王晓春,张健飞
WANG Xiao-chun, ZHANG Jian-fei (Tianjin Polytechnic University 300160)

• 1:天津工业大学
• 2:天津工业大学 300160
• 3:300160

摘要(Abstract)：

聚对苯二甲酸乙二酯为目前应用最广泛的合成有机物之一。但由于其废弃物数量巨大且对大气和微生物的抵抗性很强 ,对环境造成了严重的压力。综述了PET的各种降解方法 ,着重介绍了可使PET进入生态循环 ,从根本上解决其对环境影响的生物降解方法。
Poly(ethylene terephthalate)has grown rapidly to become one of the most widely used man-made organism in the world.However,post-consumer PET products have a problem to environmental influences.This paper is a review of degradation methods of post-consumer PET.The chemical degradation and biodegradation are the main ways this field.

关键词(KeyWords)： PET;水解;醇解;氨解;热裂解;微生物降解;酶降解
PET; hydrolysis; alcoholysis; aminolysis; thermal degradation; biodegradation

Abstract:

Keywords:

基金项目(Foundation):

作者(Author): 王晓春,张健飞
WANG Xiao-chun, ZHANG Jian-fei (Tianjin Polytechnic University 300160)

DOI: 10.16090/j.cnki.hcxw.2002.06.002

参考文献(References)：

• [1]　纺织化纤科技信息.2002,(5).
• [2]　AllenNS ,EdgeM ,etal.PolymDegradStab,1994,43(2):229.
• [3]　PusztaszeriSF .USP 4355175,1982.
• [4]　SharmaND ,VaidyaAA ,etal.IndPatent163385,1985.
• [5]　YoshiokaT ,SatoT ,OkuwakiA .JApplPolymSci,1994,52:1353.
• [6]　AlterH .EncyclopediaofPolymerScienceandEngineering;WileyInterscience:NewYork,1986,5:103.
• [7]　PitatJ ,HolcikV ,etal.GBPatent822834.1959.
• [8]　CampanelliJR ,CooperDG ,etal.JApplPolymSci,1994b,53:985.
• [9]　CampanelliJR ,CooperDG ,etal.ANTEC 1992,50:270.
• [10]　MichalskiA .WlChem.1990,63:387(inPolish).
• [11]　张师民.聚酯的生产和应用.北京:中国石化出版社,1997:288.
• [12]　KamalMR ,LaiFookRA ,YalcinyuvaT .ANTEC 1994,2896.
• [13]　TadafumiA ,OsamuS ,etal.KagakuKogakuRonbushu.1997,23:505.
• [14]　DebruinBR ,NaujokasAA ,GambleWJ .USP 5432203,1995.
• [15]　曹维良,张敬畅,李勇.北京化工大学学报,1999,26(4).
• [16]　王汉夫,孙辉等.吉林大学自然科学学报,2000,(4):39.
• [17]　ChenJ ,etal.JApplPolymSci,1991,42:1501.
• [18]　CollinsMJ ,ZeronianSH ,MarshallML .JMacromolSciChem,1991,A28:775.
• [19]　BlackmonKP ,etal.EP 365842,1988.
• [20]　IndPatent154774.1985.
• [21]　黄发荣,陈涛,沈学宁.高分子材料的循环利用.化学工业出版社,2000:273.
• [22]　CBirdladeanu,CVasile,IASchneider.MakromolChem,1976,177:121.
• [23]　TokiwaY ,SuzukiT .Nature,1977,270:76.
• [24]　ReedAM ,GildingDK .Polymer,1981,22:499.
• [25]　NagataM ,KitotsukuriT ,etal.EurPolymJ ,10:1701.
• [26]　JunHS ,BOKim,etal.JEnviroPolymDegrad.1994a,2(1):9.
• [27]　DE 19935156Al.2000.
• [28]　HuangSJ,ByrneCA .JApplPolymSci,1980,25:1951.
• [29]　小田耕平.加工技术(日),1999,(5):14.
• [30]　MeeYoungYoon,JimKellis,AJPoulose.presentedatAATCCSymposium,2001.