1. Tsarin tsari na wannan shuka ya dogara ne da wani tafasasshen tafasasshen kowane gas a cikin iska. A iska ta matsa, preacooleled da kuma cire cirewar H2O da CO2, to, ya sanyaya a cikin babban mai musayar zafi har sai an gurfanar da shi. Bayan gyara, samar da oxygen da nitrogen za a iya tattara.
2. Wannan tsire-tsire ne na tsarkakewar iska tare da haɓaka haɓakar turbine. Itace ce ta rabuwa da iska, wanda ke da cikakkiyar kayan cike da murabbai na Argon.
3. Airwar iska yana zuwa matatar iska don cire ƙura da injiniya da kuma shiga saman turbin iska inda iska ta matsa zuwa 0.59mp3. Bayan haka yana tafiya cikin tsarin yanayin iska, inda iska ke sanyaya zuwa 17 ℃. Bayan haka, yana gudana zuwa sieve sieve sieve sieve tanki tank, wanda ke gudana bi da bi, don cire H2O, CO2 da C2h2.

* 1 Sannan ana matse shi ta hanyar matsin lamba na matsin lamba da za a raba zuwa koguna2. Wani sashi na gaba ya tafi babban masanan mai zafi da za a sanyaya zuwa -260k, kuma ku tsotse daga tsakiyar masoya mai sanyaya don shigar da turbashin turbashin. Ya fadada iska zuwa babban masanan mai zafi don shiga, bayan hakan, yana gudana zuwa haɓaka rakodin iska. Sauran sashin iska yana bunkasa fadada babban zafin jiki, bayan sanyaya, yana gudana zuwa ƙarancin zafin jiki yana haɓaka. Bayan haka yana zuwa akwatin sanyi da za a sanyaya zuwa ~ 170K. Wani sashi har yanzu zai sanyaya, kuma yana gudana zuwa kasan ƙananan shafi ta hanyar maimaitawar zafi. Da sauran iska sun tsotse da ƙananan jaraba. fadada. Bayan faɗaɗa, an raba shi zuwa sassa biyu. Sashe ɗaya ya tafi kasan ƙananan shafin don gyara, sauran sun koma cikin masoya mai zafi, sannan ta gudana zuwa iska mai iska bayan an sake amfani da shi.
2. Bayan na farko turɓa a cikin ƙananan shafi, iska iska da tsabta ruwa nitrogen za a iya tattara a cikin ƙananan shafi. Bata ruwa mai ruwa mai ruwa, ruwa iska da tsarkakakken ruwa mai ruwa zuwa sama ginshiƙan ta ruwa mai ruwa da ruwa mai sanyaya ruwa. An gyara shi a cikin Strandwararru sama, bayan wannan, ana iya tattara daskararren oxygen na 99.6% a ƙasan sama na sama.
kuma an isar da shi daga akwatin sanyi a matsayin samarwa.
3. Kashi na Fasali na Argon a cikin Babban shafi ya tsotse don dandam na Argon. Akwai sassan 2 na shafi Argon. An gabatar da reflux na sashi na biyu zuwa saman farkon ta hanyar ruwa mai ruwa kamar yadda ake kira. An gyara shi cikin shafi argon don samun 98.5% ar. 2ppm o2 danye argon. Sannan an kawo shi zuwa tsakiyar tsarin tsarkakakkiyar Argon ta hanyar mai ruwa ta hanyar mai. Bayan gyara a cikin Shafi na Argon, (99.999% AR) ana iya tattara Argon a kasan shafi na argon.
4. Shine nitrogen daga saman ginshiƙi na sama yana gudana daga cikin akwatin sanyi zuwa tsarkaka kamar yadda iska ta regensifis, hutawa ya tafi sanyaya hasumiya.
5. Idan babu buƙatar nitrogen, to, ana iya isar da shi zuwa hasumiyar sanyaya ruwa. Don ƙarfin sanyi na Hasumiyar ruwa mai sanyaya ba ta isa ba, ana buƙatar ɗaukar hoto.