畜禽废弃物无害化处理与资源化利用技术研究进展陶秀萍

201719137－42JournalofAgriculturalScienceandTechnology2016-12-162016-12-222016YFD0501400。。[e-mail]。*。[e-mail]*100081。。doi10．13304/j．nykjdb．2016．764X713A1008-0864201701-0037-06ＲesearchProgressonAnimalWasteTreatmentandＲecyclingTechnologyTAOXiupingDONGHongmin*KeyLaboratoryofEnergyConservationandWasteManagementinAgriculturalStructuresMinistryofAgricultureInstituteofEnvironment＆SustainableDevelopmentinAgricultureChineseAcademyofAgriculturalSciencesBeijing100081ChinaAbstractAnimalwastescontainaconsiderableamountoforganicmattersaswellaspathogensandveterinaryantibioticresidueswhichposetremendousthreatstothesurroundingenvironment．Appropriatemeasuresmustbeadoptedfortreatingandrecyclinganimalwastestopreventtheenvironmentalpollutions．Thispaperreviewedthetechnologiesdevelopedandappliedforanimalwastetreatmentandrecyclingtechnologyallovertheworldalsopredictedthefutureresearchfocusesandtechnicaldevelopmenttrend．ItisexpectedtoprovidereferencesfortacklingtheenvironmentalissuesincurredbyanimalwastesinChina．Keywordsanimalwasteslaughterhousewastedeadanimalantibioticrecycling。38t60%20141049t58t45%25%95%76%2490%1。。、。1。。1．1、、、。、。1．1．1、＞60℃2、、34。、56、。、78。591060%。、、111213。。1．1．2、、、。、、－1415－、。、、16。0．1～5μm0．001～0．05μm200Da100Da。、9。。17、1∶1∶118pH。、17。1．1．3。comprehensivenutrientmanagementplanCNMP、、。198319、、20、919。9。1．1．4、、30%～90%2175%2275%90%2360%30%24。。。－GC-MS、－UPLC-TOF-MS、－LC-TOF-MS、－LC-MS/MS、－UPLC-MS/MS、－FD-HPLC、－DAD-HPLC、－UV-HPLC25～27LC-MS/MSUPLC-MS/MS。252829。30、31、32。、、、、、223233。1．2、、34。。35。、2080、2002－20077%17%36、、3738。39。209040。1．3、、、、。、、、414243。、、、931。、44、45·OH4647、。2、。2．1、。2．1．1nationalpollutantdischargeeliminationsystemsNPDES。170kgN/hm2·a9。《》48。2．1．2、。。2．2、。、。。3、。、、、。0419。。1．EB/OL．http//．agri．cn/V20/ZX/tzgg_1/tz/201510/t20151023_4875680．htm2015－10－20．2UsuiMKawakuraMYoshizawaNetal．．SurvivalandprevalenceofClostridiumdifficileinmanurecompostderivedfrompigsJ．Anaerobe20164315－20．3．J．201534112198－2207．CaoYChangZZHuangHYetal．．ChemicalandbiologicalchangesduringearlystageofcompostingofdifferentanimalwastesJ．J．Agro－Environ．Sci．201534112198－2207．4ZhuLDHiltunenE．ApplicationoflivestockwastecomposttocultivatemicroalgaeforbioproductsproductionAfeasibleframeworkJ．Ｒenew．Sustain．EnergyＲev．2016541285－1290．5HagaK．ManagingmanureonJapaneselivestockandpoultryfarmsJ．Biocycle200142666．6FukumotoYSuzukiKWakiMetal．．MitigationoptionofgreenhousegasemissionsfromlivestockmanurecompostingJ．JapanAgric．Ｒes．Quarterly2015494307－312．7PagansEFontXSánchezA．BiofiltrationforammoniaremovalfromcompostingexhaustgasesJ．Chem．Engin．J．2005113105－110．8KurodaKWakiMYasudaTetal．．UtilizationofBacillussp．strainTAT105asabiologicaladditivetoreduceammoniaemissionsduringcompostingofswinefecesJ．Biosci．Biotechnol．Biochem．201579101702－1711．9HouYVelthofGLCaseSDCetal．．StakeholderperceptionsofmanuretreatmenttechnologiesinDenmarkItalytheNetherlandsandSpainJ．J．CleanerProduction20161291－11．10MelseＲWTimmermanM．SustainableintensivelivestockproductiondemandsmanureandexhaustairtreatmenttechnologiesJ．Bioresour．Technol．20091005506－5511．11CantrellKBHuntPGUchimiyaMetal．．ImpactofpyrolysistemperatureandmanuresourceonphysicochemicalcharacteristicsofbiocharJ．Bioresour．Technol．2012107419－428．12JeongYWChoiSKChoiYSetal．．Productionofbiocrude-oilfromswinemanurebyfastpyrolysisandanalysisofitscharacteristicsJ．Ｒenew．Energy20157914－19．13BurraKGHusseinMSAmanoＲSetal．．SyngasevolutionarybehaviorduringchickenmanurepyrolysisandairgasificationJ．Appl．Energy2016181408－415．14．－J．20113412189－193．LiQHuQCZhuQLetal．．Experimentalstudyontreatmentofpoultrymanurewithhighnitrogencontentbyanaerobic-aerobicco-treatmentJ．Environ．Sci．Technol．20113412189－193．15SharmaPKTakashiIKatoKetal．．Seasonalefficiencyofahybridsub-surfaceflowconstructedwetlandsystemintreatingmilkingparlorwastewateratnorthernHokkaidoJ．Ecol．Engin．201353257－266．16MakaraAKowalskiZ．PigmanuretreatmentandpurificationbyfiltrationJ．J．Environ．Manage．2015161317－324．17KimMParkKKimJM．PhosphaterecoveryfromlivestockwastewaterusingironoxidenanotubesJ．Chem．Engin．Ｒes．Design2016114119－128．18ＲahmanMMLiuYHKwagJHetal．．ＲecoveryofstruvitefromanimalwastewateranditsnutrientleachinglossinsoilJ．J．HazardousMaterials20111862－32026－2030．19OndouaＲN．AgriculturalbenefitsandenvironmentalrisksofsoilfertilizationwithanaerobicdigestatesAreviewJ．Agron．Sustain．Dev．2014342473－492．20LinkeBMuhaIWittumGetal．．Mesophilicanaerobicco-digestionofcowmanureandbiogascropsinfullscaleGermanbiogasplantsAmodelforcalculatingtheeffectofhydraulicretentiontimeandVScropproportioninthemixtureonmethaneyieldfromdigesterandfromdigestatestorageatdifferenttemperaturesJ．Bioresour．Technol．2013130689－695．21HeuerHSchmittHSmallaK．AntibioticresistancegenespreadduetomanureapplicationonagriculturalfieldsJ．Ecol．Ind．Microbiol．2011143236－243．22Widyasari-MehtaASuwitoHＲKAKreuzigＲ．Laboratorytestingontheremovaloftheveterinaryantibioticdoxycyclineduringlong－termliquidpigmanureanddigestatestorageJ．Chemosphere2016149154－160．23KimKＲOwensGKwonSetal．．Occurrenceandenvironmentalfateofveterinaryantibioticsintheterrestrialenv