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Greenhouse Gas Emissions and Cost Analyses for the Treatment Options of Food Waste and Human Excrement

机译:食物垃圾和人类排泄物的处理方案的温室气体排放和成本分析

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This study suggested environmental and economic evaluations by developing a scenario according to the various treatment options of food waste in Korea. In particular, the study evaluated the possibility about the combined treatment of food waste and human excrement after using food waste disposers (FWDs). The scenario including only composting (133 kg CO2 equiv./ton-household organic waste) or only FWDs (125 kg CO2 equiv./ton-household organic waste) was superior to the other scenarios in the environmental aspect and the scenario including only composting (101 USD/ton-household organic waste) was superior to the other scenarios in the economic aspect. However, the study discovered that 52% of greenhouse gas emission was reduced when sewage pretreatment was conducted in houses after using FWDs and also when biogas was collected on site and utilized in the private power station. Furthermore, the energy saving effect due to recovery of biogas has found to be larger in the environment aspect than in the economic aspect.
机译:这项研究通过根据韩国食物垃圾的各种处理方案制定方案来提出环境和经济评估建议。尤其是,该研究评估了在使用食物垃圾处理器(FWD)后将食物垃圾与人类排泄物进行综合处理的可能性。仅在环境方面,仅堆肥(133千克二氧化碳当量/吨家庭有机废物)或仅FWD(125千克二氧化碳当量/吨家庭有机废物)的方案在环境方面和其他方案均优于其他方案。 (101美元/吨家庭有机废物)在经济方面优于其他方案。但是,研究发现,使用FWD后在房屋中进行污水预处理以及在现场收集沼气并在私人发电站中利用沼气时,温室气体排放量减少了52%。此外,发现由于沼气的回收而产生的节能效果在环境方面比在经济方面更大。

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