Umgomo we-1.Design 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.