It is crucial to introduce the whole cycle of solid-waste management in GHG mitigation reduction calculations (including intermediate steps like constructing transfer stations,. fleet management, etc.) In addition, constructing new/additional cells in landfills may not be sufficient, if necessary engineered measures in the landfill are not taken and if measures
It is crucial to introduce the whole cycle of solid-waste management in GHG mitigation reduction calculations (including intermediate steps like constructing transfer stations,. fleet management, etc.) In addition, constructing new/additional cells in landfills may not be sufficient, if necessary engineered measures in the landfill are not taken and if measures such as landfill gas recovery, etc. are not considered; and (b) whether any interventions to reduce and recycle waste (e.g. residential, reusing construction waste etc.) could be readily implemented and included. Transport.
"It is crucial to introduce the whole cycle of solid-waste management in GHG mitigation reduction calculations (including intermediate steps like constructing transfer stations, fleet management, etc.)" "constructing new/additional cells in landfills may not be sufficient, if necessary engineered measures in the landfill are not taken and if measures such as landfill gas recovery, etc. are not considered and (b) whether any interventions to reduce and recycle waste (e.g. residential, reusing construction waste etc.) could be readily implemented and included."
JO
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Waste
Solid Waste
JO
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Waste
Waste: General
JO
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Waste
Waste: General