国内外污泥处理和处置现状及发展趋势

WORD..WORD..AbstractWiththeincreaseofsludgeproductionincreasingly,thenegativeeffectsontheenvironmentalsograduallytheattentionallovertheworld.Thisarticleobtainsfromthecurrentsludgetreatmentanddisposalmethods,thispaperintroducesthecurrentsituation,themainstreamsludgedisposaltechnologyathomeandabroadandtheapplicationprogress,andthedevelopingtrendofsludgedisposalwerediscussed.KEYWORDS:sludge,disposalmethod,thestatusquo,progress,,,,,,,,(),,,,[1]1()1.1271.2WORD..[8]1.3[9](8501100)1.4()10-141.51988199891/271/EC1994319942201.62060[15]22.1100a,,,,,:,4[16]:(1);(2);(3);(4)318[17],(1)34%;WORD..(2)8.8%;(3)26%;(4)5.7%,55%,1972,,2010820t,[18,19],110.7t(46.6%),(33.5%),19981231,33.5%,8%,,,,,,,[20],,10a20a,2005:45%,38%,17%2.2,,90%,70%,,,,4,,,,,:44.83%,31.03%,13.79%,3.45%,3.45%,3.45%13.79%,,,:,,,,,,,WORD..3[21[22]448.28%34.48%3.45%13.79%23WORD..[1].[A].2007.[2]ChiangKYYoiSDLinHNeta1.StabilizationofheavymetalsinsewagesludgecompostingprocessJWaterScienceandTechnology200144(10):95-100.[3](CuZnMn)J20055(1):105-111[4]TiquiaSMRichardTLHoneymanMSCarbonnutrientandmasslossduringcompostingJNutrientCyclinginAgroecosystems200262:15-24[5]J200222(5):736741[6]J200335(6):481-484[7]BarringtonSChoiniereDTriguiMetal.EffectofcarbonsourceoncompostnitrogenandcarbonlossesJBioresoureeTechnology200283:189-194[8]EB/OL[9]TrevorBridle:C2000[10]J200213(2):163-166[11]J.200522(3):177-179[12]J200120(2):129-137[13]J200413(2):151-153[14]J200222(5):643-648[15].[A].2007,509.[16].[A].20063140-143[17],,,.[M].:,1990.[18],R.D.Davis.[J].,1998,24(9):25-29.[19]R.D.Davis,J.E.Hall.ProductionTreatomentandDisposalofWastewaterSludgeinEuropefromaUKPerspectire[J].EuropeanWaterPollutionControl,2011,7(2):67-71.[20].[A]..WORD..[C].:[],2003.82-83.[21]SunaCinarTurgutTOnayAysenErdinclerCo-disposalalternativesofvariousmunicipalwastewatertreatmentplantsludgewithrefuseJAdvancesinEnvironmentalResearch2004(8):477-482[22]()S2011[23]R2009.06