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:,,,112(1.,,712081;2.,,710048):TMP,,:;;:X793:A:1671-4571(2006)0420040204(biologicalaeratedfilter,BAF)8090,,,1[1,2]80,,1[3],,,,,,;,,,,,,;,,,,,(1/3)(30%)[4];,,[5],[6,7],1,,TMP,1.1(340t)()(:8m8m6m);042006254©1994-2007ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.,3500kgBOD/d(0.28kgTSS/kgBOD),,121/mgL-1CODBOD/kgm-3d-1CODBOD/mgL-1CODBOD/%CODBODHRT=39min95732.51.150245577HRT=19min169874.42.2106345368HRT=39min191981.9514327677:HRT,2/mgL-1CODBOD/kgm-3d-1CODBOD/mgL-1CODBOD/%CODBODHRT=47min3752183.22.059378483HRT=24min4862739.05.012678747112,,,,[8],,,1.2,,,,33()COD/mgL-1COD/mgL-1BOD/mgL-1SS/mgL-1VSS/mgL-1COD/kgm-3d-1BOD/kgm-3d-1COD/%BOD/%292027377955649123.4--149313831445343--49824(TMP)COD/mgL-1COD/mgL-1BOD/mgL-1SS/mgL-1VSS/mgL-1COD/kgm-3d-1BOD/kgm-3d-1COD/%BOD/%82371124098638.92.7--396309506654--52793COD,,,,520[9],1.3TMPTMP,TMP,5m33.5kgBOD/m3d,42,,:14PaperScience&Technology2006Vol.25No.4©1994-2007ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.;.BOD20-50mg/L;.BOD30mg/L,BOD80mg/L,(BOD0.1kg/kgd),51#-3#(BOD0.3kg/kgd),,,54#,,,,,,55#-7#51#2#3#4#5#6#7#()BOD/kgm-3d-11.280.280.240.270.702.451.04/mh-17.32.292.562.353.572.302.30/h0.410.740.620.492.000.790.79/h0.160.220.190.200.800.310.31()BOD/mgL-1229620598034COD/mgL-128710910769331324123BOD/COD0.080.080.060.300.180.250.28()BOD/mgL-120567232213COD/mgL-124394924625323082BOD/%9.146.210.567.561.672.561.8COD/%15.314.313.732.623.529.033.3::1#-3#:;4#:;5#-7#:5,,,BOD/COD,BODCOD,,,3,1/10,,,,[10],,,,,,,,,,,,,,,[1].[J].,2000(1):34-37242006254©1994-2007ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.[2],.[J].,1999,25(11):1-4[3],[J].,2000,26(10):4-8[4]Mendoza-Espinosa,L.G..etal.Areviewofbiologicalaeratedfilters(BAFs)forwastewatertreatment[J].Environ.Eng.Sci.,1999,16(3):201-206[5],[J].,2003,23(3):29-32[6]ChristiamH.M.Wastewaterbiofiltersusedforadvancedtreatmentofpapermilleffluent[J].Wat.Sci.Tech,1999,40(11-12):101-108[7]A.KantardjiefandJ.P.Jones.PracticalexperienceswithaerobicbiofiltersinTMP(thermomechanicalpulping),SulfiteandFinepapermillsinCanada.Wat.Sci.Tech,1997,35(2-3):227-234[8],.[J].,2004,26(6):433-437[9],..,2005:38[10],.[J].,2002,20(6):81-83ResearchProgressintheApplicationofAeratedBio2FilterinPulpingandPapermakingEffluentTreatmentLiYing1ZhangAnlong1CuiWei2(1.CollegeofPapermakingEngineering,ShaanxiUniversityofScience&Technology,Xianyang,712081;2.Xi’anEngineeringCo.,LtdofChinaLightIndustry,Xi’an,710048)Abstract:Thispaperexpoundsthetechnologicalconditionsofeffluenttreatmentinvariouskindsofpulpingandpa2permakingbyaeratedbio2filter,suchasinakraftpulpmill,aTMPmillandapapermill.Inaddition,itsapplica2tionintheadvancedtreatmentofpulpingandpapermakingeffluentisalsointroducedsimply.Keywords:aeratedbio2filter;pulpingandpapermakingeffluemt;advancedtreatment(13)StudyontheOptimalBiotreatingConditionsofBambooPengLing,LinBenping,WangShuangfei(SchoolofLightIndustrialandFoodEngineering,GuangxiUniversity,Nanning,530004)Abstract:ThispaperstudiedmainlytheoptimalbiotreatingconditionsofbamboowithAspergillusNigerAspergillusOryzaeCandidaLipolyticaAspergillusNiger+AspergillusOryzaeAspergillusNiger+AspergillusOryzae+CandidaLipolyticafromanewpointofview.TheresultsshowedthatalltheoptimalbiotreatingconditionsofthisfivegroupsoffungiweresimilarexceptthetemperatureandpH,andthedegradationresultofAspergillusNiger+AspergillusOryzae+CandidaLipolyticawasthebest.Keywords:AspergillusNiger;AspergillusOryzae;CandidaLipolytica;bamboo34PaperScience&Technology2006Vol.25No.4©1994-2007ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.