进口潜水离心曝气机/Aerator/德国品质德国KAYSEN凯森进口潜水离心曝气机概述潜水离心曝气机采用电机和叶轮直接传动，利用叶轮旋转所产生的离心力排开周围水形成低压区吸入水流同时，在叶轮进口处制造真空而吸入空气，在混气室中气与水充分混合形成均匀的气水混合液，在离心力作用下快速排出。潜水离心式曝气机产品为自吸式曝气，直联式结构。旋转的叶轮产生的离心力，在叶轮的进口处形成负压吸入空气和水，利用叶轮的功能在混合室里将一定比例的气水混合，在强大的离心力下，气水二相流沿叶轮的切线方向经流道整流后，向圆周方向扩散，细碎的微小气泡充分与水相融，从而达到充氧曝气的效果。主要特点：●自重***，安装方便，可在不中断工艺运行的状态下自由布置●设计结构紧凑，利用自吸功能无需外接气源；●主机潜水作业减少占地面积，噪音小；●可直接在氧化塘中使用，节省基建成本；●***移动的曝气装置，曝气时兼有搅拌功能；●底盘可根据用户要求作特殊设计。主要应用：潜水离心式曝气机用于各种污水处理工程中生化处理工艺的曝气池、曝气沉砂池、预曝气池、好氧硝化池曝气充氧混合及养殖塘增氧。GermanyKAYSENImportDivingCentrifugalAeratorOverviewThesubmersiblecentrifugalaeratorisdirectlydrivenbyamotorandanimpeller.Thecentrifugalforcegeneratedbytherotationoftheimpellerisusedtodischargethesurroundingwatertoformalow-pressurezone.Atthesametime,avacuumiscreatedattheinletoftheimpellertodrawinair,andthegasandthewaterarethoroughlymixedinthemixingchamber.Auniformgas-watermixtureisformedandrapidlydischargedundertheactionofcentrifugalforce.Thesubmersiblecentrifugalaeratorproductisself-primingaerationanddirect-connectedstructure.Thecentrifugalforcegeneratedbytherotatingimpellerformsanegativepressureattheinletoftheimpellertodrawinairandwater.Thefunctionoftheimpellerisusedtomixacertainproportionofgasandwaterinthemixingchamber.Understrongcentrifugalforce,thegas-watertwo-phaseflowalongtheimpellerAfterthetangentialdirectionisrectifiedbytheflowpath,itisdiffusedinthecircumferentialdirection,andthefinelydividedfinebubblesaresufficientlyfusedwiththewatertoachievetheeffectofoxygenationandaeration.mainfeature:●Self-repositioning,easytoinstall,freetoarrangewithoutinterruptingtheprocessoperation●Thedesigniscompact,andtheself-primingfunctiondoesnotrequireanexternalairsource;●Thehostdivingoperationreducesthefloorspaceandthenoiseis***all;●Itcanbeuseddirectlyinoxidationpondstos***einfrastructurecosts;●Independentlymovingaerationdevice,whichhasastirringfunctionwhenaeration;●Thechassiscanbespeciallydesignedaccordingtouserrequirements.mainapplication:Thesubmersiblecentrifugalaeratorisusedforaerationtanks,aeratedgritchambers,pre-aerationtanks,aerobicnitrificationtanks,aerationandoxygenationmixingandaquaculturepondoxygenationinvarioussewagetreatmentprojects.)