |
94 713 |
|
PL000000000000411 |
411 |
Saint-Gobain Innovative Materials Polska Sp. z o.o. Oddział Glass w Jaroszowcu |
SAINT-GOBAIN INNOVATIVE MATERIALS POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
10 727 |
10 727 |
11 099 |
11 099 |
11 099 |
54 751 |
|
PL000000000000415 |
415 |
INSTALACJA DO PRODUKCJI SZKŁA W TYM WŁÓKNA SZKLANEGO |
Krosno Glass Spółka Akcyjna |
35 628 |
35 628 |
35 606 |
35 606 |
35 606 |
178 074 |
|
PL000000000000416 |
416 |
Huta szkła |
O-I Poland S.A. |
110 737 |
112 787 |
113 449 |
113 449 |
113 449 |
563 871 |
|
PL000000000000420 |
420 |
Wanna szklarska z urządzeniami do produkcji wełny szklanej |
Saint-Gobain Construction Products Polska Sp. z o.o. |
16 375 |
19 767 |
20 550 |
20 550 |
20 550 |
97 792 |
|
PL000000000000424 |
424 |
Instalacja do produkcji materiałów ogniotrwałych za pomocą wypalania o wydajności powyżej 75 ton/dobę |
Zakłady Magnezytowe ‘ROPCZYCE’ S.A. |
13 429 |
12 177 |
12 177 |
12 177 |
12 177 |
62 137 |
|
PL000000000000434 |
434 |
Cerpol Kozłowice Sp. z o.o. |
CERPOL- KOZŁOWICE SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
12 412 |
10 484 |
10 637 |
10 637 |
10 637 |
54 807 |
|
PL000000000000435 |
435 |
Röben Polska Sp. z o.o. i Wspólnicy Sp. k. |
‘RÖBEN POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ I WSPÓLNICY - SPÓŁKA KOMANDYTOWA’ |
35 121 |
35 121 |
37 317 |
37 317 |
37 317 |
182 193 |
|
PL000000000000438 |
438 |
Sofidel Poland Sp. z o.o. |
SOFIDEL POLAND Sp. z o.o. |
21 054 |
22 014 |
21 041 |
21 041 |
21 041 |
106 191 |
|
PL000000000000439 |
439 |
Instalacja do produkcji papieru lub tektury |
FABRYKA PAPIERU CZERWONAK SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
4 309 |
4 309 |
4 427 |
4 427 |
4 427 |
21 899 |
|
PL000000000000441 |
441 |
Mondi Świecie S.A. |
MONDI ŚWIECIE SPÓŁKA AKCYJNA |
378 834 |
415 115 |
414 948 |
414 948 |
414 948 |
2 038 793 |
|
PL000000000000444 |
444 |
MM Kwidzyn sp. z o.o. |
MM Kwidzyn Sp. z o.o. |
178 996 |
177 340 |
185 400 |
185 400 |
185 400 |
912 536 |
|
PL000000000000456 |
456 |
Elektrociepłownia |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
2 426 |
3 913 |
5 292 |
5 149 |
5 006 |
21 786 |
|
PL000000000000466 |
466 |
Instalacja produkcji cukru |
Krajowa Grupa Spożywcza S.A. |
29 318 |
29 318 |
29 029 |
29 029 |
29 029 |
145 723 |
|
PL000000000000467 |
467 |
Instalacja produkcji cukru |
SÜDZUCKER POLSKA SPÓŁKA AKCYJNA |
15 779 |
11 978 |
9 527 |
9 527 |
9 527 |
56 338 |
|
PL000000000000475 |
475 |
Instalacja produkcji cukru |
Krajowa Grupa Spożywcza S.A. |
22 775 |
22 063 |
22 887 |
22 887 |
22 887 |
113 499 |
|
PL000000000000480 |
480 |
Instalacja produkcji cukru |
Krajowa Grupa Spożywcza S.A. |
38 328 |
38 328 |
35 904 |
35 904 |
35 904 |
184 368 |
|
PL000000000000486 |
486 |
Instalacja produkcji cukru |
PFEIFER LANGEN POLSKA Spółka Akcyjna |
16 298 |
16 298 |
18 881 |
18 881 |
18 881 |
89 239 |
|
PL000000000000487 |
487 |
Instalacja produkcji cukru |
PFEIFER LANGEN POLSKA Spółka Akcyjna |
33 250 |
36 257 |
39 669 |
39 669 |
39 669 |
188 514 |
|
PL000000000000488 |
488 |
Stalownia ISD Huta Częstochowa |
LIBERTY CZĘSTOCHOWA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
22 754 |
35 370 |
39 080 |
39 080 |
39 080 |
175 364 |
|
PL000000000000494 |
494 |
Instalacja do produkcji wapna w Częstochowie |
ZAKŁADY WAPIENNICZE LHOIST SPÓŁKA AKCYJNA |
85 557 |
91 084 |
92 495 |
92 495 |
92 495 |
454 126 |
|
PL000000000000495 |
495 |
Instalacja do produkcji wapna w Tarnowie Opolskim |
ZAKŁADY WAPIENNICZE LHOIST SPÓŁKA AKCYJNA |
151 451 |
163 777 |
163 777 |
163 777 |
163 777 |
806 559 |
|
PL000000000000508 |
508 |
Huta szkła płaskiego |
‘GUARDIAN CZĘSTOCHOWA’ Sp. z o. o. |
140 181 |
211 809 |
252 996 |
252 996 |
252 996 |
1 110 978 |
|
PL000000000000509 |
509 |
huta szkła |
ZIGNAGO VETRO POLSKA S.A. |
27 899 |
28 404 |
28 683 |
28 683 |
28 683 |
142 352 |
|
PL000000000000511 |
511 |
Instalacja do produkcji szkła opakowaniowego |
STOELZLE Wymiarki Sp. z o.o. |
13 336 |
15 261 |
15 776 |
15 776 |
15 776 |
75 925 |
|
PL000000000000512 |
512 |
Huta Szkła |
SIGNIFY POLAND SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
27 042 |
27 042 |
26 778 |
26 778 |
26 778 |
134 418 |
|
PL000000000000514 |
514 |
Wanna szklarska do produkcji szkła FLOAT I |
SAINT-GOBAIN INNOVATIVE MATERIALS POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
96 002 |
95 241 |
99 952 |
99 952 |
99 952 |
491 099 |
|
PL000000000000517 |
517 |
CIECH VITRO Sp.zo.o Zakład Iłowa |
CIECH VITRO SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
17 158 |
16 901 |
16 699 |
16 699 |
16 699 |
84 156 |
|
PL000000000000518 |
518 |
Instalacja do produkcji szkła w tym włókna szklanego |
Zakłady Chemiczne ‘Rudniki’ Spółka Akcyjna |
31 304 |
34 250 |
37 097 |
37 097 |
37 097 |
176 845 |
|
PL000000000000523 |
523 |
Elektrociepłownia Marcel |
POLSKA GRUPA GÓRNICZA SPÓŁKA AKCYJNA |
5 195 |
5 166 |
5 260 |
5 119 |
4 976 |
25 716 |
|
PL000000000000526 |
526 |
Elektrociepłownia E-2 Polkowice |
‘ENERGETYKA’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
5 745 |
8 474 |
15 184 |
14 772 |
14 361 |
58 536 |
|
PL000000000000532 |
532 |
Kotłownia Ciepłowni Rydułtowy Sp. z o.o. |
Ciepłownia Rydułtowy Sp. z o.o. |
2 403 |
2 591 |
0 |
0 |
0 |
4 994 |
|
PL000000000000543 |
543 |
Ceramika Budowlana Lewkowo Sp. z o.o. |
CERAMIKA BUDOWLANA LEWKOWO SP. Z O.O. |
6 744 |
6 293 |
4 950 |
4 950 |
4 950 |
27 887 |
|
PL000000000000559 |
559 |
Centralna Ciepłownia |
CELSIUM SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
3 010 |
2 743 |
2 486 |
2 486 |
2 486 |
13 211 |
|
PL000000000000570 |
570 |
Instalacja do produkcji płyt |
‘Homanit Polska Spółka z Ograniczoną Odpowiedzialnością i Spółka’ Spółka Komandytowa |
44 281 |
44 281 |
42 837 |
42 837 |
42 837 |
217 073 |
|
PL000000000000582 |
582 |
Kotłownia Rejonowa KR-2 |
ZAKŁAD ENERGETYKI CIEPLNEJ SPÓŁKA Z O.O. |
1 495 |
1 495 |
0 |
0 |
0 |
2 990 |
|
PL000000000000592 |
592 |
Zakład Gnaszyn |
Wienerberger Ceramika Budowlana Sp. z o.o. |
20 440 |
17 804 |
21 179 |
21 179 |
21 179 |
101 781 |
|
PL000000000000595 |
595 |
Zakład Lębork |
Wienerberger Ceramika Budowlana Sp. z o.o. |
22 021 |
22 021 |
24 388 |
24 388 |
24 388 |
117 206 |
|
PL000000000000596 |
596 |
Ciepłownia - Białe Błota |
KOMUNALNE PRZEDSIĘBIORSTWO ENERGETYKI CIEPLNEJ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
656 |
656 |
335 |
335 |
335 |
2 317 |
|
PL000000000000601 |
601 |
‘Łęczyńska Energetyka’ Spólka z o.o. w Bogdance |
‘Łęczyńska Energetyka’ Spółka z o.o. w Bogdance |
10 632 |
11 809 |
12 806 |
12 806 |
12 806 |
60 859 |
|
PL000000000000609 |
609 |
Kotłownia - MPCK ‘Koksik’ Sp. z o.o. |
Miejskie Przedsiębiorstwo Ciepłowniczo-Komunalne ‘Koksik’ Sp. z o.o. |
2 465 |
2 465 |
2 893 |
2 893 |
2 893 |
13 609 |
|
PL000000000000621 |
621 |
Zakład Honoratka |
Wienerberger Ceramika Budowlana Sp. z o.o. |
8 060 |
7 020 |
10 286 |
10 286 |
10 286 |
45 938 |
|
PL000000000000623 |
623 |
Zakład Dobre |
Wienerberger Ceramika Budowlana Sp. z o.o. |
21 515 |
19 057 |
13 364 |
13 364 |
13 364 |
80 664 |
|
PL000000000000629 |
629 |
Velver CARE sp. z o.o. |
‘VELVET CARE SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ’ |
24 146 |
24 295 |
30 342 |
30 342 |
30 342 |
139 467 |
|
PL000000000000641 |
641 |
Fabryka Papieru i Tektury Beskidy Sp. z o.o. |
Fabryka Papieru i Tektury Beskidy Sp. z o.o. |
4 311 |
4 311 |
5 298 |
5 298 |
5 298 |
24 516 |
|
PL000000000000647 |
647 |
TEKTURA OPAKOWANIA PAPIER S.A. |
Tektura Opakowania Papier S.A. |
13 354 |
14 144 |
14 833 |
14 833 |
14 833 |
71 997 |
|
PL000000000000648 |
648 |
Rafineria Gdańska Sp. z o.o. Instalacje Asfaltowe i EFRA |
Rafineria Gdańska Sp. z o.o. |
147 393 |
166 267 |
174 079 |
174 079 |
174 079 |
835 897 |
|
PL000000000000650 |
650 |
Zakład Produkcyjny Jasło |
UNI-BITUMEN SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
3 950 |
4 116 |
3 764 |
3 764 |
3 764 |
19 358 |
|
PL000000000000652 |
652 |
Koksownia Bytom Sp. z o. o. |
Koksownia Bytom SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
45 782 |
46 037 |
48 941 |
48 941 |
48 941 |
238 642 |
|
PL000000000000657 |
657 |
STALOWNIA |
Celsa ‘Huta Ostrowiec’ Sp. z o.o. |
72 056 |
69 651 |
65 989 |
65 989 |
65 989 |
339 674 |
|
PL000000000000660 |
660 |
Stalownia |
ARCELORMITTAL WARSZAWA SP. Z O.O. |
47 845 |
47 845 |
45 913 |
45 913 |
45 913 |
233 429 |
|
PL000000000000682 |
682 |
Younexa Poland Sp. z o.o. |
‘YOUNEXA POLAND SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ’ |
2 444 |
2 444 |
2 002 |
2 002 |
2 002 |
10 894 |
|
PL000000000000683 |
683 |
Elektrociepłownia E-4 Legnica |
‘ENERGETYKA’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
136 742 |
133 228 |
106 619 |
103 731 |
100 843 |
581 163 |
|
PL000000000000684 |
684 |
Ciepłownia w Starachowicach |
CELSIUM SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
1 725 |
1 778 |
1 849 |
1 799 |
1 749 |
8 900 |
|
PL000000000000688 |
688 |
Kotłownia zakładowa |
Animex Foods Sp. z o.o. |
3 253 |
3 253 |
0 |
0 |
0 |
6 506 |
|
PL000000000000689 |
689 |
Huta szkła Pobiedziska |
Presa spółka z ograniczoną odpowiedzialnością |
6 373 |
6 373 |
8 120 |
8 120 |
8 120 |
37 106 |
|
PL000000000000690 |
690 |
Ciepłownia Rejonowa |
Przedsiębiorstwo Energetyki Cieplnej S.A. |
986 |
1 197 |
1 846 |
1 846 |
1 846 |
7 721 |
|
PL000000000000698 |
698 |
Ciepłownia Miejska |
PRZEDSIĘBIORSTWO ENERGETYKI CIEPLNEJ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
5 446 |
5 446 |
4 394 |
4 394 |
4 394 |
24 074 |
|
PL000000000000699 |
699 |
Zakład Kupno |
Wienerberger Ceramika Budowlana Sp. z o.o. |
26 628 |
21 162 |
25 659 |
25 659 |
25 659 |
124 767 |
|
PL000000000000705 |
705 |
‘Elektrociepłownia Starogard’ |
‘Elektrociepłownia Starogard’ Spółka z o.o. |
11 867 |
11 813 |
12 619 |
12 278 |
11 935 |
60 512 |
|
PL000000000000707 |
707 |
Instalacja spalania paliw |
SPÓŁDZIELNIA MLECZARSKA W GOSTYNIU |
7 296 |
7 296 |
0 |
0 |
0 |
14 592 |
|
PL000000000000709 |
709 |
Ciepłownia ZPM Mrągowo |
Spółdzielnia Mleczarska ‘MLEKPOL’ w Grajewie |
14 753 |
20 749 |
26 862 |
26 862 |
26 862 |
116 088 |
|
PL000000000000710 |
710 |
instalacja do produkcji materiałów ceramicznych za pomocą wypalania |
Polska Ceramika Ogniotrwała ‘Żarów’ Sp. z o.o. |
7 117 |
7 568 |
7 743 |
7 743 |
7 743 |
37 914 |
|
PL000000000000718 |
718 |
Kotłownia Rembertów |
Zespół Zarządców Nieruchomości sp. z o.o. |
1 689 |
1 689 |
0 |
0 |
0 |
3 378 |
|
PL000000000000730 |
730 |
Instalacja Oksydacji Asfaltów |
ORLEN POŁUDNIE SPÓŁKA AKCYJNA |
3 211 |
2 588 |
1 551 |
1 551 |
1 551 |
10 452 |
|
PL000000000000733 |
733 |
STALOWNIA |
ALCHEMIA S.A. |
8 895 |
11 935 |
11 662 |
11 662 |
11 662 |
55 816 |
|
PL000000000000740 |
740 |
Kotłownia Rejonowa Zachód |
Miejska Energetyka Cieplna Piła Spółka z ograniczona odpowiedzialnoscią |
3 629 |
3 629 |
2 803 |
2 803 |
2 803 |
15 667 |
|
PL000000000000754 |
754 |
Huta Szkła ‘Orzesze’ |
CP Glass S.A. |
61 290 |
58 100 |
58 551 |
58 551 |
58 551 |
295 043 |
|
PL000000000000761 |
761 |
Instalacja Wola Rzędzińska |
LEIER Polska Spółka Akcyjna |
39 360 |
42 675 |
45 370 |
45 370 |
45 370 |
218 145 |
|
PL000000000000762 |
762 |
PL-0748-05 |
GLOSS B-INVESTMENTS SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ SPÓŁKA KOMANDYTOWA |
4 187 |
5 680 |
4 005 |
4 005 |
4 005 |
21 882 |
|
PL000000000000767 |
767 |
Kotłownia |
Zakład Inżynierii Miejskiej Sp. z o.o. |
1 948 |
1 948 |
0 |
0 |
0 |
3 896 |
|
PL000000000000775 |
775 |
Kotłownia centralna |
PRZEDSIĘBIORSTWO ENERGETYKI CIEPLNEJ ‘GEOTERMIA PODHALAŃSKA’ SPÓŁKA AKCYJNA |
442 |
266 |
152 |
148 |
144 |
1 152 |
|
PL000000000000781 |
781 |
ICT Poland Sp.z o.o. |
ICT POLAND Sp z.o.o |
50 264 |
50 264 |
43 257 |
43 257 |
43 257 |
230 299 |
|
PL000000000000783 |
783 |
Zakład Celulozy i Papieru |
STORA ENSO POLAND SPÓŁKA AKCYJNA |
55 282 |
55 750 |
58 051 |
58 051 |
58 051 |
285 185 |
|
PL000000000000789 |
789 |
Elektrociepłownia Spółka z o.o. |
Elektrociepłownia Spółka z ograniczoną odpowiedzialnością |
4 212 |
4 713 |
0 |
0 |
0 |
8 925 |
|
PL000000000000790 |
790 |
Ciepłownia przy ul.Żniwnej 5 |
Kielecka Spóldzielnia Mieszkaniowa |
2 461 |
2 461 |
0 |
0 |
0 |
4 922 |
|
PL000000000000796 |
796 |
Ciepłownia C-92 Bolechowo |
VEOLIA ZACHÓD SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
1 217 |
1 084 |
0 |
0 |
0 |
2 301 |
|
PL000000000000797 |
797 |
Instalacja Elektrociepłowni |
ORLEN POŁUDNIE SPÓŁKA AKCYJNA |
16 366 |
18 495 |
23 840 |
23 195 |
22 549 |
104 445 |
|
PL000000000000804 |
804 |
KRNiGZ Dębno OC |
POLSKI KONCERN NAFTOWY ORLEN SPÓŁKA AKCYJNA |
17 116 |
17 912 |
17 685 |
17 685 |
17 685 |
88 083 |
|
PL000000000000827 |
827 |
Instalacja do produkcji papieru o zdolności produkcyjnej powyżej 20T/24h |
‘Hanke Tissue’ Sp. z o.o. |
9 086 |
8 188 |
8 501 |
8 501 |
8 501 |
42 777 |
|
PL000000000000833 |
833 |
Kotłownia Rejonowa nr 1 |
ENGIE EC Słupsk Spółka z ograniczoną odpowiedzialnością |
9 910 |
11 486 |
9 910 |
9 910 |
9 910 |
51 126 |
|
PL000000000000839 |
839 |
Elektrociepłownia Zawidawie |
Zespół Elektrociepłowni Wrocławskich KOGENERACJA S.A. |
1 403 |
1 618 |
1 685 |
1 640 |
1 594 |
7 940 |
|
PL000000000000842 |
842 |
Skoczowska Energetyka Cieplna |
CNR SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ SKOCZOWSKA ENERGETYKA CIEPLNA SPÓŁKA KOMANDYTOWA |
5 248 |
6 197 |
0 |
0 |
0 |
11 445 |
|
