杭州市复合布行业VOCs排放成分谱及 O₃ 生成潜势研究

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文章编号：1674-6139（2026）04-0042-06

中图分类号：X511文献标志码：B

Analysis of Source Profile and Ozone Formation Potential of VOCs Emission from Composite Fabric Industry in Hangzhou

XiaYang1，LiuNing¹，Ling Jinpeng'，TangWei¹，Li Jun² （1.Hangzhou Institute of Ecological Environment Sciences（Hangzhou Urban Ecological Environment Monitoring Station），Hangzhou 310014，China; 2.Hangzhou Tianliang Detection Technology Co.，Ltd.，Hangzhou 3112Oo，China）

Abstract：ThissudyonuctedfeldmonitoringatepresentativecompositefbricmanufacturersinHangzoutostablishcalizdvol atilerganicompodsVC）ourcerofilsaleefatiootetialOFforisdustAalicalsultstd tersand aromatic hydrocarbonsas dominant emission components（collectively 95.16% ），with ethyl acetate（ 86.50% ）andtoluene（7.68 % ）constutingprimaryVOCsfromslventbaseddesiveapplicatiosAccodingtoOFanalysis，theOcontributionateftylacetatee creased to 54.26% ，while toluene increased to 32.09% ，indicating that the activity of ethyl acetate is lower than that of toluene.To address thecontrolofigactiviyOsios，angousouldvigorouslyrooteeeentasfoatioprocessoftepsrote thesourcesubstitution work，andactively encourage enterprises touse more environmentall friendlyandsafeadhesives.

Keywords：volatileorganiccompounds；sourceprofiles；ozoneformationpotential；compositefabricindustry；HangzhouCity

前言

VOCs其排放源广泛、种类繁多且化学反应复杂，它们普遍存在于众多行业的废气排放中。（剩余4868字）