39720147ENVIRONMENTALSCIENCEANDMANAGEMENTVol.39No.7July20142014-06-131970-。1674-6139201407-0084-04IC王会娉044500通过调查运城辖区内永济安德利果蔬汁有限公司生产废水治理现状与特征,分析了对原有废水处理工艺中的UASB厌氧反应器在果汁废水处理应用中存在的缺陷并通过改造后的IC厌氧反应器在果汁废水处理中的处理工艺与原理的探讨,指出了其在实际应用过程中的优势与不足。同时,通过UASB和IC厌氧反应器在处理果汁废水中的各项应用参数进行对照,特别是IC厌氧反应器改造前后水质的对比,从而对IC厌氧反应器在果汁废水处理的应用前景做了些许展望。IC厌氧反应器;处理果汁废水;应用展望X703.3AApplicationofICAnaerobicReactorinProcessingofAppleJuiceWastewaterWangHuipingYongjiCityEnvironmentalProtectionBureauYongji044500ChinaAbstractThroughinvestigationoftheproductionstatusandcharacteristicsofwastewatertreatmentofYongjiAndreJuiceCo.Ltd.intheareaundertheYunchengCityjurisdictionthispaperanalyzetheoriginalwastewatertreatmentprocessintheUASBanaerobicreactortodiscussjuicewastewatertreatmentdefectsexistinginapplicationandwastetreatmentprocessandprin-cipleofwatertreatmentinfruitjuicebyICanaerobicreactorafterthetransformation.Theadvantageanddisadvantagesofpracticalapplicationwerepointedout.AtthesametimebycomparingUASBandICanaerobicreactorandvariousapplicationparametersinprocessingfruitjuicewastewaterespeciallycomparedtowaterqualitybeforeandaftertheICanaerobicreactortransformationthustheICanaerobicreactorapplicationinfruitjuicewastewatertreatmenthasmadesomeprospects.KeywordsICanaerobicreactorFruitjuicewastewatertreatmentapplicationprospect、、、、、、。196。3.5。15。2011COD≤80mg/l≤4mg/l。COD≤100mg/l≤15mg/l。UASB。IC。1UASB1.1UASB、1200m3/d。·48·39720147·ICVol.39No.7July2014、、SS、PH、UASB。→→→→→UASB→→→→→。UASB、。。。。1.2UASB。UASBICUASB。。COD。。。UASB。。2ICICUASB。、、。→→→→→→→→→IC→→。IC5、、、。IC。。。IC。IC。、60%。。。。IC。·58·39720147·ICVol.39No.7July2014IC、UASB。UASB。UASB。3IC3.1IC3.1.1抗冲击负荷强ICICCOD。10~20。ICCOD。ICCOD。IC。3.1.2占地面积更少,建设工期较短,基建投资更低,适合场地紧张的企业IC10~25kgCOD/m3·d3~4IC3~5UASB1IC、。IC。IC1000m340。3.1.3反应器自动内循环,动力消耗较低UASB。UASBIC。。3.1.4运行状况更好,出水水质更稳定IC。。ICUASBIC。3.1.5菌种更成熟稳定,抗低温能力强,具有很好的稳定性和高效性IC25000mg/l8000mg/l~10000mg/l15000mg/l~20000mg/lIC20℃~25℃。IC。。3.1.6解决了悬浮物沉积问题、UASB。ICIC·68·39720147·ICVol.39No.7July20143m/h~8m/hUASB0.5m/h~3m/h。3.1.7IC厌氧调试时间短,启动周期短,可以短时间内达到设计负荷IC、30ICUASB60~90。ICIC。IC10UASB30~45。IC10UASB50、。3.1.8IC厌氧反应器管理运行简单ICIC。、、PH、。IC。3.2IC3.2.1处理效率低ICCODUASB。。3.2.2在进水水质不稳定时出水不稳定ICIC10~20。3.2.3污泥成本高IC1500/IC。4IC。11CODcrmg/lBODmg/lmg/lSSmg/lpH≤10000≤5000≤50≤60004.5~6.0≤60≤8≤0.5≤506.0~9.05IC、、、、、UASB。IC。1.J2011.1123-24.2.J.20113942252-2253+2267.3.J.2013161-66.4.CODJ.2012.38163-68.5.ICJ.201152352-356.6.-ICJ.20131784-85.7.J.201239229282-283+285.·78·