PL000000000000844 |
844 |
Zakład Paczków |
Wienerberger Ceramika Budowlana Sp. z o.o. |
10 322 |
8 064 |
8 025 |
8 025 |
8 025 |
42 461 |
|
PL000000000000848 |
848 |
piece tunelowe do wypalania wyrobów ogniotrwałych |
ArcelorMittal Refractories Sp. z o. o. |
9 928 |
10 142 |
11 317 |
11 317 |
11 317 |
54 021 |
|
PL000000000000858 |
858 |
Ciepłownia |
Przedsiębiorstwo Wodno Kanalizacyjno Ciepłownicze w Pionkach Sp. z o.o. |
3 699 |
3 699 |
0 |
0 |
0 |
7 398 |
|
PL000000000000865 |
865 |
Instalacja do produckji wyrobów ceramicznych za pomocą wypalania w Sierakowicach |
LEIER Polska Spółka Akcyjna |
7 877 |
8 789 |
10 062 |
10 062 |
10 062 |
46 852 |
|
PL000000000000866 |
866 |
Zakładowa kotłownia |
TYMBARK - MWS Sp. z o.o. |
3 448 |
3 448 |
3 999 |
3 999 |
3 999 |
18 893 |
|
PL000000000000878 |
878 |
Kronospan HPL Sp. z o.o. Kotłownia Zakładowa |
KRONOSPAN HPL Sp. z o.o. |
12 227 |
14 742 |
15 193 |
15 193 |
15 193 |
72 548 |
|
PL000000000000888 |
888 |
1. Tłocznia Gazu i Pomiarownia Kondratki (DEK)2. Tłocznia Gazu Zambrów (DEZ)3. Tłocznia Gazu Ciechanów (DEC)4. Tłocznia Gazu i SSRP Włocławek (DEW)5. Tłocznia Gazu Szamotuły (DES) |
SYSTEM GAZOCIĄGÓW TRANZYTOWYCH ‘EUROPOL GAZ’ SPÓŁKA AKCYJNA |
179 979 |
127 652 |
59 546 |
59 546 |
59 546 |
486 269 |
|
PL000000000000896 |
896 |
Zakład Walcownia Blach Grubych ISD Huty Częstochowa Sp. z o.o. |
LIBERTY CZĘSTOCHOWA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
25 595 |
30 094 |
33 983 |
33 983 |
33 983 |
157 638 |
|
PL000000000000897 |
897 |
Instalacja walcowania na gorąco |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
133 534 |
135 413 |
133 534 |
133 534 |
133 534 |
669 549 |
|
PL000000000000898 |
898 |
Walcownie |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
199 217 |
199 217 |
171 478 |
171 478 |
171 478 |
912 868 |
|
PL000000000000902 |
902 |
Kronospan Mielec Spółka z ograniczoną odpowiedzialnością-Suszarnia wiórów |
Kronospan Mielec Sp. z o.o. |
73 481 |
73 481 |
80 966 |
80 966 |
80 966 |
389 860 |
|
PL000000000000905 |
905 |
Alchemia S.A. Oddział Rurexpol w Częstochowie |
‘ALCHEMIA’ SPÓŁKA AKCYJNA |
8 879 |
10 604 |
8 471 |
8 471 |
8 471 |
44 896 |
|
PL000000000000907 |
907 |
INSTALACJA DO PRODUKCJI WEŁNY SKALNEJ (MINERALNEJ) |
Rockwool Polska Sp. z o.o. |
56 640 |
71 800 |
90 766 |
90 766 |
90 766 |
400 738 |
|
PL000000000000926 |
926 |
COGNOR S.A. Oddział Ferrostal Łabędy w Krakowie |
Cognor Spółka Akcyjna |
15 650 |
15 650 |
12 579 |
12 579 |
12 579 |
69 037 |
|
PL000000000000927 |
927 |
Tłocznia Gazu |
POLSKI KONCERN NAFTOWY ORLEN SPÓŁKA AKCYJNA |
7 161 |
5 719 |
5 390 |
5 390 |
5 390 |
29 050 |
|
PL000000000000928 |
928 |
Walcownia Rur |
ArcelorMittal Tubular Products Kraków Sp. z o.o. |
14 985 |
11 691 |
11 202 |
11 202 |
11 202 |
60 282 |
|
PL000000000000936 |
936 |
Kotłownia zakładowa Pfleiderer MDF |
PFLEIDERER MDF GRAJEWO SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
34 602 |
41 089 |
41 692 |
41 692 |
41 692 |
200 767 |
|
PL000000000000937 |
937 |
Zakład Mleczarski |
POLMLEK SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
12 333 |
14 918 |
16 280 |
16 280 |
16 280 |
76 091 |
|
PL000000000000940 |
940 |
Zakład Oleśnica |
Wienerberger Ceramika Budowlana Sp. z o.o. |
40 286 |
38 313 |
34 008 |
34 008 |
34 008 |
180 623 |
|
PL000000000000942 |
942 |
Zakład Produkcji Etanolu ‘Goświnowice’ |
BIOAGRA S.A. |
74 204 |
90 108 |
74 756 |
74 756 |
74 756 |
388 580 |
|
PL000000000000946 |
946 |
Wanna szklarska do produkcji szkła FLOAT II |
SAINT-GOBAIN INNOVATIVE MATERIALS POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
78 067 |
78 067 |
90 377 |
90 377 |
90 377 |
427 265 |
|
PL000000000000948 |
948 |
Instalacja nr 2 Paroc Polska Sp. z o.o. |
PAROC POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
7 207 |
12 106 |
14 667 |
14 667 |
14 667 |
63 314 |
|
PL000000000000949 |
949 |
Instalacja spalania paliw |
KRONOSPAN KO SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
42 375 |
42 375 |
33 081 |
33 081 |
33 081 |
183 993 |
|
PL000000000202073 |
202073 |
Instalacja do produkcji węglowodorów aromatycznych i odzysku kwasu siarkowego |
PETROCHEMIA-BLACHOWNIA SPÓŁKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
12 863 |
12 863 |
10 622 |
10 622 |
10 622 |
57 592 |
|
PL000000000202074 |
202074 |
KNAUF Bełchatów Sp. z o.o. Oddział w Opolu |
‘Knauf Bełchatów’ Spółka z o.o. |
15 587 |
17 119 |
16 157 |
16 157 |
16 157 |
81 177 |
|
PL000000000202077 |
202077 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
Stargres Sp. z o.o. |
13 968 |
14 489 |
14 000 |
14 000 |
14 000 |
70 457 |
|
PL000000000202080 |
202080 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
COTTO PETRUS Sp. z o.o. |
15 993 |
15 684 |
11 878 |
11 878 |
11 878 |
67 311 |
|
PL000000000202081 |
202081 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
‘Ceramika-Końskie’ Sp. z o.o. |
14 162 |
14 162 |
11 169 |
11 169 |
11 169 |
61 831 |
|
PL000000000202095 |
202095 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
Ceramika Color Sp. z o.o. |
4 924 |
4 924 |
3 890 |
3 890 |
3 890 |
21 518 |
|
PL000000000202096 |
202096 |
Instalacja do produkcji sadzy |
Orion Engineered Carbons Sp. z o.o. |
72 190 |
72 364 |
72 677 |
72 677 |
72 677 |
362 585 |
|
PL000000000202107 |
202107 |
Instalacja Produkcji Styrenu |
Synthos Dwory 7 spółka z ograniczoną odpowiedzialnością |
44 852 |
42 413 |
43 838 |
43 838 |
43 838 |
218 779 |
|
PL000000000202139 |
202139 |
Zakład produkcyjny ‘Mazowsze’ |
Cersanit S.A. |
28 701 |
28 701 |
29 171 |
29 171 |
29 171 |
144 915 |
|
PL000000000202140 |
202140 |
Zakład produkcyjny ‘Pomorze’ |
Cersanit S.A. |
26 944 |
32 309 |
29 530 |
29 530 |
29 530 |
147 843 |
|
PL000000000202141 |
202141 |
Zakład produkcyjny ‘Śląsk’ |
Cersanit S.A. |
14 229 |
16 280 |
14 405 |
14 405 |
14 405 |
73 724 |
|
PL000000000202217 |
202217 |
Cersanit Krasnystaw |
Cersanit S.A. |
19 250 |
20 137 |
22 988 |
22 988 |
22 988 |
108 351 |
|
PL000000000202254 |
202254 |
Wydział Blach Transformatorowych Stalprodukt S.A. |
STALPRODUKT S.A. |
16 896 |
16 896 |
17 089 |
17 089 |
17 089 |
85 059 |
|
PL000000000202274 |
202274 |
Ceramika Tubądzin Sp. z o.o. |
Ceramika Tubądzin Spółka z ograniczoną odpowiedzialnością |
14 433 |
14 036 |
16 128 |
16 128 |
16 128 |
76 853 |
|
PL000000000202292 |
202292 |
Ceramika Tubądzin II Sp. z o.o. |
CERAMIKA TUBĄDZIN II Sp. z o.o. |
24 685 |
24 861 |
24 554 |
24 554 |
24 554 |
123 208 |
|
PL000000000202383 |
202383 |
Instalacja do produkcji bieli tytanowej |
Grupa Azoty Zakłady Chemiczne ‘POLICE’ SA |
65 381 |
65 381 |
54 761 |
54 761 |
54 761 |
295 045 |
|
PL000000000202384 |
202384 |
Instalacja do produkcji amoniaku |
Grupa Azoty Zakłady Chemiczne ‘POLICE’ SA |
638 292 |
769 924 |
580 790 |
580 790 |
580 790 |
3 150 586 |
|
PL000000000202385 |
202385 |
instalacja do produkcji nawozów |
Grupa Azoty Zakłady Chemiczne ‘POLICE’ SA |
47 708 |
47 708 |
36 471 |
36 471 |
36 471 |
204 829 |
|
PL000000000202386 |
202386 |
Tłocznia Gazu Hołowczyce II |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
1 897 |
3 752 |
3 122 |
3 122 |
3 122 |
15 015 |
|
PL000000000202387 |
202387 |
Tłocznia Gazu Maćkowice |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
3 881 |
3 881 |
2 733 |
2 733 |
2 733 |
15 961 |
|
PL000000000202388 |
202388 |
Tłocznia Gazu Jarosław I i II |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
3 607 |
4 715 |
3 197 |
3 197 |
3 197 |
17 913 |
|
PL000000000202433 |
202433 |
CERSANIT S.A. |
Cersanit S.A. |
50 090 |
55 702 |
57 005 |
57 005 |
57 005 |
276 807 |
|
PL000000000202435 |
202435 |
Instalacje formaliny SILEKOL |
Silekol Spółka z o.o. |
13 149 |
16 529 |
13 846 |
13 846 |
13 846 |
71 216 |
|
PL000000000202453 |
202453 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
‘CERRAD’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
13 004 |
12 695 |
10 985 |
10 985 |
10 985 |
58 654 |
|
PL000000000202510 |
202510 |
Zakłady Azotowe ‘Puławy’ S.A. |
Grupa Azoty Zakłady Azotowe ‘Puławy’ S.A. |
2 412 690 |
2 412 690 |
2 283 141 |
2 283 141 |
2 283 141 |
11 674 803 |
|
PL000000000202534 |
202534 |
Instalacja do produkcji formaliny |
KRONOSPAN CHEMICAL SZCZECINEK SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
4 372 |
4 372 |
4 222 |
4 222 |
4 222 |
21 410 |
|
PL000000000202552 |
202552 |
Zakład Ceramiki Budowlanej ‘OWCZARY’ R.E.R. Stępień Sp. Jawna |
Zakład Ceramiki Budowlanej ‘OWCZARY’ R.E.R. Stępień Spółka Jawna |
19 450 |
31 015 |
35 120 |
35 120 |
35 120 |
155 825 |
|
PL000000000202611 |
202611 |
ArcelorMittal Poland S.A. Oddział Huta Królewska |
ARCELORMITTAL POLAND SPÓŁKA AKCYJNA |
7 821 |
8 240 |
8 240 |
8 240 |
8 240 |
40 781 |
|
PL000000000202682 |
202682 |
Nova Ceramica Sp. z o.o. |
‘NOVA CERAMICA’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
5 611 |
6 224 |
6 443 |
6 443 |
6 443 |
31 164 |
|
PL000000000202697 |
202697 |
Instalacja do produkcji amoniaku |
ANWIL S.A. |
670 854 |
667 366 |
670 621 |
670 621 |
670 621 |
3 350 083 |
|
PL000000000202779 |
202779 |
Zakład produkcji płyt gipsowo-kartonowych w Leszczach |
Siniat Sp. z o.o. |
8 024 |
7 763 |
7 646 |
7 646 |
7 646 |
38 725 |
|
PL000000000203089 |
203089 |
Zakłady Górniczo-Hutnicze ‘Bolesław’ S.A. |
Zakłady Górniczo-Hutnicze ‘Bolesław’ S.A. |
182 331 |
181 295 |
179 896 |
179 896 |
179 896 |
903 314 |
|
PL000000000203105 |
203105 |
KGHM Polska Miedź S.A., Oddział Huta Miedzi LEGNICA |
KGHM Polska Miedź S.A. |
56 269 |
58 661 |
58 776 |
58 776 |
58 776 |
291 258 |
|
PL000000000203107 |
203107 |
KGHM Polska Miedź S.A., Oddział Huta Miedzi Głogów |
KGHM Polska Miedź S.A. |
838 819 |
844 762 |
866 505 |
866 505 |
866 505 |
4 283 096 |
|
PL000000000203112 |
203112 |
Jednostki Produkcyjne |
Grupa Azoty Spółka Akcyjna |
463 828 |
446 806 |
438 624 |
438 624 |
438 624 |
2 226 506 |
|
PL000000000203129 |
203129 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
‘CERRAD’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
13 166 |
13 231 |
12 524 |
12 524 |
12 524 |
63 969 |
|
PL000000000203133 |
203133 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
‘CERRAD’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
10 017 |
11 747 |
10 342 |
10 342 |
10 342 |
52 790 |
|
PL000000000203135 |
203135 |
Saint-Gobain Construction Products Polska Sp. z o.o. Fabryka Rigips - Stawiany |
Saint-Gobain Construction Products Polska Sp. z o.o. |
7 056 |
7 056 |
8 117 |
8 117 |
8 117 |
38 463 |
|
PL000000000203607 |
203607 |
Instalacja Produkcji Wyrobów Ceramicznych Paradyż |
‘Ceramika Paradyż’ Sp. z o.o. |
13 730 |
13 970 |
17 883 |
17 883 |
17 883 |
81 349 |
|
PL000000000203608 |
203608 |
Instalacja Produkcji Wyrobów Ceramicznych Tomaszów 1 |
‘Ceramika Paradyż’ Sp. z o.o. |
15 658 |
13 268 |
11 742 |
11 742 |
11 742 |
64 152 |
|
PL000000000203609 |
203609 |
Instalacja Produkcji Wyrobów Ceramicznych Tomaszów 2 |
‘Ceramika Paradyż’ Sp. z o.o. |
18 747 |
18 444 |
19 440 |
19 440 |
19 440 |
95 511 |
|
PL000000000203610 |
203610 |
Instalacja Produkcji Wyrobów Ceramicznych Wielka Wola |
‘Ceramika Paradyż’ Sp. z o.o. |
21 511 |
23 871 |
27 332 |
27 332 |
27 332 |
127 378 |
|
PL000000000203611 |
203611 |
Instalacja Produkcji Wyrobów Ceramicznych Opoczno |
‘Ceramika Paradyż’ Sp. z o.o. |
4 765 |
4 867 |
4 762 |
4 762 |
4 762 |
23 918 |
|
PL000000000204402 |
204402 |
Leca Polska Sp. z o.o. |
Leca Polska Sp. z o.o. |
30 427 |
34 240 |
35 348 |
35 348 |
35 348 |
170 711 |
|
PL000000000205281 |
205281 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
JARO S.A. |
5 067 |
5 067 |
5 249 |
5 249 |
5 249 |
25 881 |
|
PL000000000205709 |
205709 |
Kopalnia Ropy Naftowej i Gazu Ziemnego Lubiatów Ośrodek Centralny |
POLSKI KONCERN NAFTOWY ORLEN SPÓŁKA AKCYJNA |
25 053 |
25 164 |
24 295 |
24 295 |
24 295 |
123 102 |
|
PL000000000206075 |
206075 |
CREATON Polska Sp. z o.o. Zakład Produkcyjny w Widziszewie |
CREATON POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
13 922 |
13 922 |
16 283 |
16 283 |
16 283 |
76 693 |
|
PL000000000206089 |
206089 |
Blok Gazowo-Parowy Polkowice |
KGHM Polska Miedź S.A. |
8 476 |
7 312 |
3 175 |
3 089 |
3 003 |
25 055 |
|
PL000000000206702 |
206702 |
Blok Gazowo-Parowy Głogów |
KGHM Polska Miedź S.A. |
6 955 |
6 883 |
5 925 |
5 765 |
5 604 |
31 132 |
|
PL000000000206967 |
206967 |
Instalacja do produkcji szkła |
DEKORGLASS DZIAŁDOWO S.A. |
6 993 |
10 135 |
10 777 |
10 777 |
10 777 |
49 459 |
|
PL000000000207000 |
207000 |
Kawernowy Podziemny Magazyn Gazu Kosakowo |
GAS STORAGE POLAND SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
1 010 |
1 246 |
1 014 |
1 014 |
1 014 |
5 298 |
|
PL000000000207783 |
207783 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
‘CERRAD’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
33 558 |
33 058 |
34 038 |
34 038 |
34 038 |
168 730 |
|
PL000000000207803 |
207803 |
spalanie paliw |
BGW SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
43 193 |
46 055 |
46 295 |
46 295 |
46 295 |
228 133 |
|
PL000000000207962 |
207962 |
Instalacja do produkcji papieru |
FABRYKA PAPIERU KACZORY SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
4 104 |
3 716 |
4 364 |
4 364 |
4 364 |
20 912 |
|
PL000000000208182 |
208182 |
Blok Gazowo-Parowy CCGT we Włocławku |
POLSKI KONCERN NAFTOWY ORLEN SPÓŁKA AKCYJNA |
29 118 |
28 371 |
32 274 |
31 401 |
30 526 |
151 690 |
|
