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electrostatic precipitator isicoci nkqo high-voltage electrostatic precipitator umqokeleli uthuli ukwenzela umgubo intsimbi ecocekileyo esusa uthuli.
Ukwaziswa kwe-XJY electrostatic precipitator
Iiprecipitators ze-Electrostatic, eziqhelekileyo ezifinyeziweyo njenge-ESPs, zizixhobo zokulawula ukungcoliseka komoya eziphucukileyo ezisusa ngokufanelekileyo i-particle, efana nothuli kunye namasuntswana omsi, kwiigesi eziphuma kwimizi-mveliso. Ukusebenza nokuthembeka kwabo kubenze baba yintsika kumashishini ahlukeneyo, kuquka ukwenziwa kombane, ukwenziwa kwentsimbi, ukwenziwa kwesamente, nokunye. Eli nqaku ligocagoca malunga nokusebenza, iingenelo, iintlobo, kunye nokusetyenziswa kwe-electrostatic precipitators.
Zithini iinkcukacha zesihluzo se-XJY electrostatic precipitator?
I-XJY electrostatic precipitator sisixhobo sokulawula ukungcoliseka komoya esisebenzisa umbane ukususa amasuntswana amisiweyo kumsinga womoya. Ngokutshaja amasuntswana kwaye emva koko uwaqokelele kwindawo echaseneyo, ii-ESPs zinokubamba ngokufanelekileyo uluhlu olubanzi lwento encinci, kubandakanya uthuli, umsi, kunye nomsi. Zisetyenziswa kakhulu kumashishini afana nokuvelisa amandla, ukwenziwa kwesamente, kunye nokulungiswa kwesinyithi.
Yintoni ulwakhiwo olusisiseko lwe-XJY electrostatic precipitation filter?
I-XJY electrostatic precipitator iqukethe iinxalenye ezimbini: enye yinkqubo ephambili ye-precipitator; enye isixhobo sombane esibonelela nge-high-voltage ngqo ngoku kunye nenkqubo yolawulo oluzenzekelayo lwe-voltage. Umgaqo wesakhiwo se-precipitator, i-high-voltage system supply power is powered by step-up transformer, kwaye umqokeleli wothuli usekelwe. Inkqubo yokulawula umbane ophantsi-voltage isetyenziselwa ukulawula ubushushu besando sokukrazula kwe-electromagnetic, i-electrode yokukhupha uthuthu, i-electrode ehambisa uthuthu kunye nezinto ezininzi.
Zeziphi iimpawu zesicoci se-XJY electrostatic precipitators?
A: Ukuhanjiswa kwerhasi elinganayo kuphunyezwa ngodonga losasazo lwegesi oluyilwe ngokukodwa oluqinisekiswe yi-CFD yomfuziselo.
B:Eyona nto ibhetele yokukhupha i-electrode i-ZT24 esetyenziswayo
C: I-Electrode rapping kunye nenkqubo yehamile ethembekileyo kwaye ehlala ixesha elide ingaphezulu kwemagnethi / phezulu
D:Uyilo oluthembekileyo lwezinto zokufakelwa ukuze usebenze ixesha elide
E: Ubonelelo lwamandla ombane aphezulu kunye neyunithi ye-T / R kunye nomlawuli
D:Akukho naliti ye-ammonia efunekayo
E:Amava apheleleyo kuyilo lwe-ESP kunye nokwenziwa kweprojekthi kwiiyunithi zeFCC
Zeziphi iimpawu zesicoci se-XJY electrostatic precipitator?
Xa kuthelekiswa nezinye izixhobo zokususa uthuli, i-XJY electrostatic precipitator idla amandla amancinci kwaye inokusebenza okuphezulu kokususa uthuli. Kufanelekile ukususa uthuli lwe-0.01-50μm kwigesi ye-flue kwaye ingasetyenziselwa kwiindawo ezinobushushu obuphezulu begesi kunye noxinzelelo oluphezulu. Uqheliselo lubonisa ukuba ubukhulu bexabiso lerhasi ephathwayo, kokukhona ukonga utyalo-mali kunye neendleko zokusebenza zokusebenzisa i-electrostatic precipitator.
Itekhnoloji ye-electrostatic precipitator enesithuba esibanzi
I-HHD isithuba esibanzi se-electrostatic precipitator sisiphumo sophando lwezenzululwazi esiphuhliswe ngokwazisa kunye nokuzoba kwitekhnoloji ephuhlileyo yangaphandle, ukudibanisa iimpawu zemeko yokusebenza yegesi yokukhupha igesi kumashishini ahlukeneyo e-China, kunye nokuziqhelanisa neemfuneko zokukhupha igesi ephuma ngamandla kunye ne-WTO. imithetho yemarike. Le mpumelelo isetyenziswe ngokubanzi kwi-metallurgy, amandla, isamente kunye namanye amashishini.
