|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
厌氧氨氧化工艺的抑制现象
DOI: 10.3724/SP.J.1145.2012.00502, PP. 502-510
Keywords: 厌氧氨氧化工艺,废水生物脱氮,抑制,基质,有机物,盐度,磷酸盐,硫化物,调控对策
Abstract:
厌氧氨氧化（anammox）工艺因其高效低耗优势，在废水生物脱氮领域中具有广阔的应用前景.然而，基质、有机物、盐度、重金属、磷酸盐及硫化物等物质对anammox工艺产生的抑制作用制约了工艺的推广应用.基质主要通过游离氨和游离亚硝酸对anammox产生抑制，而温度和ph是基质抑制的重要调控参数.非致毒性有机物对anammox的作用因其种类跟浓度而异.在较低的浓度条件下对anammox的抑制作用不显著，而高于抑制阈值将严重抑制anammox.其抑制机制尚无定论.部分研究证明致毒性有机物（醇、醛、酚及抗生素等）对anammox具有抑制作用，但研究有待拓展深化.超过抑制阈值的盐度会抑制anammox活性，但合适的盐度（3~15gl-1nacl）却能够促进anammox生物颗粒的形成.重金属对anammox的抑制报道较少.因试验条件及菌种等的差异使得磷酸盐及硫化物对anammox的抑制在不同试验中存在很大差异.anammox抑制是可控的，通过ph和温度调节、基质浓度及负荷控制、污泥驯化以及添加辅助剂等方法可解除或缓解抑制.建议今后在特种废水的anammox脱氮、复合抑制以及anammox抑制的分子生态学机理等方面开展深入研究.
| [1] | yamamotot,takakik.long-termstabilityofpartialnitritationofswinewastewaterdigesterliquoranditssubsequenttreatmentbyanammox.bioresourtechnol,2008,99(14):6419~6425
|
| [2] | eglik,fangeru,alvarezpjj,siegristh,vandermeerjr,zehnderajb.enrichmentandcharacterizationofananammoxbacteriumfromarotatingbiologicalcontactortreatingammonium-richleachate.archivesmicrobiol,2001,175(3):198~207
|
| [3] | tsushimai,ogasawaray,kindaichit,satohh,okabes.developmentofhigh-rateanaerobicammonium-oxidizing(anammox)biofilmreactors.waterres,2007,41(8):1623~1634
|
| [4] | anthonisenac,loehrrc,prakasamtbs,srinatheg.inhibitionofnitrificationbyammoniaandnitrousacid.jwaterpollutcontrolfed,1976,48(5):835~852
|
| [5] | tangcj,zhengp,zhangl,chenjw,mahmoodq,chenxg,hubl,wangch,yuy.enrichmentfeaturesofanammoxconsortiafrommethanogenicgranulesloadedwithhighorganicandmethanolcontents.chemosphere,2010,79(6):613~619
|
| [6] | güvend,dapenaa,kartalb,schmidmc,maasb,vandepas-schoonenk,sozens,mendezr,opdencamphjm,jettenmsm,strousm,schmidti.propionateoxidationbyandmethanolinhibitionofanaerobicammonium-oxidizingbacteria.applenvironmicrob,2005,71(2):1066~1071
|
| [7] | molinuevob,garcíamc,karakashevd,angelidakii.anammoxforammoniaremovalfrompigmanureeffluents:effectoforganicmattercontentonprocessperformance.bioresourtechnol,2009,100(7):2171~2175
|
| [8] | kartalb,rattrayj,vanniftrikla,vandevossenbergj,schmidmc,webbri,schoutens,fuerstja,sinninghedamstej,jettenmsm,strousm.candidatus“anammoxoglobuspropionicus”anewpropionateoxidizingspeciesofanaerobicammoniumoxidizingbacteria.systapplmicrobiol,2007,30(1):39~49
|
| [9] | kartalb,vanniftrikl,rattrayj,vandevossenbergjlcm,schmidmc,damstéjs,jettenmsm,strousm.candidatus‘brocadiafulgida’:anautofluorescentanaerobicammoniumoxidatizingbacterium.femsmicrobiolecol,2008,63(1):46~55
|
| [10] | kangj(康晶),wangjl(王建龙).effectofcodconcentrationonperformanceofanaerobicammoniumoxidationbygranularsludge.chinjapplenvironbiol(应用与环境生物学报),2005,11(5):604～607
|
| [11] | isakak,suway,kimuray,yamagishit,suminot,tsunedas.anaerobicammoniumoxidation(anammox)irreversiblyinhibitedbymethanol.applmicrobiolbiotechnol,2008,81(2):379~385
|
| [12] | jensenmm,thamdrupb,dalsgaardt.effectsofspecificinhibitorsonanammoxanddenitrificationinmarinesediments.applenvironmicrobiol,2007,73(10):3151~3158
|
| [13] | tohsk,webbri,ashbotnj.enrichmentofautotrophicanaerobicammonium-oxidizingconsortiafromvariouswastewaters.microbialecol,2002,43(1):154~167