PL000000000208202 |
208202 |
Tłocznia gazu Jeleniów |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
824 |
1 161 |
1 016 |
1 016 |
1 016 |
5 033 |
|
PL000000000208442 |
208442 |
Produkcja wyrobów ceramicznych przez wypalanie |
NGK Ceramics Polska Spółka z Ograniczoną Odpowiedzialnością |
6 645 |
6 645 |
7 939 |
7 939 |
7 939 |
37 107 |
|
PL000000000208882 |
208882 |
Solvay Poland Sp z o.o. |
Solvay Poland Sp. z o. o. |
30 769 |
30 391 |
31 478 |
31 478 |
31 478 |
155 594 |
|
PL000000000208923 |
208923 |
Terminal Regazyfikacyjny Skroplonego Gazu Ziemnego w Świnoujściu |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
22 693 |
24 110 |
31 374 |
31 374 |
31 374 |
140 925 |
|
PL000000000209024 |
209024 |
Colorobbia Polska Sp. z o.o. |
COLOROBBIA POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
2 474 |
2 799 |
3 131 |
3 131 |
3 131 |
14 666 |
|
PL000000000209143 |
209143 |
Zakład Września Oddział w Białężycach |
Volkswagen Poznań Sp. z o.o. |
4 245 |
4 117 |
0 |
0 |
0 |
8 362 |
|
PL000000000209148 |
209148 |
Instalacja do produkcji papieru i tektury |
APIS SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
14 197 |
16 091 |
16 918 |
16 918 |
16 918 |
81 042 |
|
PL000000000209222 |
209222 |
Kotłownia Zbiersk Cukrownia |
DESTYLACJE WAWRZYNIAK PHP WOJCIECH WAWRZYNIAK |
33 932 |
36 392 |
42 953 |
41 789 |
40 626 |
195 692 |
|
PL000000000209223 |
209223 |
UMA Investments Sp. z o.o. |
UMA Investments Sp. z o.o |
3 663 |
3 663 |
4 418 |
4 418 |
4 418 |
20 580 |
|
PL000000000209565 |
209565 |
Zakład ‘A’ - MARCONI |
POLCOLORIT SPÓŁKA AKCYJNA |
24 434 |
24 849 |
23 656 |
23 656 |
23 656 |
120 251 |
|
PL000000000210351 |
210351 |
Instalacja do produkcji szkła |
TREND GROUP Sp. z o.o. |
21 443 |
23 139 |
22 514 |
22 514 |
22 514 |
112 124 |
|
PL000000000210352 |
210352 |
Instalacja do produkcji wyrobów ceramicznych za pomocą wypalania |
Star Dust Sp. z o.o. |
15 794 |
13 976 |
11 881 |
11 881 |
11 881 |
65 413 |
|
PL000000000210474 |
210474 |
Walcownia WOST |
WALCOWNIE OSTROWIECKIE WOST SPÓŁKA AKCYJNA |
6 545 |
7 499 |
8 012 |
8 012 |
8 012 |
38 080 |
|
PL000000000210521 |
210521 |
CHP Zabrze |
Fortum Silesia Spółka Akcyjna |
21 420 |
26 211 |
26 246 |
25 535 |
24 824 |
124 236 |
|
PL000000000210697 |
210697 |
Instalacja do produkcji papieru |
Schumacher Packaging Zakład Grudziądz Sp. z o.o. |
19 920 |
27 376 |
28 861 |
28 861 |
28 861 |
133 879 |
|
PL000000000210719 |
210719 |
Ciepłownia |
Animex Foods Sp. z o.o. |
3 373 |
3 373 |
0 |
0 |
0 |
6 746 |
|
PL000000000215320 |
215320 |
Kotłownia Technologiczna |
SK hi-tech battery materials Poland Sp. z o.o. |
2 630 |
7 545 |
7 376 |
7 205 |
7 036 |
31 792 |
|
PL000000000215420 |
215420 |
Walcownia Morgana |
CMC Poland Sp. z o.o. |
12 702 |
22 367 |
21 864 |
21 361 |
20 857 |
99 151 |
|
PL000000000215821 |
215821 |
Instalacja spalania paliw |
LG ENERGY SOLUTION WROCŁAW SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
7 991 |
23 281 |
22 756 |
22 233 |
21 709 |
97 970 |
|
PL000000000215940 |
215940 |
Instalacja do produkcji papieru |
FABRYKA PAPIERU KACZORY SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
509 |
2 625 |
2 566 |
2 507 |
2 448 |
10 655 |
|
PL000000000216343 |
216343 |
Geotermia Toruń |
‘GEOTERMIA TORUŃ’ SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ |
0 |
821 |
0 |
0 |
0 |
821 |
|
PL000000000217140 |
217140 |
Tłocznia Gazu Kędzierzyn Koźle |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
0 |
2 483 |
0 |
0 |
0 |
2 483 |
|
PL000000000217460 |
217460 |
Tłocznia Gazu Odolanów |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
0 |
1 931 |
0 |
0 |
0 |
1 931 |
|
PL000000000217540 |
217540 |
Tłocznia Gazu Gustorzyn |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
0 |
1 079 |
0 |
0 |
0 |
1 079 |
|
PL000000000217541 |
217541 |
Tłocznia Gazu Goleniów |
Operator Gazociągów Przesyłowych GAZ-SYSTEM S.A. |
0 |
179 |
0 |
0 |
0 |
179 |
|
TOTAL |
15 311 470 |
15 502 159 |
15 488 070 |
15 461 141 |
15 434 208 |
77 197 048 |
ANNEX XIX
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Portugal
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
PT000000000000002 |
2 |
CERÂMICA OUTEIRO DO SEIXO , S.A |
CERAMICA OUTEIRO DO SEIXO |
14 920 |
14 386 |
11 439 |
11 439 |
11 439 |
63 623 |
|
PT000000000000012 |
12 |
Adelino Duarte da Mota, S.A. |
Adelino Duarte da Mota,S.A |
11 763 |
15 497 |
18 205 |
18 205 |
18 205 |
81 875 |
|
PT000000000000017 |
17 |
CETIPAL - Cerâmica de Tijolos e Pavimentos, S.A. |
Cetipal - Cerâmica de Tijolos e Pavimentos, S.A. |
3 785 |
3 442 |
3 556 |
3 556 |
3 556 |
17 895 |
|
PT000000000000037 |
37 |
Cerâmica de Quintãs, Lda. |
Cerâmica de Quintãs, Lda. |
6 532 |
6 532 |
6 268 |
6 268 |
6 268 |
31 868 |
|
PT000000000000038 |
38 |
Lusical |
Lusical – Companhia Lusitana de Cal, S.A. |
286 900 |
286 900 |
282 324 |
282 324 |
282 324 |
1 420 772 |
|
PT000000000000042 |
42 |
Bondalti Chemicals S.A. |
Bondalti Chemicals, S.A. |
51 039 |
50 927 |
50 927 |
50 927 |
50 927 |
254 747 |
|
PT000000000000051 |
51 |
Verallia Portugal, SA. |
Verallia Portugal, S.A. |
54 877 |
50 567 |
46 087 |
46 087 |
46 087 |
243 705 |
|
PT000000000000059 |
59 |
Sidul Açúcares, Unipessoal Lda |
Sidul Açúcares, Unipessoal Lda. |
11 340 |
11 049 |
12 443 |
12 106 |
11 769 |
58 707 |
|
PT000000000000086 |
86 |
Santos Barosa - Vidros, S.A. |
Santos Barosa - Vidros, S.A. |
97 625 |
97 625 |
102 729 |
102 729 |
102 729 |
503 437 |
|
PT000000000000104 |
104 |
Companhia Térmica Tagol, Unipessoal, Lda., |
Companhia Térmica Tagol, Unipessoal, Lda., |
29 479 |
28 709 |
27 858 |
27 103 |
26 349 |
139 498 |
|
PT000000000000118 |
118 |
Soladrilho - Sociedade Cerâmica de Ladrilhos S.A. |
Soladrilho - Sociedade Ceramica de Ladrilhos S.A. |
5 996 |
5 081 |
2 743 |
2 743 |
2 743 |
19 306 |
|
PT000000000000137 |
137 |
SCC - Sociedade Central de Cervejas e Bebidas, SA |
SCC - Sociedade Central Cervejas e Bebidas, SA |
1 377 |
1 449 |
3 408 |
3 316 |
3 223 |
12 773 |
|
PT000000000000170 |
170 |
CRISAL - Cristalaria Automática, S.A. |
CRISAL - Cristalaria Automática, S.A. |
30 589 |
29 448 |
30 589 |
30 589 |
30 589 |
151 804 |
|
PT000000000000186 |
186 |
BA Glass Portugal - Unidade Fabril de Avintes |
BA GLASS PORTUGAL, SA |
68 925 |
72 149 |
71 610 |
71 610 |
71 610 |
355 904 |
|
PT000000000000198 |
198 |
BA GLASS Portugal - Unidade Fabril da Venda Nova |
BA GLASS PORTUGAL, SA |
54 334 |
56 498 |
58 586 |
58 586 |
58 586 |
286 590 |
|
PT000000000000250 |
250 |
Italagro - Indústria Transformadora de Produtos Alimentares, S.A. |
Italagro - Indústria Transformadora de Produtos Alimentares, S.A. |
11 167 |
11 066 |
11 066 |
11 066 |
11 066 |
55 431 |
|
PT000000000000253 |
253 |
Enerlousado - Recursos Energéticos, Lda |
Enerlousado - Recursos Energéticos, Lda |
4 677 |
4 557 |
5 420 |
5 273 |
5 126 |
25 053 |
|
PT000000000205023 |
205023 |
ADP Fertilizantes UFAL |
ADP Fertilizantes S.A |
23 156 |
23 156 |
23 156 |
23 156 |
23 156 |
115 780 |
|
PT000000000205077 |
205077 |
Aleluia Cerâmicas SA - Unidade de Ílhavo |
Aleluia Cerâmicas SA |
8 350 |
9 364 |
9 826 |
9 826 |
9 826 |
47 192 |
|
PT000000000205102 |
205102 |
Primus Vitória - Azulejos, S.A. |
Primus Vitória - Azulejos, S.A. |
4 213 |
4 109 |
4 521 |
4 521 |
4 521 |
21 885 |
|
PT000000000205147 |
205147 |
Umbelino Monteiro, S.A. |
Umbelino Monteiro, S.A. |
6 186 |
6 465 |
8 585 |
8 585 |
8 585 |
38 406 |
|
PT000000000205242 |
205242 |
SOLCER - Empresa Cerâmica, S.A. |
SOLCER - Empresa Cerâmica, S.A. |
7 057 |
7 222 |
7 328 |
6 938 |
6 938 |
35 483 |
|
PT000000000205642 |
205642 |
CLIPER Cerâmica, SA |
CLIPER Cerâmica, SA |
4 666 |
4 666 |
4 831 |
4 831 |
4 831 |
23 825 |
|
PT000000000207706 |
207706 |
Fortissue - Produção de Papel, S.A. |
Fortissue - Produção de Papel, S.A. |
8 082 |
7 059 |
6 135 |
6 135 |
6 135 |
33 546 |
|
TOTAL |
807 035 |
807 923 |
809 640 |
807 919 |
806 588 |
4 039 105 |
ANNEX XX
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Sweden
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
SE000000000000004 |
4 |
Akalla värmeverk |
Stockholm Exergi AB |
1 724 |
3 260 |
5 279 |
5 279 |
5 279 |
20 821 |
|
SE000000000000016 |
16 |
Hammarbyverket |
Stockholm Exergi AB |
5 569 |
8 505 |
11 649 |
11 649 |
11 649 |
49 021 |
|
SE000000000000023 |
23 |
Lastaren |
Värmevärden AB |
846 |
951 |
836 |
836 |
836 |
4 305 |
|
SE000000000000024 |
24 |
Lidingö värmeverk |
Stockholm Exergi AB |
62 |
281 |
480 |
480 |
480 |
1 783 |
|
SE000000000000036 |
36 |
Forsbacka HVC |
Skellefteå Kraft AB |
593 |
593 |
479 |
479 |
479 |
2 623 |
|
SE000000000000050 |
50 |
Hetvattencentralen Årsta |
Stockholm Exergi AB |
1 196 |
1 045 |
1 528 |
1 528 |
1 528 |
6 825 |
|
SE000000000000051 |
51 |
Arboga värmeverk |
Västra Mälardalens Energi och Miljö AB |
3 390 |
3 553 |
4 324 |
4 324 |
4 324 |
19 915 |
|
SE000000000000068 |
68 |
HVC Turbingatan |
Halmstad Energi och Miljö AB |
18 789 |
19 407 |
19 871 |
19 333 |
18 795 |
96 195 |
|
SE000000000000091 |
91 |
Värmecentralen |
Nybro Värmecentral AB |
1 637 |
1 595 |
1 970 |
1 916 |
1 863 |
8 981 |
|
SE000000000000106 |
106 |
Högsbo Kraftvärmeverk |
Göteborg Energi AB |
521 |
353 |
209 |
203 |
197 |
1 483 |
|
SE000000000000110 |
110 |
Rosenlundverket |
Göteborg Energi AB |
712 |
1 312 |
2 191 |
2 132 |
2 073 |
8 420 |
|
SE000000000000112 |
112 |
Rya HVC |
Göteborg Energi AB |
5 169 |
5 169 |
6 600 |
6 600 |
6 600 |
30 138 |
|
SE000000000000113 |
113 |
Sisjöns panncentral |
Göteborg Energi AB |
87 |
200 |
347 |
347 |
347 |
1 328 |
|
SE000000000000121 |
121 |
Hofors Energi Ångcentralen |
Värmevärden i Hofors AB (f d Hofors Energi AB) |
5 105 |
5 498 |
7 554 |
7 349 |
7 144 |
32 650 |
|
SE000000000000128 |
128 |
Rya Kraftvärmeverk |
Göteborg Energi AB |
10 715 |
7 557 |
9 945 |
9 675 |
9 406 |
47 298 |
|
SE000000000000142 |
142 |
Värmeverk Västerudd |
Affärsverken Karlskrona AB |
217 |
553 |
1 075 |
1 075 |
1 075 |
3 995 |
|
SE000000000000143 |
143 |
Centralsjukhusets hetvattencentral |
Karlstads Energi AB |
202 |
202 |
45 |
45 |
45 |
539 |
|
SE000000000000154 |
154 |
Norsaverkets HVC |
Västra Mälardalens Energi och Miljö AB |
777 |
963 |
1 240 |
1 240 |
1 240 |
5 460 |
|
SE000000000000158 |
158 |
Energiknuten |
Landskrona Energi Kraft AB |
11 124 |
10 838 |
9 070 |
8 825 |
8 579 |
48 436 |
|
SE000000000000166 |
166 |
Västhamnsverket |
Öresundskraft Kraft Värme AB |
5 662 |
7 349 |
13 287 |
12 927 |
12 567 |
51 792 |
|
SE000000000000168 |
168 |
Norcarb Engineered Carbons AB |
Norcarb Engineered Carbons AB |
61 486 |
61 486 |
61 288 |
61 288 |
61 288 |
306 836 |
|
SE000000000000173 |
173 |
PC Filen |
Lidköping Energi AB |
21 348 |
20 799 |
19 066 |
18 550 |
18 034 |
97 797 |
|
SE000000000000175 |
175 |
HVC Gnistan |
Linde Energi AB |
147 |
147 |
436 |
436 |
436 |
1 602 |
|
SE000000000000180 |
180 |
HVC 2 Aronstorp |
Luleå Energi AB |
1 698 |
1 698 |
2 241 |
2 241 |
2 241 |
10 119 |
|
SE000000000000181 |
181 |
HVC 4 Bergnäset |
Luleå Energi AB |
1 390 |
1 390 |
2 093 |
2 093 |
2 093 |
9 059 |
|
SE000000000000188 |
188 |
Assbergs kraftvärmeverk |
Mark Kraftvärme AB |
4 661 |
4 541 |
4 313 |
4 196 |
4 080 |
21 791 |
|
SE000000000000190 |
190 |
KVV/HVC Sörby |
Mjölby-Svartådalen Energi AB |
4 625 |
4 506 |
5 563 |
5 412 |
5 261 |
25 367 |
|
SE000000000000194 |
194 |
Kraftvärmeverket Västerås |
Mälarenergi AB |
73 283 |
71 399 |
69 762 |
67 872 |
65 984 |
348 300 |
|
SE000000000000198 |
198 |
Solna värmeverk |
Norrenergi AB |
5 918 |
9 195 |
13 254 |
13 254 |
13 254 |
54 875 |
|
SE000000000000212 |
212 |
Sörbyverket |
Ronneby Miljö Teknik AB |
3 752 |
3 982 |
3 759 |
3 657 |
3 555 |
18 705 |
|
SE000000000000220 |
220 |
Lövängsverket |
Skövde Energi AB |
2 460 |
2 955 |
3 852 |
3 852 |
3 852 |
16 971 |
|
SE000000000000221 |
221 |
Smedjebackens HVC |
Smedjebacken Energi AB |
1 187 |
1 187 |
1 438 |
1 438 |
1 438 |
6 688 |
|
SE000000000000232 |
232 |
Korstaverket |
Sundsvall Energi AB |
21 271 |
20 724 |
20 961 |
20 392 |
19 825 |
103 173 |
|
SE000000000000246 |
246 |
Nora fjärrvärmeverk |
Solör Bioenergi Fjärrvärme AB |
1 525 |
1 525 |
1 772 |
1 772 |
1 772 |
8 366 |
|
SE000000000000256 |
256 |
Heleneholmsverket och Heleneholms FVC |
E.ON Värme Sverige AB |
10 845 |
11 826 |
14 088 |
13 706 |
13 324 |
63 789 |
|
SE000000000000258 |
258 |
Limhamns fjärrvärmecentral (LFC) |
E.ON Värme Sverige AB |
92 |
92 |
588 |
588 |
588 |
1 948 |
|
SE000000000000262 |
262 |
Utklippans fjärrvärmecentral |
E.ON Värme Sverige AB |
151 |
339 |
533 |
533 |
533 |
2 089 |
|
SE000000000000266 |
266 |
Händelöverket |
Navirum Energi AB |
119 153 |
116 090 |
115 392 |
112 267 |
109 141 |
572 043 |
|
SE000000000000269 |
269 |
Panncentralen Säffle Fjärrvärme |
Värmevärden Säffle AB |
1 434 |
1 434 |
2 204 |
2 204 |
2 204 |
9 480 |
|
SE000000000000271 |
271 |
Fittjaverket |
Söderenergi AB |
3 459 |
6 173 |
9 779 |
9 779 |
9 779 |
38 969 |
|
SE000000000000274 |
274 |
Igelstaverket |
Söderenergi AB |
98 647 |
96 112 |
94 063 |
91 515 |
88 967 |
469 304 |
|
SE000000000000276 |
276 |
Skogås värmeverk |
Söderenergi AB |
584 |
1 033 |
1 943 |
1 943 |
1 943 |
7 446 |
|
SE000000000000277 |
277 |
Panncentralen TD |
Sörred Energi AB |
88 |
583 |
763 |
763 |
763 |
2 960 |
|
SE000000000000280 |
280 |
Kraftvärmeverket |
Tekniska Verken i Linköping AB (publ) |
7 691 |
8 684 |
12 419 |
12 082 |
11 746 |
