Communication from the Commission supplementing the Guidelines on certain State aid measures in the context of the system for greenhouse gas emission allowance trading post-2021 2021/C 528/01
Date: 2021-12-30
Institutions: Directorate-General for Competition, European Commission
Subjects: EU Emissions Trading Scheme, EU emission allowance, State aid, control of State aid, electrical energy, energy consumption, greenhouse gas, industrial pollution, reduction of gas emissions, tradeable emission permit








C_2021528EN.01000101.xml










30.12.2021   


EN


Official Journal of the European Union


C 528/1






Communication from the Commission supplementing the Guidelines on certain State aid measures in the context of the system for greenhouse gas emission allowance trading post-2021
(2021/C 528/01)
Communication from the Commission of 21 September 2020 – Guidelines on certain State aid measures in the context of the system for greenhouse gas emission allowance trading post-2021 (1) is supplemented as follows:






(1)


in point 15, number 15, the figure ‘80’ is inserted in the place of the indication ‘[…]’, and two paragraphs are added, so as for the current wording of that definition to read as follows:






‘(15)


“fall back electricity consumption efficiency benchmark” means 80 per cent of actual electricity consumption, determined by Commission decision together with the electricity consumption efficiency benchmarks. It corresponds to the average reduction effort imposed by the application of the electricity consumption efficiency benchmarks (benchmark electricity consumption/average electricity consumption). It is applied for all products which fall within the eligible sectors, but for which an electricity consumption efficiency benchmark is not defined.
The fall back electricity consumption efficiency benchmark shall be reduced (as from year t = 2022) by 1,09 % on an annual basis, according to the formula established in Annex II under ‘Updated efficiency benchmarks for certain products referred to in Annex I’.














(2)


in point 28, point (b), the description of the factor Ct used in the formula is supplemented, so as for the current wording of that point to read as follows:






‘(b)


Where electricity consumption efficiency benchmarks listed in Annex II are not applicable to the products manufactured by the beneficiary, the maximum aid payable per installation for costs incurred in year t equals:
Amaxt = Ai × Ct × Pt-1 × EF × AECt

In this formula, Ai is the aid intensity, expressed as a fraction (e.g. 0,75); Ct is the applicable CO2 emission factor or market-based CO2 emission factor (tCO2/MWh) (at year t); Pt-1 is the EUA forward price at year t-1 (EUR/tCO2); EF is the fall-back electricity consumption efficiency benchmark as defined in point 15 number 15.; and AEC is the actual electricity consumption (MWh) in year t.’














(3)


in the table in Annex I, the description of the sector covered by the NACE code 20.16.40.15 is completed/supplemented, so as for the current wording of that description to read as follows:
‘Polyethylene glycols and other polyether alcohols, in primary forms’;










(4)


the following Annex II is inserted:


‘ANNEX II
Electricity consumption efficiency benchmarks and annual reduction rates for products referred to in Annex I






—




Electricity consumption efficiency benchmarks for products referred to in Annex I with exchangeability of fuel and electricity:


Products for which exchangeability of fuel and electricity was established in Section 2 of Annex I to Delegated Regulation (EU) 2019/331.
Delegated Regulation (EU) 2019/331 in Annex I established that in respect of certain products there is substitutability between fuel and electricity. For those products, it is not appropriate to set a benchmark on the basis of MWh/t of product. Instead, starting points are the specific greenhouse gases emission curves derived for the direct emissions. For those products, the product benchmarks were determined on the basis of the sum of direct emissions (from energy and process emissions), as well as indirect emissions arising from the use of the inter-exchangeable part of the electricity.
In those cases, factor “E” in the formula for the calculation of the maximum aid as referred to in point 28(a) of these Guidelines is to be replaced by the following term that converts a product benchmark laid down in Delegated Regulation (EU) 2019/331 into an electricity consumption efficiency benchmark on the basis of an average European CO2 emission factor of 0,376 tCO2/MWh:
Existing product benchmark from Annex section 2 from Regulation 2021/447 (in tCO2/t) × share of relevant indirect emissions over the baseline period (%)/0,376 (tCO2/MWh).
The value of the efficiency benchmarks for products with exchangeability of fuel and electricity to be applied in the period 2021 – 2025 can be found in the Regulation (EU) 2021/447 of 12 March 2021 determining revised benchmark values for free allocation of emission allowances for the period 2021 to 2025 pursuant to Article 10a(2) of Directive 2003/87/EC of the European Parliament and of the Council.










