天然气化工（C1化学与化工）
天然氣化工（C1化學與化工）
천연기화공（C1화학여화공）
Natural Gas Chemical Industry
2015年
4期
103-106
,共4页
煤气化%三废%GE水煤浆%废气%废水%固体废渣
煤氣化%三廢%GE水煤漿%廢氣%廢水%固體廢渣
매기화%삼폐%GE수매장%폐기%폐수%고체폐사
coal gasification%waste%GE CWS%exhaust gas%wastewater%solid waste
阐述了煤炭气化工艺中三废的来源及其危害，以神华包头煤化工180万t/a煤制甲醇项目的GE水煤浆气化装置为例，对三废排放量及其成分进行分析研究，总结了煤炭气化工艺三废的处理方法，并对煤气化三废的综合利用及处理技术进行了展望。
闡述瞭煤炭氣化工藝中三廢的來源及其危害，以神華包頭煤化工180萬t/a煤製甲醇項目的GE水煤漿氣化裝置為例，對三廢排放量及其成分進行分析研究，總結瞭煤炭氣化工藝三廢的處理方法，併對煤氣化三廢的綜閤利用及處理技術進行瞭展望。
천술료매탄기화공예중삼폐적래원급기위해，이신화포두매화공180만t/a매제갑순항목적GE수매장기화장치위례，대삼폐배방량급기성분진행분석연구，총결료매탄기화공예삼폐적처리방법，병대매기화삼폐적종합이용급처리기술진행료전망。
The sources and harm of the gas, liquid and solid waste emissions from coal gasification process were elaborated. Using the GE coal water slurry gasification system of a methanol plant with the capacity of 1.8 million tons per year as an example, the amounts and components of the waste emissions were analyzed, and the methods for treatment of the wastes were summarized. Finally, the development trend of the technologies for comprehensive utilization and treatment of the waste emissions was prospect.