52 622 |
|
SE000000000000283 |
283 |
HVC3 Tornby |
Tekniska Verken i Linköping AB (publ) |
2 149 |
2 149 |
1 751 |
1 751 |
1 751 |
9 551 |
|
SE000000000000292 |
292 |
Hovhultsverket |
Uddevalla Kraft AB |
3 698 |
3 698 |
4 538 |
4 538 |
4 538 |
21 010 |
|
SE000000000000296 |
296 |
Ålidhemsanläggningen |
Umeå Energi AB |
5 296 |
6 345 |
7 496 |
7 496 |
7 496 |
34 129 |
|
SE000000000000328 |
328 |
LVC2 Lasarettets PC |
Västerbergslagens Energi AB |
267 |
267 |
378 |
378 |
378 |
1 668 |
|
SE000000000000337 |
337 |
Anoden |
Ystad Energi AB |
6 708 |
7 897 |
8 036 |
8 036 |
8 036 |
38 713 |
|
SE000000000000351 |
351 |
Nouryon Pulp and Performance Chemicals AB, Sundsvall |
Nouryon Pulp and Performance Chemicals AB |
12 698 |
12 698 |
12 393 |
12 393 |
12 393 |
62 575 |
|
SE000000000000353 |
353 |
Energicentralen vid Arla Vimmerby |
Adven AB |
17 276 |
17 276 |
20 167 |
20 167 |
20 167 |
95 053 |
|
SE000000000000357 |
357 |
Borealis krackeranläggning |
Borealis AB |
375 662 |
354 499 |
447 112 |
447 112 |
447 112 |
2 071 497 |
|
SE000000000000358 |
358 |
Borealis AB Polyetenanläggning |
Borealis AB |
57 689 |
57 689 |
57 284 |
57 284 |
57 284 |
287 230 |
|
SE000000000000362 |
362 |
Arlövs Sockerbruk |
Nordic Sugar AB |
13 197 |
7 702 |
5 149 |
5 149 |
5 149 |
36 346 |
|
SE000000000000365 |
365 |
Örtofta Sockerbruk |
Nordic Sugar AB |
56 199 |
73 773 |
65 364 |
65 364 |
65 364 |
326 064 |
|
SE000000000000368 |
368 |
GELITA Sweden AB |
GELITA Sweden AB |
5 906 |
5 906 |
4 899 |
4 899 |
4 899 |
26 509 |
|
SE000000000000373 |
373 |
AAK Sweden AB |
AAK Sweden AB |
34 703 |
34 703 |
34 428 |
34 428 |
34 428 |
172 690 |
|
SE000000000000374 |
374 |
Kemira Kemi AB |
Kemira Kemi AB |
46 626 |
46 626 |
47 501 |
47 501 |
47 501 |
235 755 |
|
SE000000000000376 |
376 |
Stenungsunds Energi Miljö AB |
Stenungsunds Energi Miljö AB |
111 |
111 |
226 |
226 |
226 |
900 |
|
SE000000000000387 |
387 |
Hasselfors PC |
Adven Energilösningar AB |
3 702 |
3 702 |
4 280 |
4 280 |
4 280 |
20 244 |
|
SE000000000000389 |
389 |
PC Hjorten |
Solör Bioenergi Utility Solutions AB |
1 256 |
1 442 |
1 621 |
1 621 |
1 621 |
7 561 |
|
SE000000000000402 |
402 |
Volvo Powertrain AB Skövdeanläggningen |
Volvo Powertrain Corporation |
24 904 |
24 536 |
24 194 |
24 194 |
24 194 |
122 022 |
|
SE000000000000403 |
403 |
Treetex, HVC3 och HVC4 |
Övik Energi AB |
215 |
685 |
835 |
835 |
835 |
3 405 |
|
SE000000000000407 |
407 |
Höganäs Borgestad AB |
Höganäs Borgestad AB |
3 335 |
3 335 |
1 718 |
1 718 |
1 718 |
11 824 |
|
SE000000000000413 |
413 |
Ardagh Glass Limmared AB |
Ardagh Glass Limmared AB |
45 939 |
46 482 |
48 654 |
48 654 |
48 654 |
238 383 |
|
SE000000000000416 |
416 |
Oxelö kalkverk |
SMA Mineral AB |
31 969 |
31 969 |
36 869 |
36 869 |
36 869 |
174 545 |
|
SE000000000000418 |
418 |
Rättviks kalkverk |
SMA Mineral AB |
45 254 |
45 254 |
52 204 |
52 204 |
52 204 |
247 120 |
|
SE000000000000422 |
422 |
Nynas AB, Nynäshamnsraffinaderiet |
Nynas, AB, Nynäshamnsraffinaderiet |
84 089 |
87 676 |
98 032 |
98 032 |
98 032 |
465 861 |
|
SE000000000000423 |
423 |
Nynas AB, Göteborgsraffinaderiet |
Nynas AB, Göteborgsraffinaderi |
16 457 |
14 941 |
12 801 |
12 801 |
12 801 |
69 801 |
|
SE000000000000430 |
430 |
Arctic Paper Munkedals AB |
Arctic Paper Munkedals AB |
27 146 |
16 553 |
16 553 |
16 553 |
16 553 |
93 358 |
|
SE000000000000431 |
431 |
Billerud Frövi |
Billerud Skog Industri AB |
99 469 |
98 412 |
97 743 |
97 743 |
97 743 |
491 110 |
|
SE000000000000432 |
432 |
BillerudKorsnäs Sweden AB Gruvöns Bruk |
BillerudKorsnäs Sweden AB Gruvöns Bruk |
137 367 |
156 392 |
167 090 |
167 090 |
167 090 |
795 029 |
|
SE000000000000434 |
434 |
Billerud Sweden AB Skärblacka bruk |
Billerud Sweden AB Skärblacka bruk |
109 841 |
123 897 |
123 659 |
123 659 |
123 659 |
604 715 |
|
SE000000000000436 |
436 |
AB Sandvik Materials Technology |
AB Sandvik Materials Technology |
58 252 |
59 916 |
61 392 |
61 392 |
61 392 |
302 344 |
|
SE000000000000441 |
441 |
Fiskeby Board AB |
Fiskeby Board AB |
26 484 |
26 090 |
26 403 |
26 403 |
26 403 |
131 783 |
|
SE000000000000444 |
444 |
Hallsta Pappersbruk |
Holmen Paper AB / Lars Lundin |
88 386 |
106 799 |
102 839 |
102 839 |
102 839 |
503 702 |
|
SE000000000000446 |
446 |
Iggesund Paperboard, Iggesunds Bruk |
Holmen Iggesund Paperboard AB, Iggesunds Bruk |
85 482 |
85 239 |
82 903 |
82 903 |
82 903 |
419 430 |
|
SE000000000000448 |
448 |
Klippans Bruk AB |
Klippans Bruk AB |
4 191 |
5 147 |
4 162 |
4 162 |
4 162 |
21 824 |
|
SE000000000000449 |
449 |
Lessebo Bruk |
Lessebo Paper AB |
6 142 |
6 142 |
6 747 |
6 747 |
6 747 |
32 525 |
|
SE000000000000451 |
451 |
Gävle Bruk |
Billerud Skog och Industri AB |
171 838 |
171 161 |
167 764 |
167 764 |
167 764 |
846 291 |
|
SE000000000000457 |
457 |
Billerud Rockhammar |
Billerud Rockhammar |
14 039 |
16 322 |
17 795 |
17 795 |
17 795 |
83 746 |
|
SE000000000000458 |
458 |
Rottneros Bruk |
Rottneros Bruk AB |
17 956 |
18 318 |
18 970 |
18 970 |
18 970 |
93 184 |
|
SE000000000000467 |
467 |
Ahlstrom Sweden AB |
Ahlstrom Sweden AB |
17 446 |
19 642 |
19 775 |
19 775 |
19 775 |
96 413 |
|
SE000000000000470 |
470 |
Stora Enso Hylte Bruk AB |
Stora Enso Hylte Bruk AB |
68 069 |
42 047 |
46 415 |
46 415 |
46 415 |
249 361 |
|
SE000000000000472 |
472 |
Sylvamo Sweden AB Nymölla Bruk |
Sylvamo Sweden AB Nymölla Bruk |
109 641 |
109 641 |
109 501 |
109 501 |
109 501 |
547 785 |
|
SE000000000000478 |
478 |
Södra Cell Mönsterås |
Södra Skogsägarna ekonomisk förening |
47 343 |
48 021 |
48 733 |
48 733 |
48 733 |
241 563 |
|
SE000000000000479 |
479 |
Södra Cell Mörrum |
Södra skogsägarna ekonomisk förening |
144 561 |
144 561 |
153 377 |
153 377 |
153 377 |
749 253 |
|
SE000000000000480 |
480 |
Södra Cell Värö |
Södra Skogsägarna Ekonomiskförening |
52 354 |
53 632 |
55 330 |
55 330 |
55 330 |
271 976 |
|
SE000000000000487 |
487 |
Ovako Bar AB, Smedjebacken |
Ovako Bar AB |
28 848 |
33 022 |
35 105 |
35 105 |
35 105 |
167 185 |
|
SE000000000000488 |
488 |
Höganäs Sweden AB, Halmstadverken |
Höganäs Sweden AB |
11 656 |
16 667 |
16 532 |
16 532 |
16 532 |
77 919 |
|
SE000000000000490 |
490 |
Avesta Jernverk |
Outokumpu Stainless AB |
85 661 |
86 104 |
87 981 |
87 981 |
87 981 |
435 708 |
|
SE000000000000491 |
491 |
Outokumpu Stainless AB Degerfors |
Outokumpu Stainless AB |
22 752 |
22 752 |
23 254 |
23 254 |
23 254 |
115 266 |
|
SE000000000000492 |
492 |
Ovako Sweden AB, Hofors |
Ovako Sweden AB |
52 185 |
46 403 |
51 796 |
51 796 |
51 796 |
253 976 |
|
SE000000000000496 |
496 |
Hagfors Jernverk |
Uddeholms AB |
23 572 |
27 683 |
28 243 |
28 243 |
28 243 |
135 984 |
|
SE000000000000498 |
498 |
LKAB - Malmberget |
Luossavaara Kirunavaara AB |
204 640 |
207 928 |
208 848 |
208 848 |
208 848 |
1 039 112 |
|
SE000000000000508 |
508 |
Lugnviksverket P1 och P2 |
Jämtkraft AB |
3 751 |
4 654 |
5 034 |
5 034 |
5 034 |
23 507 |
|
SE000000000000525 |
525 |
LHVC |
Kraftringen Energi AB |
1 657 |
2 908 |
3 698 |
3 698 |
3 698 |
15 659 |
|
SE000000000000549 |
549 |
HVC Dalregementet |
Falu Energi Vatten AB |
921 |
921 |
1 978 |
1 978 |
1 978 |
7 776 |
|
SE000000000000552 |
552 |
Nyhem |
Finspångs Tekniska Verk AB |
380 |
505 |
627 |
627 |
627 |
2 766 |
|
SE000000000000570 |
570 |
Hällefors P4-P5 |
Värmevärden AB |
2 307 |
2 516 |
2 744 |
2 744 |
2 744 |
13 055 |
|
SE000000000000660 |
660 |
HVC45 Cloetta |
Tekniska Verken i Linköping AB (publ) |
76 |
76 |
453 |
453 |
453 |
1 511 |
|
SE000000000000673 |
673 |
Okvista värmeverk |
E.ON Värme Sverige AB |
2 296 |
2 296 |
2 807 |
2 807 |
2 807 |
13 013 |
|
SE000000000000676 |
676 |
Bjuv, Gunnarstorpsvägen |
Nevel AB |
20 |
20 |
0 |
0 |
0 |
40 |
|
SE000000000000716 |
716 |
SCA Bionorr |
SCA Energy AB |
5 621 |
5 223 |
5 060 |
5 060 |
5 060 |
26 024 |
|
SE000000000000720 |
720 |
Hästhagen |
Vattenfall AB |
247 |
247 |
66 |
66 |
66 |
692 |
|
SE000000000000729 |
729 |
Outokumpu Stainless AB, Nyby Operations |
Outokumpu Stainless AB |
8 093 |
8 093 |
9 446 |
9 446 |
9 446 |
44 524 |
|
SE000000000000744 |
744 |
PC Röbäck |
Umeå Energi AB |
794 |
794 |
1 032 |
1 032 |
1 032 |
4 684 |
|
SE000000000000772 |
772 |
Hörneborgsverket |
Övik Energi AB |
52 257 |
50 914 |
55 451 |
53 949 |
52 447 |
265 018 |
|
SE000000000000784 |
784 |
Jabo fjärrvärmeverk |
Adven Energilösningar AB |
1 230 |
1 360 |
1 645 |
1 645 |
1 645 |
7 525 |
|
SE000000000000812 |
812 |
P11 |
Övik Energi AB |
860 |
1 343 |
1 934 |
1 881 |
1 829 |
7 847 |
|
SE000000000000823 |
823 |
Hantverkaren |
Njudung Energi Sävsjö AB |
219 |
348 |
493 |
493 |
493 |
2 046 |
|
SE000000000201843 |
201843 |
Paroc AB Hässleholmsfabriken |
Paroc AB |
21 400 |
21 400 |
22 384 |
22 384 |
22 384 |
109 952 |
|
SE000000000202298 |
202298 |
HVC Kopparslagaren |
Härjeåns Energi AB |
485 |
595 |
485 |
485 |
485 |
2 535 |
|
SE000000000202805 |
202805 |
Sösia Fjärrvärmeanläggning |
Jämtkraft AB |
1 942 |
1 942 |
2 071 |
2 071 |
2 071 |
10 097 |
|
SE000000000202835 |
202835 |
Åkers sågverk |
Sandåsa Timber AB |
2 121 |
2 121 |
2 511 |
2 511 |
2 511 |
11 775 |
|
SE000000000204726 |
204726 |
Örtoftaverket |
Kraftringen Energi AB |
20 124 |
19 607 |
23 051 |
22 427 |
21 802 |
107 011 |
|
SE000000000205193 |
205193 |
Celanese Production Sweden AB |
Celanese Production Sweden AB |
2 309 |
1 979 |
1 813 |
1 813 |
1 813 |
9 727 |
|
SE000000000205791 |
205791 |
Hetvattencentral Axamo |
Jönköping Energi AB |
261 |
261 |
394 |
394 |
394 |
1 704 |
|
SE000000000205808 |
205808 |
Edsbyn |
Solör Bioenergi Fjärrvärme AB |
1 421 |
1 421 |
1 194 |
1 194 |
1 194 |
6 424 |
|
SE000000000205903 |
205903 |
Filbornaverket |
Öresundskraft Kraft Värme AB |
22 241 |
21 669 |
18 285 |
17 790 |
17 294 |
97 279 |
|
SE000000000206002 |
206002 |
Bomhus Energi AB |
Bomhus Energi AB |
10 248 |
11 972 |
12 558 |
12 217 |
11 877 |
58 872 |
|
SE000000000206045 |
206045 |
AB Karl Hedin Sågverk Krylbo |
Fredrik Nilsson Marnefeldt |
1 343 |
1 478 |
1 343 |
1 343 |
1 343 |
6 850 |
|
SE000000000206082 |
206082 |
Värmeverket Hamnen Varbergs kommun |
Varberg Energi AB |
1 991 |
2 207 |
2 676 |
2 676 |
2 676 |
12 226 |
|
SE000000000209074 |
209074 |
KVV Transtorp |
Nybro Värmecentral AB |
4 719 |
4 597 |
4 215 |
4 100 |
3 986 |
21 617 |
|
SE000000000209722 |
209722 |
Kopparslagaren 7 |
Härjeåns Energi AB |
2 332 |
1 647 |
1 765 |
1 717 |
1 670 |
9 131 |
|
SE000000000210139 |
210139 |
PC City |
Stockholm Exergi AB |
720 |
720 |
1 007 |
1 007 |
1 007 |
4 461 |
|
SE000000000210595 |
210595 |
Sobacken |
Borås Energi och Miljö AB |
13 290 |
17 895 |
18 743 |
18 235 |
17 728 |
85 891 |
|
SE000000000210698 |
210698 |
Högbytorp CHP |
E.ON Värme Sverige AB |
21 503 |
20 950 |
20 516 |
19 959 |
19 404 |
102 332 |
|
TOTAL |
3 340 797 |
3 381 615 |
3 563 868 |
3 548 151 |
3 532 445 |
17 366 876 |
ANNEX XXI
National allocation table for the period 2021-2025 pursuant to Article 10a of Directive 2003/87/EC
Member State: Finland
|
Installation ID |
Installation ID (Union registry) |
Installation name |
Operator name |
Quantity to be allocated |
Quantity to be allocated by installation |
||||
|
2021 |
2022 |
2023 |
2024 |
2025 |
|||||
|
FI000000000000009 |
9 |
Paraisten kalkkitehdas |
Nordkalk Oy Ab |
28 587 |
31 250 |
30 076 |
30 076 |
30 076 |
150 065 |
|
FI000000000000015 |
15 |
Juvanmalmin lämpökeskus |
Fortum Power and Heat Oy |
368 |
914 |
1 514 |
1 514 |
1 514 |
5 824 |
|
FI000000000000018 |
18 |
Kivenlahden lämpökeskus |
Fortum Power and Heat Oy |
17 005 |
30 163 |
34 015 |
34 015 |
34 015 |
149 213 |
|
FI000000000000021 |
21 |
Käpykankaan lämpökeskus |
Savon Voima Joensuu Oy |
472 |
472 |
303 |
303 |
303 |
1 853 |
|
FI000000000000023 |
23 |
Otaniemen lämpökeskus |
Fortum Power and Heat Oy |
208 |
208 |
396 |
396 |
396 |
1 604 |
|
FI000000000000026 |
26 |
Suomenojan voimalaitos |
Fortum Power and Heat Oy |
81 223 |
63 326 |
56 731 |
55 194 |
53 657 |
310 131 |
|
FI000000000000027 |
27 |
Tapiolan lämpökeskus |
Fortum Power and Heat Oy |
940 |
1 962 |
4 133 |
4 133 |
4 133 |
15 301 |
|
FI000000000000030 |
30 |
Vermon Lämpökeskus |
Fortum Power and Heat Oy |
2 426 |
2 426 |
4 389 |
4 389 |
4 389 |
18 019 |
|
FI000000000000040 |
40 |
Koikkurintien lämpölaitos |
Nevel Oy |
376 |
197 |
376 |
376 |
376 |
1 701 |
|
FI000000000000041 |
41 |
Lepistönkadun lämpökeskus |
Nevel Oy |
184 |
184 |
348 |
348 |
348 |
1 412 |
|
FI000000000000047 |
47 |
Kirkkonummen lämpökeskus |
Fortum Power and Heat Oy |
127 |
127 |
229 |
229 |
229 |
941 |
|
FI000000000000057 |
57 |
Naantalin voimalaitos |
Turun Seudun Energiantuotanto Oy |
75 950 |
74 055 |
71 484 |
69 547 |
67 611 |
358 647 |
|
FI000000000000063 |
63 |
Lk317 Basfin höyrykattilalaitos |
Adven Oy |
4 152 |
4 970 |
5 307 |
5 163 |
5 019 |
24 611 |
|
FI000000000000064 |
64 |
Alppilan lämpökeskus |
Helen Oy |
68 |
68 |
525 |
525 |
525 |
1 711 |
|
FI000000000000066 |
66 |
Jakomäen lämpökeskus |
Helen Oy |
1 |
316 |
875 |
875 |
875 |
2 942 |
|
FI000000000000067 |
67 |
Lassilan lämpökeskus |
Helen Oy |
4 352 |
8 332 |
8 924 |
8 924 |
8 924 |
39 456 |
|
FI000000000000068 |
68 |
Munkkisaaren lämpökeskus |
Helen Oy |
121 |
726 |
1 310 |
1 310 |
1 310 |
4 777 |
|
FI000000000000069 |
69 |
Myllypuron lämpökeskus |
Helen Oy |
2 846 |
7 003 |
11 791 |
11 791 |
11 791 |
45 222 |
|
FI000000000000070 |
70 |
Patolan lämpökeskus |
Helen Oy |
2 057 |
