The mining of one ton of cobalt sulfate results in the emission of about *** tons of CO2. The processing of cobalt sulfate, on the other hand, results in about **** tons of CO2.
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IEA. (May 5, 2021). Average greenhouse gas (GHG) emissions intensity for the production of selected energy transition minerals (in tons of CO2 per tonne of metal content) [Graph]. In ÌÇÐÄÆÆ½â°æ. Retrieved August 04, 2026, from /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/
IEA. "Average greenhouse gas (GHG) emissions intensity for the production of selected energy transition minerals (in tons of CO2 per tonne of metal content)." Chart. May 5, 2021. ÌÇÐÄÆÆ½â°æ. Accessed August 04, 2026. /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/
IEA. (2021). Average greenhouse gas (GHG) emissions intensity for the production of selected energy transition minerals (in tons of CO2 per tonne of metal content). ÌÇÐÄÆÆ½â°æ. ÌÇÐÄÆÆ½â°æ Inc.. Accessed: August 04, 2026. /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/
IEA. "Average Greenhouse Gas (Ghg) Emissions Intensity for The Production of Selected Energy Transition Minerals (in Tons of Co2 per Tonne of Metal Content)." ÌÇÐÄÆÆ½â°æ, ÌÇÐÄÆÆ½â°æ Inc., 5 May 2021, /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/
IEA, Average greenhouse gas (GHG) emissions intensity for the production of selected energy transition minerals (in tons of CO2 per tonne of metal content) ÌÇÐÄÆÆ½â°æ, /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/ (last visited August 04, 2026)
Average greenhouse gas (GHG) emissions intensity for the production of selected energy transition minerals (in tons of CO2 per tonne of metal content) [Graph], IEA, May 5, 2021. [Online]. Available: /statistics/1649684/greenhouse-gas-ghg-emissions-intensity-for-selected-energy-transition-minerals/