畜禽养殖废水处理的技术现状和发展趋势

(100083)2(100037)[e-mail]7031.[1-2][3]2.2.1KazuyoshiSuzuki[4]KazuyoshiSuzuki[5]2.2[6][7-14][15-17][18]--SBRSBRSBR,,SBR[19-20]SBR-UASB-SBRCSTR+SBR[21-23][24]--(Anarwia)SBR-SBRAOS[25]--300[26]2.3[27]-A2/ONH4+NH3pHR.Cintoli[28]UASBUASB-AFP.Y.Yang[29],--[30]5500100-15012-412.020%1.2.3.3.3.1USRUSRUSR3.2[31]75%3%3.8%12%48%49%pH3.34.123[1]..[D].2006.[2].SBR.[D].2005.[3],,.[J].,2000,19(3):188-191.[4]KazuyoshiSuzuki,YasuoTanaka,TakashiOsada,etal.Removalofphosphate,magnesiumandcalciumfromswinewastewaterthroughcrystallizationenhancedbyaeration[J].WaterResearch,2002,36:29912998.[5]KazuyoshiSuzuki,YasuoTanaka,KazutakaKuroda,etal.Recoveryofphosphorousfromswinewastewaterthroughcrystallization[J].BioresourceTechnology,2005,96:15441550.[6],,.[J].,2003,34(3):44-46.[7],,.ABR[J].,2006,25():172-175.[8]JaeKyoungCho,BeomSooKim,SoonChulPark,etal.Effectofstepwiseseedingontheperformanceoffouranaerobicbiofilterstreatingasyntheticstillagewaste[J].Biomassandbioenergy,1996,10(1):25-35,.[9]S.Harikishan,ShihwuSung.CattlewastetreatmentandClassAbiosolidproductionusingtemperature-phasedanaerobicdigester[J].AdvancesinEnvironmentalReaserch,2003,7:701-706.[10]C.S.Ra,K.V.Lo,J.S.Shin,etal.Biologicalnutrientremovalwithaninternalorganiccarbonsourceinpiggerywastewatertreatment[J].WaterResearch,2002,34(3):965-973.[11]PierreJuteau,DanielleTremblay,Cheikh-BayeOuld-Moulaye,etal.Swinewastetreatmentbyself-heatingaerobicthermophilicbioreactors[J].WaterResearch,2004,38:539546.[12]Ten-HongChen,Wu-HuannShyu.Performanceoffourtypesofanaerobicreactorsintreatingverydilutedairywastewater[J].BiomassandBioenergy,1996,11(5):431-440.[13]Jeong-HoonShin,Sang-MinLee,Jin-YoungJung,etal.EnhancedCODandnitrogenremovalsforthetreatmentofswinewastewaterbycombiningsubmergedmembranebioreactor(MBR)andanaerobicupflowbedfilter(AUBF)reactor[J].ProcessBiochemistry,2005,40.[14],.IC[J].,2001,19(2):12-15.[15].[J]..2006.8.[16],,.[J].,2000,19(3):188-191.[17]BookiMin,JungRaeKim,SangEunOh,etal.Electricitygenerationfromswinewastewaterusingmicrobialfuelcells[J].WaterResearch,2005,39:49614968.[18].[D]..2007.[19].SBR[J].,2001,17(3):8-11.[20],.+SBR[J].,2005,.6(6):61-63.[21],.CSTR-SBR[J].,2003,21(3):13-15.[22],.-SBR[J].,2003,19(5):93-94.[23],,.[J].,2002,20(6):19-21.[24],,.Anarwia[J].,2006,22(12):172-175.[25],,.AOS[J].,1999,19(11):16-19.[26]P.Y.Yang,Zhi-yuWang.Integratinganintermittentaeratorinaswinewastewatertreatmentsystemforland-limitedconditions[J].BioresourceTechnology,1999,69:191-198.[27],,.-A2/O[J].,2005,31(3):55-57.[28]R.Cintoli,B.DiSabatino,L.Galeotti,etal.AmmoniumuptakebyzeoliteandtreatmentinUASBreactorofpiggerywastewater[J].WaterScienceandTechnology,1995,32(12):73-81.[29]P.Y.Yang,H.J.Chen,S.J.Kim.Integratingentrappedmixedmicrobialcell(EMMC)processforbiologicalremovalofcarbonandnitrogenfromdiluteswinewastewater[J].BioresourceTechnology,2003,86:245252.[30].[J].,2005,5(17):54-56.[31],,.[J].,2007,26(4):526-530.TheTechnologyDevelopmentandPresentSituationofSwineWastewaterTreatmentLiuLiyuan1SongYinghao2WangHuansheng2JiaLimin2HeXuwen1XueXiaoyan1SchoolofChemicalandEnvironmentEngineering;ChinaUniversityofMiningandTechnologyBeijing(100083)BeijingMunicipalInstituteofEnvironmentalProtection;Beijing(100037):takebiochemicaltreatmentphysicochemicaltreatmentbiochemicaltreatmentcombinedwithphysicochemicaltreatmentassubjectrespectively.Inthispaper,itisalsoreviewedanddiscussedtheuniversalsewageproblemsfromswinefarmatpresent.Inaddition,somesuggestionsfortreatmentofsewagefromswinefarminChinawerepresented,suchasenergeticallydevelopingresourcesrecovery,advocateingenergyrecoveryandsyntheticallyagriculturalutilization,developingcleanerproductionandterminaltreatmentcombinedwithsourcecontrol.Keywords:wastewatertreatment;swinewastewater;combinedtreatmenttechnologies1985-