4 816 |
7 162 |
7 162 |
7 162 |
28 359 |
|
FI000000000000071 |
71 |
Ruskeasuon lämpökeskus |
Helen Oy |
928 |
3 178 |
4 836 |
4 836 |
4 836 |
18 614 |
|
FI000000000000073 |
73 |
Salmisaaren A-laitos |
Helen Oy |
10 392 |
27 459 |
47 219 |
47 219 |
47 219 |
179 508 |
|
FI000000000000074 |
74 |
Vuosaari A-voimalaitos |
Helen Oy |
14 374 |
13 259 |
9 804 |
9 539 |
9 273 |
56 249 |
|
FI000000000000075 |
75 |
Vuosaari B-voimalaitos |
Helen Oy |
87 438 |
85 191 |
31 848 |
30 985 |
30 123 |
265 585 |
|
FI000000000000076 |
76 |
Vuosaaren lämpökeskus |
Helen Oy |
867 |
867 |
1 439 |
1 439 |
1 439 |
6 051 |
|
FI000000000000081 |
81 |
Veikkarin lämpökeskus |
Hyvinkään Lämpövoima Oy |
746 |
999 |
1 321 |
1 321 |
1 321 |
5 708 |
|
FI000000000000100 |
100 |
Rauhalahden voimalaitos |
Alva Rauhalahti Oy |
17 574 |
17 123 |
19 190 |
18 670 |
18 150 |
90 707 |
|
FI000000000000124 |
124 |
Karjalahden lämpölaitos |
Kemin Energia ja Vesi Oy |
6 904 |
6 904 |
8 044 |
8 044 |
8 044 |
37 940 |
|
FI000000000000130 |
130 |
Alikeravan voimalaitos |
Keravan Energia Oy |
364 |
472 |
275 |
268 |
260 |
1 639 |
|
FI000000000000136 |
136 |
Ylikeravan lämpökeskus |
Keravan Energia Oy |
1 463 |
1 463 |
1 117 |
1 117 |
1 117 |
6 277 |
|
FI000000000000140 |
140 |
Voimalaitos Voima |
Kokkolan Energia Oy |
10 313 |
9 090 |
8 929 |
8 687 |
8 445 |
45 464 |
|
FI000000000000145 |
145 |
Hinkismäen voimalaitos |
KSS Energia Oy |
1 540 |
1 774 |
2 104 |
2 047 |
1 990 |
9 455 |
|
FI000000000000146 |
146 |
Kuhmon Lämpö Oy |
Kuhmon Lämpö Oy |
10 823 |
10 545 |
10 517 |
10 232 |
9 948 |
52 065 |
|
FI000000000000153 |
153 |
Pitkälahden lämpökeskus |
Kuopion Energia Oy |
346 |
346 |
242 |
242 |
242 |
1 418 |
|
FI000000000000158 |
158 |
Näverintien lämpölaitos |
Kuusamon energia ja vesiosuuskunta |
852 |
1 171 |
1 435 |
1 435 |
1 435 |
6 328 |
|
FI000000000000171 |
171 |
Mukkulan lämpökeskus |
Lahti Energia Oy |
285 |
285 |
740 |
740 |
740 |
2 790 |
|
FI000000000000182 |
182 |
Sopenkorven lämpökeskus |
Lahti Energia Oy |
105 |
270 |
407 |
396 |
385 |
1 563 |
|
FI000000000000215 |
215 |
Toppilan voimalaitos |
Oulun Energia Oy |
59 164 |
36 865 |
30 469 |
29 644 |
28 818 |
184 960 |
|
FI000000000000227 |
227 |
Koroisten lämpökeskus |
Oy Turku Energia-Åbo Energi Ab |
260 |
666 |
838 |
838 |
838 |
3 440 |
|
FI000000000000229 |
229 |
Linnankadun lämpökeskus |
Oy Turku Energia-Åbo Energi Ab |
203 |
400 |
612 |
612 |
612 |
2 439 |
|
FI000000000000230 |
230 |
Luolavuoren lämpökeskus |
Oy Turku Energia-Åbo Energi Ab |
1 615 |
2 142 |
3 226 |
3 226 |
3 226 |
13 435 |
|
FI000000000000231 |
231 |
Orikedon lämpökeskus |
Turun Seudun Energiantuotanto Oy |
6 360 |
6 360 |
8 286 |
8 286 |
8 286 |
37 578 |
|
FI000000000000235 |
235 |
TYKS:n lämpökeskus |
Oy Turku Energia-Åbo Energi Ab |
751 |
1 009 |
1 388 |
1 388 |
1 388 |
5 924 |
|
FI000000000000278 |
278 |
Kapernaumin lämpökeskus |
Seinäjoen Energia Oy |
3 996 |
3 996 |
5 612 |
5 612 |
5 612 |
24 828 |
|
FI000000000000295 |
295 |
Hakametsän lämpökeskus |
Tampereen Sähkölaitos Oy |
134 |
909 |
4 500 |
4 500 |
4 500 |
14 543 |
|
FI000000000000296 |
296 |
Hervannan öljylämpökeskus |
Tampereen Sähkölaitos Oy |
76 |
548 |
845 |
845 |
845 |
3 159 |
|
FI000000000000298 |
298 |
Lielahden voimalaitos |
Tampereen Sähkölaitos Oy |
13 429 |
13 084 |
9 884 |
9 617 |
9 349 |
55 363 |
|
FI000000000000301 |
301 |
Naistenlahden lämpökeskus |
Tampereen Sähkölaitos Oy |
401 |
1 607 |
4 080 |
4 080 |
4 080 |
14 248 |
|
FI000000000000302 |
302 |
Naistenlahden voimalaitos |
Tampereen Sähkölaitos Oy |
41 335 |
40 273 |
25 874 |
25 173 |
24 473 |
157 128 |
|
FI000000000000303 |
303 |
Nekalan lämpökeskus |
Tampereen Sähkölaitos Oy |
1 412 |
1 861 |
5 049 |
5 049 |
5 049 |
18 420 |
|
FI000000000000304 |
304 |
Ollikan lämpökeskus |
Tampereen Sähkölaitos Oy |
368 |
368 |
492 |
492 |
492 |
2 212 |
|
FI000000000000306 |
306 |
Raholan lämpökeskus |
Tampereen Sähkölaitos Oy |
677 |
1 082 |
2 732 |
2 732 |
2 732 |
9 955 |
|
FI000000000000307 |
307 |
Sarankulman lämpökeskus |
Tampereen Sähkölaitos Oy |
5 824 |
7 610 |
10 151 |
10 151 |
10 151 |
43 887 |
|
FI000000000000336 |
336 |
Kevätniemen voimalaitos |
Nevel Oy |
5 584 |
6 056 |
6 315 |
6 144 |
5 973 |
30 072 |
|
FI000000000000347 |
347 |
Kiskokadun lämpökeskus |
KSS Lämpö Oy |
8 |
325 |
669 |
669 |
669 |
2 340 |
|
FI000000000000352 |
352 |
Hevosharjunkadun lämpökeskus |
Varkauden Aluelämpö Oy |
11 |
11 |
120 |
120 |
120 |
382 |
|
FI000000000000360 |
360 |
Kankaanpään voimalaitos |
Vatajankosken Sähkö Oy |
3 822 |
3 724 |
3 002 |
2 921 |
2 839 |
16 308 |
|
FI000000000000386 |
386 |
Salon voimalaitos |
Nevel Oy |
8 243 |
6 491 |
3 247 |
3 159 |
3 071 |
24 211 |
|
FI000000000000387 |
387 |
Kuusankosken Leca-soratehdas |
Leca Finland Oy |
25 201 |
22 999 |
19 780 |
19 780 |
19 780 |
107 540 |
|
FI000000000000392 |
392 |
Forssan lasivillatehdas |
Saint-Gobain Finland Oy |
1 623 |
1 972 |
2 084 |
2 084 |
2 084 |
9 847 |
|
FI000000000000395 |
395 |
Heinolan Flutingtehdas |
Stora Enso Oyj |
54 854 |
54 660 |
54 343 |
54 343 |
54 343 |
272 543 |
|
FI000000000000396 |
396 |
Stora Enso Oyj, Imatran tehtaat |
Stora Enso Oyj |
222 754 |
224 519 |
251 489 |
251 489 |
251 489 |
1 201 740 |
|
FI000000000000399 |
399 |
Stora Enso Oyj Varkauden tehtaat |
Stora Enso Oyj |
76 431 |
79 443 |
81 336 |
81 336 |
81 336 |
399 882 |
|
FI000000000000402 |
402 |
UPM-Kymmene Oyj, Kaukaan tehtaat |
UPM-Kymmene Oyj, Kaukaan tehtaat |
115 833 |
115 001 |
104 922 |
104 922 |
104 922 |
545 600 |
|
FI000000000000404 |
404 |
Rauman tehtaat |
UPM-Kymmene Oyj |
154 950 |
157 543 |
131 920 |
131 920 |
131 920 |
708 253 |
|
FI000000000000415 |
415 |
Metsä Fibre Oy Rauma tehdas |
Metsä Fibre Oy |
27 141 |
27 141 |
27 338 |
27 338 |
27 338 |
136 296 |
|
FI000000000000416 |
416 |
Metsä Fibre Oy, Äänekosken biotuotetehdas |
Metsä Fibre Oy |
73 049 |
73 049 |
75 814 |
75 475 |
75 475 |
372 862 |
|
FI000000000000420 |
420 |
Nokian tehdas |
Oy Essity Finland Ab |
17 092 |
14 144 |
12 551 |
12 551 |
12 551 |
68 889 |
|
FI000000000000421 |
421 |
Kauttuan tehdas |
Jujo Thermal Oy |
29 467 |
29 342 |
29 275 |
29 275 |
29 275 |
146 634 |
|
FI000000000000422 |
422 |
Metsä Board Oyj, Kemin kartonkitehdas |
Metsä Board Oyj |
80 491 |
80 491 |
75 779 |
75 779 |
75 779 |
388 319 |
|
FI000000000000424 |
424 |
Mäntän tehtaat |
Metsä Tissue Oyj |
35 532 |
35 532 |
35 333 |
35 333 |
35 333 |
177 063 |
|
FI000000000000435 |
435 |
Stora Enso Publication Papers Oy Ltd, Anjalan tehtaat |
Stora Enso Publication Papers Oy Ltd |
129 991 |
130 508 |
138 478 |
138 478 |
138 478 |
675 933 |
|
FI000000000000443 |
443 |
Imatran terästehdas |
Ovako Imatra Oy Ab |
44 271 |
38 982 |
39 254 |
38 936 |
38 936 |
200 379 |
|
FI000000000000446 |
446 |
Lappeenrannan sementtitehdas |
Finnsementti Oy |
288 747 |
336 929 |
360 435 |
360 435 |
360 435 |
1 706 981 |
|
FI000000000000453 |
453 |
Äetsän tuotantolaitokset |
Adven Oy |
13 160 |
11 717 |
10 226 |
10 226 |
10 226 |
55 555 |
|
FI000000000000455 |
455 |
Seinäjoen lämpölaitos lk 153 |
Adven Oy |
10 511 |
10 511 |
12 167 |
12 167 |
12 167 |
57 523 |
|
FI000000000000456 |
456 |
Hangon lämpölaitos lk 174 |
Adven Oy |
14 542 |
17 407 |
18 657 |
18 657 |
18 657 |
87 920 |
|
FI000000000000460 |
460 |
Jepuan lämpölaitos lk 204 |
Adven Oy |
420 |
656 |
522 |
522 |
522 |
2 642 |
|
FI000000000000463 |
463 |
Kirkniemen paperitehdas |
Sappi Finland Operations Oy |
123 576 |
123 576 |
147 679 |
147 679 |
147 679 |
690 189 |
|
FI000000000000464 |
464 |
Voimalaitos Power |
Kokkolan Energia Oy |
33 298 |
33 419 |
32 657 |
31 773 |
30 888 |
162 035 |
|
FI000000000000471 |
471 |
Jämsänkosken paperitehdas ja voimalaitos |
UPM-Kymmene Oyj |
138 431 |
136 361 |
127 748 |
127 748 |
127 748 |
658 036 |
|
FI000000000000473 |
473 |
Lämpövoimalaitos |
Kainuun Voima Oy |
18 264 |
17 043 |
17 279 |
16 812 |
16 344 |
85 742 |
|
FI000000000000474 |
474 |
Keitele Energy Oy |
Keitele Energy Oy |
6 395 |
7 651 |
7 551 |
7 551 |
7 551 |
36 699 |
|
FI000000000000478 |
478 |
Savion voimalaitos |
Keravan Energia Oy |
638 |
621 |
498 |
486 |
472 |
2 715 |
|
FI000000000000490 |
490 |
Nokian voimalaitos |
Leppäkoski Group Oy, Nokianvirran Energia Oy |
10 030 |
9 983 |
9 978 |
9 707 |
9 436 |
49 134 |
|
FI000000000000498 |
498 |
Punkaharjun kattilalaitos |
Metsäliitto Osuuskunta Punkaharjun kattilalaitos |
29 550 |
34 187 |
36 038 |
36 038 |
36 038 |
171 851 |
|
FI000000000000504 |
504 |
Joensuun vaneritehdas |
UPM Plywood Oy |
10 211 |
10 211 |
9 569 |
9 569 |
9 569 |
49 129 |
|
FI000000000000509 |
509 |
Säkylän voimalaitos |
Sucros Oy |
13 911 |
13 828 |
11 671 |
11 671 |
11 671 |
62 752 |
|
FI000000000000510 |
510 |
Äänekosken voimalaitos |
Metsä Fibre Oy |
37 200 |
36 120 |
41 245 |
40 128 |
39 011 |
193 704 |
|
FI000000000000541 |
541 |
Kokkilan lämpölaitos |
Alva Viitasaari Oy |
2 378 |
2 378 |
2 746 |
2 746 |
2 746 |
12 994 |
|
FI000000000000545 |
545 |
Vasaraperän lämpökeskus |
Oulun Energia Oy |
268 |
406 |
530 |
530 |
530 |
2 264 |
|
FI000000000000547 |
547 |
Ratinan lämpökeskus |
Tampereen Sähkölaitos Oy |
1 087 |
1 442 |
3 260 |
3 260 |
3 260 |
12 309 |
|
FI000000000000564 |
564 |
Haapaveden voimalaitos |
Nevel Oy |
7 273 |
7 347 |
7 405 |
7 206 |
7 004 |
36 235 |
|
FI000000000000579 |
579 |
Isojoen Lämpö Oy |
Isojoen Lämpö Oy |
2 165 |
2 165 |
2 827 |
2 827 |
2 827 |
12 811 |
|
FI000000000000600 |
600 |
Westas Raunio Oy:n lämpölaitos |
Westas Raunio Oy |
2 453 |
2 453 |
3 034 |
3 034 |
3 034 |
14 008 |
|
FI000000000000628 |
628 |
Rantakadun lämpökeskus |
Haapajärven Lämpö Oy |
2 567 |
1 253 |
428 |
428 |
428 |
5 104 |
|
FI000000000000639 |
639 |
Keravan biovoimalaitos |
Keravan Lämpövoima Oy |
10 682 |
10 211 |
12 675 |
12 331 |
11 988 |
57 887 |
|
FI000000000203117 |
203117 |
Myllykylän keskus |
Loimaan Kaukolämpö Oy |
1 213 |
1 213 |
1 585 |
1 585 |
1 585 |
7 181 |
|
FI000000000203668 |
203668 |
Karhulan biolämpökeskus |
Kotkan Energia Oy |
1 300 |
1 563 |
2 210 |
2 210 |
2 210 |
9 493 |
|
FI000000000205649 |
205649 |
Saint-Gobain Rakennustuotteet Oy, Gyproc Kipsilevytehdas |
Saint-Gobain Finland Oy |
3 651 |
4 318 |
4 419 |
4 419 |
4 419 |
21 226 |
|
FI000000000206121 |
206121 |
Boliden Kokkola Oy, sinkkitehdas |
Boliden Kokkola Oy |
56 707 |
55 812 |
54 603 |
54 603 |
54 603 |
276 328 |
|
FI000000000206136 |
206136 |
Boliden Harjavalta Oy, Harjavallan tehtaat |
Boliden Harjavalta Oy |
77 935 |
77 935 |
66 846 |
66 846 |
66 846 |
356 408 |
|
FI000000000206140 |
206140 |
Laitaatsillan biolämpökeskus |
Suur-Savon Sähkö Oy |
631 |
1 085 |
1 254 |
1 254 |
1 254 |
5 478 |
|
FI000000000206842 |
206842 |
Klaukkalan kaukolämpökeskus |
Nurmijärven Sähkö Oy |
2 895 |
3 015 |
3 193 |
3 193 |
3 193 |
15 489 |
|
FI000000000207645 |
207645 |
Hervannan hakelämpökeskus |
Tampereen Sähkölaitos Oy |
16 394 |
16 394 |
19 584 |
19 584 |
19 584 |
91 540 |
|
FI000000000207707 |
207707 |
Lk307 Uusikaupunki |
Adven Oy |
10 575 |
7 838 |
10 183 |
10 183 |
10 183 |
48 962 |
|
FI000000000207730 |
207730 |
Virasojan biolämpökeskus |
Imatran Lämpö Oy |
7 360 |
7 564 |
7 853 |
7 853 |
7 853 |
38 483 |
|
FI000000000209046 |
209046 |
Kilpilahden vetylaitos |
Oy Linde Gas Ab |
146 033 |
146 033 |
113 787 |
113 787 |
113 787 |
633 427 |
|
FI000000000210413 |
210413 |
Keitele Timber Oy Alajärven Saha |
Keitele Timber Oy Alajärven Saha |
3 004 |
3 872 |
4 142 |
4 142 |
4 142 |
19 302 |
|
FI000000000000065 |
65 |
Hanasaari B-voimalaitos |
Helen Oy |
90 231 |
71 807 |
85 594 |
0 |
0 |
247 632 |
|
FI000000000000397 |
397 |
Kotkan tehtaat |
MM Kotkamills Boards Oy |
171 352 |
177 569 |
144 925 |
145 927 |
145 927 |
785 700 |
|
FI000000000000403 |
403 |
UPM-Kymmene Oyj, Kymi |
UPM Kymmene Oyj, Kymin tehtaat |
212 071 |
222 808 |
174 108 |
174 108 |
174 108 |
957 203 |
|
FI000000000000500 |
500 |
Hämeenlinnan tehdas |
SSAB Europe Oy |
61 789 |
61 892 |
58 735 |
58 735 |
58 735 |
299 886 |
|
FI000000000000508 |
508 |
Kantvikin voimalaitos |
Suomen Sokeri Oy |
12 142 |
10 779 |
9 997 |
9 997 |
9 997 |
52 912 |
|
FI000000000000527 |
527 |
Imatran kompressoriasema |
Gasgrid Finland Oy |
164 |
341 |
341 |
341 |
341 |
1 528 |
|
FI000000000000650 |
650 |
Nivavaaran lämpökeskus |
Napapiirin Energia ja Vesi Oy |
437 |
295 |
295 |
295 |
295 |
1 617 |
|
FI000000000210687 |
210687 |
Lk300 Terrafame Sotkamo |
Adven Oy |
1 965 |
2 989 |
4 102 |
4 102 |
4 102 |
17 260 |
|
FI000000000000239 |
239 |
Aittaluodon voimalaitos |
Pori Energia Oy |
21 955 |
23 716 |
21 154 |
20 581 |
20 009 |
107 415 |
|
FI000000000000280 |
280 |
Sairaalan lämpökeskus |
Seinäjoen Energia Oy |
654 |
1 338 |
2 426 |
2 426 |
2 426 |
9 270 |
|
FI000000000000445 |
445 |
Raahen terästehdas |
Raahen Voima Oy, SSAB Europe Oy |
2 788 289 |
3 302 173 |
3 296 688 |
3 296 688 |
3 296 688 |
15 980 526 |
|
FI000000000000457 |
457 |
Haminan lämpölaitos lk 183 |
Adven Oy |
680 |
847 |
1 453 |
1 453 |
1 453 |
5 886 |
|
FI000000000000477 |
477 |
Porin tehdas |
Porin Prosessivoima Oy |
3 361 |
2 253 |
0 |
0 |
0 |
5 614 |
|
FI000000000000610 |
610 |
Tornion voimalaitos |
Tornion Voima Oy |
100 914 |
99 000 |
88 686 |
86 284 |
83 882 |
458 766 |
|
FI000000000000623 |
623 |
Borealis Polymers Oy:n tuotantolaitokset |
Satu Kosonen-Kaija |
581 682 |
566 521 |
553 019 |
553 019 |
553 019 |
2 807 260 |
|
FI000000000216120 |
216120 |
