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Benefit of composting application over landfill on municipal solid waste management in Phnom Penh, Cambodia

机译:在柬埔寨金边市政固体废物管理填埋场堆肥施用

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This paper presents an insight into benefits of organic waste recycling through composting over landfill on municipal solid waste management in Phnom Penh, in terms of greenhouse gases (GHGs) mitigation. Future waste generation from 2003 to 2020 was forecasted and four scenarios of organic waste recycling were carried out. Organic waste-food and garden waste-were used for composting and the remaining waste was landfilled. The recycling scenarios were set based on organic waste generated from difference sources; scenario 1: no recycling, scenario 2: household organic waste; scenario 3: market, restaurant, school and hotel organic waste, and scenario 4: all generated organic waste. The results showed that MSW generation in MPP increased significantly from about 0.24 million ton in 2003 to 0.41 million ton in 2010 and was projected to reach 1.02 million tons in 2020. Composting gave better benefit than landfill. It could reduce GHGs emission of 36.2%, 12.8% and 65.0% from scenario 2, scenario 3 and scenario 4 compared with scenario 1 (all generated waste is landfilled), respectively. These percentages reflect the amount of GHGs emission of 3.23, 1.14 and 5.79 million tons CO_2eq from the above respective scenarios. Hence, composting could be a potential GHGs mitigation option for MPP.
机译:本文通过将填埋场堆叠在金门(GHG)减缓方面,通过堆肥通过堆叠垃圾填埋场堆肥来堆放有机废物回收利益的洞察。预计2003年至2020年的未来废物生成,进行了四种有机废物回收的情景。有机废料 - 食物和园林废物用于堆肥,剩余的废物填埋。基于差异源产生的有机废物设置回收方案;情景1:没有回收,场景2:家庭有机废物;场景3:市场,餐厅,学校和酒店有机废物,方案4:所有生成的有机废物。结果表明,MPP中的MSW生成在2003年的约0.24万吨增加到2010年的0.41亿吨,预计将在2020年达到12.2亿吨。堆肥比垃圾填埋场更好的利益。它可以将GHGS排放为36.2%,12.8%和65.0%,与情景1(所有生成的废物填埋)相比,方案3和场景4分别与场景2(所有生成的废物为填埋)。这些百分比反映了3.23,1.14和5790万吨的温室气体排放量来自上述各个方案。因此,堆肥可能是MPP的潜在温室气体缓解选择。

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