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isicoci se-electrostatic precipitator purifier esime mpo se-electrostatic precipitator uthuli isiqoqi sothuli sempushana ekhipha uthuli lwensimbi engagqwali
Ukwethulwa kwe-XJY electrostatic precipitator
Ama-electrostatic precipitators, avame ukufushaniswa njenge-ESPs, angamadivayisi athuthukisiwe okulawula ukungcoliswa komoya asusa kahle i-particle, njengothuli nezinhlayiya zentuthu, kumagesi aphuma ezimbonini. Ukusebenza kahle nokuthembeka kwabo kubenze baba indikimba ezimbonini ezahlukene okubalwa ukuphehla ugesi, ukukhiqiza insimbi, ukukhiqiza usimende nokunye. Lesi sihloko sicubungula ukusebenza, izinzuzo, izinhlobo, kanye nokusetshenziswa kwama-electrostatic precipitators.
Iyini imininingwane yesihlungi se-XJY electrostatic precipitator?
I-XJY electrostatic precipitator iyisisetshenziswa sokulawula ukungcoliswa komoya esebenzisa ugesi ukususa izinhlayiya ezimisiwe emoyeni. Ngokushaja izinhlayiya bese ziziqoqa endaweni eshajelwe ngokuphambene, ama-ESP angakwazi ukuthwebula ngempumelelo inhlobo ebanzi yezinhlayiya, okuhlanganisa uthuli, intuthu, nentuthu. Asetshenziswa kakhulu ezimbonini ezifana nokuphehla ugesi, ukukhiqiza usimende, nokucubungula insimbi.
Siyini isakhiwo esiyisisekelo sesihlungi se-XJY electrostatic precipitation?
I-XJY electrostatic precipitator iqukethe izingxenye ezimbili: enye isistimu eyinhloko ye-precipitator; enye idivayisi yokuphakela amandla ehlinzeka nge-high-voltage eqondile yamanje kanye nesistimu yokulawula okuzenzakalelayo ye-voltage ephansi. Isimiso sesakhiwo se-precipitator, uhlelo lokunikezwa kwamandla kagesi aphezulu lunikwa amandla yi-transformer yesinyathelo-up, futhi umqoqi wothuli usekelwe phansi. Uhlelo lokulawula ugesi olune-voltage ephansi lusetshenziselwa ukulawula izinga lokushisa lesando sokudonsa i-electromagnetic, i-electrode yokukhipha umlotha, i-electrode ehambisa umlotha kanye nezingxenye ezimbalwa.
Yiziphi izici ze-XJY electrostatic precipitators purifier ?
A: Ukusatshalaliswa kokugeleza kwegesi okulinganayo kufinyelelwa ngodonga oluklanywe ngokukhethekile lokusatshalaliswa kwegesi oluqinisekiswa ukumodela kwe-CFD.
B:Best discharge electrode uhlobo ZT24 esetshenziswa
C: I-Electrode rapping enesistimu yesando ethembekile futhi eqinile iphakeme kune-rapping kazibuthe/phezulu
D:Idizayini enokwethenjelwa yezinto zokufakelwa ukuze isebenze isikhathi eside
E: Ukunikezwa kwamandla kagesi aphezulu ngeyunithi ye-T/R nesilawuli
D:Awukho umjovo we-ammonia odingekayo
E:Isipiliyoni esiphelele ekwakhiweni kwe-ESP kanye nokwenziwa kwephrojekthi kumayunithi e-FCC
Yiziphi izici ze-XJY electrostatic precipitator purifier ?
Uma kuqhathaniswa nezinye izisetshenziswa zokususa uthuli, i-XJY electrostatic precipitator idla amandla amancane futhi inekhono eliphezulu lokususa uthuli. Ilungele ukususa uthuli lwe-0.01-50μm kugesi we-flue futhi ingasetshenziswa ezindaweni ezinokushisa kwegesi ephezulu kanye nokucindezela okukhulu. Ukuzijwayeza kubonisa ukuthi lapho likhulu inani legesi ephathwayo, kuba ukonga kakhulu izindleko zokutshala nezokusebenza zokusebenzisa i-electrostatic precipitator.
Ubuchwepheshe be-electrostatic precipitator obunesikhala esibanzi
I-HHD evundlile ye-electrostatic precipitator yesikhala esibanzi iwumphumela wocwaningo lwesayensi owenziwe ngokwethula nokudweba kubuchwepheshe obuthuthukile bangaphandle, ukuhlanganisa izici zokusebenza kwezimo zokusebenza kwegesi yokukhipha izizinda ezimbonini ezahlukahlukene eShayina, nokuzivumelanisa nezimo ezicindezelayo ngokuya ngezidingo zokukhishwa kwegesi yokukhipha umoya kanye ne-WTO. imithetho yemakethe. Le mpumelelo isetshenziswe kabanzi kwezensimbi, amandla, usimende nezinye izimboni.