Keitele Timber Oy Kemijärven saha |
Keitele Timber Oy Kemijärven saha |
3 308 |
3 292 |
3 218 |
3 144 |
3 070 |
16 032 |
|
TOTAL |
6 785 579 |
7 334 761 |
7 207 667 |
7 108 074 |
7 093 724 |
35 529 805 |
NOTICES FROM MEMBER STATES
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/224 |
Information communicated by Member States regarding closure of fisheries
(2023/C 344/15)
In accordance with Article 35(3) of Council Regulation (EC) No 1224/2009 of 20 November 2009 establishing a Union control system for ensuring compliance with the rules of the common fisheries policy (1), a decision has been taken to close the fishery as set down in the following table:
|
Date and time of closure |
22.8.2023 |
|
Duration |
22.8.2023 - 31.12.2023 |
|
Member State |
Portugal |
|
Stock or Group of stocks |
BFT/AE45WM (including special conditions BFT/*641, BFT/*643, BFT/*8301, BFT/*8302, BFT/*8303F) |
|
Species |
Bluefin tuna (Thunnus thynnus) |
|
Zone |
Atlantic Ocean, east of 45° W, and Mediterranean |
|
Type(s) of fishing vessels |
— |
|
Reference number |
10/TQ194 |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/225 |
Commission information notice pursuant to Article 17(5) of Regulation (EC) 1008/2008 of the European Parliament and of the Council on common rules for the operation of air services in the Community
Invitation to tender in respect of the operation of scheduled air services in accordance with public service obligations
(Text with EEA relevance)
(2023/C 344/16)
|
Member State |
Estonia |
|||||
|
Concerned routes |
Tartu – Helsinki |
|||||
|
Period of validity of the contract |
1 January 2024 – 31 December 2027 |
|||||
|
Deadline for submission of tenders |
Two months after the date of publication of this notice |
|||||
|
Address where the text of the invitation to tender and any relevant information and/or documentation related to the public tender and the public service obligations can be obtained |
Tel. +372 7361111 Email: mailto:tartupso@tartu.ee Internet: www.tartu.ee/pso |
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/226 |
Commission information notice pursuant to Article 16(4) of Regulation (EC) 1008/2008 of the European Parliament and of the Council on common rules for the operation of air services in the Community
Public service obligations in respect of scheduled air services
(Text with EEA relevance)
(2023/C 344/17)
|
Member State |
Estonia |
|||||
|
Route(s) concerned |
Tartu - Helsinki |
|||||
|
Date of entry into force of the public service obligations |
1 January 2024 |
|||||
|
Address where the text and any information and/or documentation relating to the public service obligations can be obtained |
Tel. +372 7361111 Email: mailto:tartupso@tartu.ee Internet: www.tartu.ee/pso |
V Announcements
PROCEDURES RELATING TO THE IMPLEMENTATION OF COMPETITION POLICY
European Commission
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/227 |
Prior notification of a concentration
(Case M.11128 – IBERDROLA / BP / JV)
(Text with EEA relevance)
(2023/C 344/18)
1.
On 21 September 2023, the Commission received notification of a proposed concentration pursuant to Article 4 of Council Regulation (EC) No 139/2004 (1).This notification concerns the following undertakings:
|
— |
Iberdrola Clientes, S.A.U (Spain) and Iberdrola Clientes Portugal, Unipessoal, Lda (Portugal), controlled by Iberdrola, S.A. (‘Iberdrola’, Spain), |
|
— |
BP Energía España, S.A.U. (Spain) and BP Portugal, Comércio de Combustíveis e Lubrificantes, S.A. (Portugal), controlled by BP, p.l.c. (‘BP’, UK). |
Iberdrola and BP will acquire within the meaning of Article 3(1)(b) and 3(4) of the Merger Regulation joint control of a full-function joint venture newly incorporated in Spain (the ‘JV’).
The concentration is accomplished by way of purchase of shares in a newly created company constituting a joint venture.
2.
The business activities of the undertakings concerned are the following:|
— |
for Iberdrola: a global integrated energy company active in the energy sector throughout its entire value chain, with a particular focus on the integration, commercialisation and distribution of renewable energy, |
|
— |
for BP: an integrated company with operations in Europe, North and South America, Australia, Asia and Africa, focused around four business groups: (i) production and operations of hydrocarbons (oil and gas); (ii) customers and products; (iii) gas and low carbon energy (including renewables and integrated gas); and (iv) innovation and engineering for driving digital transformation. |
3.
The business activities of the JV will be the installation, operation and maintenance of a public network of electric vehicle (‘EV’) charging stations with charging speeds in excess of 50 kW in Spain and Portugal.
4.
On preliminary examination, the Commission finds that the notified transaction could fall within the scope of the Merger Regulation. However, the final decision on this point is reserved.
5.
The Commission invites interested third parties to submit their possible observations on the proposed operation to the Commission.Observations must reach the Commission not later than 10 days following the date of this publication. The following reference should always be specified:
M.11128 – IBERDROLA / BP / JV
Observations can be sent to the Commission by email or by post. Please use the contact details below:
Email: mailto:COMP-MERGER-REGISTRY@ec.europa.eu
Postal address:
|
European Commission |
|
Directorate-General for Competition |
|
Merger Registry |
|
1049 Bruxelles/Brussel |
|
BELGIQUE/BELGIË |
(1) OJ L 24, 29.1.2004, p. 1 (the ‘Merger Regulation’).
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/229 |
Prior notification of a concentration
(Case M.11243 – KKR / TELEFONICA / PANGEACO)
Candidate case for simplified procedure
(Text with EEA relevance)
(2023/C 344/19)
1.
On 21 September 2023, the Commission received notification of a proposed concentration pursuant to Article 4 of Council Regulation (EC) No 139/2004 (1).This notification concerns the following undertakings:
|
— |
KKR & Co. Inc. (‘KKR’, Delaware, United States), |
|
— |
Telefónica, S.A. (‘Telefónica’, Spain), |
|
— |
PangeaCo S.A.C. (‘Target’, Peru). |
KKR and Telefónica will acquire within the meaning of Article 3(1)(b) and 3(4) of the Merger Regulation joint control of PangeaCo S.A.C.
The concentration is accomplished by way of purchase of shares.
2.
The business activities of the undertakings concerned are the following:|
— |
KKR is a global investment firm that offers alternative asset management as well as capital markets and insurance solutions, |
|
— |
Telefónica is a global telecommunications company, which operates fixed and mobile communication networks. It offers mobile, landline, internet and television services under a number of brands, including Movistar, O2 and Vivo. Telefónica is listed on the Madrid, New York, and Lima Stock Exchanges, |
|
— |
Target is a company incorporated in Peru to operate and deploy a fiber network infrastructure for the provision of wholesale telecommunications services in Peru. |
3.
On preliminary examination, the Commission finds that the notified transaction could fall within the scope of the Merger Regulation. However, the final decision on this point is reserved.Pursuant to the Commission Notice on a simplified treatment for certain concentrations under Council Regulation (EC) No 139/2004 on the control of concentrations between undertakings (2) it should be noted that this case is a candidate for treatment under the procedure set out in the Notice.
4.
The Commission invites interested third parties to submit their possible observations on the proposed operation to the Commission.Observations must reach the Commission not later than 10 days following the date of this publication. The following reference should always be specified:
M.11243 – KKR / TELEFONICA / PANGEACO
Observations can be sent to the Commission by email or by post. Please use the contact details below:
Email: mailto:COMP-MERGER-REGISTRY@ec.europa.eu
Postal address:
|
European Commission |
|
Directorate-General for Competition |
|
Merger Registry |
|
1049 Bruxelles/Brussel |
|
BELGIQUE/BELGIË |
(1) OJ L 24, 29.1.2004, p. 1 (the ‘Merger Regulation’).
OTHER ACTS
European Commission
|
29.9.2023 |
EN |
Official Journal of the European Union |
C 344/231 |
Publication of an approved standard amendment to the product specification of a protected designation of origin or protected geographical indication in the agricultural products and foodstuffs sector, as referred to in Article 6b(2) and (3) of Commission Delegated Regulation (EU) No 664/2014
(2023/C 344/20)
This communication is published in accordance with Article 6b(5) of Commission Delegated Regulation (EU) No 664/2014 (1).
COMMUNICATING THE APPROVAL OF A STANDARD AMENDMENT TO THE PRODUCT SPECIFICATION OF A PROTECTED DESIGNATION OF ORIGIN OR PROTECTED GEOGRAPHICAL INDICATION ORIGINATING IN A MEMBER STATE
(Regulation (EU) No 1151/2012)
‘Cabrales’
EU No: PDO-ES-0081-AM02 – 6.7.2023
PDO (X) PGI ( )
1. Name of product
‘Cabrales’
2. Member State to which the geographical area belongs
Spain
3. Member State authority communicating the standard amendment
Directorate-General for Rural Development and Agri-food – Department of Rural Environment and Territorial Cohesion of the Principality of Asturias
4. Description of the approved amendment(s)
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1. |
Amendment of graphical elements on the food wrapping paper used to package the product.
In Section B) of the product specification, ‘Description of product’. The requirement for the food wrapping paper to show drawings of the leaves of the Acer pseudoplatanus has been deleted from paragraph 4. Reason: need to adapt the materials currently used. The green colour of the material used is reminiscent of the leaves of the Acer pseudoplatanus, thereby maintaining the essence of the origin. This is considered to be a standard amendment because the adaptation of the materials used has no effect on the physical, chemical or organoleptic characteristics of the product. This amendment does not alter the essential characteristics and authenticity of the product covered by the Protected Designation of Origin. The amendment does not affect the single document. |
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2. |
Specification of the animal origin of the rennet
Section E) of the specification, ‘Method of production’, and Section 3.3 of the single document, ‘Feed (for products of animal origin only) and raw materials (for processed products only)’. The animal origin of the rennet is specified. This amendment affects the single document. Reason: the origin of the rennet currently used needs to be changed because, since natural kid rennet is produced in-house by the PDO producers themselves using the stomachs of suckling goats, it is not subject to health registration, and because the dosage of powdered rennet is complicated. This is considered to be a standard amendment because the adaptation of the materials used has no effect on the physical, chemical or organoleptic characteristics of the product. This amendment does not alter the essential characteristics and authenticity of the product covered by the Protected Designation of Origin. This amendment affects the single document. |
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3. |
Correction of a drafting error
Section E) of the specification, ‘Method of production’. In paragraph 5, ‘arníaos’ is replaced by ‘arnios’. This amendment does not affect the single document. Reason: a correction must be made to the materials used, since ‘arniao’ is the cheese inside the mould, and ‘arnio’ is the mould itself. This is considered to be a standard amendment because the correction of errors has no effect on the physical, chemical or organoleptic characteristics of the product. This amendment does not alter the essential characteristics and authenticity of the product covered by the Protected Designation of Origin. The amendment does not affect the single document. |
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4. |
Removal of the requirement for all cheesemakers to use a single label.
Section H) of the specification, ‘Labelling’ and point 3.6) of the single document, ‘Specific rules concerning the labelling of the product the registered name refers to’. Deletion of the last paragraph is proposed. This amendment affects the single document. Reason: cheesemakers need to be able to set their product apart. Cheesemakers continue to produce on a small scale. However, over time, they have carved a niche in the market, and therefore wish to set themselves apart using their own commercial labels indicating their company names. The presentation characteristics stay the same: shape, structure and central numbering (guarantee seal). This is considered to be a standard amendment because it does not alter the essential characteristics and authenticity of the product covered by the Protected Designation of Origin. This amendment affects the single document. |
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5. |
Removal of the inclusion of national legislative requirements.
