Cryogenic irin high m high tsarki nitrogen iska rabuwa shuka ruwa da oxygen janareta
Amfanin Samfur
1.Sauƙaƙan shigarwa da kiyayewa godiya ga ƙirar ƙira da gini.
2.Fully tsarin sarrafa kansa don aiki mai sauƙi da abin dogara.
3.Guaranteed samuwa na high-tsarki masana'antu gas.
4.Guarantified ta hanyar samuwa na samfur a cikin ruwa lokaci da za a adana don amfani a lokacin duk wani tabbatarwa ayyukan.
5.Rashin amfani da makamashi.
6.Short time bayarwa.
Filin Aikace-aikace
Oxygen, nitrogen, argon da sauran ƙarancin iskar gas da aka samar da sashin rabuwar iska ana amfani da su sosai a cikin ƙarfe, sinadarai
masana'antu, matatar mai, gilashi, roba, lantarki, kiwon lafiya, abinci, karafa, samar da wutar lantarki da sauran masana'antu.
Ƙayyadaddun samfur
O2 fitarwa 350m3/h±5%
O2 tsarki ≥99.6% O2
O2 matsa lamba ~ 0.034MPa (G)
N2 fitarwa 800m3/h±5%
N2 tsarki ≤10ppmO2
N2 matsa lamba ~ 0.012 MPa (G)
Matsayin fitarwa na samfur (a 0 ℃, 101.325Kpa)
Fara matsa lamba 0.65MPa(G)
Ci gaba da aiki tsakanin lokutan defrosting sau biyu watanni 12
Lokacin farawa ~ 24 hours
Ƙayyadadden amfani da wutar lantarki ~0.64kWh/mO2(ba tare da O2 compressor ba)
Tsari kwarara
Danyen iska yana fitowa daga iska, yana wucewa ta hanyar tace iska don kawar da kura da sauran nau'in kayan aikin injiniya sannan ya shiga damfarar iska wanda ba lub ba wanda za'a matsawa da kwampreso mataki biyu zuwa kusan. 0.65MPa(g) .Yana wucewa ta cikin mai sanyaya kuma yana shiga rukunin precooling don sanyaya zuwa 5 ~ 10 ℃. Sa'an nan kuma yana zuwa canza-kan MS purifier don cire danshi, CO2, carbon hydrogen. Mai tsarkakewa ya ƙunshi tasoshin sieve na kwayoyin halitta guda biyu. Ana amfani da ɗaya yayin da anther ɗin ke ƙarƙashin sabuntawa ta hanyar sharar gida na nitrogen daga akwatin sanyi da kuma ta dumama dumama.
Bayan an tsarkake, ana amfani da ƙaramin ɓangarensa azaman iskar gas don injin injin turbin, sauran suna shiga akwatin sanyi don sanyaya su ta hanyar reflux (tabbatacciyar iskar oxygen, nitrogen mai tsafta da nitrogen mai sharar gida) a cikin babban mai musayar zafi. Wani ɓangare na iska yana zamewa daga tsakiyar babban mai musayar zafi kuma yana zuwa fadada injin injin don samar da sanyi. Mafi yawan iskar da aka faɗaɗa tana wucewa ta cikin na'ura mai sanyaya wuta wanda iskar oxygen ke sanyaya daga ginshiƙi na sama don isar da shi zuwa shafi na sama. Ƙananan ɓangaren sa yana wucewa ta hanyar wucewa don zubar da bututun nitrogen kai tsaye kuma ana sake yin zafi don fita daga cikin akwatin sanyi. Sauran ɓangaren iskar yana ci gaba da sanyaya zuwa kusa da iska mai ƙarfi don gwada ƙasan ginshiƙi.
A cikin ƙananan ginshiƙan iska, iska ta rabu kuma tana da ruwa kamar nitrogen ruwa da iska mai ruwa. Wani sashi na nitrogen mai ruwa da aka zare daga saman ginshiƙi na ƙasa. Ana isar da iska mai ruwa bayan an sanyaya kuma an datse shi zuwa tsakiyar ginshiƙi na sama azaman reflux.
Ana cire iskar oxygen samfurin daga ɓangaren ƙananan ginshiƙi na sama kuma ana sake yin zafi ta hanyar faɗaɗa mai sanyaya iska, babban musayar zafi. Sannan ana isar da shi daga ginshiƙi. Sharar da nitrogen ana cirewa daga ɓangaren sama na ginshiƙi na sama kuma ana sake yin zafi a cikin injin sanyaya da babban mai musayar zafi don fita daga ginshiƙi. Ana amfani da wani ɓangare nasa azaman iskar gas na sabuntawa don tsabtace MS. Ana cire nitrogen mai tsafta daga saman ginshiƙi na sama kuma ana sake yin zafi a cikin iska mai ruwa, mai sanyaya ruwa nitrogen da babban mai musanya zafi don fitar da shi daga cikin ginshiƙi.
Oxygen daga ginshiƙin distillation an matsa zuwa abokin ciniki.