I-oksijini, i-nitrogen, i-argen kanye nenye igesi engandile ekhiqizwe yiyunithi yokuhlukaniswa komoya isetshenziswa kabanzi emkhakheni wensimbi, amakhemikhali, enjoloba, ukudla, ukudla, ukudla kanye nezinye izimboni.

1. Umgomo wokuqamba walesi sitshalo ususelwa endaweni ehlukahlukene ebilayo yegesi ngayinye emoyeni. Umoya ucindezelwe, waqokwa futhi wasusa i-H2O ne-CO2, khona-ke ukuzokwehliswa emhlanganweni omkhulu wokushisa aze ashiye. Ngemuva kokulungiswa kabusha, ukukhiqizwa komoya-mpilo kanye ne-nitrogen kungaqoqwa.
2. Lesi sitshalo singukuhlanzwa kwe-MS komoya ngenqubo yokuqinisa i-turbine rejine. Kuyisitshalo esijwayelekile sokuhlukaniswa komoya, esisebenzisa izinto eziphelele zokugcwalisa kanye nokulungiswa kabusha kwe-argon ukwenziwa kwe-argon.
I-3. Umoya ovundwayo uya esihlungi somoya ukuze asuswe uthuli kanye nokungcola okwenziwe ngomshini futhi angena ku-turbine compressor lapho umoya ucindezelwe khona ku-0.59MPAA. Ngemuva kwalokho ingena ohlelweni lwe-Air Pearoling, lapho umoya usupholile ku-17 ℃. Ngemuva kwalokho, igeleza ibe yithangi eli-2 molecular adsorbing tank, agijima nalo, ukuze asuswe i-H2O, CO2 ne-C2H2.

* 1. Ngemuva kokuhlanzwa, ukuxutshwa komoya nokwandisa umoya ovuselelwe. Ngemuva kwalokho icindezelwe yi-Compressor ephakathi nendawo ye-compressor ukuze ihlukaniswe imifudlana ye-12. Enye ingxenye iya e-Main Heat Exchanger Exchanger ukuthi iphoqelelwe ku -260k, futhi yamunca engxenyeni ephakathi ye-Main Heat Exchanger ukungenela i-turbiona. Umoya onwetshiwe ubuyela e-Main Heat Exchanger ukusheshiswa, emva kwalokho, ugeleza eMostressing Compressor. Enye ingxenye yomoya ekhuliswa yi-High Hearts Excander, ngemuva kokupholisa, igeleza iye ekuvuseleleni okuphansi kokuthuthuka okuthuthukayo. Ngemuva kwalokho kuya ebhokisini elibandayo ukuze liphonswe ku ~ 170k. Ingxenye yazo isazophola, futhi igeleze phansi kwekholamu eliphansi nge-exchanger yokushisa. Futhi omunye umoya unciphiswe ukumlinga ophansi. isandiso. Ngemuva kokunwetshwa, ihlukaniswe izingxenye ezi-2. Enye ingxenye iya ezansi kwekholomu ephansi ukuze ilungiswe kabusha, konke kubuyela ku-Main Exchanger Exchanger, bese kugeleza ku-Air Booster ngemuva kokuvuselelwa.
2. Ngemuva kokulungiswa okuphelele kwikholamu ephansi, umoya owuketshezi kanye ne-nitrogen emsulwa ewuketshezi ingaqoqwa ngekholomu ephansi. Imfucumfucu ye-nitrogen ewuketshezi, umoya owuketshezi kanye ne-nitrogen emsulwa ephuthumayo igeleza kwikholamu ephezulu ngomoya owuketshezi kanye ne-nitrogen epholile ewuketshezi. Kulungiswa kwikholamu ephezulu futhi, ngemuva kwalokho, umoya-mpilo woketshezi owumsulwa ngo-99.6% ungaqoqwa ezansi kwekholamu ephezulu, futhi uhanjiswa ebhokisini elibandayo njengokukhiqizwa.
I-3. Ingxenye yengxenye ye-argon kwikholamu ephezulu imunca ikholomu ye-crude Argon. Kunezingxenye ezi-2 zekholamu ye-Crude Argon. I-Reflux yengxenye yesibili ihanjiswa esiqongweni sokuqala ngephampu ewuketshezi njenge-Reflux. Kulungiswa kwikholamu ye-Crude Argon ukuthola ama-98.5% ar. 2ppm o2 Crude argon. Ngemuva kwalokho kuhanjiswa maphakathi nekholamu elihlanzekile le-Argron nge-evaporator. Ngemuva kokulungiswa kwekholoni elihlanzekile i-Argron, (99.999% AR) i-argon ewuketshezi ingaqoqwa ezansi kwekholoni elihlanzekile le-Argron.
4. Imfucumfucu ye-nitrogen kusuka phezulu kwekholomu ephezulu igeleza ngaphandle kwebhokisi elibandayo ukuze ihlanze njengomoya wokuvuselela kabusha, ukuphumula kuya ku-collower tower.
I-5. I-Nitrogen kusuka phezulu kwekholomu yomsizi wekholomu ephezulu igeleza ngaphandle kwebhokisi elibandayo njengokukhiqizwa nge-Cooler and Main Heat Exchanger. Uma kungadingeki i-nitrogen, khona-ke ingahanjiswa embhoshongweni wokupholisa amanzi. Ukuze amakhono abandayo ombhoshongo wokupholisa amanzi awanele, i-chiller idinga ukufakwa.