1.Umgaqo woyilo wesi sityalo usekelwe kwindawo yokubilisa eyahlukileyo yegesi nganye emoyeni. Umoya uyacinezelwa, upholile kwaye ususwe i-H2O kunye ne-CO2, emva koko upholiswe kwisitshintshi sobushushu esingundoqo de ube unyibilikisiwe. Emva kokulungiswa, i-oksijeni yemveliso kunye ne-nitrogen inokuqokelelwa.
2. Lo mzimveliso we-MS wokucoca umoya kunye nenkqubo ye-boosting turbine expander. Sisityalo esiqhelekileyo sokwahlula umoya, esamkela ukuzaliswa kwezinto ezipheleleyo kunye nokulungiswa kokwenziwa kwe-argon.
3. Umoya okrwada uya kwisihluzo somoya ukuze kususwe uthuli kunye nokungcola komatshini kwaye ungene kwicompressor ye-injini yomoya apho umoya uxinzelelwe ukuya kwi-0.59MPaA. Emva koko ingena kwi-air precooling system, apho umoya upholiswa kwi-17 ℃. Emva koko, iqukuqela ukuya kwi-2 ye-molecular sieve adsorbing tank, esebenzayo ngokulandelelana, ukuze ifumane ukususwa kwe-H2O, CO2 kunye ne-C2H2.

* 1. Emva kokucocwa, umoya uxuba nokwandisa umoya ofudunyezwe kwakhona. Emva koko icinezelwe yicompressor yoxinzelelo oluphakathi ukuze yohlulwe ibe yimijelo emi-2. Inxalenye enye iya kwi-main exchanger yobushushu ukuze ipholiswe ukuya ku -260K, kwaye ifunxe kwindawo ephakathi ye-heat exchanger engundoqo ukuze ingene kwi-injini yokwandisa. Umoya owandisiweyo ubuyela kwisitshintshi sobushushu esingundoqo ukuze sifudunyezwe kwakhona, emva koko, uqukuqela ukuya kwicompressor yokunyusa umoya. Elinye icandelo lomoya liphakanyiswe sisikhuseli sobushushu esiphakamileyo, emva kokupholisa, siphumela kwiqondo eliphantsi lokukhulisa ubushushu. Emva koko iya kwibhokisi ebandayo ukuze ipholiswe kwi ~ 170K. Inxalenye yayo isenokupholiswa, kwaye iqukuqela iye ezantsi kwikholamu esezantsi ngesitshintshi sobushushu. Kwaye omnye umoya ufunxwa kwisilingo esiphantsi. isandisi. Emva kokwandiswa, ihlulwe ibe ngamacandelo ama-2. Inxalenye enye iya ezantsi kwikholamu esezantsi ukuze ilungiswe, intsalela ibuyela kwisitshintshi sobushushu esiphambili, emva koko iqukuqelele kwi-booster yomoya emva kokuphinda ifudunyezwe.
2. Emva kokulungiswa okuphambili kwikholamu esezantsi, umoya olwelo kunye nenitrogen engamanzi ecocekileyo inokuqokelelwa kwikholamu esezantsi. Inkunkuma engulwelo lwenitrogen, umoya elulwelo kunye nenitrogen elulwelo esulungekileyo iqukuqela ukuya kuluhlu olungaphezulu ngomoya olwelo kunye nesipholileyo senitrogen. Iphinde ilungiswe kwikholamu ephezulu, emva koko, i-oksijini yolwelo ye-99.6% yobunyulu inokuqokelelwa ezantsi kwekholamu ephezulu, kwaye ikhutshwe kwibhokisi ebandayo njengemveliso.
3. Inxalenye ye-argon fraction kwikholamu ephezulu ifunxwa kwikholamu ye-argon ekrwada. Kukho iinxalenye ezi-2 zekholamu ye-argon ekrwada. I-reflux yenxalenye yesibini ihanjiswa phezulu kweyokuqala ngempompo yolwelo njenge-reflux. Ilungiswa kwikholam ye-argon ekrwada ukufumana i-98,5% Ar. 2ppm O2 iargon ekrwada. Emva koko ihanjiswa embindini wekholamu ye-argon ecocekileyo nge-evaporator. Emva kokulungiswa kwikholamu ye-argon ecocekileyo, (99.999% Ar) i-argon engamanzi inokuqokelelwa ezantsi kwekholamu ye-argon ecocekileyo.
4. Inkunkuma yenitrogen esuka phezulu kuluhlu oluphezulu iphuma kwibhokisi ebandayo iye kwisicoci njengomoya ohlaziyayo, ukuphumla kuya kwinqaba yokupholisa.
5. I-nitrojeni ukusuka phezulu kuluhlu oluncedisayo lwekholamu ephezulu iphuma kwibhokisi ebandayo njengemveliso nge-cooler kunye nesitshintshi sobushushu esingundoqo. Ukuba akukho mfuneko yenitrogen, inokusiwa kwinqaba yokupholisa amanzi. Kuba umthamo obandayo wenqaba yokupholisa amanzi akonelanga, kufuneka kufakwe i-chiller.