Isithuba esifanelekileyo esibanzi kunye noqwalaselo olulodwa lweepleyiti
Yenza amandla entsimi yombane kunye nokuhanjiswa kwepleyiti yangoku ngokufana ngakumbi, isantya sokuqhuba sinokunyuswa ngamaxesha angama-1.3, kunye noluhlu lokuxhathisa uthuli oluthinjiweyo lwandisiwe ukuya ku-10 1 -10 14 Ω-cm, elungele kakhulu ukumelana nothuli oluphezulu. yegesi ephumayo evela kwiibhoyila zebhedi ezimanzi, iikhilni zesamente ezomileyo ezijikelezayo, oomatshini bokuntywila, njl.
Integral entsha RS corona ucingo
Ubude obude bunokufikelela kwiimitha ezili-15, kunye ne-corona ephantsi yombane wokuqalisa, ubuninzi be-corona yangoku, ukuqina okuqinileyo, okungazange konakaliswe, ukumelana nobushushu obuphezulu kunye nokumelana nokutshintsha kwe-thermal, kunye nefuthe elihle kakhulu lokucoca elidityaniswe nendlela yokungcangcazela ephezulu. Ngokogxininiso lothuli, ukuxinana komgca we-corona ohambelanayo kuqwalaselwe ukulungelelaniswa nokuqokelela uthuli kunye noxinzelelo oluphezulu lothuli, kwaye ubuninzi bokugxininiswa kwe-inlet evumelekileyo kunokufikelela kwi-1000g / Nm3.
Ukungcangcazela okuqinileyo kumphezulu we-corona electrode
Ukungcangcazela okuqinileyo kwi-electrode yokukhupha ephezulu eyenzelwe ngokwethiyori yokucoca uthuli inokukhethwa ngeendlela zomatshini kunye ne-electromagnetic.
Ukunqunyanyiswa kwamahhala kwezibonda ezilungileyo kunye nezibi
Inkqubo yokuqokelela uthuli kunye nenkqubo ye-electrode ye-corona ye-HHD ye-electrostatic precipitator zombini yamkela isakhiwo sokunqunyanyiswa kwe-three-dimensional. Xa ubushushu berhasi yenkunkuma buphezulu kakhulu, i-electrode yokuqokelela uthuli kunye ne-electrode ye-corona iya kwanda kwaye yolule ngokungekho mthethweni kumacala amathathu-dimensional. Inkqubo yokuqokelela uthuli ye-electrode nayo yenzelwe ngokukodwa kunye nesakhiwo sebhanti yentsimbi enganyangekiyo, eyenza i-HHD electrostatic precipitator ibe nokumelana nokushisa okuphezulu. Umsebenzi worhwebo ubonisa ukuba ubushushu obuphezulu bokumelana ne-HHD ye-electrostatic precipitator inokufikelela kuma-390 ℃.
Phucula ukukhawulezisa ukungcangcazela
Ukuphucula umphumo wokucoca: Umgangatho wokucoca inkqubo ye-electrode yokuqokelela uthuli ichaphazela ngokuthe ngqo ukuqokelela uthuli ukusebenza kakuhle. Uninzi lwabaqokeleli bombane lubonisa ukwehla kokusebenza kakuhle emva kwexesha lokusebenza. Unobangela wengcambu ubukhulu becala ngenxa yefuthe elibi lokucoca uthuli lokuqokelela ipleyiti ye-electrode. Umqokeleli wothuli wombane we-HHD usebenzisa ithiyori yempembelelo yamva nje kunye neziphumo ezisebenzayo zokutshintsha ulwakhiwo lwentonga yentsimbi yesiko ukuya kwisakhiwo sentsimbi esidityanisiweyo, kwaye lula ulwakhiwo lwesando sokungcangcazela secala lokuqokelela uthuli lwe-electrode, ukunciphisa ikhonkco lokuwisa isando nge-2/3 . Iimvavanyo zibonisa ukuba ubuncinci bokukhawulezisa uthuli lokuqokelela ipleyiti ye-electrode yonyuka ukusuka kwi-220G ukuya kwi-356G.
Unyawo oluncinci kunye nobunzima obulula
Ngenxa yokuba inkqubo ye-electrode yokukhupha ithatha uyilo oluphezulu lokungcangcazela, kwaye yaphula indibano ukuze yamkele uyilo lokunqunyanyiswa kwe-asymmetric kwindawo nganye yombane, kwaye isebenzisa iqokobhe lekhompyutha yesoftware yeNkampani yeZixhobo zokusiNgqongileyo yaseMelika ukukhulisa uyilo, ubude bubonke bombane. umqokeleli wothuli uyancitshiswa ngeemitha ezi-3-5 kwaye ubunzima buncitshiswa nge-15% phantsi kwendawo yokuqokelela uthuli olupheleleyo.
