1. Umgaqo woyilo lwesi sityalo usekelwe kwinqanaba lokubila elahlukileyo legesi nganye emoyeni. Umoya uyacinezelwa, upholiswe kwangaphambili uze ususwe i-H2O kunye ne-CO2, uze upholiswe kwindawo ephambili yokutshintsha ubushushu ide ibe yincindi. Emva kokulungiswa, imveliso yeoksijini kunye ne-nitrogen inokuqokelelwa.
2. Esi sityalo sicocwa ngumoya ngenkqubo yokukhulisa i-turbine. Sisityalo esiqhelekileyo sokwahlula umoya, esisebenzisa ukuzaliswa kwezinto ezipheleleyo kunye nokulungiswa kokwenziwa kwe-argon.
3. Umoya oluhlaza uya kwisihluzo somoya ukuze kususwe uthuli kunye nokungcola koomatshini kwaye ungene kwi-compressor ye-air turbine apho umoya ucinezelwa ukuya kwi-0.59MPaA. Emva koko uya kwinkqubo yokupholisa umoya, apho umoya upholiswa ukuya kwi-17 ℃. Emva koko, ugeleza uye kwiitanki ezimbini ze-molecular seeve adsorbing, ezisebenza ngokulandelelana, ukuze kususwe i-H2O, i-CO2 kunye ne-C2H2.

* 1. Emva kokuba ihlanjululwe, umoya uxubana nomoya ofudunyezwayo okhulayo. Emva koko ucinezelwa yicompressor yoxinzelelo oluphakathi ukuze yahlulwe ibe yimijelo emi-2. Inxalenye enye iya kwi-heat exchanger ephambili ukuze ipholiswe ukuya kwi--260K, kwaye ifunxwe ukusuka kwinxalenye ephakathi ye-heat exchanger ephambili ukuze ingene kwi-expansion turbine. Umoya owandisiweyo ubuyela kwi-heat exchanger ephambili ukuze ifudunyezwe, emva koko, ugeleza uye kwi-air boosting compressor. Enye inxalenye yomoya inyuswa yi-expander yobushushu obuphezulu, emva kokuba ipholile, igeleza iye kwi-expander yobushushu obuphantsi. Emva koko iya kwibhokisi ebandayo ukuze ipholiswe ukuya kwi-~170K. Inxalenye yayo isaya kupholiswa, kwaye igeleza iye ezantsi kwikholamu esezantsi nge-heat exchanger. Kwaye enye umoya itsalwa kwi-expander ephantsi. Emva kokuba ikhulisiwe, yahlulwe ibe ngamacandelo ama-2. Inxalenye enye iya ezantsi kwikholamu esezantsi ukuze ilungiswe, enye ibuyele kwi-heat exchanger ephambili, emva koko igeleza iye kwi-air booster emva kokuba ifudunyezwe.
2. Emva kokulungiswa kokuqala kwikholamu esezantsi, umoya omanzi kunye ne-nitrogen ecocekileyo yolwelo zinokuqokelelwa kwikholamu esezantsi. I-nitrogen engamanzi enkunkuma, umoya omanzi kunye ne-nitrogen ecocekileyo yolwelo igeleza kwikholamu ephezulu ngomoya omanzi kunye ne-nitrogen epholileyo yolwelo. Iphinde ilungiswe kwikholamu ephezulu, emva koko, i-oxygen engamanzi ecocekileyo eyi-99.6% inokuqokelelwa ezantsi kwikholamu ephezulu, kwaye ikhutshwe kwibhokisi ebandayo njengemveliso.
3. Inxalenye ye-argon fraction kwikholamu ephezulu ifunxwa kwikholamu ye-argon ekrwada. Kukho iindawo ezi-2 zekholamu ye-argon ekrwada. I-reflux yenxalenye yesibini ihanjiswa phezulu kweyokuqala ngepompo yolwelo njenge-reflux. Ilungiswa kwikholamu ye-argon ekrwada ukuze ifumane i-98.5% Ar. 2ppm O2 crude argon. Emva koko ihanjiswa embindini wekholamu ye-argon ekrwada nge-evaporator. Emva kokulungiswa kwikholamu ye-argon ekrwada, i-(99.999%Ar) liquid argon inokuqokelelwa ezantsi kwikholamu ye-argon ekrwada.
4. I-nitrogen emdaka esuka phezulu kwikholamu ephezulu iphuma kwibhokisi ebandayo iye kwisicoci njengomoya ovuselelayo, intsalela iya kwinqaba yokupholisa.
5. I-nitrogen esuka phezulu kwikholamu encedisayo yekholamu ephezulu iphuma kwibhokisi ebandayo njengemveliso nge-cooler kunye ne-heat exchanger ephambili. Ukuba akukho mfuneko ye-nitrogen, ingasiwa kwinqaba yokupholisa amanzi. Ukuze inqaba yokupholisa amanzi ibe namandla abandayo ayanelanga, kufuneka kufakwe i-chiller.