|
| [14] | vandegraafaa,muldera,debruijnp,jettenms,robertsonla,kuenenjg.anaerobicoxidationofammoniumisabiologicallymediatedprocess.applenvironmicrob,1995,61(4):1246~1251
|
| [15] | fernandezi,mosquera-corrala,camposjl,méndezr.operationofananammoxsbrinthepresenceoftwobroad-spectrumantibiotics.processbiochem,2009,44(4):494~498
|
| [16] | tangcj,zhengp,chentt,zhangjq,mahmoodq,dings,chenxg,chenjw,wudt.enhancednitrogenremovalfrompharmaceuticalwastewaterusingsba-anammoxprocess.waterres,2011,45(1):201~210
|
| [17] | kartalb,kolevam,arsovr,vanderstarw,jettenmsm,strousm.adaptationofafreshwateranammoxpopulationtohighsalinitywastewater.jbiotechnol,2006,126(4):546~553
|
| [18] | jinrc(金仁村),zhengp(郑平),huah(胡安辉).effectofsalinityontheperformanceofananammoxreactor.actascicircumst(环境科学学报),2009,29(1):81~87
|
| [19] | liucl,yamamotot,nishiyamat,fujiit,furukawak.effectofsaltconcentrationinanammoxtreatmentusingnonwovenbiomasscarrier.jbioscibioeng,2009,107(5):519~523
|
| [20] | pynaertk,smetsbf,wyffelss,beheydtd,sicilianosd,verstraetew.characterizationofanautotrophicnitrogen-removingbiofilmfromahighlyloadedlab-scalerotatingbiologicalcontactor.applenvironmicrob,2003,69(6):3626~3635
|
| [21] | dostaj,fernándezi,vázquez-padínjr,mosquera-corrala,camposjl,mata-álvarezj,méndezr.short-andlong-termeffectsoftemperatureontheanammoxprocess.jhazardmater,2008,154(1~3):688�693
|
| [22] | jettenmsm,cirpusi,kartalb,vanniftrikl,vandepas-schoonenkt,sliekerso,haaijers,vanderstarw,schmidm,vandevossenbergj,schmidti,harhangih,vanloosdrechtm,gijskuenenj,opdencamph,strousm.1994~2004:10yearsofresearchontheanaerobicoxidationofammonium.biochemsoctran,2005,33(1):119~123
|
| [23] | jossa,salzgeberd,eugsterj,k?nigr,rottermannk,burgers,fabijanp,leumanns,mohnj,siegristh.full-scalenitrogenremovalfromdigesterliquidwithpartialnitritationandanammoxinonesbr.environscitechnol,2009,43(14):5301~5306
|
| [24] | vanderstarwrl,abmawr,bolmmersd,mulderjw,tokutomit,strousm,picioreanuc,vanloosdrechtmcm.startupofreactorsforanoxicammoniumoxidation:experiencesfromthefirstfull-scaleanammoxreactorinrotterdam.waterres,2007,41(18):4149~4163
|
| [25] | liangz,liuj,lij.decompositionandmineralizationofaquatichumicsubstances(ahs)intreatinglandfillleachateusingtheanammoxprocess.chemosphere,2009,74(10):1315~1320
|
| [26] | tohsk,ashboltnj.adaptationofanaerobicammonium-oxidisingconsortiumtosyntheticcoke-ovenswastewater.applmicrobiolbiotechnol,2002,59(2~3):344~352
|
| [27] | chenxl(陈旭良),zhengp(郑平),jinrc(金仁村),hubl(胡宝兰),zhousx(周尚兴),dinggs(丁革胜).biologicalnitrogenremovalfrommonosodiumglutamate-containingindustrialwastewaterwiththeanaerobicammoniumoxidation(anammox)process.actascicircumst(环境科学学报),27(5):747~752
|
| [28] | strousm,heijnenjj,kuenenjg,jettenmsm.thesequencingbatchreactorasapowerfultoolforthestudyofslowlygrowinganaerobicammonium-oxidizingmicroorganisms.applmicrobiolbiotechnol,1998,50(5):589~596
|
| [29] | strousm,fuerstja,kramerehm,logemanns,muyzerg,vandepas-schoonenkt,webbr,kuenenjg.jettenmsm.missinglithotrophidentifiedasnewplanctomycete.nature,1999,400:446~449
|
| [30] | strousm,kuenenjg,jettenm.keyphysiologyofanaerobicammoniaoxidation.applmicrobiolbiotechnol,1999,65(7):3248~3250
