Predicted future power demand from the mining sector alone, in a high-growth scenario (with two aluminium foundries and one steelworks), could absorb more than 80% of the hydroelectric potential (6000 MW) identified to date. The mitigation potential of this commitment (energy efficiency component) could be up to a total of
Predicted future power demand from the mining sector alone, in a high-growth scenario (with two aluminium foundries and one steelworks), could absorb more than 80% of the hydroelectric potential (6000 MW) identified to date. The mitigation potential of this commitment (energy efficiency component) could be up to a total of 9m tonnes CO2eq over the next 15 years. GAPS, BARRIERS AND NEEDS.
23 MtCO2eq over the next 15 years. 34 MtCO2eq over the next 15 years 9 MtCO2eq over the next 15 years 23 MtCO2eq over the next 15 years. 34 MtCO2eq over the next 15 years 9 MtCO2eq over the next 15 years
GN
Sectoral Mitigation Plans
M_SecGen4
emission reduction potential for a given sectoral plan
Emission reduction potential
Energy
Demand-side Efficiency
GN
Sectoral Mitigation Targets
M_SecTar4
emission reduction potential for a given sectoral target
Emission reduction potential
Energy
Renewable Energy
GN
Sectoral Mitigation Plans
M_SecGen4
emission reduction potential for a given sectoral plan
Emission reduction potential
Energy
Demand-side Efficiency: Industries
GN
Sectoral Mitigation Plans
M_SecGen4
emission reduction potential for a given sectoral plan
Emission reduction potential
Energy
Demand-side Efficiency
GN
Sectoral Mitigation Targets
M_SecTar4
emission reduction potential for a given sectoral target
Emission reduction potential
Energy
Renewable Energy
GN
Sectoral Mitigation Plans
M_SecGen4
emission reduction potential for a given sectoral plan
Emission reduction potential
Energy
Demand-side Efficiency: Industries