环境科学与技术
環境科學與技術
배경과학여기술
ENVIRONMENTAL SCIENCE & TECHNOLOGY
2010年
5期
202-205
,共4页
伍跃辉%陈爱燕%王震%孙德智
伍躍輝%陳愛燕%王震%孫德智
오약휘%진애연%왕진%손덕지
聚氯乙烯生产%生命周期评价%环境负荷
聚氯乙烯生產%生命週期評價%環境負荷
취록을희생산%생명주기평개%배경부하
polyvinyl chloride (PVC)%life cycle assessment (LCA)%environmental load
文章运用生命周期评价方法,对我国东南某大型石化集团聚氯乙烯生产过程的资源消耗及环境影响进行量化与估算.结果表明:生产1t聚氯乙烯的总能量消耗为6102.24MJ,环境影响负荷为0.49标准人当量.聚氯乙烯生产的主要环境影响为大气颗粒物污染、光化学臭氧合成、酸化和全球变暖.
文章運用生命週期評價方法,對我國東南某大型石化集糰聚氯乙烯生產過程的資源消耗及環境影響進行量化與估算.結果錶明:生產1t聚氯乙烯的總能量消耗為6102.24MJ,環境影響負荷為0.49標準人噹量.聚氯乙烯生產的主要環境影響為大氣顆粒物汙染、光化學臭氧閤成、痠化和全毬變暖.
문장운용생명주기평개방법,대아국동남모대형석화집단취록을희생산과정적자원소모급배경영향진행양화여고산.결과표명:생산1t취록을희적총능량소모위6102.24MJ,배경영향부하위0.49표준인당량.취록을희생산적주요배경영향위대기과립물오염、광화학취양합성、산화화전구변난.
Life cycle assessment (LCA) was used to estimate the resource consumption and environmental impact in polyvinyl chloride (PVC) production of a large SINOPEC Group in the southeast of China. Results showed that for It PVC production,total energy consumption was 6,102.24MJ, and environmental impact load was 0.49eq./(p.a). In which polymerization process of vinyl chloride monomer for PVC was the largest energy consumption, accounting for 82.7%. Gas pollutants was mainly from energy production, while PVC process was main source of water pollutants and solid waste. Air particulate, photochemical synthesis and ozone, acidification and global warming were major environmental influences in PVC production. Environmental impact region in PVC production was shown as global, regional and local.