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Overview of the methane emissions from domestic wastewater in the Republic of Serbia

机译:塞尔维亚共和国的生活污水甲烷排放概述

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In this paper, methane emissions from domestic wastewater were estimated using 2006 Intergovernmental Panel on Climate Change (IPCC) Guidelines. Wastewater can produce methane if it is handled anaerobically. According to the 2006 IPCC Wastewater model, methane emission is a function of the amount of generated organic waste and an emission factor that characterizes the extent to which this waste generates methane. The amount of degradable organic fraction in wastewater represents the main factor in determining the quantity of methane production. In this study, the population was divided into two areas, urban and rural. A survey was conducted in order to determine the number and type of wastewater treatment plants. At the current state, 38 wastewater treatment plants are in operation. Country-specific methane emissions from closed sewers, stagnant open sewers, septic tanks, and latrines combined are estimated to be about 22,000 tons per year.
机译:本文根据2006年政府间气候变化专门委员会(IPCC)指南估算了生活污水中的甲烷排放量。如果进行厌氧处理,废水会产生甲烷。根据2006年IPCC废水模型,甲烷排放量是有机废物产生量的函数,而排放因子则表征了该废物产生甲烷的程度。废水中可降解有机物的含量是决定甲烷产量的主要因素。在这项研究中,人口分为城市和农村两个地区。为了确定废水处理厂的数量和类型,进行了调查。在目前的状态下,有38个废水处理厂正在运行。封闭的下水道,停滞的开放式下水道,化粪池和厕所的特定国家/地区甲烷排放量估计每年约为22,000吨。

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