环境工程技术学报
環境工程技術學報
배경공정기술학보
JOURNAL OF ENVIR0NMENTAL ENGINEERING TECHNOLOGY
2015年
3期
180-185
,共6页
王洪昌%朱金伟%束韫%张辰%黄家玉%张凡
王洪昌%硃金偉%束韞%張辰%黃傢玉%張凡
왕홍창%주금위%속운%장신%황가옥%장범
灰霾%深度控制技术%可持续%大气污染
灰霾%深度控製技術%可持續%大氣汙染
회매%심도공제기술%가지속%대기오염
haze%advanced control technology%sustainable%air pollution
消除灰霾的重要途径之一是实施固定污染源的大气污染物可持续的深度控制。通过总结我国目前各行业污染控制现状及进一步减排潜力,提出我国进行污染物深度控制的重点为工业锅炉和工业窑炉。进一步分析了我国目前大气污染控制技术存在的问题及各行业污染深度控制需求。由于我国目前应用的污染控制技术基本都存在投资运行成本高、副产物不可资源化等问题,在工业锅炉、工业窑炉上很难实现可持续的污染物深度控制。因此,我国污染物可持续深度控制技术的研究方向应着重于以废治废、烟气量减排的循环经济型技术和多污染物协同控制及副产物商品化技术的研发和推广应用。
消除灰霾的重要途徑之一是實施固定汙染源的大氣汙染物可持續的深度控製。通過總結我國目前各行業汙染控製現狀及進一步減排潛力,提齣我國進行汙染物深度控製的重點為工業鍋爐和工業窯爐。進一步分析瞭我國目前大氣汙染控製技術存在的問題及各行業汙染深度控製需求。由于我國目前應用的汙染控製技術基本都存在投資運行成本高、副產物不可資源化等問題,在工業鍋爐、工業窯爐上很難實現可持續的汙染物深度控製。因此,我國汙染物可持續深度控製技術的研究方嚮應著重于以廢治廢、煙氣量減排的循環經濟型技術和多汙染物協同控製及副產物商品化技術的研髮和推廣應用。
소제회매적중요도경지일시실시고정오염원적대기오염물가지속적심도공제。통과총결아국목전각행업오염공제현상급진일보감배잠력,제출아국진행오염물심도공제적중점위공업과로화공업요로。진일보분석료아국목전대기오염공제기술존재적문제급각행업오염심도공제수구。유우아국목전응용적오염공제기술기본도존재투자운행성본고、부산물불가자원화등문제,재공업과로、공업요로상흔난실현가지속적오염물심도공제。인차,아국오염물가지속심도공제기술적연구방향응착중우이폐치폐、연기량감배적순배경제형기술화다오염물협동공제급부산물상품화기술적연발화추엄응용。
To implement sustainable and advanced control of air pollutants from stationary sources is one important way of eliminating the haze.Based on an analysis of current situations of pollution control and further emission reduction potentials in various industries in China, it was proposed that the advanced pollution control should focus on industrial boilers and industrial furnaces.The problems of existing air pollution control technologies and the requirements of advanced control in various industries were further analyzed.The current technologies were difficult to realize sustainable and advanced pollution control for industrial boilers and furnaces, due to their high investment and operating costs and non-recyclability of the by-products.Therefore, the research of sustainable and advanced air pollution control technologies in China should highlight the R&D and dissemination of circular economy-type technologies for waste treatment and waste gas volume reduction , the multi-pollutant cooperative control technologies and the by-product commercialization technologies.