Supercritical Carbon Dioxide Microemulsion and Its Application

化学工业与工程

Chemcial Industry and Engineering

2005, Vol. 22

Issue (5) :376-380 DOI:

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Supercritical Carbon Dioxide Microemulsion and Its Application

ZHU Zhi-xin, DANG Zhi, WEN Zhen(Department of Applied Chemistry,South China University of Technology, Guangdong Guangzhou 510640, China)

(Department of Applied Chemistry,South China University of Technology, Guangdong Guangzhou 510640, China

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Abstract The basic principle of supercritical carbon dioxide (SC-CO_2) microemulsion and its development were reviewed in this paper.Meanwhile, the structure and properties of surfactants,which can form supercritical carbon dioxide microemulsions were also introduced. Moreover, the application of SC-CO_2 microemulsions to the field of extraction of biochemicals and metal ions, chemical reaction, synthesis of nanomaterials and dying were also discussed.The prospect of SC-CO_2 microemulsions was proposed.

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Received 2005-09-15; published 2005-09-15

Cite this article:

ZHU Zhi-xin, DANG Zhi, WEN Zhen.Supercritical Carbon Dioxide Microemulsion and Its Application[J] Chemcial Industry and Engineering, 2005,V22(5): 376-380

[1]	RUCKENSTElNE,SHULGINI.Entrainereffectin supercriticalmixtures[J].FluidPhaseEquilibria,2001,180(12):345-359.
[2]	JIMENEZ CARMONAMM,LUQUED,CASTROMDL.Reverse micelleformationastrategyforenhancingCO2supercriticalfluidextractionofpolaranalytes[J].Analytica ChimicaActa.1998,358(1):1-4
[3]	JOHNSTONKP,HARRISONKL,CLARKEMJ,etal.Water in carbondioxidemicroemulsion:Anenvironmentfor hydrophilesincludingproteins[J].Science.1996,271(2):624-626
[4]	GALERW,SMITHRD,FULTONJL.Organizedmolecular assembliesinthegasphase:Reversemicellesand microemulsionsinsupercriticalfluids[J].Journalofthe AmericanChemicalSociety,1987,109(3):920-921.
[5]	��,��,��.��ٽ�CO2΢��Һ��о��Ӧ�ý�չ[J].��û�ѧ��ҵ,2002,32(1):31-34.
[6]	CONSANKA,SMITHRD.Observationsofthesolubilityof surfactantsandrelatedmoleculesincarbondioxideat50��[J].JournalofSupercriticalFluids,1990,3(2):51-65.
[7]	HOEFLINGTA,ENICKRM,BECKMANEJ.Microemulsionsinnear criticalandsupercriticalCO2[J].JournalofPhysicalChemistry,1991,95(19):7127-7129.
[8]	HOEFLINGTA,NEWMAN,DA,ENICKRM,etal.Effect ofstructureonthecloud pointcurvesofsilicone based amphiphilesinsupercriticalcarbondioxide[J].Journalof SupercriticalFluids,1993,6(3):165-171.
[9]	EASTOEJ,BAYAZITZ,MARTELS,etal.Droplet structureinawater in CO2microemulsion[J].Langmuir.1996,12(6):1423-1424
[10]	EASTOEJ,PAULA,NAVES,etal.Micellizationof hydrocarbonsurfactantsinsupercriticalcarbondioxide[J].JournaloftheAmericanChemicalSociety,2001,123(5):988-989.
[11]	STEYTLERDC,RUMSEYE,THORPEM,etal.Phosphate surfactantsforwater in CO2microemulsions[J].Langmuir.2001,17(25):7948-7950
[12]	LIUJC,ZHANGJL,HANBX.Studyonthephase behaviorofsupercriticalCO2Dynol604watersystemand solubilizationofmethylorangeinthemicroemulsions[J].ChineseChemicalLetters,2002,13(1):87-90.
[13]	LIUJC,HANBX,ZHANGJL,etal.Formationofwater in CO2microemulsionswithnon fluoroussurfactantLs54andsolubilizationofbiomacromolecules[J].Chemistry A EuropeanJournal.2002,8(6):1356-1360
[14]	JIMENEZ CARMONAMM,DECASTROMD.Reverse micelleformationforaccelerationofthesupercriticalfluid extractionofcholesterolfromfoodsamples[J].Analytical Chemistry,1998,70(10):21002103.
[15]	CHENCIUEG,RUSSELLAJ,BECKMANEJ,etal.SolubilizationofsubtilisininCO2usingfluoroether functional amphiphiles[J].BiotechnologyandBioengineering,1998,58(6):572-580.
[16]	CHENCIUEG,BECKMANEJ.Affinityextractioninto carbondioxide1.Extractionofavidinusingabiotin functionalfluoroethersurfactant[J]..Industrial&EngineeringChemistryResearch.1997,36(12):5366-5370
[17]	�𷢻�,��,̷��,��.��ӱ��Լ��Գ��ٽ�CO2�ӿ��ȡ��μ��Ӱ��[J].��ҩ��,2003,26(6):426-427.
[18]	LIUJC,WANGW,LIGZ.Anewstrategyforsupercritical fluidextractionofcopperions[J].Talanta.2001,53(6):1149-1154
[19]	CUIZJ,ZHANGGY,SONGW,etal.Supercriticalfluid extractionofmetalionsfromasolidmatrixwith8hydroxyquinolineandcarbondioxide[J].JournalofLiquid Chromatography&RelatedTechnology.2004,27(6):985-994
[20]	YATESMZ,APODACADL,CAMPBELLML,etal.Metal extractionsusingwaterincarbondioxidemicroemulsions[J].ChemicalCommunications,2001,1(1):25-26.
[21]	HANRAHANJP,ZIEGLERKJ,GALVINJP,etal.Water in CO2emulsions:Reactionvesselsfortheproduction oftetra ethylpyrone[J].Langmuir.2004,20(11):4386-4390
[22]	LIMKT,HWANGHS,LEEMS,etal.FormationofTiO2nanoparticlesinwater in CO2microemulsions[J].Chemical Communications,2002,2(14):15281529.
[23]	DONGX,POTTERD,ERKEYC.SynthesisofCuS nanoparticlesinwater in carbondioxidemicroemulsions[J].Industral&EngineeringChemistryResearch.2002,41(8):4489-4493
[24]	JURELLERSH,KERSCHNERJL,MURPHYDS.Dry cleaningsystemforremovingsoilfromfabric,comprises densifiedcarbondioxide,presetsurfactantandcleaning vessel,suchthatcarbondioxideisheated,separatedfrom soilandcondensedtoliquidwithinsystem[P].US:6461387,20021008.
[25]	MURPHYDS,KERSCHNERJL,JURELLERSH.Dry cleaningsystemforremovingstainsfromfabrics,comprisesa densifiedcarbondioxideandaspecifiedamountofsurfactant[P].US:6148644,20011121.
[26]	OHDEH,HUNTF,KIHARAS,etal.Voltammetric measurementinsupercriticalCO2utilizingawater in CO2microemulsion[J].AnalyticalChemistry,2000,72(19):4738-4741.
[27]	JUNJH,SAWADAK,UEDAM.Applicationof perfluoropolyetherreversemicellesinsupercriticalCO2to dyeingprocess[J].DyesandPigments,2004,61(1):17-22.
[28]	GOETHEERELV,VORSTMANMAG,KEURENTJESJ TF.Opportunitiesforprocessintentificationusingreverse micellesinliquidandsupercriticalcarbondioxide[J].ChemicalEngineeringScience,1999,54(10):1589-1596.