高浓度发酵废水的生物处理及资源化利用研究进展孙巍

8、。、。、、、。、、。1、1.1、。。1/4《》2011-04-122011-05-10200849851[e-mail]*[e-mail]。EnvironmentalScience&Technology34820118Vol.34No.8Aug.2011,,.[J].,2011,34(8)189-194.SunWei,XuMei-Ying,SunGuo-Ping.Advancesinbiologicaltreatmentandresourceutilizationofindustrialwastewaterfromfermentation[J].EnvironmentalScience&Technology,2011,34(8)189-194.1234123123*1.5100702.5100703.5100704.510006、、、。。、。X820.3Adoi10.3969/j.issn.1003-6504.2011.08.0421003-6504(2011)08-0189-06AdvancesinBiologicalTreatmentandResourceUtilizationofIndustrialWastewaterfromFermentationSUNWei1234XUMei-Ying123SUNGuo-Ping123*1.GuangdongInstituteofMicrobiologyGuangzhou510070China2.GuangdongProvincialKeyLaboratoryofMicrobialCultureCollectionandApplicationGuangzhou510070China3.GuangdongOpenLaboratoryofAppliedMicrobiologyGuangzhou510070China4.SchoolofBioscienceandBioengineeringSouthChinaUniversityofTechnologyGuangzhou510006ChinaAbstractThispaperreviewedanaerobicandaerobicbiologicaltreatmentsandconditionsfortheutilizationofwastewaterfrommolassesdistilleryandantibioticmanufacturingplantsasresourcetoproduceusefulmaterialappliedinagricultureandindustry.Accordingtotherecentresearchestheutilizationofmolassesdistillerywastewaterbothhomeandabroadwasemphasized.Biotechnologytreatmentofwastewatercombinedwithresourceutilizationisthedevelopmenttrendinfuturewhichhasbroadappliedprospectsineconomicandefficientconversionofhighorganicwastewaterintoresourceproducts.Keywordsmolassesantibioticwastewaterbiologicaltreatmentresourceutilization3490%[1]。。2004305t601t14840t[2]。1.2、、、[3]COD、B/C、[4-5]。COD1.0×105~1.5×105mg/LBOD6×104~9×104mg/L[6]10%~12%70%、、、30%、、、、pH3.5~4.5[7-9]。2、。2.1[10-11]UASB、AF、UBFEGSBAFBIC、ABR。[12]。2.1.12070。UASB。UASB+AFUBFUASBAF。C、[13-14]。[15]UBF、UBF。ABR[16]ABR70d。Sponza[17]UASBCSTR。。Enright[18]EGSB15℃5～20kgCOD/m3·d450dCOD60~70%。18℃。。2.1.22080~90UASB、AF、EGSB、H2[19]。[20]—UASB—COD、SO42-。[21]EGSBCOD16000mg/L、20gCOD/L·d86%CODCODSO42-10。Mohanakrishna[22]MFC72.84%COD31.67%23.96%。CODCOD、、。2.2、1908。—。20、、、80SBRCASS、ICEAS。Cokgor[23]pH11.0COD34%TOC24%B/C。Tekin[24]FentonFentonSBRFentonCOD45%～50%SBR98%。[25]MBBRFentonCOD6800.62mg/L、B/C0.3COD97.38%COD178.50mg/L。、、。3、。3.1、。[26]、、。。[27]。COD、SS、13925、45700、41729900mg/L2400、86、25402mg/L60005COD、91%、84%96.15%54119/t。。3.2BOD、COD、、CaFeCuMnZn[28]。。3.2.1[719]1、、、。2、、。3、。4。[29]C-2。3.2.23.2.2.1。A.Kannan[30]、、191345%V/V10%V/V。DeepakPant[31]。A.K.Biswas[32]。Kaushik[33]、TOC、TKN、、。。3.2.2.2、、。、。Dubey[34]PseudomonasaeruginosaBS272mN/m27mN/m100%0.028g/L。PHB。Khardenavis[35]PHB42.3%W/WPHB67%W/W。、、Mohana[36]Burkholderiaspp.5200~5600Ug/L。Chapla[37]AspergillusfoetidusMTCC4898USAB8450Ug/L。AcharyaB.K.[38]Aspergillusellipticus、β-、-β-14-13.38、26.68、130.92U/g。、。3.3、。PseudomonasaeruginosaGIM32、、、、、2.6g/LCOD44%。Coriolushirsutus8g/L40%~50%COD60%。4、、、、。、。。。、1928。[][1].-[D].:2008.HuangHua-shan.DifficultlyBiodegradableIndustrialWastewaterTreatmentbyMicroaerobicHydrolysisAcidifi－cation—HybridAerobicProcess[D].Harbin:HarbinUni－versityofTechnology2008.inChinese[2].[J].2006533-38.LiangXin-quanLuoYuan-chaoWangShuang-fei.Thecomprehensivetreatmenttechnologyofsugarcanemolassesalcoholwastewater[J].SugarcaneandCanesugar2006533-38.inChinese[3]LiSZLiXYWangDZ.MembraneRO-UFfiltrationforantibioticwastewatertreatmentandrecoveryofantibi－otics[J].SepatationandPurificationTechnology,2004341-3109-114.[4]GomezMJAgueraAMezcuaMetal.Simultaneousanalysisofneutralandacidicpharmaceuticalsaswellasre－latedcompoundsbygaschromatography-tandemmassspectrometryinwastewater[J].Talanta,200773314-320.[5]JaraCCFinoDSpecchiaVetal.Electrochemicalre－movalofantibioticsfromwastewaters[J].AppliedCatalysisBEnvironmental,2007701-4479-487.[6].[J].200123315-18.WuSong-pingGuGuo-bang.Recentadvancesintreatingmolasseswastewaterbyphysical-chemicaltechnologyandutilizationofresources[J].ChongqingEnvironmentalScience200123315-18.inChinese[7].[J].,200625831-834.CaiChun-linQinWen-qingQiuGuan-zhouetal.Ad－vancesintreatmentofwastewaterfrommakingmolassesal－cohol[J].JournalofAgro-environmentScience200625supplement831-834.inChinese[8].[J].2000245-47.ZhuGuo-hongLiuZheng-huaYinGuoetal.Treatmentofalcoholindustryonsugarcanemolasses[J].SichuanEnvi－ronment2000245-47.inChinese[9]ZengYu-fengLiuZi-liQinZu-zeng.DecolorizationofmolassesfermentationwastewaterbySnO2-catalyzedozona－tion[J].JournalofHazardousMaterials,2009162682-687.[10].[J].,200430267-71.PanZhi-yanChenZhao-xiaWangQuan-yuanetal.Progressinstudyofpharmaceuticalwastewatertreatment[J].ThechnologyofWaterTreatment200430267-71.inChinese[11].[J].20026375-350.XueWen-xinLiHengZhangSheng-yanetal.Re－searchdevelopmentofbiochemicalmethodforsugarhoneyalcoholwasteliquid[J].MineralResourceandGeology20026375-350.inChinese[12]MailleretLBernardOSteyerJP.Robustregulationofanaerobicdigestionprocess[J].WaterSciTechnol,20034887-94.[13].C[J].19961426-10.HuangQun-xianLuoRen-mingWuZhi-qiangetal.NewprocessingstudyonvitaminCwastewatertreatmentbyanaerobicmethodinfullscale[J].ChinaBiogas19961426-10.inChinese[14].[J].2002201