新型分离技术的应用及研究现状

SerialNo.461September.2007矿业快报EXPRESSINFORMATIONOFMININGINDUSTRY总第461期2007年9月第9期(1981-),,,,,341000王中海罗小苟刘亮张晓晖黄向阳(江西理工大学):对分子蒸馏新型萃取分离新型生物膜法膜分离等新型分离技术的应用和研究现状进行了的阐述:分子蒸馏技术;新型萃取分离技术;新型生物膜法;膜分离技术:TD925.9:A:1009-5683(2007)09-0027-04PresentSituationofApplicationandResearchonNewSeparationTechnologyWangZhonghaiLuoXiaogouLiuLiangZhangXiaohuiHuangXiangyang(JiangxiUniversityofScienceandTechnology)Abstract:Anexpositionwasmadeonpresentsituationofapplicationandresearchonfournewsepa-rationtechnologies,suchasmoleculedistillationtechnology,newextractionseparationtechnology,newbiologicalmembranemethodandmembraneseparationtechnology.Keywords:Moleculedistillationtechnology;Newextractionseparationtechnology;Newbiologicalmembranemethod;Membraneseparationtechnology,,,,,,,,1,,,,,,,2030,2060,A,(),100,50,,,,,9O,,(DHA+EPA)±-E,1998,,/0[1],20,,,2272.1,[2~4],,,PEG,,,Nisson[5]dextran2.2(GelExtraction)Cussler1984,,,[6~8],,[9],,,,,[10],,,2.3,,,-,(),A-,,[11]2.41989,BelardiPawliszyn(solidphasemicroextraction,SPME),,SPME,,SPME,(FTIR)(ICP-M5)SPME2.5(microwave-ass1stedExtractionTechnique),,:,,,,,,2.6(supercriticalfluidextraction,SFE),,SFE,,SFE,,,,[12],,,,,,2.7(1iquidmembranceextraction)30,,,,,28总第461期矿业快报2007年9月第9期.2.8(Membraneextraction)-,2080,,,,,,[13]3,,(),,,,,,,,,,,,,,,[14]4,60,80;;;[1](),[15]4.1,(MF)(UF)(NF)(RO)(PV)(D)(ED)(EDI)(Gs),:(1),,,,(2),,,,,(3),,,(4),,(5),,,,,,[16]4.2,2l,[17,18](1),(2),,,,(3),,,,,,,,,[19]:[1]冯武文等.一种新型分离技术-分子蒸馏技术[J].化工生产与29王中海罗小苟等:新型分离技术的应用及研究现状2007年9月第9期技术,2000,4(7),6~9.[2]SarmetoMJ,PiresMJ,CabralJMS.Liquid-liquidextractionofarecombinantprotein,cytochromeb5,withaqueous-phasesystembypolyethyleneglycolandpotassiumphosphatesalts.JChromatogr,1994,668(1):117~120.[3]TongAJ,WuY.Partitioningofporphyrlncompoundsinanaque-oustwo-phasesystemofcationic-anionicsurfacantmixture.AnalS-c,i1997,13:111~114.[4]童爱军,董建军.表面活性剂阴离子双水相新体系及其对噗啉染料的萃取[J].高等学校化学学报,1994,l1:1717~1719.[5]NissonH,KjellenG,LingTGI,eta1.Proc4thEurCong.Biotechn-o,l1987,2:511.[6]TanakaT,FillmoreDJ.Kineticmodelsofgelextraction.ChemPhys,1979,70(3):1214.[7]王世昌,解利昕.凝胶萃取浓缩蛋白质及过程优化[J].化工学报,1990,41(1):74~79.[8]王字新,绍文策.凝胶萃取分离生化制品[J].化学工程,1994,22(2):28~31.[9]KruchkovFA.Gelextraction,Themainequations.SeparationSc-ienceandTechnology1996,31(17):2351~2357.[10]Gehrke,StevinH,LyuLi-iHurng,eta1.Dewateringfinecoalslur-riesbygelextraction.SeparationScienceandTechnology,1998,33(10):1467~1485.[11]姜竹茂等.一种新型的蛋白质分离技术-反胶团萃取[J].山东化工,1999,2:28.[12]万多加,周向阳.超临界萃取技术及其在农业上的应用[J].广东农业科学,1997(3):4O~4.[13]刘波.新型萃取分离技术在生物技术中的应用[J].首都师范大学学报(自然科学版),2005,6:49~52.[14]唐传祥.新型生物膜法废水处理中的固液分离技术[J].化工给排水设计,1994,1:1~2.[15]郑领英.水处理技术[M].常州:常州出版杜,1992,7~12.[16]蒋晖.新型膜分离技术在现代农牧产品加工中的应用[J].农产品加工学刊,2006.7:7~8.[l7]李长武.化工新型材料[J].现代化工.1987,15(1O):11~18.[18]GeoryesBelfortNAMS.March,Membrane.quarlerly,1993,10~12.[19]俞青芬.新型传质膜分离技术的进展[J].青海大学学报(自然科学版),1998,10:60~61.(收稿日期2007-05-27)#信息平台#2007823,(1818.HK),,1986,95%,1055%,200612,2000,2985.5,,,,,10,300km2,5,,,,,,30总第461期矿业快报2007年9月第9期