—




Efficiency benchmarks for products referred to in Annex I that are not listed in Table 1 of this Annex


The fall back electricity consumption efficiency benchmark as defined in point 15 number 15 of these Guidelines is applicable for all eligible products referred to in Annex I for which an electricity consumption efficiency benchmark is not defined.










—




Updated efficiency benchmarks for certain products referred to in Annex I


Table 1 lists the benchmark values that should be used as a starting point for the determination of the applicable efficiency benchmark for a specific year, taking into account the corresponding annual reduction rate.
That annual reduction rate describes by how much the benchmarks will be automatically reduced annually. Unless stated otherwise in Table 1, all efficiency benchmarks (including the “fall back electricity consumption efficiency benchmark”) shall be reduced (as from year t = 2022) by 1,09 % on an annual basis, according to the following formula:
efficiency benchmark applicable in (year t) = benchmark value in 2021 * (1 + annual reduction rate) ^ (year t – 2021)






Table 1


Electricity consumption efficiency benchmarks Table 1 for certain products referred to in Annex I















NACE4


Product benchmark


Benchmark value in 2021


Benchmark unit


Unit of production


Annual reduction rate [%]


Product definition


Processes covered by product benchmark


Relevant Prodcom code


Description




17.11


Chemical wood pulp


0,904 


MWh/t 90 % sdt


Tonne of chemical wood pulp


1,09 


Chemical wood pulp, dissolving grades


All process directly or indirectly linked to chemical pulp production, including drying, washing and screening, and bleaching


17.11.11.00


Chemical wood pulp, dissolving grades




17.11


Chemical wood pulp


0,329 


MWh/t 90 % sdt


Tonne of chemical wood pulp


1,09 


Chemical wood pulp, soda or sulphate, other than dissolving grades


17.11.12.00


Chemical wood pulp, soda or sulphate, other than dissolving grades




17.11


Chemical wood pulp


0,443 


MWh/t 90 % sdt


Tonne of chemical wood pulp


1,09 


Chemical wood pulp, sulphite, other than dissolving grades


17.11.13.00


Chemical wood pulp, sulphite, other than dissolving grades




17.11


Semi-chemical wood pulp


0,443 


MWh/t 90 % sdt


Tonne of semi-chemical wood pulp


1,09 


Semi-chemical wood pulp


17.11.14.00


Mechanical wood pulp; semi-chemical wood pulp; pulps of fibrous cellulosic material other than wood




17.11


Mechanical pulp


Fall back approach


1,09 


Mechanical pulp


All processes directly or indirectly linked to mechanical pulp production, including wood treatment, refining, washing, bleaching, heat recovery




17.11


Recovered paper


0,260 


MWh/t 90 % sdt


Tonne of recovered paper


1,09 


Recovered paper


All process directly or indirectly linked to recovered paper production, including thickening and dispersing, and bleaching




17.11


Deinked recovered paper


0,390 


MWh/t 90 % sdt


Tonne of deinked recovered paper


1,09 


Deinked recovered paper




17.12


Newsprint


0,801 


MWh/t product


Tonne of newsprint


1,09 


Newsprint


All processes directly or indirectly linked to production of paper, including refining, pressing and thermal drying


17.12.11.00


Newsprint




17.12


Uncoated fine paper


0,645 


MWh/t product


Tonne of uncoated fine paper


1,09 


Uncoated fine paper


17.12.12.00
17.12.13.00
17.12.14.10
17.12.14.35
17.12.14.39
17.12.14.50
17.12.14.70