Section I) of the specification, ‘National legislative requirements’. Deletion of the section in question is proposed. This amendment does not affect the single document. Reason: this is not an obligatory element in the structure of a product specification. This heading is likely to become obsolete when the new provisions are published. This is considered to be a standard amendment because it does not affect any key elements. The amendment does not affect the single document. |
SINGLE DOCUMENT
‘Cabrales’
EU No: PDO-ES-0081-AM02 – 6.7.2023
PDO (X) PGI ( )
1. Name(s) [of PDO or PGI]
‘Cabrales’
2. Member State or Third Country
Spain
3. Description of the agricultural product or foodstuff
3.1. Type of product [listed in Annex XI]
Class 1.3. Cheeses
3.2. Description of product to which the name in (1) applies
Blue-veined cheese made from raw cow’s milk, sheep’s milk or goat’s milk or a mixture of two or all three types of milk – which must always be whole – with a balanced composition in terms of fats and proteins.
Ripened in caves for at least two months counting from the production of the curd.
Characteristics of the ripened cheeses:
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Shape: cylindrical with smooth sides, |
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Height: from 7 to 15 centimetres. |
Weight and diameter: variable.
Rind: soft, thin, oily grey – orange-brown with possible reddish-yellow areas.
Body: oily consistency, although with a varying degree of cohesion, depending on the cheese’s level of fermentation. Compact, and without eyes. White in parts, with greenish-blue veins. Slightly piquant flavour, which is stronger in cheeses made from pure sheep’s milk or goat’s milk or a mixture.
Fat: no less than 45 % in dry matter.
Minimum moisture content of 30 %.
3.3. Feed (for products of animal origin only) and raw materials (for processed products only)
The livestock is fed according to traditional practices, making direct use of the pastures and supplementing this with feed.
Raw cow’s milk, sheep’s milk or goat’s milk from livestock farms located in the defined geographical area. Rennet exclusively of animal origin.
3.4. Specific steps in production that must take place in the defined geographical area
The production of the milk and the processing, ripening, portioning, preparation and packaging of the cheese must take place in the defined geographical area.
3.5. Specific rules concerning slicing, grating, packaging, etc. of the product the registered name refers to
Portioning, preparation and packaging must be carried out within the geographical area by the cheesemakers themselves so as to guarantee certain optimal conditions for the quality of the product. This also allows the authenticity of the product to be preserved and makes traceability checks easier.
3.6. Specific rules concerning labelling of the product the registered name refers to
The commercial labels on the cheeses must bear the words ‘Denominación de Origen Protegida Cabrales’, as well as the EU logo for Protected Designations of Origin.
The cheeses must also carry a secondary label, each with its own serial number, codified according to the format of the cheese that it is certifying. These secondary labels must be approved, checked and supplied by the inspection body in such a way that they cannot be reused.
4. Concise definition of the geographical area
The production area of the milk suitable for making ‘Cabrales’ cheese comprises the villages of Arangas, Arenas, Asiego, Berodia, Bulnes, Camarmeña, Canales, Carreña, Escobar, Inguanzo, La Molina, La Salce, Ortiguero, Pandiello, Puertas, Poo, Sotres and Tielve in the municipality of Cabrales, and Oceño, Cáraves and Rozagas in the municipality of Peñamellera Alta, all of which fall within the Picos de Europa area in the province of Asturias.
The cheese is also processed and ripened in the production area.
5. Link with the geographical area
Specificity of the product
The specificity of Cabrales cheese, which makes it unique in relation to other cheeses, is determined by its organoleptic characteristics (rind and body).
Specificity of the area
This is reflected in the following natural and human factors:
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Natural factors The Picos de Europa, situated in the south-eastern part of the province of Asturias and extending somewhat into Leon and Cantabria, are made up of mountainous massifs, which rise from the northern slopes of the Cantabrian Mountains, and vast pastures situated at altitudes above 800 metres. |
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Human factors Due to the isolation experienced by generations of inhabitants in this area, their economy is based on the exhaustive use and exploitation of the natural resources. Firstly, the resources of the human settlements located in the Picos de Europa were traditionally based on the use of pastures in the summertime to feed a range of livestock, in general coming from the villages on the borders of the Picos. During the summer, the animals are free to roam the difficult pastures of the peña (the name given to the Picos de Europa by local residents). Every small village has its own fold, which is farmed communally, but is made up of various herds, each owned by a different resident. In the summer, they are transferred to a few residents who are responsible for looking after and managing the livestock, while the others remain in the village and focus on harvesting and haymaking. Secondly, thanks to the specific expertise of the local producers and the fact that difficulties in communication meant that the points of consumption were so remote, the milk was turned into cheese by the herders themselves. Causal link between the specific nature of the area and the production and characteristics of the product
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Reference to publication of the product specification
https://www.asturias.es/documents/217090/555882/dop-cabrales-pliego.pdf/4123ccd8-878f-ff16-41e7-69ed6d64d0a7?t=1671616901729
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29.9.2023 |
EN |
Official Journal of the European Union |
C 344/236 |
Publication of an approved standard amendment to the product specification of a protected designation of origin or protected geographical indication in the agricultural products and foodstuffs sector, as referred to in Article 6b(2) and (3) of Commission Delegated Regulation (EU) No 664/2014
(2023/C 344/21)
This communication is published in accordance with Article 6b(5) of Commission Delegated Regulation (EU) No 664/2014 (1).
COMMUNICATING THE APPROVAL OF A STANDARD AMENDMENT TO THE PRODUCT SPECIFICATION OF A PROTECTED DESIGNATION OF ORIGIN OR PROTECTED GEOGRAPHICAL INDICATION ORIGINATING IN A MEMBER STATE
(Regulation (EU) No 1151/2012)
‘Melon du Haut-Poitou’
EU No: PGI-FR-0029-AM01 – 27.7.2023
PDO ( ) PGI (X)
1. Name of product
‘Melon du Haut-Poitou’
2. Member State to which the geographical area belongs
France
3. Member State authority communicating the standard amendment
Ministry of Agriculture and Food Sovereignty
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4. Description of the approved amendment(s)
1. Description of product
The minimum weight of the melons is increased from 550 g to 600 g.
The maximum weight of the melons is increased from 1 350 g to 1 750 g.
The amendment affects the single document.
2. Definition of the geographical area
The section ‘Definition of the geographical area’ has been amended to include three additional municipalities (Port-sur-Vienne, Dissay and Saint-Cyr).
Furthermore, the list of municipalities has been updated on the basis of the Official Geographic Code.
The amendment affects the single document.
3. Evidence that the product originates in the geographical area
The ‘Product identification’ item has been deleted, since it repeated the content of the section entitled ‘Specific labelling details’.
The amendment does not affect the single document.
4. Method of production
The life cycle has been amended to bring it into line with the following changes.
A varietal selection procedure has been introduced.
Direct sowing has been deleted, since it is no longer carried out.
The practice of grafting is mentioned, since it is now authorised.
The regulatory sentence stating that plant-protection products must comply with the prescribed treatment times has been deleted.
An analysis of residual nitrogen in each parcel between 1 January and 30 April has been added, together with a ceiling of 150 units/ha for nitrogen fertiliser use and residues.
A requirement to recycle used agricultural films has also been added.
A new section on crop irrigation has been introduced. Growers must use decision-making tools to justify crop irrigation.
The calendar-based harvesting period has been replaced by maturity criteria.
The concept of yield has been removed from the product specification.
Extra criteria for the approval, sorting and sizing of melons have been added.
The way in which melons are packaged and stored has been amended to reduce the minimum number of melons per tray to 9. A maximum period of two days between picking and shipping has been added. The justification for the requirement for packaging to take place within the geographical area has been made more specific.
The amendment does not affect the single document.
5. Link with the geographical area
A sentence explaining that the link with the geographical area is based on the latter’s specific quality and reputation has been added.
The weight of the melons has been amended in line with the ‘Description of product’ section.
The amendment affects the single document.
6. References to the inspection body
This section has been amended to contain only the name and contact details of the competent national authorities (INAO and DGCCRF), in line with national guidelines aimed at harmonising the way in which product specifications are drafted.
The name and contact details of the certifying body can be consulted at the INAO.
The amendment affects the single document.
7. Labelling
The ‘Labelling’ section has been amended in line with national guidelines aimed at harmonising the way in which product specifications are drafted. The current paragraph has been deleted and replaced by a sentence indicating the mandatory regulatory elements.
The group’s logo has been changed.
The amendment affects the single document.
8. National requirements
The ‘National requirements’ section is presented in the form of a table showing the main items to be checked and the evaluation methods to be used, in line with changes to national legislation and rules.
The amendment does not affect the single document.
SINGLE DOCUMENT
‘Melon du Haut-Poitou’
EU No: PGI-FR-0029-AM01 – 27.7.2023
PDO ( ) PGI (X)
1. Name(s) [of PDO or PGI]
‘Melon du Haut-Poitou’
2. Member State or Third Country
France
3. Description of the agricultural product or foodstuff
3.1. Type of product [listed in Annex XI]
Class 1.6. Fruit, vegetables and cereals, fresh or processed
3.2. Description of the product to which the name in (1) applies
The ‘Melon du Haut-Poitou’ is a yellow Charentais type of melon. The fruit is spherical in shape with well-defined segments and a skin which is generally covered in netting which varies in thickness according to the variety. It has the following characteristics:
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Appearance: whole, clean, without any external moisture or treatment residue, healthy (i.e. free of insect attacks or diseases) and without any serious defects affecting its edibility or appearance: deformity, bruising, discolouration patches; |
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Weight: between a minimum of 600 g and a maximum of 1 750 g; |
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Colour of skin: green, starting to turn slightly yellow to completely yellow; |
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The flesh is not vitreous; |
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Sugar content measured by refractive index (RI) of at least 12° Brix. |
The ‘Melon du Haut-Poitou’ is characterised by a sweet flavour together with intensive aromas. It is both firm in the mouth and extremely juicy and melting. It is a fairly pronounced orange in colour.
3.3. Feed (for products of animal origin only) and raw materials (for processed products only)
—
3.4. Specific steps in production that must take place in the defined geographical area
All of the production operations are carried out within the geographical area.
3.5. Specific rules concerning slicing, grating, packaging, etc. of the product the registered name refers to
The melons are packaged by size category on solely mono-layer trays or in individual packages; the maximum number of melons per tray is 15.
The total time between picking and shipping must not exceed 2 days.
Packaging of the ‘Melons du Haut-Poitou’ – i.e. the proper preparation of the product according to the specific sorting, sizing and approval rules, with the restricted packaging specified hereinafter and the requirement to affix an individual sticker to each melon – is carried out immediately after the harvest directly by the producer-shippers or by the shippers at the request of producers who are not shippers.
It must take place within the geographical area in order to preserve the qualitative characteristics of the fruit such as optimum maturity, appearance, integrity, uniformity and freshness of the products, and to prevent further handling or the risk of deterioration during transport, whilst also ensuring that the melons can be traced, wherever they are ultimately sold.
3.6. Specific rules concerning labelling of the product the registered name refers to
In addition to the mandatory details laid down in the rules on the labelling and presentation of foodstuffs, packaging must always display the registered name of the product – ‘Melon du Haut-Poitou’ – and the European Union PGI symbol in the same visual field. The packaging must also display one of the two logos of the group shown below:
The melons are identified individually by one of the logos of the group, together with the European Union logo.
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4. Concise definition of the geographical area
The geographical area of ‘Melon du Haut-Poitou’ is located between natural boundaries which are, to the North, the area where the Paris basin meets the foothills of the Armorican Massif range; to the South, the Auxances river; and to the West and the East the Thouet and Vienne rivers.
In accordance with these natural boundaries, this geographical area extends across the following municipalities for each department concerned:
Maine-et-Loire (49):
Entire municipalities:
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Antoigné, Artannes-sur-Thouet, Brossay, Bellevigne-les-Châteaux, Cizay-la-Madeleine, Le Coudray-Macouard, Courchamps, Dénezé-sous-Doué, Distré, Epieds, Louresse-Rochemenier, Montreuil-Bellay, Le Puy-Notre-Dame, Rou-Marson, Saint-Just-sur-Dive, Saint-Macaire-du-Bois, Les Ulmes, Varrains, Vaudelnay. |
Municipalities included in part only:
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Doué-en-Anjou only for the territory of the delegated municipalities of Doué-la-Fontaine (49125), Forges (49141), Meigné (49198), Montfort (49207), Les Verchers-sur-Layon (49365) and the part of Saumur south of the Loire. |
Indre-et-Loire (37):
Entire municipalities:
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Anché, Antogny-le-Tillac, Assay, Braslou, Braye-sous-Faye, Brizay, Champigny-sur-Veude, Chaveignes, Chezelles, Courcoué, Faye-la-Vineuse, Jaulnay, Léméré, Lerné, Ligré, Luzé, Marçay, Marcilly-sur-Vienne, Marigny-Marmande, Ports-sur-Vienne, Pussigny, Razines, Richelieu, Rilly-sur-Vienne, La Roche-Clermault, Sazilly, Seuilly, Tavant, Theneuil, La Tour-Saint-Gélin, Verneuil-le-Château. |
Deux-Sèvres (79):
Entire municipalities:
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Airvault, Assais-les-Jumeaux, Availles-Thouarsais, Boussais, Brion-près-Thouet, Irais, Louzy, Luzay, Marnes, Plaine-et-Vallées, Pas-de-Jeu, Saint-Cyr-la-Lande, Saint-Généroux, Saint-Jacques-de-Thouars, Saint-Jean-de-Thouars, Saint-Léger-de-Montbrun, Saint-Martin-de-Mâcon, Saint-Martin-de-Sanzay, Sainte- Verge, Taizé, Tourtenay. |
Vienne (86):
Entire municipalities:
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Amberre, Angliers, Antran, Arçay, Aulnay, Avanton, Ayron, Basses, Beaumont Saint-Cyr, Berrie, Berthegon, Beuxes, Bournand, Ceaux-en-Loudun, Cernay, Chabournay, Chalais, Chalandray, Champigny en Rochereau, Chasseneuil-du-Poitou, Châtellerault, La Chaussée, Cherves, Chiré-en-Montreuil, Chouppes, Cissé, La Roche-Rigault, Colombiers, Coussay, Craon, Cuhon, Curçay-sur-Dive, Dangé-Saint-Romain, Dercé, Dissay, Doussay, Frozes, Glénouze, La Grimaudière, Guesnes, Ingrandes, Jaunay-Marigny, Leigné-sur-Usseau, Lencloître, Loudun, Maillé, Maisonneuve, Martaizé, Massognes, Maulay, Mazeuil, Messemé, Migné-Auxances, Mirebeau, Moncontour, Mondion, Monts-sur-Guesnes, Morton, Mouterre-Silly, Naintré, Neuville-de-Poitou, Nueil-sous-Faye, Orches, Les Ormes, Ouzilly, Pouançay, Pouant, Prinçay, Quinçay, Ranton, Raslay, Roiffé, Saint-Christophe, Saint-Clair, Saint-Genest-d’Ambière, Saint-Gervais-les-Trois-Clochers, Saint-Jean-de-Sauves, Saint-Laon, Saint-Léger-de-Montbrillais, Saires, Saix, Sammarçolles, Savigny-sous-Faye, Scorbé-Clairvaux, Sérigny, Sossais, Ternay, Thurageau, Thuré, Les Trois-Moutiers, Usseau, Vaux-sur-Vienne, Vellèches, Saint-Martin-la-Pallu, Verrue, Vézières, Villiers, Vouillé, Vouzailles, Yversay. |
5. Link with the geographical area
The geographical area of ‘Melon du Haut-Poitou’ covers the territory of the municipalities of the departments of Vienne, the north-east of Deux-Sèvres, and the south of both Maine-et-Loire and Indre-et-Loire.
The melons in these sectors are grown exclusively on clay-limestone soils. These well-ventilated soils are uniform and healthy, with a good natural supply of fertilising elements and good reserves of water accumulated in winter. They are perfectly suited to melon growing.
In terms of climate, ‘Haut-Poitou’ is generally considered a hot and dry region – a characteristic which is reinforced by the nature of the soils, which are often dry. The average annual temperature is fairly high (hot in summer, mild in winter) and remains fairly steady throughout the year. The irregularity of the rainfall is compensated by the soils’ ability to store rainwater.
The geographical area for ‘Melon du Haut-Poitou’ is a long-established melon-producing region.
The significant increase in production has enabled growing techniques to evolve and the quantitative and qualitative developments in the types of melons produced to be better monitored (particularly upstream) by means of field trials and regular tastings of products each season. The accumulation of technical and sensory data has enabled the quality varieties which are now familiar in ‘Haut-Poitou’ to develop.
The ‘Melon du Haut-Poitou’ is a yellow Charentais type of melon. The fruit is spherical in shape with well-defined segments and a skin which yellows upon maturity and is generally covered in netting which varies in thickness, depending on the variety. Its weight is between a minimum of 600 g and a maximum of 1 750 g and it has a sugar content of at least 12° Brix. The flesh is not vitreous.
The ‘Melon du Haut-Poitou’ can be described as a very sweet melon with intense aromas. It is both firm in the mouth and extremely juicy and melting. It is a fairly pronounced orange in colour.
The ‘Melon du Haut-Poitou’ was well-known in the past, as attested to in an article in ‘La vie Loudunaise’: in 1896, during the traditional Pitié market, the master reserved free places at the foot of the basilica for the market gardeners from Guesnes: ‘The pilgrims ate melon on the grass, which they enjoyed very much!’
The French people remain very attached to the Canteloupe-type Charentais melon from ‘Haut-Poitou’. The high quality of the products also means that the ‘Melons du Haut-Poitou’ are sent to prestigious outlets such as the luxury grocers Fauchon and Hédiard, as well as to renowned restaurateurs such as Robuchon and other famous establishments in Paris such as the Ritz or Georges V.
In the ‘Haut-Poitou’ basin the ‘Melon du Haut-Poitou’ has found a very favourable production area which suits its late maturity and its nutritional requirements.
The balanced structure and the aeration of the clay-limestone soils enable organic matter to be transformed into nutritional elements which are necessary if the plant is to grow properly and the melon's mineral needs are to be satisfied.
The active limestone (which is easily absorbed by the plant) accumulates in and strengthens the cellular tissues, thereby giving the fruit a firmness and robustness and making it resistant to impacts to the skin and to vitrescence.
The progressive heating of the soils as a result of their high clay content and the useable water reserves accumulated during the winter provide the ‘Melon du Haut-Poitou’ with all the conditions necessary for proper growth of the plant without water stress and a late harvest of the melons at optimal maturity.
