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TechnicalperformanceofthenewdryerintroductionofflyashDryingtechnologyistheproductionofflyash,slagpowderandotherkeytechnologiesmustbematched,Iwetflywaterforlargeproportionofsmall,finegrainsize,andothernotablefeatures,thedevelopmentofnewandefficientdryingofflyashmachine,thedevicecomparedwithotherdryingequipment,productioncapacity,continuousoperation;structureissimple,easytooperate;lessfailure,lowmaintenancecosts;forawiderangeoffluidresistanceissmall,youcanuseitdrygranule-likematerial,foradhesionofthematerialthatisalsoverybeneficialtolarge;operatingflexibility,allowingtheproductionofgreaterfluctuationsintheflowofproductrange,willnotaffectthequalityoftheproduct;cleaningeasy.TheequipmentisnowinHenan,Anhuiandotherenterprisesputintouse,andcreateconsiderableeconomicbenefits.NewFlyAshdryer-energyefficient,environmentallyfriendly.China'scementindustryinrecentyears,amajorbreakthroughincomprehensiveutilizationofresources,wastecementindustryconsumptiveuseofsolidwasteinthecountrytotalmorethan80%.Byusinglessclinkercementindustry,morepowder,thecementproducedinlow-capitaltechnologiesthatcanmaximizetheconsumptionofelectricpower,metallurgy,coalindustryproducedflyash,slag,coalgangueandotherindustrialwaste.Ourprocessusestraditionalcementclinkerproduced,mixedmaterialmixingmill,millproductionislow,highenergyconsumption,wasteslagandothermaterialsusedonlyasahybrid,mixingamountofnotmorethan30%.Useofclinker,slaggrindingprocess,respectively,theuseofslagfinepowderinthehighstateofgoodactivitycanbeusedasthemaincomponentofcementcharacteristics,thepreparationofblendingofcement,admixtureof50%-60%,cansubstantiallyreducethecementproducedinthecapital.Wasteproducedbythecementindustry,basedonavarietyofwastepowderadmixturefairmatchtoprogressinconcretedensity,theformationoflowdensity,highdensity,lowdefectstructure,muchprogressinconcretelife.China'sannualindustrialwasteslagproduced1.5billion-16billiontonsofflyashandgangue-6reached400milliontons,floodedareasinthedepartment.Takeadvantageofcheaplocalcoalash,slagandotherwasteofresourcesproducedinlow-capitalhighperformancegreencement,cementmanufacturingisthetransformationoftheregionanimportantway.Energysavingisasavingsociety,animportantprerequisiteforaharmonioussociety,butalsocementthemosteffectivewaytoprofitgrowth.Energyefficiencyisprogress,butdecidedtoadvancethehubgrindingefficiencyistoreducethemoisturecontentofrawmaterials.Becauseflyash,slag,etc.intotheplantwhenthewateristoolarge,isnotconducivetoground,resultinginlowyieldmillingsystem,fullgrindingandgrinding,suchasgrindingpastedeteriorationinworkingconditions,mustfirstdriedbeforegrindingintodehydration.Therefore,theflyashproduceddryercomprehensiveutilizationofflyashwithgooddevelopmentprospects.NewFlyAshdryerisproducedinhighenergy-savingtechnologyofflyash,slagpowderandotherequipmentnecessaryforsupportingthehub,inthepromotionofenergyefficiencyofcement,representingcentrifugaldewateringequipment,theoldverticaldryer,inthedesign,energyefficiencyandpracticalapplicationshavegreatbreakthrough.Oldverticaldryer.Equipmentfromexternalburner,verticaldryercomposedofhostandenvironmentalprotectionequipment,verticalassembleabrickinsidethedryer,howabdominalgroupandtheslidinghopperfeedbowlset.Itsworkingprincipleis:materialhandlingequipmentintotheupperverticaldryer,setbyitsowngravitythroughthehopper,slidepotsexpecteddropinsink.Burnertocreateheat,heatexchangethroughtheverticaldryer,afterdischargeofenvironmentalprotectionequipment.Coursematerialscollectionhopperandslipangleofthebasinsloweddownthespeedofthematerialtoextendthetimeforheatexchangematerials,butmaterials,materialsinthecollectionhopperandslipslidingisthecentralbasindischarge,theformationofthewindtunnelisinusealotofheatAirfiltermaterials,coupledwiththecontinuedcoolingtubeburner,thermalefficiencyisonlyabout50%.Thedevice'sstrengthsare:smallsize,lessinvestment;disadvantageisthat:①thehighconsumptionofcoal,about50%utilizationofgeothermalenergy;②highpowerconsumption,powerconsumption4kWhtonsofdrymaterialaround;③adaptability,andtendtooccurthematerial,sealing;④morestringentrequirementsoncoal-firedheating;⑤dryingqualitycannotcontrol.Previouscentrifugaldewateringmachinery,equipmentexpensive,lowcapacity,dehydrationrateofsmall,usuallyonlyoneprecipitation10%---20%oftheremaining15water.Thenewfullsetofflyashfromthedryerthreesectors:heatingsystem,heatexchangesystemandtotaketheairdustremovalsystem.Heatingsystemsusinghotstovetechnologysector,adequateheat,heateffect,structuralsimplicity;heatexchangesystemisthedryingcylinder,thecylinderbodyliftingplatearrangedinspiralstaggeredrepeatedlyYoungCaesarmaterials,highefficiencyheatexchange;ventilatethesystemwillbeequippedwithdustfilter,becausetheflyashparticlesize,density,light,dryconditionsinthenegativepressure,easilyflowaway,leadingtochangesinfluidmedium,andlargedustgaswatertopreventCitedairsystemintotheatmospheresuckedoutofresourcesandenvironmentalpollutionextravagance,unifiedbythedustcollecting.Flyashdryingmachinewillfirstbewetpeelingmachineconveyorwerebrokenintohorizontal,topreventbulkm