Uncoated fine paper




17.12


Coated fine paper


0,538 


MWh/t product


Tonne of coated fine paper


1,09 


Coated fine paper


17.12.73.35
17.12.73.37
17.12.73.60
17.12.73.75
17.12.73.79
17.12.76.00


Coated fine paper




17.12


Tissue


0,925 


MWh/t product


Tonne of tissue paper


1,09 


Tissue


17.12.20.30
17.12.20.55
17.12.20.57
17.12.20.90


Tissue




17.12


Testliner and fluting


0,260 


MWh/t product


Tonne of paper


1,09 


Testliner and fluting


17.12.33.00
17.12.34.00
17.12.35.20
17.12.35.40


Testliner and fluting




17.12


Uncoated carton board


0,268 


MWh/t product


Tonne of carton board


1,09 


Uncoated carton board


17.12.31.00
17.12.32.00
17.12.42.60
17.12.42.80
17.12.51.10
17.12.59.10


Uncoated carton board




17.12


Coated carton board


0,403 


MWh/t product


Tonne of carton board


1,09 


Coated carton board


17.12.75.00
17.12.77.55
17.12.77.59
17.12.78.20
17.12.78.50
17.12.79.53
17.12.79.55


Coated carton board




20.13


Sulphuric acid


0,056 


MWh/t product


Tonne of Sulphuric acid


1,09 


Sulphuric acid; oleum


All processes directly or indirectly linked to the production of sulphuric acid


20.13.24.34


Sulphuric acid; oleum




20.13


Chlorine


1,846 


MWh/t product


Tonne of chlorine


1,09 


Chlorine


All processes directly or indirectly linked to the electrolysis unit, including auxiliaries


20.13.21.11


Chlorine




20.13


Silicon


11,87 


MWh/t product


Tonne of silicon


1,09 


Silicon. Other than containing by weight not less than 99,99 % of silicon


All processes directly or indirectly linked to the production of silicon


20.13.21.70


Silicon. Other than containing by weight not less than 99,99 % of silicon




20.13


Silicon


60 


MWh/t product


Tonne of silicon


1,09 


Silicon. Containing by weight not less than 99,99 % of silicon


All processes directly or indirectly linked to the furnace, including auxiliaries


20.13.21.60


Silicon. Containing by weight not less than 99,99 % of silicon




20.13


Silicon carbide


6,2 


MWh/t product


Tonne of silicon carbide


1,09 


Silicon. Carbides of silicon, whether or not chemically defined


All processes directly or indirectly linked to the production of silicon carbide


20.13.64.10


Silicon. Carbides of silicon, whether or not chemically defined




24.10


Basic oxygen steel


0,03385 


MWh/t product


Tonne of crude (cast) steel


0,60 


Crude steel: non-alloy steel produced by other processes than in electric furnaces


Secondary metallurgy, refratories preheating, auxiliaries and casting installations up to cut-off of crude steel products


24.10.T1.22


Crude steel: non-alloy steel produced by other processes than in electric furnaces




24.10


Crude steel: alloy steel other than stainless steel produced by other processes than in electric furnaces


24.10.T1.32


Crude steel: alloy steel other than stainless steel produced by other processes than in electric furnaces




24.10


Crude steel: stainless and heat resisting steel produced by other processes than in electric furnaces


24.12.T1.42


Crude steel: stainless and heat resisting steel produced by other processes than in electric furnaces




24.10


Ferro-manganese


2,2 


MWh/t product


Ferro-manganese containing by weight > 2 % carbon


2,03 


Ferro-manganese, containing by weight > 2 % carbon, with a granulometry <= 5 mm and a manganese content by weight > 65 %


 


24.10.12.10


Ferro-manganese, containing by weight > 2 % carbon, with a granulometry <= 5 mm and a manganese content by weight > 65 %




24.10


Ferro-manganese containing by weight > 2 % carbon


Other ferro-manganese, containing by weight > 2 % carbon (excl. ferro-manganese with a granulometry of <= 5 mm and containing by weight > 65 % manganese)


