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CO2 and SO2 emission characteristics of the whole process industry chain of coal processing and utilization in China

机译:中国煤炭加工和利用全过程产业链的二氧化碳和SO2排放特征

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摘要

Abstract The total coal consumption in China is on the rise. The characteristics of CO2 and SO2 emissions in the whole process of coal processing and utilization in China are worthy of study. Based on the five links of the whole process of coal production and utilization, including coal production, raw coal processing, logistics and transportation, conversion and utilization and resource utilization, this paper summarized and analyzed the energy consumption and pollutant emission sources of these five links, combined with the US Environmental Protection Agency’s AP-42 method and IPCC method, to calculate total pollutant discharge and emission factors, where the emission factors were corrected by conversion efficiency. At the same time, uncertainty analysis is performed about CO2 and SO2 emissions. The results showed that CO2 emissions were 3.657 billion tons, and emission reductions were 61 million tons, and SO2 emissions were 4,844,500 tons, and emission reductions were 10.3595 million tons in 2015.
机译:摘要中国的总煤炭消费量正在上升。中国煤炭加工和利用的全过程中二氧化碳和SO2排放的特点是值得研究的。基于整个煤炭生产和利用过程的五个环节,包括煤炭生产,原煤加工,物流和运输,转换和利用和资源利用,本文总结并分析了这五个环节的能源消耗和污染物排放来源与美国环保局的AP-42方法和IPCC方法相结合,以计算总污染物排放和排放因子,其中排放因子通过转换效率纠正。同时,对CO2和SO2排放进行不确定性分析。结果表明,二氧化碳排放量为36.57亿吨,减排量为6100万吨,SO2排放量为4,844,500吨,2015年减排103.595万吨。

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