城市污泥干燥研究进展

2007,16(2):[e-mail]1979E-mail:[e-mail]*E-mail:[e-mail]2006-08-04*510642X703A1672-2175200702-0667-0540×108t550×104600×104t[1][2]95%[3]→→→(92%96%)(70%85%)1[4]V=V(100-P)/(100-P)V2P2cm39590V=V(100-P)/(100-P)V2=(100-95)/100-90)V1=1/2V12080Mülle[5]47066816220073201090[6][4]Mihoubi[7-8][9][10]“”Raats[11][4][11]Fenton[12][13]6575%60%[14][15]25%85%95%flashdryerrotarydryerbeltdryerspraydryertoroidaldryermultipleeffectvaporattion[16]-Vomm[17]Sulzer[18]Envirex[19]669[20][21]++…[22]1/1650%[23][24][25][26][27][28][29]Menlendez[30]900Idris[31]MOUSSA[32]LIU[33]8560→→→,[34],11Table1Superiorityandinferiorityofdifferentsludgedryingmethods67016220073[1],,,.[J].,2004,23(1):86-89.MANa,CHENLing,HEPeisong,etal.Studyonresourcereuseofmunicipalsewagesludge[J].ChineseJournalofEcology,2004,23(1):86-89.[2]CENNIR,JANISHCHB,SPLIETHOFFH.Legislativeandenvironmentalissuesontheuseofashfromcoalandmunicipalsewagesludgeco-firingasconstructionmaterial[J].WasteManagement,2001,21:17-31.[3],,,.[J].,2000,18(1):40-43.ANLi,CHENZuqi,PANZhisheng,etal.Studyondisposalwaysofsludge[J].EnvironmentalEngineering,2000,18(1):40-43.[4].()[M].:,2000:405-407.NEIYongfeng.Engineeringandtechnologyhandbookofthreewastes(volumeofsolidwaste)[M].Beijing:ChemicalIndustryPress,2000:406-407.[5]LOWEP.Developmentsinthethermaldryingofsewagesludge[J].WasteandEnviron,1995,9:306-310.[6],,,.[J].,2004,26(5):124-127.HUFengping,ZHUZiwei,LIWeimin,etal.Applicationandtrendofdevelopmentofsludgethickeningtechnologyinmunicipalwastewatertreatmentplant[J].JournalofChongqingArchitecturalUniversity,2004,26(5):124-127.[7]MIOUBID.Mechanicalandthermaldewateringofresidualsludge[J].Desalination,2004,167:135-139.[8]RAATSMHM,VANDIEMENAJG,AVENJHN.Fullscaleelectrokineticdewateringofwastesludge[J].ColloidsandSurfaces,2002,210:231-241.[9].[J].,2003,13(4):89-90.JIPupu.Probeintointegratedtechniqueofsludgeconcentratinganddewatering[J].Sci/TechInformationDevelopmentandEconomy,2003,13(4):89-90.[10],.[J].,2004,14(3):23-26.XIYingben,ZHAOYang.Theintegrativemachineusedfortreatmentofmunicipalsludge[J].JournalofFiltrationandSeparation,2004,14(3):23-26.[11],,,.[J].,2003,25(6):89-93.WANGZheng,ZHANGQin,ZHANGZhenghong.Effectofpolymercoagulantonthedewateringcharacteristicofsludge[J].JournalofChongqingJianzhuUniversity,2003,25(6):89-93.[12]RAFD,JANB,ELISABETHN.Fentonperoxidationimprovesthedryingperformanceofwasteactivatedsludge[J].JournalofHazardousMaterials,2005,117:161-170.[13],,.[J].,2003,4(8):70-72.LIDanyang,CHENGang,ZHANGGuangming.Theresearchprogressinultrasonicpretreatmentofsludge[J].TechniquesandEquipmentforEnvironmentalPollutionControl,2003,4(8):70-72.[14],.[M].:,2000:268.SHAOLiming,HEPingjing.Technologyandapplicationanalysisofthermaldryingtreatmentformunicipalsewagesludge[M].Shanghai:ShanghaiScienceandEducationalLiteraturePress,2000:268.[15]VAXELAIREJ,BONGIOVANNIJM,MOUSQUESP,etal.ThermalDryingofResidualSludge[J].WatRes,2000,34:4318-4323.[16],.[J].,2002,28(1):16-19.ZHUNanwen,XUHuawei.Technologiesofthermalsludgedryingabroad[J].WaterandWastewater,2002,28(1):16-19.[17]WIESMANJ.Zurich’ssearchfortheidealsolutiontosewagesludgedisposal[J].WaterQualityInternation,1994(2):14-16.[18]BOYLESF.Thevommturbodryersystem.Seminaronthedryingofsewagesludge[N].Wakefield,1993.[19]SMITHMAB.Thedevelopmentoffluidbedsfordryingsewagesludge.Seminaronthedryingofsewagesludge?[N].Wakefield,1994.[20]METCALF,Eddy.Wastewaterengineeringtreatment,disposallandreuse[M].3rdedition.NewYork:MCgRawHillInternationalEditions,1991:766-879.[21],,.[J].,1999,21(1):51-53.HULong,HEPingjing,SHAOLiming.TechnologyandApplicationAnalysisofThermalDryingTreatmentforMunicipalSewageSludge[J].ChongqingEnvironmentalScience,1999,21(1):51-53.[22],.[J].,2003,19(12):65-66.MADegang,ZHANGShuting.Studyonelectricfieldcooperatingwithothertechnologiesinthermalsludgedrying[J].ChinaWater&Wastewater,2003,19(12):65-66.[23]ULRICH,LUBOSCHIK.Solarsludgedrying-basedontheISTprocess[J].RenewableEnergy,1999,16:785-788.[24],,.[J].,2003,19(S1):111-113.ZHENGZonghe,NIUBaolian,LEIHaiyan.Thetrialofsludgedewateringanddryingbysolarenergy[J].ChinaWaterandWastewater,2003,19(S1):111-113.[25],,.[J].,2004,25(4):479-482.LEIHaiyan,LIWeiyi,ZHENGZonghe.ExperimentalStudyonSolarSludgeDrying[J].ActaEnergiaeSolarisSinica,2004,25(4):479-482.[26],,,.[J].,2006,22(5):211-214.QIUJinrong,WUQitang,WEIZebin,etal.Preliminaryexperimentsondryingwasteplantandsewagesludgebyplasticshedandsunlight[J].TransactionsoftheCSAE,2006,22(5):211-214.[27]HAQUEKE.Microwaveenergyformineraltreatmentprocesses:abriefreview[J].IntJMinerProcess,1999,57:1-24.[28]KRIEGERBROCKETTB.Microwavepyrolysisofbiomass[J].ResChemIntermed,1994,20:39-49.671[29]MONSEF-MIRZAIP,RAVINDRANM,MCWHINNIEWR,etal.Rapidmicrowavepyrolysisofcoal[J].Fuel,1995,74:20-7.[30]MENLENDEZJAM,INGUANZOM,PISJJ.Microwave-inducedpyrolysisofsewagesludge[J].WaterResearch,2002,36:3261-3264.[31]IDRISA,KHALIDK,OMARM.Dryingofsilicasludgeusingmicrowaveheating[J].AppliedThermalEngineering,2004,24:905-918.[