 


24.10.12.20


Other ferro-manganese, containing by weight > 2 % carbon (excl. ferro-manganese with a granulometry of <= 5 mm and containing by weight > 65 % manganese)




24.10


Ferro-manganese


1,4 


MWh/t product


Ferro-manganese containing by weight <= 2 % carbon


1,09 


Other ferro-manganese containing by weight less or equal than 2 % carbon


 


24.10.12.25


Other ferro-manganese containing by weight less or equal than 2 % carbon




24.10


Ferro-silicon


8,54 


MWh/t product


Ferro-silicon, containing by weight > 55 % of silicon


1,09 


Ferro-silicon, containing by weight > 55 % of silicon


 


24.10.12.35


Ferro-silicon, containing by weight > 55 % of silicon




24.10


Ferro-silicon


Fall back approach


1,09 


 


 


24.10.12.36


Ferro-silicon, containing by weight <= 55 % silicon and >= 4 % but <= 10 % of magnesium




24.10


Ferro-nickel


9,28 


MWh/t product


Ferro-nickel


1,09 


Ferro-nickel


 


24.10.12.40


Ferro-nickel




24.10


Ferro-silico-manganese


3,419 


MWh/t product


Ferro-silico-manganese


1,12 


Ferro-silico-manganese


 


24.10.12.45


Ferro-silico-manganese




24.42


Primary aluminium


13,90 


MWh/t product


Unwrought non-alloy aluminium


0,25 


Unwrought non-alloy aluminium from electrolysis


Unwrought non-alloy aluminium from electrolysis including production control units, auxiliary processes and cast house. Also include anode plant (pre-bake). In case anodes are provided from a stand-alone plant in EU, this plant should not be compensated. For anode produced outside EU, a correction may be applied


24.42.11.30


Unwrought non-alloy aluminium (excluding powders and flakes)




24.42.11.53


Unwrought aluminium alloys in primary form (excluding aluminium powders and flakes)




24.42.11.54


Unwrought aluminium alloys (excluding aluminium powders and flakes)




24.42


Alumina (refining)


0,20 


MWh/t product


alumina


1,11 


 


All processes directly or indirectly linked to the production of alumina


24.42.12.00


Aluminium oxide (excluding artificial corundum)




24.43


Zinc electrolysis


3,994 


MWh/t product


zinc


0,01 


Primary zinc


All processes directly or indirectly to the zinc electrolysis unit including auxiliaries


24.43.12.30


Unwrought non-alloy zinc (excluding zinc dust, powders and flakes)




24.43.12.50


Unwrought zinc alloys (excluding zinc dust, powders and flakes)




24.44


Unwrought refined copper


0,31 


MWh/t product


Copper cathodes


1,09 


Copper cathodes


All processes directly or indirectly linked to the electrolytic refining process, including on-site anode casting where appropriate


24.44.13.30


Unwrought unalloyed refined copper (excluding rolled, extruded or forged sintered products)





’









(5)


in Annex III, the numerical data is inserted in the third column of the table, so as for the current wording of that Annex to read as follows:


‘ANNEX III
Maximum regional CO2 emission factors in different geographic areas (tCO2/MWh)







Zones


 


Applicable CO2 emission factor




Adriatic


Croatia, Slovenia


0,69 




Iberia


Spain, Portugal


0,53 




Baltic


Lithuania, Latvia, Estonia


0,75 




Central Western Europe


Austria, Germany, Luxembourg


0,72 




Nordic


Sweden, Finland


0,58 




Czechia-Slovakia


Czechia, Slovakia


0,85 




Belgium


 


0,36 




Bulgaria


 


0,98 




Denmark


 


0,52 




Ireland


 


0,49 




Greece


 


0,73 




France


 


0,44 




Italy


 


0,46 




Cyprus


 


0,70 




Hungary


 


0,58 




Malta


 


0,40 




Netherlands


 


0,45 




Poland


 


0,81 




Romania


 


0,96 





’





(1)  OJ C 317, 25.9.2020, p. 5.