The unusual micro-climate (the average temperature is quite high and steady throughout the year) and the clay-limestone soils enable quality melons to be produced which are very sweet, with an intense aroma and proven taste qualities, and are both firm in the mouth and extremely juicy and melting.
This specific quality can be seen from the organoleptic monitoring of the melons that has taken place since 1995 and which, in addition to the search for new varieties, has enabled varieties to be selected which display the true characteristics of the product and which can be confirmed as belonging to the ‘Melon du Haut-Poitou’ category.
The specific nature of the soils, the influence of the climate and the ceaseless work of the producers have allowed the ‘Melon du Haut-Poitou’ to gain an excellent reputation among consumers and the various trades involved in the sector (not only restaurateurs and high-class grocers but also large-scale distributors), which also reflects the economic importance of this product at local level.
Reference to publication of the specification
http://info.agriculture.gouv.fr/gedei/site/bo-agri/document_administratif-c2290aef-fb4d-48f8-8978-8060ebe40bc2
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29.9.2023 |
EN |
Official Journal of the European Union |
C 344/242 |
Publication of the single document referred to in Article 94(1)(d) of Regulation (EU) No 1308/2013 of the European Parliament and of the Council and of the reference to the publication of the product specification for a name in the wine sector
(2023/C 344/22)
This publication confers the right to oppose the application pursuant to Article 98 of Regulation (EU) No 1308/2013 of the European Parliament and of the Council (1) within two months from the date of this publication.
SINGLE DOCUMENT
‘ Beira Atlântico’
PGI-PT-02350
Date of application: 2.3.2017
1. Name to be registered
‘Beira Atlântico’
2. Geographical indication type
PGI – Protected Geographical Indication
3. Categories of grapevine products
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Wine |
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4. |
Sparkling wine |
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5. |
Quality sparkling wine |
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6. |
Quality aromatic sparkling wine |
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8. |
Semi-sparkling wine |
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9. |
Aerated semi-sparkling wine |
4. Description of the wine(s)
1. White wine and rosé
The white wines are clear in appearance, with a colour ranging from citrine to straw yellow. When young, they have floral and fruity aromas (white-flesh fruit and citrus fruit). When aged, they have an aromatic complexity with a resinous note, while retaining their minerality and freshness. The taste is harmonious, fresh and persistent, with minerality, good structure and a good natural balance between acidity and alcohol.
The rosé wines are clear in appearance and can vary from pale to intense pink in colour. They have a pronounced freshness, floral aromas, and a moderately high acidity to taste.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
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General analytical characteristics |
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Maximum total alcoholic strength (in % volume) |
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Minimum actual alcoholic strength (in % volume) |
9,0 |
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Minimum total acidity |
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Maximum volatile acidity (in milliequivalents per litre) |
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Maximum total sulphur dioxide (in milligrams per litre) |
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2. Red wine
The red wines are generally garnet and ruby in colour, acquiring brown tinges over time. The young reds have predominantly fruity notes (black plum, red fruit), with their aroma developing more complex notes with age (menthol, dried fruits).
They have a complex, velvety taste, with soft tannins and marked acidity.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
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General analytical characteristics |
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Maximum total alcoholic strength (in % volume) |
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Minimum actual alcoholic strength (in % volume) |
10,0 |
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Minimum total acidity |
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Maximum volatile acidity (in milliequivalents per litre) |
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Maximum total sulphur dioxide (in milligrams per litre) |
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3. Sparkling wine (white, red, and rosé)
The white sparkling wine has a citrine colour, white-flesh fruit and citrus fruit aromas, an intense and fresh taste, and a harmonious volume in the mouth, sustained by the creaminess of the fine and long-lasting bubbles.
The rosé sparkling wine has a pale-pink colour, red fruit aromas (cherries, blackberries and strawberries). It is a delicate sparkling wine with a balanced acidity, fine and long-lasting bubbles.
The red sparkling wine is ruby in colour, with ripe fruit aromas (red fruit). It is full-bodied and velvety in taste, with balanced tannins, a marked acidity, and fine and long-lasting bubbles.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
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General analytical characteristics |
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Maximum total alcoholic strength (in % volume) |
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Minimum actual alcoholic strength (in % volume) |
10,0 |
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Minimum total acidity |
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Maximum volatile acidity (in milliequivalents per litre) |
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Maximum total sulphur dioxide (in milligrams per litre) |
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4. Quality sparkling wine (white, red, and rosé)
The quality white sparkling wine has a citrine colour, white-flesh fruit aromas, an intense and fresh taste, and a harmonious volume in the mouth. The creaminess of the fine bubbles often lend it meringue-like notes.
The quality rosé sparkling wine has a pale-pink colour, red fruit aromas (cherries, blackberries and strawberries). It is a delicate sparkling wine with a balanced acidity, fine and long-lasting bubbles.
The quality red sparkling wine has a ruby colour and full body provided by the tannins. It is a balanced and intensely sparkling wine, with fine and long-lasting bubbles.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
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General analytical characteristics |
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Maximum total alcoholic strength (in % volume) |
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Minimum actual alcoholic strength (in % volume) |
10,0 |
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Minimum total acidity |
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Maximum volatile acidity (in milliequivalents per litre) |
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Maximum total sulphur dioxide (in milligrams per litre) |
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5. Quality aromatic sparkling wine (white, red, and rosé)
The quality aromatic white sparkling wine has a citrine colour, floral or white-flesh fruit aromas, a light and fresh taste, with a harmonious volume in the mouth and moderately long-lasting bubbles.
The quality aromatic rosé sparkling wine has a pale-pink colour, floral and red fruit aromas (cherries, blackberries and strawberries). It is light, with volume in the mouth and moderately long-lasting bubbles.
The quality aromatic red sparkling wine has a ruby or garnet colour and full body provided by the tannins. It is a balanced and intensely sparkling wine, with moderately long-lasting bubbles.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
|
General analytical characteristics |
|
|
Maximum total alcoholic strength (in % volume) |
|
|
Minimum actual alcoholic strength (in % volume) |
10,0 |
|
Minimum total acidity |
|
|
Maximum volatile acidity (in milliequivalents per litre) |
|
|
Maximum total sulphur dioxide (in milligrams per litre) |
|
6. Semi-sparkling wine (white, red, and rosé)
The white semi-sparkling wine is citrine in colour, with floral and fruity aromas. It is very light and round, with a pronounced freshness.
The rosé semi-sparkling wine is pale pink to pale ruby in colour, with floral and fruity aromas. It is light, fresh and well-balanced.
The red semi-sparkling wine is clear ruby in colour, with red fruit aromas. They are compelling wines, with a round and smooth volume in the mouth.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
|
General analytical characteristics |
|
|
Maximum total alcoholic strength (in % volume) |
|
|
Minimum actual alcoholic strength (in % volume) |
9,0 |
|
Minimum total acidity |
|
|
Maximum volatile acidity (in milliequivalents per litre) |
|
|
Maximum total sulphur dioxide (in milligrams per litre) |
|
7. Aerated semi-sparkling wine (white, red, and rosé)
The white aerated semi-sparkling wine is citrine in colour, with floral and fruity aromas. It is very light and round, with a pronounced freshness.
The rosé aerated semi-sparkling wine is pale pink to pale ruby in colour, with floral and fruity aromas. It is light, fresh and well-balanced.
The red aerated semi-sparkling wine is clear ruby in colour, with red fruit aromas. It is smooth, light, fresh and well-balanced.
The remaining analytical characteristics comply with the limits laid down in EU legislation.
|
General analytical characteristics |
|
|
Maximum total alcoholic strength (in % volume) |
|
|
Minimum actual alcoholic strength (in % volume) |
9,0 |
|
Minimum total acidity |
|
|
Maximum volatile acidity (in milliequivalents per litre) |
|
|
Maximum total sulphur dioxide (in milligrams per litre) |
|
5. Wine making practices
(a) Essential oenological practices
1. Minimum natural alcoholic strength
Restriction relating to winemaking
The musts of the wines entitled to bear the ‘Beira Atlântico’ PGI must have the following minimum natural alcoholic strength by volume:
White and rosé wine: 9,0 % vol.
Red wine: 10 % vol.
Base wine for sparkling wine (white, red, and rosé): 9,0 % vol.
Base wine for quality sparkling wine (white, red, and rosé): 9,0 % vol.
Base wine for quality aromatic sparkling wine (white, red, and rosé): 9,0 % vol.
Semi-sparkling wine (white, red, and rosé): 9,0 % vol.
Aerated semi-sparkling wine (white, red, and rosé): 9,0 % vol.
2. Soils
Cultivation methods
The growing practices used in vineyards intended for the production wines entitled to the ‘Beira Atlântico’ GI must be those which are traditional in the region or recommended by the relevant certifying authority.
The vines for producing the wines entitled to bear the ‘Beira Atlântico’ PGI must be grown in the following types of soils:
|
— |
sandy or sandstone podzols and/or with enough modern alluvial soils; |
|
— |
sandy psammitic regosols; |
|
— |
well-drained or wet lithosols made of weakly consolidated granites, schists or arenaceous materials; |
|
— |
hard calcareous or dolomite Mediterranean red soils and/or brown schist soils; |
|
— |
well-drained argillaceous schist soils; |
|
— |
calcareous, brown calcareous and/or marl calcareous and friable or hard calcareous soils |
(b) Maximum yields
|
1. |
White wine and rosé 100 hectolitres per hectare |
|
2. |
Red wine 80 hectolitres per hectare |
|
3. |
Sparkling wine (white, red, and rosé) 120 hectolitres per hectare |
|
4. |
Quality sparkling wine (white, red, and rosé) 120 hectolitres per hectare |
|
5. |
Quality aromatic sparkling wine (white, red, and rosé) 120 hectolitres per hectare |
|
6. |
Semi-sparkling wine (white, red, and rosé) 120 hectolitres per hectare |
|
7. |
Aerated semi-sparkling wine (white, red, and rosé) 120 hectolitres per hectare |
6. Demarcated geographical area
The geographical area of production for the ‘Beira Atlântico’ GI covers:
|
— |
The district of Aveiro, excluding the municipalities of Arouca, Castelo de Paiva and Vale de Cambra, and the parish of Ossela in the municipality of Oliveira de Azeméis; |
|
— |
The district of Coimbra, excluding the municipalities of Arganil, Oliveira do Hospital and Tábua; |
|
— |
In the district of Leiria, the municipalities of Alvaiázere, Ansião, Castanheira de Pêra, Figueiró dos Vinhos, Pedrógão Grande and Pombal (parishes of Abiul, Pelariga, Redinha and Vila Cã). |
The geographical area of production of wines entitled to be marketed with the additional indication of the sub-region ‘Terras de Sicó’ is as follows:
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— |
In the district of Coimbra, the municipalities of Condeixa-a-Nova, Penela and Soure; and the parish of Lamas in the municipality of Miranda do Corvo; |
|
— |
In the district of Leiria, the municipalities of Alvaiázere and Ansião, and the parish of Aguda in the municipality of Figueiró dos Vinhos; and the parishes of Abiul, Pelariga, Redinha and Vila Cã in the municipality of Pombal. |
7. Main wine grapes variety(ies)
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Alfrocheiro - Tinta-Bastardinha |
|
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Alicante-Bouschet |
|
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Alicante-Branco |
|
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Alvar |
|
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Alvar - Roxo |
|
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Alvarelhão - Brancelho |
|
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Alvarinho |
|
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Antão-Vaz |
|
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Aragonez - Tinta-Roriz Tempranillo |
|
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Arinto - Pedernã |
|
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Arinto-do-Interior |
|
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Assaraky |
|
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Azal |
|
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Baga |
|
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Barcelo |
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Bastardo - Graciosa |
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Bical - Borrado-das-Moscas |
|
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Branca-de-Anadia |
|
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Cabernet-Franc |
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Cabernet-Sauvignon |
|
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Caladoc |
|
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Camarate |
|
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Campanario |
|
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Castelão - João-de-Santarém(1); Periquita |
|
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Cercial - Cercial-da-Bairrada |
|
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Chardonnay |
|
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Chenin - Chenin-Blanc |
|
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Cidreiro |
|
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Cinsaut |
|
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Coração-de-Galo |
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Cornifesto |
|
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Códega-do-Larinho |
|
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Encruzado |
|
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Espadeiro |
|
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Fernão-Pires - Maria-Gomes |
|
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Folgasão - Terrantez |
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Folgasão - Roxo |
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Folha -de -Figueira - Dona-Branca |
|
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Fonte - Cal |
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Gamay |
|
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Gewürztraminer |
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Gouveio |
|
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Grand-Noir |
|
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Jaen - Mencía |
|
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Jampal |
|
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Loureiro |
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Luzidio |
|
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Malvasia-Fina - Boal; Bual |
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Malvasia-Fina-Roxa |
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Malvasia-Preta |
|
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Malvasia-Rei |
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Marufo - Mourisco-Roxo |
|
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Merlot |
|
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Monvedro |
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Moreto |
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Petit-Verdot |
|
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Pilongo |
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Pinot-Blanc |
|
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Pinot-Gris - Pinot-Grigio |
|
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Pinot-Noir |
|
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Português-Azul - Blauer-Portugieser |
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Rabo-de-Ovelha |
|
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Riesling |
|
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Rufete - Tinta-Pinheira |
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Sauvignon - Sauvignon-Blanc |
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Semillon |
|
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Sercial - Esgana-Cão |
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Sercialinho |
|
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Syrah - Shiraz |
|
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Síria - Roupeiro, Códega |
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Tamarez - Molinha |
|
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Tannat |
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Terrantez |
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Tinta -Barroca |
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Tinta -Carvalha |
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Tinta-Francisca |
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Tinta-Miúda |
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Tinta Negra Mole, Saborinho |
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Tintem |
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Tinto-Cão |
|
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Touriga-Franca |
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Touriga-Fêmea |
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Touriga-Nacional |
|
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Trajadura - Treixadura |
|
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Trincadeira - Tinta-Amarela, Trincadeira-Preta |
|
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Tália - Ugni-Blanc; Trebbiano-Toscano |
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Uva-Cão |
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Verdelho |
|
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Verdial-Branco |
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Vinhão - Sousão |
|
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Viognier |
|
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Viosinho |
|
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Vital |
|
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Xara |
|
|
Zinfandel |
|
|
Água -Santa |
8. Description of the link(s)
|
|
Wine, sparkling wine, quality sparkling wine, quality aromatic sparkling wine, semi-sparkling wine, and aerated semi-sparkling wine |
|
|
Details of the geographical area relevant to the link |
|
|
These elements apply to the wine, sparkling wine, quality sparkling wine, quality aromatic sparkling wine, semi-sparkling wine and aerated semi-sparkling wine. |
The geographical area of the ‘Beira Atlântico’ GI is a region with its northern and southern ends in the coastal region of mainland Portugal and at altitudes generally no more than 250 metres above sea level.
The region extends a little towards the hinterland of Portugal, where altitudes are generally higher, but vines are not cultivated above 450 metres.
Thus, the Beira Atlântico region is on a plain or on a plateau, though always close to the Atlantic, which strongly influences the climate of the region.
The Mediterranean climate has a strong Atlantic influence, with long and cool winters with moderate average temperatures but abundant rainfall. The hot summers are tempered by winds from the west and north-west.
Covering an extended area between the Vouga and Mondego rivers, it has a mostly flat topography, with vines rarely cultivated at altitudes over 120 metres above sea level.
The soils are mineral and were formed in different geological eras. The land is generally poor, varying from sandy to clay soils with some sandy loams as well.
Vines are mainly grown in clay and clay-limestone soils.
The characteristics of the wines are attributable to the range of varieties used in the region and to these being well adapted to the local climate and soils, which is reflected in the expertise accumulated over the years as well as from more recent experiences.
Specific characteristics of the products associated with the geographical area:
The wines, sparkling wines, quality sparkling wines, quality aromatic sparkling wines, semi-sparkling wines and aerated semi-sparkling wines of the ‘Beira Atlântico’ GI have shared distinguishing features.
They are characterised by their aromatic richness and accentuated freshness, marked by a good structure and balanced and striking acidity (a reflection of pronounced fixed acidity).
Causal link:
The topography (on the plain or on the plateau, at moderate altitudes), together with the strong Atlantic influence, are key factors in the high rainfall that characterises the region. These characteristics favour the production of grapes with balanced ripeness, which produce wines, sparkling wines, quality sparkling wines, quality aromatic sparkling wines, semi-sparkling wines and aerated semi-sparkling wines with marked acidity and rich in aromatic precursors.
The Atlantic influence expressed throughout the geographical area and the high rainfall also contribute to the freshness which can be identified in its wines, sparkling wines, quality sparkling wines, quality aromatic sparkling wines, semi-sparkling wines and aerated semi-sparkling wines, which essentially comes from the natural acidity of the grapes grown under these circumstances.
The geographical area provides excellent conditions for vine cultivation, in particular as regards the water availability of the soil, its permeability and water retention characteristics throughout the rainy period. This contributes significantly to the characteristics of the wines originating from the grapes produced here, particularly as regards their pronounced fixed acidity, which is essential for the freshness of the wines, sparkling wines, quality sparkling wines, quality aromatic sparkling wines, semi-sparkling wines and aerated semi-sparkling wines.
The human factor is key for preserving methods and traditions and is reflected in the choice of varieties that have adapted best to the conditions in the geographical area, and is of decisive importance in producing grapes that give ‘Beira Atlântico’ GI wines, sparkling wines, semi-sparkling wines, and aerated semi-sparkling wines their distinctive characteristics.
9. Essential further conditions
All the wines
Legal framework:
|
|
In national legislation |
Type of further condition:
|
|
Additional provisions relating to labelling |
Description of the condition:
Additional provisions relating to labelling:
|
— |
Prior approval of labelling: The labels to be used on ‘Beira Atlântico’ GI products must first be submitted to the certifying authority for approval. |
|
— |
The trade mark must be registered with the INPI [National Institute for Industrial Property], but is not exclusive to the GI. |
|
— |
Use of the additional indication ‘Terras de Sicó’: only ‘Beira Atlântico’ GI wines produced in the geographical area of the ‘Terras de Sicó’ sub-region may use this term on their labelling. |
Link to the product specification
http://www.ivv.gov.pt/np4/8616.html