Inkqubo yokukhusela i-insulation ephezulu
Ukuze kuthintelwe imathiriyeli yokugquma ene-voltage ephezulu ye-electrostatic precipitator ekujikeni kunye nokurhubuluza, iqokobhe lithatha indawo yokugcina ubushushu enomgangatho ophindwe kabini uyilo lophahla olunomoya, ukufudumeza kombane kwamkela izixhobo zamva nje ze-PTC kunye ne-PTS, kunye nomzantsi wesingxobo sokugquma. yamkela uyilo lokucoca oluvuthela ngasemva, olususa ngokupheleleyo ukusilela okuqhele ukwenziwa kwiporcelain sleeve condensation kunye nokurhubuluza, kwaye ikulungele kakhulu ukugcinwa, ukugcinwa kunye nokutshintshwa.
Ukutshatisa inkqubo yeLC ephezulu
Ulawulo oluphezulu lwe-voltage lunokulawulwa yinkqubo ye-DSC, eqhutywa yikhompyutheni ephezulu, kunye nolawulo oluphantsi lwe-voltage lulawulwa yi-PLC, kunye nokusebenza kwesikrini saseTshayina. Unikezelo lwamandla ombane oluphezulu luthatha umbane oqhubekayo ngoku, oxhomileyo we-DC, ohambelana nomzimba we-HHD electrostatic precipitator. Inokuvelisa ukusebenza kakuhle kokususa uthuli, ukoyisa ukuchasana okuthe ngqo, kwaye iphathe ukugxila okuphezulu.
Sisebenza njani isicoci se-electrostatic precipitators?
Umthetho-siseko osisiseko emva kwee-ESPs ngumtsalane we-electrostatic phakathi kwamasuntswana atshajisiweyo kunye nemigangatho echajiwe ngokuchasayo. Inkqubo inokwahlulwa ngokubanzi ibe ngamanqanaba amane:
1.Ukutshaja: Njengoko i-exhaust gas ingena kwi-ESP, idlula kuluhlu lwe-electrodes yokukhupha (ngokuqhelekileyo iingcingo zetsimbi ezibukhali okanye iipleyiti) ezihlawulwe ngombane ngombane ophezulu. Oku kubangela i-ionization yomoya ojikelezayo, ukuvelisa ifu le-ion elichasayo elichanekileyo nelibi. Ezi ion zingqubana nentwana yerhasi, inika umrhumo wombane kumasuntswana.
2.Ukutshaja kweParticle: Amasuntswana atshajiweyo (ngoku abizwa ngokuba zii-ion okanye amasuntswana e-ion-bound particle) aye abe polarized ngumbane kwaye atsaleleke kwindawo ene-positive okanye engachajiyo, ngokuxhomekeke kwi-charge polarity.
3.Ukuqokelelwa: Amasuntswana ahlawuliweyo afudukela kwaye afakwe kwi-electrode yokuqokelela (ngokuqhelekileyo inkulu, iipleyiti zetsimbi ezisicaba), ezigcinwe kwindawo engaphantsi kodwa echaseneyo kunye ne-electrodes ekhutshwayo. Njengoko amasuntswana aqokelelana kwiipleyiti zokuqokelela, enza umaleko wothuli.
I-4.Ukucoca: Ukugcina ukusebenza ngokufanelekileyo, iiplate zokuqokelela kufuneka zihlanjululwe ngezikhathi ezithile ukuze zisuse uthuli oluqokelelweyo. Oku kuphunyezwa ngeendlela ezahlukeneyo, kubandakanywa i-rapping (ukungcangcazela iipleyiti ukukhupha uthuli), ukutshiza ngamanzi, okanye ukudibanisa zombini. Uthuli olususiweyo ke luyaqokelelwa luze lulahlwe ngokufanelekileyo.
