果汁加工废水处理技术的研究进展

26320139JournalofZhongkaiUniversityofAgricultureandEngineeringVol．26No．3September2013DOI10．3969/j．issn．1674－5663．2013．03．0132013－05－2[e-mail]11*121(1．仲恺农业工程学院轻工食品学院，广东广州510225;2．华南农业大学食品学院，广东广州510642)．X792A1674－5663201303－0060－05DevelopmentoftechnologytreatingwastewaterfromfruitjuiceprocessingQINYan1FENGWeihua1*BAIWeidong12QIANMin11．CollegeofLightIndustryandFoodZhongkaiUniversityofAgricultureandEngineeringGuangzhou510225China2．CollegeofFoodScienceSouthChinaAgriculturalUniversityGuangzhou510642ChinaAbstractCharacteristicsandtreatmenttechnologyofwastewaterfromfruitjuiceprocessingwerere-viewedandthetrendoftechnologytreatingwastewaterfromfruitjuiceprocessingwasdiscussed．Keywordsjuicewastewatertreatmentresearchdevelopment1t3.8～10.5m31．．．1、、、2．1－4①．ChemicaloxygendemandCOD10mg/LCOD6000mg/L②、、、．4000mg/mL．③、．COD2000～3000mg/LSuspendedsolidsSS1000～2000mg/L④pH．pH4.0⑤．．、．2．．Up-flowanaerobicsludgebedUASB、、UASB．2.1SS1．、、、．2.1.1沉淀过滤法．—、．．SS．2.1.2气浮法．2.1.3吸附法．、、SS．、．2.1.4絮凝法、．．．2.1.5湿式氧化法．．2.2、．CO2H2O1．．2.2.1好氧生物技术、5－7．、．2.2.1.1膜生物反应器8．．Barrios-Martinez9COD100%99%．Blocher10CODCr95%．11－12．2.2.1.2活性污泥法、13．．Ozbas14COD92%89%．15CODCr、BOD5SS85%95%63%《》．．．163－、－、－416．17《》．、、、、、．2.2.2厌氧生物技术．、3．．UASB、．2.2.2.1UASBUASB、、、、、．UASBCH4CO218．19UASB+UASBCOD75%90%COD95%．20UASBCODCr85%．21UASB-、0.85SS、CODCrBOD5UASB38%62.0%、86.2%94.5%、90.0%97.5%．UASB、CODSS22．2.2.2.2厌氧折流板反应器23①②SS③④．24－、、．25COD85%．、、、．2.2.3厌氧－好氧联用技术－．－．4．26UASB-CODCr、BOD5SS98.3%、93.4%93.0%《》GB8978－1996．27UASB－COD、BOD5SS262698.8%、99.2%93.0%《》．28———CODCr、BOD5SS98.0%、98.8%93.5%《》．29－CODCr、BOD5SS98.4%、99.4%99.9%《》．－．33.1．、30．、、、、．Kurane312%AlcaligeneslatusSS78%SS47%．3.2、、32－34．35CODCr94%2.8g/L．CODCr．4．．、、．1．J．2008346113－115．2．J．2010377214－216．3．J．201030115－8．4．J．20114261－4．5．M．2005．6．M．2002．7．M．2003．8．J．200775757－761．9BAＲＲIOS-MAＲTINEZABAＲBOTEMAＲＲOTBetal．Deg-radationofsyntheticphenol-containingwastewatersbyMBＲJ．JournalofMembraneScience20062811－2288－296．10BLCHEＲCBＲITZTJANKEHDetal．Biologicaltreatmentofwastewaterfromfruitjuiceproductionusingamembranebiore-actorparameterslimitingmembraneperformanceJ．WaterSup-ply200335253－259．11．J．19991140－41．12．M．2000．13．EB/OL．2013－05－10．http//baike．baidu．com/view/187200．html14OZBASEETUFEKICNYILMAZGetal．Aerobicandanae-robictreatmentoffruitjuiceindustryeffluentsJ．JournalofSci-entific＆IndustrialＲeseach20066510830－837．15．SBＲJ．20051046－47．36316．CASSJ．20042447－10．17．CASTJ．200525968－70．18．UASBJ．200619329．19．UASB+J．2012232．20．UASB-J．200321115－17．21．UASB-SBＲJ．200837611－13．22．UASBM．2000．23．J．20083710703－705．24．ABＲ-J．2011361199－102．25．ABＲJ．2011396－99．26．UASB－J．2007331068－70．27．UASBEICJ．200691324－25．28．J．201142123－26．29．J．20041926－9．30DEＲMLINWPＲASEＲTSANPDOELLEH．ScreeningandcharacterizationofbioflocculantproducedbyisolatedKlebsiellsp．J．ApplMicrobiolBiotetech1999525689－703．31KUＲANEＲNOHATAY．MicrobialflocculationofwasteliquidsandoilemulsionbyabioflocculantfromAlcaligeneslatusJ．Ag-riculturalandBiologicalChemistry19915541127－1129．32．J．20045466－69．33GELINASPBAＲＲETTEJ．Proteinenrichmentofpotatoprocess-ingwastethroughyeastfermentationJ．BioresourceTechnology20079851138－1143．34．－J．2006151109－112．35．J．2008172309－312．【责任编辑夏成锋檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯檯殔殔殔殔】、91013“/2013”。5““、、”。“、20%、”/29、23/50“”、“”“”。。《》4626