城镇污泥干化焚烧处置技术与工艺简介

31920169JOUＲNALOFENGINEEＲINGFOＲTHEＲMALENEＲGYANDPOWEＲVol．31No．9Sep．20162015－07－142015－10－201991－．1981－檪檪檪檪檪檪檪檪檪檪檪檪檪檪殏殏殏殏．1001－2060201609－0001－0811121．2000932．200120、、－、、、。、、。X705ADOI10．16146/j．cnki．rndlgc．2016．09．001。20141．71m3/1．35m3。0．3%～0．5%97%1m31t20141．35t6．75t80%。、、。、、、、、、、。CO2H2O、。“3T”Temperature、Turbu-lenceTime。。。。1、、、。2～3、－。1．185%4～52016。、、、。。16。1Fig．1Parallelflowdryinginthedownwardflows、。1．2。。、、、7～8。2、。。、、。2Fig．2Structureofapropellertypedryer。、。1．3－－9。、3。。1．4·2·9、、10～12。。。3Fig．3Fluidizedbeddryer。、、、、。、。2、、、。2．12．1．1。。、、。、。70%。。。13～1512、3、4SO2NOx。。16。2．1．2199565t/17～18。U。300t/·3·20164。10%。。4Fig．4FlowchartforthesludgetreatmentprocessinShidongkouproject2050t/50MW。750t/、、80%40%。1200t/。。3、。19～20。。。2．22．2．121～23。、、、。。120%～25%。。2·4·9。2．2．2200812150MW。75%～80%100MW。200t/5。80%20%～40%。。250t/300MW。5Fig．5FlowchartforthesludgetreatmentprocessinBeilunPowerPlant124。5%。。1Tab．1ExamplesoftheprojectsburningcoaldilutedandmixedwithsludgeinGermany/MW/%/%t/aBoxbergVEAG2×50019993～5130000BuschhausBKB93019985580000FrankenllBavernwerke1047199851．5350002．2．3。5%。、、、NOx、SO2。2．3。。850℃2s。·5·201625～26。193480。80%180t/5%～10%。40t/。27。123。。2．4。。6000t/600t80%28、。。1350℃20s。1000℃。2．5、－、－。Nanbu20%160t2980%ObrigheimEcoDry3035%。、。2．6、。。。。·6·9。、。3。、、、。1。。。2。、、。、3。、、。。1．D．201028S1434－438．ZHANGHe-feiXUYanZENGZheng-zhongetal．Municipalsludgetreatmentanddisposalmodesinoverseasanditsenlighten-mentforChinaD．EnvironmentalEngineering201028S1434－438．2ZhonghaoＲaoYueminZhaoCongliangHuangetal．Ｒecentde-velopmentsindryinganddewateringforlowrankcoalsJ．Pro-gressinEnergyandCombustionScience2015462－5．3JiangJGDuXJYangSH．Analysisofthecombustionofsewagesludge-derivedfuelbyathermogravimetricmethodinChinaJ．WasteManagement20103071407－1413．4．J．201036153－157．WANGＲui-kunLIUJian-zhongYUYu-jieetal．MunicipalsludgecharacteristicsanddryingtechnologiesJ．WaterSupplyandDrainage201036153－157．5．J．201432197105－106．LIHuiWUXiao-fuJIANGLong-boetal．Progressinthemunici-palsludgedewateringanddryingtechnologiesJ．EnvironmentalEngineering201432197105－106．6．J．201339144－48．WANGPingHANGShi-junHUANGOuetal．ApplicationsoftheatomizationdryingandrotarykilnincinerationcombinedsludgeprocessingtechnologiesinengineeringprojectsJ．WaterSupplyandDrainage201339144－48．7ThijsDefraey．Advancedcomputationalmodellingfordryingprocesses-AreviewJ．AppliedEnergy2014131324－326．8．M．2006138－139．ZHANGChen．Sludgetreatmentanddisposaltechnologiesanden-gineeringexamplesM．BeijingChemicalIndustryPress2006138－139．9．D．2009．DENGWen-yi．StudyoftheemissioncharacteristicsofpollutantsintheindirecttypesludgedryingmechanismandsludgetreatmentprocessD．ZhejiangDepartmentofEnergySourceZhejiangUni-versity2009．10．J．2013417337－338．ZHANGDongWANGSan-fan．Surveyofnewsludgedryingtech-nologiesJ．JiangsuAgriculturalScience2013417337－338．11．4J．2013180－83．LIJia-xiangHEYangFANYue-hua．Comparisonandprospects·7·2016ofthedryingtechnologiesandequipmentitemsforfourkindsofsludgeJ．ChinaMunicipalEngineering2013180－83．12LyesBennamoun．SolardryingofwastewatersludgeAreview．Ｒe-newableandSustainableEnergyＲeviews2012161064－1065．13．J．20091534－35．LIUHu-bin．ApplicationsofvariousincineratorsinmunicipalsewagesludgeincinerationJ．ChinaHigh-techEnterprises20091534－35．14．J．2010382163－164．YEDongLIUYing．ApplicationsofthebubblingincineratorsinthedomainofsludgeincinerationJ．GuangzhouChemicalIn-dustry2010382163－164．15．D．2012．LIYun-yu．ExperimentalstudyoftheintegratedsludgeincinerationtechnologyincirculatingfluidizedbedsD．BeijingInstituteofEngineeringThermo-physicsChineseAcademyofSciences2012．16WenyiDengJianhuaYaXiaodongLietal．Emissioncharacteris-ticsofvolatilecompoundsduringsludge’sdryingprocessJ．JournalofHazardousMaterials2009162186－192．17．M．2006113－114．CHIYongLIXiao-dongYANJian-huaetal．Coalwashing-pro-ducedmudandsludgeincinerationtechnologyandengineeringexamplesM．BeijingChemicalIndustryPress2006113－114．18．65t/dJ．2000166356－359．LIXiao-dongCENYu-hong．Developmentofa65t/dhighwatercontentmunicipalwastewaterandsludgefluidizedbedincinera-torJ．PowerPlantSystemEngineering2000166356－359．19J．VaxelaireJ．M．BongiovanniP．Mousquesetal．Thermaldr-yingofresidualsludgeJ．PergamonPress200034174318－4323．20．J．201331229－31．ZHUChu-meiTIANHuiZHAOJuan．Sludgedryingandincin-erationheatbalancecalculationJ．ChinaＲesourceComprehen-siveUtilization201331229－31．21．J．200523648－52．LIJunWANGZhong-minZHANGNingetal．ＲesearchofthesludgeincinerationtechnologiesJ．EnvironmentalEngineering200523648－52．22．J．2012273384－386．ZHANGChengWANGDanXIAJietal．Combustioncharacter-isticsandanalysisoftheenergy-efficiencyofacoal-firedboilerburningpulverizedcoaldilutedandmixedwithdriedsludgeJ．JournalofEngineeringforThermalEnergyandPower2012273384－386．23MurakamiTSuzukiYNagasawaHetal．Combustioncharacter-isticsofsewagesludgeinanincinerationplantforenergyrecoveryJ．FuelProcessingTechnology2009906778－783．24．J．2005211101－103．LIJin-hongHEQun-biao．SurveyofthesludgetreatmentanddisposalinEuropeJ．ChinaWaterSupplyandDrainage2005211101－103．25．J．20152355－7．SHIJing-yu．ExploratorystudyofthecombustiondilutedandmixedwithdriedsludgeinwasteincinerationpowerplantsJ．E