北京市餐厨垃圾的处理现状及发展趋势

。、。、“”、、、1。、2、、、。、。、、、、、、。、、、、、、、、。11200t/d3。13。1、、、。。、。21。75%、。2100kJ/kg4。2。93%、、。/%/%/%/%/mg/L73.7091.4527.6121.62936073.3094.0224.9924.02215376.2993.8424.1327.7078671.2895.2625.8133.15164177.3692.8721.3122.80530130176.6092.8423.6822.98240874.7593.4024.5925.3736086.083.916.3011.5385743.161.428.6417.1088.80*100083。X799.3B1005－8206201001－0024－03TreatmentStatusandDevelopmentalTrendofFoodResidueinBeijingWangDanyang,GongAijun,ZhangZhenxing,MaoYanan,ZhouLujunUniversityofScienceandTechnologyBeijing,Beijing100083AbstractStatusoffoodresiduetreatmentinBeijingwasintroduced,existingproblemsoffoodresiduetreatmentinBeijingwereanalyzed,andtreatmenttechnologyanddevelopmentaltrendoffoodresidueresourcewereexpounded,whichprovidedsomeusefulmaterialformanagementandresourceoffoodresidueinBeijing.Keywordsfoodresidueresourcemanagement*2005DKA215012009-08-281EnvironmentalSanitationEngineeringVol．18No．1February18120102·24·1、、5。3。、、、、。、、20%~30%2。31。。、、、、6。2。2。20101450t200t。3。。、、。4。、、7。。。41。、8。2。CH4CO2CO29。10-1112-13142。3。、、。815。4。8。2。5。400~500℃800℃20h16。6。17-18。7。19。6。81。、。。88.262.8889.637.83。2%·25·184。5。1.———EB/OL.2008-03-04.http//βJ.1985722-2460.9.D.2005.10MWM.M//.1986.11.、J.2005145678-682.1934—“”、“”、“”“”、“”、“”1121。60。[e-mail]。23。2。、、。5。。1.J.2008390-92.2.J.200715155-56.3.J.200614658-61.4.J.200513225-29.5.J.20061124-25.6ThomasRIdaSAmeF.ThePresenceofPenicilliumandPenicilliumMycotoxinsinFoodWastesJ.IntJFoodMicrobiol200490181-188.7KimKE.OverviewofKoreanSolidWastesManagementPoliciesR.PaperPresentedatSymposiumonCompostingTechnologyofFoodandOrganicWastesSeoul1997.8.J.200816243-45.9.J.2005264150-154.10.J.200614646-49.11ZhangRHHamedM.CharacterizationofFoodWasteasFeedstockforAnaerobicDigestionJ.BioresourTechnol200798929-935.12.J.2009252226-232.13HanSKShinHS.BiohydrogenProductionbyAnaerobicFermentationofFoodWasteJ.IntJHydrogenEnergy200429569-577.14.C.2006.15LaiCMKeGRChungMY.PotentialofFoodWastesforPowerGen-erationandEnergyConservationinTaiwanJ.RenewEnergy2009491913-1915.16.J.2008394-95.17.Lackett-BurmanJ.20082951452-1456.18KimSHHanSKShinHS.FeasibilityofBiohydrogenProductionbyAnaerobicCo-digestionofFoodWasteandSewageSludgeJ.IntJHydrogenEn－ergy2004291607-1616.19ScottMKNoraGKarstenM.TheStateofGarbageinAmericaJ.Biocycle200445131-33.1989—082009。[e-mail]。·26·