ASU tsiron shuka samar da gas kamar yadda wadannan matakai bakwai:

1.ebe caturrukan iska shine pre-tace ƙura.

2. An matsa shi inda matsin lambar isar karshe ta ƙaddara ta hanyar murmurewa da kuma yanayin ruwa (gas ko ruwa) na samfuran. Halin matsin lamba matsin lamba tsakanin 5 da kuma ma'auni na moda. Rukunin iska na iya haɗi zuwa matsi daban-daban don haɓaka ƙarfin ASU. A lokacin da ruwa ruwa ya zama mai ba da hankali a cikin akwatunan motsa jiki.

3.Zai Tsarin iska wanda aka zartar da shi gaba ɗaya cikin gado mai ƙwanƙwasa, wanda ke cire kowane tsawan iska, da carbon dioxide, wanda zai daskare kayan aikin cryobenic. Za a tsara sie mara amfani da kwayar cuta don cire kowane ƙwayar ƙwayar cuta daga iska, tunda waɗannan na iya zama matsala a cikin distillation na iska wanda zai iya haifar da fashewar abubuwa. Dole ne a sake sieshin ƙwayoyin cuta na kwaruwa. Ana yin wannan ta hanyar shigar da raka'a da yawa waɗanda ke aiki a cikin yanayin musayar da kuma amfani da busassun coproded sharar gida don lalata ruwan.

4.Proces iska yana wucewa ta hanyar Exchangar da zahirin da aka haɗa (yawanci farantin ƙirar zafi) da sharar gida) koguna. Wani ɓangare na iska mai gina iska don samar da ruwa wanda yake wadatar da iskar oxygen. Sauran gas din da ke cikin nitrogen kuma yana da alaƙa da kusan tsarkakakken nitrogen (yawanci <1ppm) a cikin matsin lamba (HP) shafi na tsayawa. Auren wannan shafi na buƙatar girke-girke wanda aka samo daga fadada karin iskar oxygen mai amfani ko ta faɗaɗa, (mai faɗaɗa).

5 A madadinsa za a iya sanyaya shi ta hanyar amfani da zafi tare da bera mai ɗorewa cikin matsin lamba (LP) mai distillation (LP) Manya mai distan (yana aiki a Barcin Oexygen. Don rage matsara farashin da aka haɗa da haɗakarwar HP / LP ɗin dole ne ya yi aiki tare da bambancin yanayin 1-2 kawai masu musayar alamu mai sauƙi. Lamilates na oxygen oxygen kewayon daga kashi 97.5% zuwa 99.5% kuma yana tasiri mafi girman abin da aka yiwa kai tsaye wanda ke ciyar da matsi da iska kai tsaye zuwa karamar shafi. Don haka, wani ɓangare na iska ba zai raba ba dole ne ya bar ƙaramin hoto mai ƙarancin ƙarfi a matsayin ɓoyayyen rafi daga ɓangaren ɓangaren.

6 Saboda tafasa na Argon (87.3 k a daidaitaccen yanayi) ya ta'allaka ne tsakanin yanayin oxygen (90.2 k), Argon yana inganta a cikin ƙananan shafin matsin lamba. Lokacin da aka samar da Argon, an dauki zane mai laushi daga matsanancin matsin lamba

Shafi inda maida hankali ne na Argon shine mafi girma. An aika zuwa wani shafi na gyara Argon zuwa tsarkin da ake so wanda aka yiwa ruwa ya koma zuwa wannan wuri a cikin shafi na LP. Amfani da fakitin tsarin zamani wanda ke da matsin lamba da karancin saukad da fadada tsarkakakken argon kasa da 1 ppm. Kodayake Argon yana cikin ƙasa da 1% na mai shigowa, Ranar da Argon na buƙatar buƙatar adadin makamashi mai yawa saboda babban rabo na Argon. Cooling na Argon shafi ana iya kawo shi daga sanyi mai launin shuɗi ko ta ruwa ruwa.

7 A ƙarshe samfuran da aka samar a cikin kayan gas suna warmed a kan iska mai shigowa zuwa yanayin yanayi. Wannan yana buƙatar haɓaka zafi mai wahala a hankali wanda dole ne ya ba da izinin shakku game da hargitsi (saboda canzawa akan gadaje na kwayar cuta). Hakanan yana buƙatar ƙarin ƙarin firiji na waje yayin farawa.