Iintlobo ze-XJY electrostatic precipitators
XJY Dry electrostatic precipitator: Olu hlobo lwe-precipitator lusetyenziselwa ukuqokelela izinto ezingcolileyo ezifana nomlotha okanye i-samente kwindawo eyomileyo. Iqukethe i-electrodes apho iinqununu ze-ionized zihamba kwaye i-hopper ikhupha amaqhekeza aqokelelweyo. Amasuntswana othuli aqokelelwa kumlambo womoya ngokubethelela i-electrodes.
umfanekiso 1 Dry electrostatic precipitatora
I-XJY Wet ESPs: Dibanisa ukutshiza kwamanzi kuzo zombini ukunyusa ukuqokelelwa kwamasuntswana kunye nokuququzelela ukususwa kothuli, ngokukodwa okusebenzayo kumasuntswana ancamathelayo okanye e-hygroscopic.
umfanekiso 2 ESPs ezimanzi
XJY nkqo electrostatic precipitator. Kwi-precipitator ye-electrostatic, igesi ihamba ngokuthe nkqo ukusuka ezantsi ukuya phezulu kwi-precipitator. Ekubeni ukuhamba komoya kuchasene nothuli lokumisa isalathiso kwaye kunzima ukwenza iindawo ezininzi zombane, akulula ukuhlola kunye nokulungiswa. Olu hlobo lwe-electrostatic precipitator lulungele kuphela iindawo ezinokuhamba komoya omncinci, iimfuno ezisezantsi zokususa uthuli, kunye neziza zofakelo ezimxinwa.
umfanekiso 3 I-electrostatic precipitator
XJY Horizontal electrostatic precipitator. Irhasi enothuli kwi-horizontal electrostatic precipitator ihamba ngokuthe tye. Kuba inokwahlulwa ibe ngamacandelo ombane amaninzi, unikezelo lwamandla lubonwa kwiindawo zombane ezahluliweyo ukuze kuphuculwe ukusebenza kakuhle kokususa uthuli. Umzimba we-precipitator ulungelelaniswa ngokuthe tye, okulungele ukufakela kunye nokugcinwa. Yeyona fom yesakhiwo kwisicelo sangoku se-electrostatic precipitators.
umfanekiso 4 I-electrostatic precipitator ethe tyaba
Izinto eziluncedo ze-XJY Electrostatic Precipitators
I-1.Ubuchule obuphezulu: Ii-ESPs zinokufikelela kwiinkqubo zokususa amasuntswana angaphezu kwe-99%, zizenze zilungele imimiselo engqongqo yokusingqongileyo.
I-2.I-Versatility: Ziyakwazi ukuphatha uluhlu olubanzi lwee-particle sizes kunye nokugxininiswa, ukusuka kwiincinci ezincinci ukuya kuthuli olukhuni.
I-3.Uxinzelelo oluphantsi loxinzelelo: Uyilo lwe-ESPs lunciphisa ukuchasana nokuhamba kwegesi, ukunciphisa ukusetyenziswa kwamandla kunye neendleko zokusebenza.
I-4.Scalability: Ii-ESPs zinokuyilwa ukuba zihambelane nezakhono ezahlukeneyo, ukusuka kwizicelo ezincinci ukuya kufakelo lwamashishini amakhulu.
I-5.Ubude obude: Ngokugcinwa okufanelekileyo, ii-ESPs zinokusebenza amashumi eminyaka, zibonelela ngesisombululo esineendleko eziphezulu kwixesha elide.
Usetyenziso lwe-XJY Electrostatic Precipitators
Ukuveliswa koMbane: Amaziko ombane asebenzisa amalahle asebenzisa ii-ESPs ukususa uthuthu lwempukane kunye nenkungu ye-sulfuric acid kwiigesi zombhobho.
Ukucutshungulwa kwesinyithi: Imizi-mveliso yentsimbi kunye ne-aluminium ixhomekeke kwii-ESPs ukulawula ukukhutshwa kweziko, iziguquli, kunye nee-rolling Mills.
I-Cement Manufacturing: Ngexesha lokuvelisa i-clinker, i-ESPs ibamba uthuli kunye nezinye iinqununu ezenziwe kwiinkqubo ze-kiln kunye ne-mill.
Ukutshiswa kweNkunkuma: Isetyenziselwa ukucoca igesi yombhobho evela kumasipala nakwizitshisi zenkunkuma eziyingozi.
Ukwenziwa kweMichiza: Ekuveliseni imichiza efana ne-asidi ye-sulfuric, ii-ESPs zinceda ukugcina imijelo ecocekileyo yokukhupha.
isiphelo:
Iiprecipitators zombane zidlala indima ebalulekileyo kulawulo longcoliseko lomoya kuwo wonke amashishini ahlukeneyo. Ubuchwephesha babo obuphezulu, ukusebenza kakuhle, kunye nokuguquguquka kubenza babe sisixhobo esibalulekileyo ekugcineni umgangatho womoya kunye nokuhlangabezana nemimiselo yendalo. Njengoko amashishini eqhubeka nokubeka phambili uzinzo kunye nokuthotyelwa, ukubaluleka kwee-electrostatic precipitators ngaphandle kwamathandabuzo kuya kukhula, kube negalelo kwindawo ecocekileyo, enempilo kubo bonke.