Ion-exchange membrane electrolyzer tiyo

A cikin 2002, kamfanin ya haɗu da Kamfanin Asahi Chemical Corporation na Japan don haɓaka haɓakar gaskets masu yawa na lantarki na lantarki tare. A cikin 2003, kamfanin ya fara ba da tan 120000 na gaskets na roba don aikin Qilu, wanda ke da fa'idodi kamar juriya na lalata, haɓakar haɓaka, da tsawon rayuwa. Babban kayayyakin da kamfanin ya samar sun hada da Asahi Chemical's bipolar groove roba gaskets, Western petroleum roba gaskets, Denora roba gaskets, FM-21 roba gaskets, AZEC-F2 roba gaskets, AZEC-B1 roba gaskets, Uhde gaskets, Asahi Chemical's electrolytic cell brackets. da fil, kayayyakin robobi iri-iri, da kayayyakinsu ana fitar da su zuwa kasashe irin su Indonesia, kuma abokan ciniki a gida da waje suna yaba musu sosai.

Tuntube mu

samfurin bayani

Sashi na Electrolysis: Tiyon lantarki

a. Anolyte System

Babban tsaftataccen brine daga babban tankin brine mai tsafta ana ciyar da shi zuwa kowane nau'in electrolyzer sannan a rarraba shi zuwa kowane ɗakin anode inda ya lalace zuwa chlorine da ions sodium. Mai sarrafa kwarara sanye take da bututun abinci na brine zuwa kowane da'irar electrolyzer yana lura da ƙimar kwararar brine mai tsabta.

Rago mai kashi biyu na raguwar brine da jikakken iskar chlorine yana malalowa daga kowane ɗaki na anode zuwa cikin tarin tarin da aka sanye da kowane mai amfani da wutar lantarki inda aka raba brine da kuma iskar chlorine.

Ruwan da aka rage daga manifold yana gudana ta bututun reshe da babban kan kai zuwa cikin tanki na anolyte ta nauyi, yayin da iskar chlorine ke aika zuwa B/L (sashin sarrafa iskar chlorine).

An zubar da brine da aka rage daga tankin anolyte zuwa sashin dechlorination ta mai kula da matakin. Wasu daga cikin raguwar brine a cikin tankin anolyte ana sake yin fa'ida zuwa ga masu amfani da lantarki ta hanyar haɗawa da sabo mai tsaftataccen gishiri.

Ana ba da layin samar da ruwa mai lalacewa don dilution na anolyte don hana crystallization gishiri yayin rufewa da kuma daidaitawar taro na anolyte don saduwa da buƙatun membrane yayin farawa.

b. Catholyte System

Ana ciyar da caustic na sake yin fa'ida ga kowane nau'in electrolyzer ta hanyar musayar zafi na catholyte, sannan a rarraba shi zuwa kowane ɗakin cathode inda yanayin cathode ke lalata ruwa a cikin hydrogen da ions hydroxide. Mai sarrafa kwarara da aka ɗora a kowane da'irar electrolyzer yana sarrafa ƙimar sake sarrafa caustic.

Rafi mai kashi biyu na maganin caustic da iskar hydrogen yana malalowa daga kowane ɗakin cathode zuwa cikin tarin tarin da aka sanye da kowane mai amfani da wutar lantarki inda aka raba maganin caustic da hydrogen.

Maganin caustic daga manifold yana gudana ta cikin bututun reshe, kuma babban taken zuwa cikin tanki na catholyte da nauyi, yayin da iskar hydrogen ana aika zuwa sashin sarrafa iskar hydrogen ta reshe da bututun kai. Bayan barin tankin caustic na sake yin fa'ida, maganin caustic ya rabu zuwa koguna biyu: rafi na samfur zuwa B/L da sake yin fa'ida ta caustic zuwa na'urorin lantarki.

Caustic soda zafi musayar zafi ko sanyaya caustic sake yin fa'ida don kula da electrolyzer aiki zafin jiki a 85 ~ 90 deg-C. A lokacin farawa, ana amfani da caustic soda zafi musayar zafi don dumama electrolyte a cikin electrolyzers, hanzarta cikakken load halin yanzu isa ba tare da wuce kima irin ƙarfin lantarki.

Ƙarfin caustic na electrolyzer ana lura da shi ta hanyar ma'aunin ƙima, kuma yawanci ana kiyaye shi a kusan 32wt%, mafi kyawun maida hankali na aikin membrane, ta sarrafa adadin abincin da aka lalatar da ruwa a cikin rafi da aka sake yin fa'ida.

Don gano rashin daidaituwa na masu amfani da lantarki, ana shigar da wutar lantarki da tsarin kula da zafin jiki.

c. Tsarin gas

Ana sarrafa matsin iskar hydrogen a kusan. 400 mm H2O sama da karfin iskar chlorine.