IYunithi yoKwahlula uMoya (ASU)
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Iyunithi yoLwahlulo loMoya woLiquid
Iimveliso zeyunithi yolwahlulo lomoya-olulwelo lonke ingaba yioksijini enye okanye ngaphezulu, initrogen engamanzi kunye ne-argon yolwelo, kwaye umgaqo wayo umi ngolu hlobo lulandelayo:
Emva kokuhlanjululwa, umoya ungena kwibhokisi ebandayo, kwaye kwindawo yokutshintshiselana kobushushu, utshintshiselwano lobushushu kunye nerhasi ye-reflux ukufikelela kubushushu obusondeleyo bokuntywila kwaye ungene kwikholamu esezantsi, apho umoya wahlulwe kwangaphambili ube yinitrogen kunye nomoya wolwelo otyebileyo oksijini. , initrogen ephezulu ijikwa ibe yinitrogen elulwelo kumphunga ojiyayo, ize ioksijini engamanzi kwelinye icala ibe ngumphunga. Inxalenye ye-nitrogen yolwelo isetyenziswa njengolwelo lwe-reflux lwekholamu esezantsi, kwaye inxalenye yayo ipholile kakhulu, kwaye emva kokuphola, ithunyelwa phezulu kwikholamu ephezulu njengolwelo lwe-reflux lwekholamu ephezulu, kunye nenye inxalenye. ifunyanwa njengemveliso. -
I-MPC Automatic Control System yeYunithi yoLwahlulo loMoya
I-MPC (i-Model Predictive Control) inkqubo yokulawula ngokuzenzekelayo kwiiyunithi zokuhlukana komoya ilungiselela ukusebenza ukuze kufezekiswe: ulungelelwaniso olulodwa lwesitshixo sokulungelelaniswa komthwalo, ukulungiswa kweeparitha zokusebenza kwiimeko ezahlukeneyo zokusebenza, ukunciphisa ukusetyenziswa kwamandla ngexesha lokusebenza kwesixhobo, kunye nokunciphisa ubuninzi bokusebenza.
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IYunithi yoKwahlula uMoya (ASU)
I-Air Separation Unit (ASU) sisixhobo esisebenzisa umoya njenge-feedstock, sicinezele kwaye siwupholise kakhulu kumaqondo obushushu e-cryogenic, ngaphambi kokwahlula ioksijini, i-nitrogen, i-argon, okanye ezinye iimveliso zolwelo kumoya wolwelo ngokulungiswa. Ngokuxhomekeke kwiimfuno zomsebenzisi, iimveliso ze-ASU zinokuba sinye (umzekelo, i-nitrogen) okanye ezininzi (umz., i-nitrogen, i-oksijini, i-argon). Inkqubo inokuvelisa iimveliso zolwelo okanye zerhasi ukuhlangabezana neemfuno ezahlukeneyo zabathengi.
