Changing the type of liquid fuel to gaseous fuel in electric (gas) power production plants and improving the quality of the fuel used, which contributes to reducing carbon emissions. Reducing emissions by adopting mechanisms to improve energy efficiency and rationalize its consumption. Converting heavy fuel electric power stations to LPGand
Changing the type of liquid fuel to gaseous fuel in electric (gas) power production plants and improving the quality of the fuel used, which contributes to reducing carbon emissions. Reducing emissions by adopting mechanisms to improve energy efficiency and rationalize its consumption. Converting heavy fuel electric power stations to LPGand dry gas fuels, which can be provided by catching associated gas and reducing methane emissions. The use of hydroelectric power, which is a clean source of energy.
"Changing the type of liquid fuel to gaseous fuel in electric power production stations (gas) and improving the quality of the fuel used, which contributes to reducing carbon emissions ." "Changing the type of liquid fuel to gaseous fuel in electric power production stations (gas) and improving the quality of the fuel used, which contributes to reducing carbon emissions." "Converting heavy fuel electric power stations to LPG and dry gas fuels, which can be provided by catching associated gas and reducing methane emissions." "Reducing emissions by adopting mechanisms to improve energy efficiency and rationalize its consumption"
IQ
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Energy
Gas
IQ
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Energy
Supply-side Efficiency: Power generation efficiency improvement: Fuel switching
IQ
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Energy
Supply-side Efficiency: Power generation efficiency improvement: Fuel switching
IQ
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Energy
Energy Efficiency