ANNEX IISupplementary provisions
ANNEX II Table 1 Recycling efficiency and recovery of materials of lead-acid batteries 1 Total weight in the reporting year (tonnes) 1 Waste lead-acid batteries delivered for recycling Input: Fractions that are counted as input into the recycling process 2 Lead (Pb) 3 Dry sulphuric acid (H 2 SO 4 ) 4 Plastics 5 Steel 6 Others (please specify) ( 1 ) 7 Total 2 3 4 Output: Fractions that are counted as output of the recycling process which account for the recycling efficiency rate and recovery of materials rate Fraction Output generated in Member States (tonnes) Output generated in third countries with confirmed equivalent conditions (tonnes) ( 2 ) Total output (tonnes) 8 Lead (Pb) 9 Dry sulphuric acid (H 2 SO 4 ) 10 Plastics 11 Steel 12 Others (please specify) ( 1 ) 13 Total Row 7: Sum of values from rows 2 to 6. Row 13: Sum of values from rows 8 to 12. Table 2 Recycling efficiency and recovery of materials of lithium-based batteries 1 Total weight in the reporting year (tonnes) 1 Waste lithium-based batteries delivered for recycling Input: Fractions that are counted as input into the recycling process 2 Cobalt (Co) 3 Copper (Cu) 4 Lithium (Li) 5 Nickel (Ni) 6 Manganese (Mn) 7 Aluminium (Al) 8 Steel 9 Plastics 10 Oxygen (O 2 ) 11 Carbon from carbon sources at cell level (C) 12 Iron from iron sources at cell level (Fe) 13 Phosphorus (P) 14 Chlorine (Cl) 15 Sulphur (S) 16 Others (please specify) ( 3 ) 17 Total 2 3 4 Output: Fractions that are counted as output of the recycling process which account for the recycling efficiency rate and recovery of materials rate Fraction Output generated in Member States (tonnes) Output generated in third countries with confirmed equivalent conditions (tonnes) ( 4 ) Total output (tonnes) 18 Cobalt (Co) 19 Copper (Cu) 20 Lithium (Li) 21 Nickel (Ni) 22 Manganese (Mn) 23 Aluminium (Al) 24 Steel 25 Plastics 26 Oxygen (O 2 ) 27 Carbon from carbon sources at cell level (C) 28 Iron from iron sources at cell level (Fe) 29 Phosphorus (P) 30 Chlorine (Cl) 31 Sulphur (S) 32 Others (please specify) ( 3 ) 33 Total Row 17: Sum of values from rows 2 to 16. Row 33: Sum of values from rows 18 to 32. Table 3 Recycling efficiency and recovery of materials of nickel-cadmium batteries 1 Total weight in the reporting year (tonnes) 1 Waste nickel-cadmium batteries delivered for recycling Input: Fractions that are counted as input into the recycling process 2 Cobalt (Co) 3 Copper (Cu) 4 Lead (Pb) 5 Lithium (Li) 6 Nickel (Ni) 7 Manganese (Mn) 8 Aluminium (Al) 9 Steel 10 Electrolyte (KOH) 11 Electrolyte (NaOH) 12 Plastics 13 Cadmium (Cd) 13 Others (please specify) ( 5 ) 14 Total 2 3 4 Output: Fractions that are counted as output of the recycling process which account for the recycling efficiency rate and recovery of materials rate Fraction Output generated in Member States (tonnes) Output generated in third countries with confirmed equivalent conditions (tonnes) ( 6 ) Total output (tonnes) 15 Cobalt (Co) 16 Copper (Cu) 17 Lead (Pb) 18 Lithium (Li) 19 Nickel (Ni) 20 Manganese (Mn) 21 Aluminium (Al) 22 Steel 23 Electrolyte (KOH) 24 Electrolyte (NaOH) 25 Plastics 26 Cadmium (Cd) 27 Others (please specify) ( 5 ) 28 Total Row 14: Sum of values from rows 2 to 13. Row 28: Sum of values from rows 15 to 27. Table 4 Recycling efficiency and recovery of materials of other waste batteries 1 Total weight in the reporting year (tonnes) 1 Other waste batteries delivered for recycling Input: Fractions that are counted as input into the recycling process 2 Cobalt (Co) 3 Copper (Cu) 4 Lead (Pb) 5 Lithium (Li) 6 Nickel (Ni) 7 Manganese (Mn) 8 Aluminium (Al) 9 Steel 10 Electrolyte (KOH) 11 Electrolyte (NaOH) 12 Plastics 13 Oxygen (O 2 ) 14 Carbon from carbon sources at cell level (C) 15 Iron from iron sources at cell level (Fe) 16 Phosphorus (P) 17 Chlorine (Cl) 18 Sulphur (S) 19 Others (please specify) ( 7 ) 20 Total 2 3 4 Output: Fractions that are counted as output of the recycling process which account for the recycling efficiency rate and recovery of materials rate Fraction Output generated in Member States (tonnes) Output generated in third countries with confirmed equivalent conditions (tonnes) ( 8 ) Total output (tonnes) 21 Cobalt (Co) 22 Copper (Cu) 23 Lead (Pb) 24 Lithium (Li) 25 Nickel (Ni) 26 Manganese (Mn) 27 Aluminium (Al) 28 Steel 29 Electrolyte (KOH) 30 Electrolyte (NaOH) 31 Plastics 32 Oxygen (O 2 ) 33 Carbon from carbon sources at cell level (C) 34 Iron from iron sources at cell level (Fe) 35 Phosphorus (P) 36 Chlorine (Cl) 37 Sulphur (S) 38 Others (please specify) ( 7 ) 39 Total Row 20: Sum of values from rows 2 to 19. Row 39: Sum of values from rows 21 to 38. ( 1 ) Add other cells if necessary to specify other elements or compounds. ( 2 ) In accordance with Article 72(3) of Regulation (EU) 2023/1542. ( 3 ) Add other cells if necessary to specify other elements or compounds. ( 4 ) In accordance with Article 72(3) of Regulation (EU) 2023/1542. ( 5 ) Add other cells if necessary to specify other elements or compounds. ( 6 ) In accordance with Article 72(3) of Regulation (EU) 2023/1542. ( 7 ) Add other cells if necessary to specify other elements or compounds. ( 8 ) In accordance with Article 72(3) of Regulation (EU) 2023/1542.