|
| [31] | tangcj,zhengp,wangch,mahmoodq,zhangjq,chenxg,zhangl,chenjw.performanceofhighloadedanammoxuasbreactorscontaininggranularsludge.waterres,2011,45(1):135~144
|
| [32] | bettazzie,caffazs,vanninic,lubelloc.nitriteinhibitionandintermediateseffectsonanammoxbacteria:abatch-scaleexperimentalstudy.processbiochem,2010,45(4):573~580
|
| [33] | fernándezi,dostaj,fajardoc,camposjl,mosquera-corrala,méndezr.short-andlong-termeffectsofammoniumandnitriteontheanammoxprocess.jenvironmanage,2010,95(suppl.):170~174
|
| [34] | dapena-moraa,fernandezi,camposjl,mosquera-corrala,méndezr,jettenmsm.evaluationofactivityandinhibitioneffectsonanammoxprocessbybatchtestsbasedonthenitrogengasproduction.enzymemicrobtech,2007,40(4):859~865
|
| [35] | wakim,tokutomit,yokoyamah,tanakay.nitrogenremovalfromanimalwastetreatmentwaterbyanammoxenrichment.bioresourtechnol,2007,98(14):2775~2780
|
| [36] | tangcj,zhengp,mahmoodq,chenjw.effectofsubstrateconcentrationonstabilityofanammoxbiofilmreactors.centsouthunivtechnol,2010,17(1):79~84
|
| [37] | kimuray,isakak,kazamaf,suminot.effectsofnitriteinhibitiononanaerobicammoniumoxidation.applmicrobiolbiot,2010,86(1):359~365
|
| [38] | isakak,suminot,tsunedas.highnitrogenremovalperformanceatmoderatelylowtemperatureutilizinganaerobicammoniumoxidationreactions.jbioscibioeng,2007,103(5):486~490
|
| [39] | jettenmsm,strousm,vandepas-schoonenkt,schalkj,vandongenugjm,vandegraafaa,logemanns,muyzerg,vanloosdrechtmcm,kuenenjg.theanaerobicoxidationofammonium.femsmicrobiolrev,1998,22(5):421~437
|
| [40] | kadampc,boonedr.influenceofphonammoniaaccumulationandtoxicityinhalophilic,methylotrophicmethanogens.applenvironmicrobiol,1996,62(12):4486~4492
|
| [41] | vandegraafaa,debruijnp,robertsonla,jettenmsm,kuenenjg.autotrophicgrowthofanaerobicammonium-oxidizingmicroorganismsinafluidizedbedreactor.microbiology,1996,142(8):2187-~2196
|
| [42] | liaodx,lixm,yangq,zenggm,guol,yuex.effectofinorganiccarbononanaerobicammoniumoxidationenrichedinsequencingbatchreactor.jenvironsci,2008,20(8):940~944
|
| [43] | chamchoin,nitisoravuts,schmidtje.inactivationofanammoxcommunitiesunderconcurrentoperationofanaerobicammoniumoxidation(anammox)anddenitrification.bioresourtechnol,2008,99(9):3331~3336
|
| [44] | tangcj,zhengp,wangch,mahmoodq.suppressionofanaerobicammoniumoxidizersunderhighorganiccontentinhigh-rateanammoxuasbreactor.bioresourtechnol,2010,101(6):1762~1768
|
| [45] | zhengp(郑平),wums(吴明生),jinrc(金仁村).effectoforganicmatteronperformanceofanammoxreactor.actascicircumst(环境科学学报),2006,26(7):1087~1092
|
| [46] | fernándezi,vázquez-padínjr,mosquera-corrala,camposjl,méndezr.biofilmandgranularsystemstoimproveanammoxbiomassretention.biochemengj,2008,42(3):308~313
|
| [47] | dapena-moraa,vázquez-padínjr,camposjl,mosquera-corrala,jettenmsm,méndezr.monitoringthestabilityofananammoxreactorunderhighsalinityconditions.biochemengj,2010,51(3):167~171
|
| [48] | yangjc,zhangl,hirad,fukuzakiy,furukawak.anammoxtreatmentofhigh-salinitywastewateratambienttemperature.bioresourtechnol,2011,102(3):2367~2372
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
