1. Isimiso sokuklama salesi sitshalo sisekelwe ezingeni elihlukile lokubila legesi ngayinye emoyeni. Umoya uyacindezelwa, upholiswe bese kususwa i-H2O ne-CO2, bese upholiswa ku-heat exchanger eyinhloko kuze kube yilapho uncibilika. Ngemva kokulungiswa, kungaqoqwa i-oxygen ne-nitrogen.
2. Lesi sitshalo sihlanzwa umoya ngenqubo yokukhulisa i-turbine. Siyisitshalo esivamile sokuhlukanisa umoya, esisebenzisa ukugcwaliswa okuphelele kwezinto kanye nokulungiswa kokwenziwa kwe-argon.
3. Umoya ongahluziwe uya esihlungini somoya ukuze kususwe uthuli kanye nokungcola komshini bese ungena kwi-compressor ye-turbine yomoya lapho umoya ucindezelwa khona ube yi-0.59MPaA. Bese ungena ohlelweni lokupholisa umoya, lapho umoya upholiswa khona ube yi-17 ℃. Ngemva kwalokho, ugeleza uye emathangini amabili okudonsa ngesihlungo sama-molecule, asebenza ngokulandelana, ukuze kususwe i-H2O, i-CO2 kanye ne-C2H2.

* 1. Ngemva kokuhlanzwa, umoya uhlangana nomoya ovuselelwa okhulayo. Bese ucindezelwa yi-compressor yokucindezela ephakathi ukuze ihlukaniswe ibe yimifudlana emibili. Ingxenye eyodwa iya ku-heat exchanger eyinhloko ukuze ipholiswe ku--260K, bese imuncwa engxenyeni ephakathi ye-heat exchanger eyinhloko ukuze ingene ku-expansion turbine. Umoya owandisiwe ubuyela ku-heat exchanger eyinhloko ukuze upholiswe, ngemva kwalokho, ugelezela ku-air boosting compressor. Enye ingxenye yomoya ikhushulwa yi-expander yokushisa okuphezulu, ngemva kokupholisa, igelezela ku-expander yokukhulisa izinga lokushisa eliphansi. Bese iya ebhokisini elibandayo ukuze ipholiswe ku-~170K. Ingxenye yayo ibisazopholiswa, bese igelezela phansi kwekholomu engezansi nge-heat exchanger. Futhi omunye umoya umuncwa ku-expander ephansi. Ngemva kokwandiswa, ihlukaniswe izingxenye ezimbili. Ingxenye eyodwa iya phansi kwekholomu engezansi ukuze ilungiswe, okusele kubuyela ku-heat exchanger eyinhloko, bese igelezela ku-air booster ngemva kokufudumala kabusha.
2. Ngemva kokulungiswa okuyinhloko kukholomu engezansi, umoya owuketshezi kanye ne-nitrogen ewuketshezi emsulwa kungaqoqwa kukholomu engezansi. I-nitrogen ewuketshezi engcolile, umoya owuketshezi kanye ne-nitrogen ewuketshezi emsulwa kugeleza kukholomu engenhla ngomoya owuketshezi kanye ne-nitrogen epholile ewuketshezi. Kuphinde kulungiswe kukholomu engenhla, ngemva kwalokho, umoya-mpilo owuketshezi ohlanzekile ongu-99.6% ungaqoqwa phansi kukholomu engenhla, bese ukhishwa ebhokisini elibandayo njengomkhiqizo.
3. Ingxenye yengxenye ye-argon kukholomu ephezulu idonswa kukholomu ye-argon engacwengekile. Kunezingxenye ezimbili zekholomu ye-argon engacwengekile. I-reflux yengxenye yesibili ilethwa phezulu kweyokuqala ngepompo yoketshezi njenge-reflux. Ilungiswa kukholomu ye-argon engacwengekile ukuze kutholakale i-argon engacwengekile engu-98.5% Ar. 2ppm O2 engacwengekile. Bese ilethwa maphakathi nekholomu ye-argon engacwengekile nge-evaporator. Ngemva kokulungiswa kukholomu ye-argon engacwengekile, i-argon engamanzi (99.999%Ar) ingaqoqwa phansi kukholomu ye-argon engacwengekile.
4. I-nitrogen engcolile evela phezulu kwekholomu ephezulu igeleza iphuma ebhokisini elibandayo iye ekuhlanzeni njengomoya ovuselelayo, okusele kuya embhoshongweni wokupholisa.
5. I-nitrogen evela phezulu kwekholomu yomsizi yekholomu ephezulu iphuma ebhokisini elibandayo njengokukhiqiza nge-cooler kanye ne-heat exchanger enkulu. Uma kungekho sidingo se-nitrogen, ingalethwa embhoshongweni wokupholisa amanzi. Ukuze kube namandla okubanda kombhoshongo wokupholisa amanzi akwanele, kudingeka kufakwe i-chiller.