Isikhala esibanzi esikahle kanye nokucushwa okukhethekile kwamapuleti
Yenza amandla ensimu kagesi kanye nokusabalalisa kwepuleti kwamanje kufana kakhulu, isivinini sokushayela singanyuswa izikhathi ezingu-1.3, futhi ububanzi bokuthunjwa kothuli olubanjiwe lunwetshwa lube ngu-10 1 -10 14 Ω-cm, olufaneleka ngokukhethekile ukubuyiswa kothuli oluphezulu. yegesi ekhishwayo evela kumabhoyela ombhede aphuzwayo, okhini abasha bakasimende owomile, imishini yokucwilisa, njll., ukunciphisa noma ukuqeda isenzakalo se-corona engemuva.
Intambo entsha ye-RS corona ehlanganisiwe
Ubude obukhulu bungafinyelela kumamitha angu-15, nge-voltage ephansi yokuqala ye-corona, ukuminyana okuphezulu kwe-corona yamanje, ukuqina okuqinile, okungalokothi konakaliswe, ukumelana nokushisa okuphezulu nokumelana nokuguquka kokushisa, kanye nomphumela omuhle kakhulu wokuhlanza ohlanganiswe nendlela yokudlidliza ephezulu. Ngokuhambisana nokugxiliswa kothuli, ukuminyana komugqa we-corona okuhambisanayo kulungiselelwa ukuzivumelanisa nokuqoqwa kothuli olunothuli oluningi olugxilile, futhi ukugxila okuphezulu okuvunyelwe kokungenisa kungafinyelela ku-1000g/Nm3.
Ukudlidliza okuqinile phezulu kwe-corona electrode
Ukudlidliza okuqinile ku-electrode ekhiphayo ephezulu eklanywe ngokuya ngethiyori yokuhlanza uthuli kungakhethwa ngezindlela zemishini ne-electromagnetic.
Ukumiswa kwamahhala kwezigxobo ezinhle nezingezinhle
Isistimu yokuqoqa uthuli kanye nesistimu ye-corona electrode ye-HHD electrostatic precipitator kokubili zisebenzisa isakhiwo sokumiswa esinezinhlangothi ezintathu. Uma izinga lokushisa legesi eliwudoti liphezulu kakhulu, i-electrode eqoqwayo yothuli kanye ne-electrode ye-corona izonwebeka futhi inwetshwe ngokuzenzakalelayo ezikhombisi-ndlela ezinezinhlangothi ezintathu. Isistimu ye-electrode yokuqoqa uthuli nayo iklanywe ngokukhethekile ngesakhiwo sebhande lensimbi elingazweli ukushisa, okwenza i-HHD electrostatic precipitator ibe nokumelana nokushisa okuphezulu. Ukusebenza kwezentengiselwano kukhombisa ukuthi izinga lokushisa eliphakeme lokumelana ne-HHD electrostatic precipitator lingafinyelela ku-390℃.
Thuthukisa ukusheshisa kokudlidliza
Thuthukisa umphumela wokuhlanza: Ikhwalithi yokuhlanza yesistimu ye-electrode yokuqoqa uthuli ithinta ngokuqondile ukusebenza kahle kokuqoqa uthuli. Iningi labaqoqi bakagesi libonisa ukwehla kokusebenza kahle ngemva kwesikhathi sokusebenza. Imbangela eyinhloko ibangelwa umphumela omubi wokuhlanza wepuleti le-electrode eliqoqa uthuli. Isiqoqi sothuli sikagesi se-HHD sisebenzisa ithiyori yakamuva yomthelela kanye nemiphumela engokoqobo ukuze siguqule isakhiwo senduku yensimbi eyisicaba sibe ingxenye ebalulekile yesakhiwo sensimbi, futhi senze kube lula ukwakheka kwesando sokudlidliza eseceleni kwe-electrode eqoqa uthuli, kwehlise isixhumanisi sokuwa kwesando ngo-2/3. . Ukuhlola kubonisa ukuthi ukusheshisa okuncane kwendawo yepuleti le-electrode eqoqa uthuli kunyuswa kusuka ku-220G kuya ku-356G.
