Uhlobo lwe-Cryogenic oluphezulu olusebenzayo oluphezulu lwe-nitrogen yolwahlulo lolwelo lwesityalo kunye nejenereyitha ye-oksijini
Izinto eziluncedo kwimveliso
1.Ufakelo olulula kunye nokugcina umbulelo kuyilo lweemodyuli kunye nokwakhiwa.
I-2.Inkqubo ezenzekelayo ezenzekelayo yokusebenza okulula kunye nokuthembekileyo.
3.Ukufumaneka okuqinisekisiweyo kweegesi zemizi-mveliso ezisulungekileyo.
4.Ukuqinisekiswa ngokufumaneka kwemveliso kwisigaba solwelo ukuba igcinwe ukuze isetyenziswe ngexesha lokugcinwa kwayo nayiphi na imisebenzi.
5.Ukusetyenziswa kwamandla aphantsi.
6.Ukuhanjiswa kwexesha elifutshane.
Iinkalo zeSicelo
Ioksijini, initrogen, iargon kunye nezinye igesi ezinqabileyo eziveliswa yiyunithi yokwahlula umoya zisetyenziswa kakhulu kwintsimbi, imichiza.
ishishini, ukucoca, iglasi, irabha, i-elektroniki, ukhathalelo lwempilo, ukutya, isinyithi, ukuveliswa kwamandla kunye namanye amashishini.
Ukucaciswa kweMveliso
Imveliso ye-O2 350m3/h±5%
Ucoceko lwe-O2 ≥99.6%O2
Uxinzelelo lwe-O2 ~0.034MPa(G)
Imveliso ye-N2 800m3/h±5%
Ucoceko lwe-N2 ≤10ppmO2
Uxinzelelo lwe-N2 ~0.012 MPa(G)
Ubume bemveliso (ku-0℃,101.325Kpa)
Uxinzelelo lokuqala 0.65MPa(G)
Ixesha eliqhubekayo lokusebenza phakathi kwamaxesha amabini okunciphisa i-12months
Ixesha lokuqala ~ Iiyure ezingama-24
Ukusetyenziswa kwamandla athile ~0.64kWh/mO2(ayibandakanyi i-compressor ye-O2)
Ukuhamba kwenkqubo
Umoya okrwada uphuma emoyeni, uhamba ngesihluzo somoya ukuze kususwe uthuli kunye namanye amasuntswana omatshini kwaye ungene kwicompressor yomoya engeyiyo ilub ukuze inxinzelelwe zicompressor zenqanaba ezibini ukuya kwi-approx. 0.65MPa(g).Idlula kwindawo epholileyo kwaye ingene kwiyunithi yokupholisa kwangaphambili ukuze ipholiswe kwi-5~10℃. Emva koko iya kutshintshela kwi-MS isicoci sokususwa kokufuma, i-CO2, i-carbon hydrogen. Isicoci sineenqanawa ezimbini ezizaliswe sisihluzo semolekyuli. Enye isetyenziswa ngelixa i-anther ihlaziywa ngokutsha ngenkunkuma yenitrogen esuka kwibhokisi ebandayo kunye nokufudumeza isifudumezi.
Emva kokucocwa, indawo encinci yayo isetyenziswa njengerhasi yokuthwala i-iturbine expander, enye ingena kwibhokisi ebandayo ukuze ipholiswe yi-reflux(ioksijini esulungekileyo, initrogen esulungekileyo kunye nenkunkuma yenitrogen) kwindawo yokutshintshisa ubushushu. Inxalenye yomoya itsalwa kumbindi wesixhobo sokutshintsha ubushushu kwaye iya kwi-injini yokwandisa ubushushu ukuze kuveliswe ingqele. Uninzi lomoya owandisiweyo uhamba nge-subcooler epholiswa yioksijini ukusuka kwikholamu ephezulu ukuze ihanjiswe kwikholamu ephezulu. Inxalenye encinci yayo idlula kwi-bypass ukuya kuchitha umbhobho wenitrogen ngokuthe ngqo kwaye iphinde ifudunyezwe ukuphuma kwibhokisi ebandayo. Elinye icandelo lomoya liyaqhubeka ukupholiswa ukuya kufutshane nolwelo lomoya olingelwa ukuthoba ikholamu.
Kwikholamu yomoya esezantsi, umoya uyahlulwa kwaye unyibilikiswe njengenitrogen engamanzi kunye nomoya elulwelo. Inxalenye yenitrogen engamanzi etsalwa kumphezulu woluhlu olusezantsi. Umoya wolwelo emva kokuphola kancinci kunye ne-throttled uhanjiswa kwindawo ephakathi kwikholamu ephezulu njenge-reflux.
I-oksijini yemveliso ikhutshwe kwindawo engezantsi yekholomu ephezulu kwaye ihlaziywe ngokutsha nge-air subcooler eyandisiweyo, ukutshintshwa kobushushu obuphambili. Emva koko ihanjiswa ngaphandle kwekholamu. Inkunkuma yenitrogen itsalwa kumphezulu wekholamu kwaye iphinde ifudunyezwe kwi-subcooler kunye nesitshintshi sobushushu esingundoqo ukuze iphume kwikholamu. Inxalenye yayo isetyenziswa njengerhasi yokuhlaziya isicoci seMS. I-nitrogen ecocekileyo ikhutshwe phezulu kwikholomu ephezulu kwaye iphinde ifudunyezwe emoyeni we-liquid, i-nitrogen subcooler engamanzi kunye ne-influenza enkulu yokushisa ikhutshwe kwikholamu.
Ioksijini ephuma kwikholamu ye-distillation ixinzelelwe kumthengi.