Abstract:
This study aims to identify the generation, composition and management of waste in the form of waste
transportation, heavy equipment operations, processing waste at the Gunung Kupang Landfill, estimating
greenhouse gas (GHG) emissions in the current waste management conditions. Waste generation was
obtained from recording incoming waste at weigh stations and the composition of waste based on IPCC
obtained from measurements of 8 days as many as 1m3. GHG emissions in waste management in Landfill
use the IPCC calculation method and recycling activities assisted by Waste Reduction Model (WARM). The
amount of waste entering the Gunung Kupang Landfill is 39.491 Tons/year. The most waste composition is
food waste, which is 49,42%. Estimates of GHG emissions from the present condition of waste management
at the Gunung Kupang Landfill amounted to 1.061.116,93 TCO2E/year of emissions resulting from the
amount of waste entering 39.491 Tons/year, composting leftover food waste 56,66 tons/year, recycling
as much plastic waste 62,20 Tons/year, 39.371 Tons/year of unprocessed or dumped waste and the use
of diesel fuel for transporting waste and heavy equipment operations as much as 391.645 Liters/year.
