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4010Vol.40No.10201810ChinaEnergyandEnvironmentalProtectionOct．20182018－06－21DOI10．19389/j．cnki．1003－0506．2018．10．0391972—。．J．20184010174-179．DuWenqing．ＲesearchondesignofhighefficientsinteredplatedustcollectorJ．ChinaEnergyandEnvironmentalProtection20184010174-179．810000、、、、、、、、、。。X701．2A1003－0506201810－0174－06ＲesearchondesignofhighefficientsinteredplatedustcollectorDuWenqingQinghaiCopperIndustryCo．Ltd．Xining810000ChinaAbstractInordertorealizethecharacteristicsofhighefficiencysmallvolumeeasymaintenanceandlongservicelifeofdustcollec-torthispaperstudiedthedesignofhigh-efficiencysinteredplatedustcollectorstudiedthecharacteristicsofplasticfiredfilterplateandefficientsintering．Platedustcollectorcompositionenergymediumconditionssinteredplatestructureelectricalinstrumentationandcontrolandstudiedtheworkingprincipleofthedustcollectoroperationflowprecautionsduringuseandmaintenanceofthedustcol-lector．Thestudyconcludedthatthedeviceachieveshigh-efficiencydustcollectionprecautionsandmaintenancesettingsofthedustcol-lectorreducingthefailurerateoftheequipmenteffectivelyprolongingtheservicelifeofthedustcollector．Keywordsefficientsinteredplatedustcollectorplasticburningfilterplatesinteredplatestructureelectricalinstrumentandcontroldust01Fluent、、、、2。。15μm、、、。。、、、、、3-5。。·471·20181040。1。1Tab.1Featuresofplastic-firedfilterplate、、35mm、70μm。1～2μm2。herdingPLC6-10。2．1、、、、、。21。2Tab.2Technicalparametersofhighefficiencysinteringplatedustprecipitator1/m2130002/m3·h－18000003/℃≤704/μm0．1～1．05SO2/mg·m－3≤2006/g·kg－13507/g·m－3≤58/Pa＜80009/mg·m－3＜1010/%＞99．911PEPTFE12/Pa＜160013/Pa5～6×10514/m3·min－1≯2015/m33×21Fig.1Compositionofhighefficiencysinteringplatedustcollector2．2130kW11-15。220m3/minP=0．5～0．6MPa、。3。3Tab.3Compressedairqualityrequirements/mg·m－3≤1/μm≤1/mg·m－3≤1/℃≤33。2。2Fig.2Sinteredplatestructure·571·201810402．3①380V/220V、50HzPLC220V、50Hz。②PLC2/、、、、、、、、。③、。④IP55F。⑤、、、、、、。⑥16-22。33。3Fig.3Workingprinciple、、3。、、。。。44．11、、。、。2。3、。4。。5。6、。7、。4．21。。→→→。2。→15min→→。3。①。②20min。③、。4．31。2、·671·20181040。。30．5～0．6MPa。。42。5、、、、。6。①。②48h。③、、、、。7。。4．4①。②。③。④。。⑤。51、、、1～3。2。3、、、。4、、。5、、、。6。7。8。9。0．50～0．55MPa0．4MPa。10、。0．8～1．6kPa1．6kPa。11。12。13。14。①。②。。1～5min1～60min。T11minT210min。152。16、。61。3①、②、③、、④⑤。2。1·771·20181040①②、、③④、、⑤、、⑥、、⑦⑧。。4。4Fig.4Spotinspectionprocessofsinteredplatedustcollector7、、、、、、、、、。Ｒeferences1．J．2016302111-116．LiuPengDaiShiliang．NumericalsimulationofpulsecleaninggasflowinsinteredplatedustcollectorJ．JournalofUniversityofSouthChinaScienceandTechnology2016302111-116．2．J．200935111-13．BoQiang．ApplicationofthesinteredplateinlimedustprecipitatorlineJ．Science＆TechnologyofBaotouSteel200935111-13．3．J．201637680-82．ZhengMinXuanShenyingLiuGang．ApplicationofthesinteredplateinagoldminedustJ．Gold201637680-82．4．J．2006204114-116．GaoGeZhangJianwen．ApplicationanddevelopmentofsinteredplatedustcollectorJ．Ｒefrigeration＆AirConditioningSichuan2006204114-116．5．PVCJ．2013817-19．WangJianhongYuXiaoZhuJinsong．ApplicationofsinteredplatedustcollectorinPVCproductionJ．ChinaEnvironmentalProtec-tionIndustry2013817-19．6．J．20138128．HuangXianjiaoGuanLin．Applicationofsinteredplatedustcol-lectorinnon-coalminesJ．ChinaChemicalTrade20138128．7．J．20173281-282．LiangXinJinSha．SmeltingplatedustcollectorapplicationreviewJ．Industry20173281-282．8．J．20173912289-292．WangJunbo．ＲesearchandapplicationoftoptypeclothbagcleanerfordustandgascomprehensivecontrolingroundcoalbunkerJ．ChinaEnergyandEnvironmentalProtection20173912289-292．9．J．·871·20181040200429419-22．GuoWeiLiQuansheng．Ontheoptimizationofefficientmulti-tubedustcollectordesignJ．SinteringandPelletizing200429419-22．10．J．2017786-88．CaoXuwen．Ｒesearchondesignofefficientdustremovalsystemforfully-mechanizedminingfaceofSimaCoalJ．ShandongCoalSci-enceandTechnology2017786-88．11．J．2011351-54．YuanYuanpingWangHaining．HighefficiencywetdustcollectorJ．MiningＲesearchandDevelopment2011351-54．12．J．1999229-32．ZhuGuiqiao．Studyonmaintainingefficientelectrostaticprecipita-tordedustingefficiencyJ．HubeiElectricPower1999229-32．13．J．19963134-137．ZhaoXudongWangHuaibin．Experimentalstudyontheperform-anceofanovellow-resistancehigh-efficiencycyclonedustcollectorJ．PollutionControlTechnology19963134-137．14．J．2017397222-225．ZhangJianliLiHaiyan．StudyontechnologyofcomprehensivedustremovalequipmentindrillholesalongseamJ．ChinaEner-gyandEnvironmentalProtection2017397222-225．15．J．2005225-27．TangQunDuＲenzhong．Ｒesearchonanewtypeofenergy-effi-cientfiltercartridgedustcollectorJ．CementTechnology2005225-27．16．TQXJ．2003202221-224．ZhaoDongmei．DesigncharacteristicsanddustremovalmechanismofTQXhighefficiencycyclonedustcollectorJ．JournalofXin-jiangUniversityNaturalScienceEdition2003202221-224．17．J．1989640-44．ChenDaoguangWangWeiming．ＲesearchdesignandpracticeofnewdustcollectorJ．BeijingTextileJournal1989640-44．18．J．2013878-80．KangLijun．CountermeasuresofenvironmentalprotectionsafetyandhighefficiencyoperationofdustcollectorJ．InnerMongoliaPetrochemicalIndustry2013878-80．19．PTFEJ．2011391252-54．ZhouXianda．ApplicationofPTFEcoatedpulsedustcollectorforefficientseparationofpaintmistJ．GuangzhouChemicalIndus