Kayayyaki
-
Rukunin Ruwa Electrolysis Hydrogen Generators
Ruwan da aka keɓe don samar da hydrogen shine samfurin alkaline electrolytic ruwa don samar da hydrogen, wanda ke ƙara jan hankali a fagen makamashin hydrogen saboda sassauci, inganci da aminci.
-
Helium farfadowa da na'ura Systems
Helium mai tsafta mai mahimmanci shine gas mai mahimmanci ga masana'antar fiber optic. Duk da haka, helium yana da ƙarancin gaske a Duniya, ba a rarraba shi ba a yanayin ƙasa ba, kuma ba a sabunta shi ba tare da farashi mai yawa kuma mai canzawa. A cikin samar da preforms na fiber optic, babban adadin helium tare da tsabta na 99.999% (5N) ko mafi girma ana amfani dashi azaman iskar gas da gas mai kariya. Wannan helium ana fitar da shi kai tsaye zuwa cikin sararin samaniya bayan amfani da shi, wanda ya haifar da ɓarna mai yawa na albarkatun helium. Don magance wannan batu, Shanghai LifenGas Co., Ltd. ya samar da tsarin dawo da helium don sake dawo da iskar helium da aka fara fitarwa a cikin yanayi, yana taimakawa kamfanoni rage farashin samar da kayayyaki.
-
Tsarin Farfadowar Gas na Deuterium
Maganin Deuterium na fiber na gani shine muhimmin tsari don samar da ƙananan fiber na gani mafi ƙarancin ruwa. Yana hana haɗuwa na gaba tare da hydrogen ta pre-daure deuterium zuwa rukunin peroxide na babban layin fiber na gani, don haka rage ƙimar hydrogen na fiber na gani. Fiber na gani da aka bi da shi tare da deuterium ya sami kwanciyar hankali a kusa da kololuwar ruwa na 1383nm, yana tabbatar da aikin watsawa na fiber na gani a cikin wannan rukunin tare da biyan buƙatun aikin fiber na gani mai cikakken bakan. Tsarin jiyya na lalata fiber na gani yana cinye iskar deuterium mai yawa, kuma fitar da iskar gas ɗin deuterium kai tsaye bayan amfani yana haifar da ɓarna mai yawa. Don haka, aiwatar da na'urar dawo da iskar deuterium da na'urar sake amfani da ita na iya rage yawan amfani da iskar gas na deuterium da rage farashin samarwa.
-
RAI Oxygen-Enrichment MEMBRANE JENERATOR
Wannan injin jan ƙarfe mai wadatar iskar oxygen yana amfani da fasahar rarrabuwar kwayoyin halitta. Yin amfani da maɓalli na injiniya daidai, yana cin gajiyar bambance-bambancen dabi'a a cikin ƙimar ratsawa tsakanin ƙwayoyin iska daban-daban. Bambancin matsa lamba mai sarrafawa yana motsa kwayoyin oxygen don wucewa da kyau ta cikin membrane, yana haifar da wadataccen iskar oxygen a gefe ɗaya. Wannan sabuwar na'urar tana tattara iskar oxygen daga iskar yanayi ta amfani da tsarin jiki kawai.
-
Sashin Rabewar Ruwan Sama
Samfuran naúrar rabuwar iska mai ruwa duka na iya zama ɗaya ko fiye na ruwa oxygen, nitrogen ruwa da argon ruwa, kuma ƙa'idarsa ita ce kamar haka:
Bayan tsarkakewa, iskar ta shiga cikin akwatin sanyi, kuma a cikin babban ma'aunin zafi, tana musayar zafi tare da iskar gas don isa kusa da zafin jiki na liquefaction kuma ya shiga cikin ƙananan ginshiƙai, inda aka fara raba iska zuwa cikin iska mai wadatar nitrogen da iska mai wadataccen iskar oxygen. , Nitrogen saman yana takushe a cikin ruwa nitrogen a cikin injin daskarewa, kuma iskar oxygen a daya gefen yana ƙafe. Ana amfani da wani ɓangare na ruwa nitrogen a matsayin ruwan reflux na ƙasan ginshiƙi, kuma wani ɓangare na shi yana da sanyi sosai, kuma bayan ƙumburi, ana aika shi zuwa saman ginshiƙi na sama a matsayin ruwan reflux na babban ginshiƙi, da sauran ɓangaren. an dawo dasu azaman samfuri. -
Alkaline Water Electrolysis Hydrogen Generator
The Alkaline Water Electrolysis Hydrogen Generator ya ƙunshi na'urar lantarki, na'urar kula da ruwan gas, tsarin tsarkakewa na hydrogen, mai daidaita matsa lamba, ƙaramin ma'auni mai rarraba wutar lantarki, ma'aikatar sarrafawa ta atomatik da ruwa da kayan rarraba alkali.
Naúrar tana aiki akan ka'ida mai zuwa: ta amfani da 30% potassium hydroxide bayani a matsayin electrolyte, kai tsaye halin yanzu yana haifar da cathode da anode a cikin alkaline electrolyzer don lalata ruwa zuwa hydrogen da oxygen. Sakamakon iskar gas da electrolyte suna fitowa daga cikin na'urar lantarki. An fara cire electrolyte ta hanyar rabuwar nauyi a cikin mai raba ruwan gas. Daga nan sai iskar gas ke yin dioxidation da bushewa a cikin tsarin tsarkakewa don samar da hydrogen tare da tsabtar akalla 99.999%.