Izinyawo ezincane nesisindo esincane
Ngenxa yokuthi isistimu ye-electrode ekhishwayo yamukela idizayini yokudlidliza ephezulu, futhi iphula isivumelwano ukuze isebenzise idizayini yokulengiswa kwe-asymmetric endaweni ngayinye kagesi, futhi isebenzisa isofthiwe yekhompyutha yegobolondo ye-American Environmental Equipment Company ukuze ithuthukise umklamo, ubude bayo bonke bukagesi. umqoqi wothuli uncishiswa ngamamitha angu-3-5 futhi isisindo sincishiswa ngo-15% ngaphansi kwendawo efanayo yokuqoqa uthuli.
Isistimu yokufaka isiqiniseko esiphezulu
Ukuze uvimbele ukufakwa kwamandla kagesi aphezulu kwe-electrostatic precipitator ukuthi ingajiki futhi inyakaze, igobolondo lamukela isitoreji sokushisa esinezingqimba ezimbili zesakhiwo sophahla oluphefumulayo, ukushisisa kukagesi kusebenzisa izinto zakamuva ze-PTC ne-PTS, kanye naphansi komkhono wokuvikela. yamukela idizayini yokuhlanza evuthela i-hyperbolic back-blowing, eqeda ngokuphelele ukwehluleka okuthambekele kokuminyanisa kwemikhono ye-porcelain kanye nokunwabuzelayo, futhi ilungele kakhulu ukulungiswa, ukugcinwa nokushintshwa.
Ukufanisa uhlelo oluphezulu lwe-LC
Ukulawulwa kwe-voltage ephezulu kungalawulwa uhlelo lwe-DSC, olusetshenziswa yikhompyutha ephezulu, futhi ukulawulwa kwe-voltage ephansi kulawulwa yi-PLC, nokusebenza kwesikrini sokuthinta saseShayina. Amandla kagesi aphezulu asebenzisa amandla kagesi e-DC angaguquki, anamandla aphezulu, afana nomzimba we-HHD electrostatic precipitator. Ingakhiqiza ukusebenza kahle kokukhipha uthuli okuphezulu, inqobe ukumelana okuthile okuphezulu, futhi isingathe ukugxila okuphezulu.
Isebenza kanjani i-electrostatic precipitators purifier?
Umgomo oyisisekelo ngemuva kwe-ESPs ukukhanga kwe-electrostatic phakathi kwezinhlayiya ezishajwayo kanye nezindawo ezishajwe ngokuphambene. Inqubo ingahlukaniswa ngobubanzi izigaba ezine:
1.Ukushaja: Njengoba igesi ephumayo ingena ku-ESP, idlula ochungechungeni lwama-electrode akhiphayo (ngokuvamile izintambo zensimbi ezicijile noma amapuleti) ashajwa ngogesi onamandla amakhulu. Lokhu kubangela i-ionization yomoya ozungezile, okukhiqiza ifu lama-ion akhokhiswa kahle futhi angalungile. La ma-ion ashayisana nezinhlayiyana zegesi, anikeze amandla kagesi ezinhlayiyeni.
2.Ukushaja kwezinhlayiya: Izinhlayiya ezishajwayo (manje ezibizwa ngama-ion noma izinhlayiya eziboshwe yi-ion) ziba yi-polarized kagesi futhi zikhangwa ezindaweni ezishajwe kahle noma ezimbi, kuye ngokuthi zishaje kangakanani.
3.Ukuqoqwa: Izinhlayiya ezishajiwe zifudukela futhi zifakwe kuma-electrode aqoqayo (ngokuvamile amakhulu, amapuleti ensimbi ayisicaba), agcinwa esezingeni eliphansi kodwa eliphambene nama-electrodes akhiphayo. Njengoba izinhlayiya zinqwabelana kumapuleti okuqoqa, zakha ungqimba lothuli.
4.Ukuhlanza: Ukugcina ukusebenza kahle, amapuleti okuqoqa kufanele ahlanzwe ngezikhathi ezithile ukuze kukhishwe uthuli oluqoqiwe. Lokhu kufezwa ngezindlela ezihlukahlukene, ezihlanganisa i-rapping (ukudlidliza amapuleti ukuze kukhishwe uthuli), ukufuthwa kwamanzi, noma inhlanganisela yakho kokubili. Uthuli olususiwe lube seluqoqwa futhi ilahlwe ngendlela efanele.
