Improvement of industrial connection and reduction of COD (aerobic treatment and management optimization). Recovery of sludge (in the agricultural sector and possibly in cement plants). Improvement of energy efficiency and development of cogeneration. Installation of photovoltaic systems. Thus, in 2030, the emissions of the waste sector, according to the Low
Improvement of industrial connection and reduction of COD (aerobic treatment and management optimization). Recovery of sludge (in the agricultural sector and possibly in cement plants). Improvement of energy efficiency and development of cogeneration. Installation of photovoltaic systems. Thus, in 2030, the emissions of the waste sector, according to the Low Carbon Scenarios (LC), would reach 4 MteCO2; that is to say 1.2 MteCO2 (23%) below the emissions of the BaU scenario.
"Improving energy efficiency and developing cogeneration" "Installation of photovoltaic systems" "Sludge recovery (in agricultural areas and possibly in cement plants)"
TN
Sectoral Mitigation Plans
M_SecGen3
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Sectoral plans on
Energy
Energy Efficiency
TN
Sectoral Mitigation Plans
M_SecGen3
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Energy
Renewable Energy: Solar
TN
Sectoral Mitigation Plans
M_SecGen3
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Agriculture
Agriculture: General
TN
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M_SecGen3
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Waste
Recycling, Reuse, Reduce
TN
Sectoral Mitigation Plans
M_SecGen3
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Industries
Cement