Izinhlobo ze-XJY electrostatic precipitators
I-XJY Dry electrostatic precipitator: Lolu hlobo lwe-precipitator lusetshenziselwa ukuqoqa ukungcola okufana nomlotha noma usimende esimweni esomile. Iqukethe ama-electrode okugeleza kuwo izinhlayiya ze-ionized kanye ne-hopper ekhipha izinhlayiya eziqoqiwe. Izinhlayiya zothuli ziqoqwa emgudwini womoya ngokushaya ama-electrode.
isithombe 1 I-Dry electrostatic precipitatora
I-XJY Wet ESPs: Faka isifutho samanzi kukho kokubili ukukhulisa ukuqoqwa kwezinhlayiyana nokwenza kube lula ukususwa kothuli, ikakhulukazi okusebenza kahle ezinhlayiyeni ezinamathelayo noma ze-hygroscopic.
isithombe 2 Ama-ESP Amanzi
I-XXJY Vertical electrostatic precipitator. Ku-electrostatic precipitator eqondile, igesi ihamba iqonde ukusuka phansi iye phezulu ku-precipitator. Njengoba ukugeleza komoya kuphambene nesiqondiso sokumisa uthuli futhi kunzima ukwakha izinkambu zikagesi eziningi, akulula ukuhlola nokulungisa. Lolu hlobo lwe-electrostatic precipitator lufanelekela kuphela izindawo ezinokugeleza komoya okuncane, izidingo eziphansi zokususa uthuli, nezindawo zokufakwa eziwumngcingo.
isithombe 3 I-electrostatic precipitator emile
I-XJY Evundlile ye-electrostatic precipitator. Igesi equkethe uthuli ku-electrostatic precipitator evundlile ihamba ivundlile. Njengoba ingahlukaniswa ngezinkambu zikagesi eziningana, ukunikezwa kwamandla kuyabonakala ezindaweni zikagesi ezihlukene ukuze kuthuthukiswe ukusebenza kahle kokususa uthuli. Umzimba we-precipitator uhlelwe ngokuvundlile, okulungele ukufakwa nokugcinwa. Kuyifomu eliyinhloko lesakhiwo ekusetshenzisweni kwamanje kwama-precipitators kagesi.
isithombe 4 I-electrostatic precipitator evundlile
Izinzuzo ze-XJY Electrostatic Precipitators
1.Ukusebenza Okuphakeme Kakhulu: Ama-ESP angakwazi ukufeza ukusebenza kahle kokususa izinhlayiyana ezingaphezu kuka-99%, okuwenza alungele imithetho eqinile yezemvelo.
I-2.I-Versatility: Angakwazi ukuphatha ububanzi obubanzi bezinhlayiya kanye nokugxila, kusukela ezinhlayiya ze-submicron kuya othulini olumahhadla.
I-3.I-Low Pressure Drop: Ukuklanywa kwe-ESPs kunciphisa ukumelana nokugeleza kwegesi, ukunciphisa ukusetshenziswa kwamandla kanye nezindleko zokusebenza.
I-4.Scalability: Ama-ESP angaklanywa ukuthi afanele amakhono ahlukahlukene, kusukela ekusetshenzisweni kwezinga elincane kuya ekufakweni kwezimboni ezinkulu.
5.Ubude bokuphila: Ngokulungiswa okufanele, ama-ESP angasebenza amashumi eminyaka, anikeze isisombululo esingabizi kakhulu esikhathini eside.
Izicelo ze-XJY Electrostatic Precipitators
Ukukhiqiza Amandla: Izitshalo zamandla aphehlwa ngamalahle zisebenzisa ama-ESP ukuze zisuse umlotha wezimpukane kanye nenkungu ye-sulfuric acid emagesini aphumayo.
Ukucutshungulwa Kwensimbi: Izimboni zensimbi ne-aluminium zithembele kuma-ESPs ukulawula ukukhishwa kweziko, iziguquli, nezigayo.
Ukukhiqiza Usimende: Ngesikhathi sokukhiqiza i-clinker, ama-ESP abamba uthuli nezinye izinhlayiya ezikhiqizwa kuhhavini nasezigayweni.
Ukushiswa kukadoti: Kusetshenziselwa ukuhlanza amagesi emfucumfucu emishinini yokushisela imfucuza eyingozi kamasipala.
Ukucubungula Amakhemikhali: Ekukhiqizeni amakhemikhali afana ne-sulfuric acid, ama-ESP asiza ukugcina imifudlana yokukhipha ihlanzekile.
isiphetho:
I-electrostatic precipitators idlala indima ebalulekile ekulawuleni ukungcoliswa komoya kuzo zonke izimboni ezihlukahlukene. Ubuchwepheshe babo obuthuthukisiwe, ukusebenza kahle okuphezulu, nokuvumelana nezimo kubenza babe ithuluzi elibalulekile ekugcineni izinga lomoya kanye nokuhlangabezana nemithetho yemvelo. Njengoba izimboni ziqhubeka nokubeka eqhulwini ukusimama nokuhambisana, ukubaluleka kwezinguzunga ze-electrostatic ngokungangabazeki kuzokhula, kube negalelo endaweni ehlanzekile, enempilo yawo wonke umuntu.