CPO PSA oxygen plant
I-CPOPSA oxygen plant
Imishini ye-CPO PSA isebenzisa i-zeolite molecular sieve yekhwalithi ephezulu njenge-adsorbent, futhi isebenzisa isimiso se-PSA ukuthola umoya-mpilo ngokuqondile emoyeni ocindezelweyo.
EzobuchwephesheIabafundisi
Okukhipha umoya-mpilo: 5-200n㎥/h
Ukuhlanzeka komoyampilo: 70-93%
Umfutho we-oxygen: 0-0.5mpa
Indawo yamazolo: ≤ – 40 ℃ (umfutho womkhathi)
Isimiso Sokusebenza
Ngokusho komgomo we-press swing adsorption, isisefo se-molecular ye-zeolite sisetshenziswa njenge-adsorbent.Ngenxa yezici ezikhethiwe zokukhangisa ze-zeolite molecular sieve, i-nitrogen ikhangiswa ngesisefo samangqamuzana ngenani elikhulu, futhi umoya-mpilo uyacetshiswa esigabeni segesi.Ngaphansi komphumela we-press swing adsorption, i-nitrogen nomoya-mpilo kuyahlukaniswa.Yamukela umbhoshongo ophindwe kabili noma isakhiwo semibhoshongo eminingi, donsa umoya-mpilo wasendlini ngasikhathi sinye, desorb futhi uvuselele ngasikhathi sinye, lawula ukuvulwa nokuvalwa kwe-valve yomoya ngohlelo oluhlakaniphile olufana ne-PLC, ukuze wenze imibhoshongo emibili noma ngaphezulu ijikeleze ngokushintshana futhi ngokuqhubekayo ukhiqiza umoya-mpilo wekhwalithi ephezulu.
Isistimu yokuhlanza umthombo womoya:isikhiphi sikawoyela esisebenza kahle kakhulu, okomisa iqhwa, isihlungi esinembayo, isihlungi sekhabhoni esisebenzayo, ithangi lomoya le-buffer, njll.
Isistimu yokuhlukanisa i-Adsorption:i-adsorption tower, i-valve, i-muffler, isistimu yokulawula, idivayisi yokucindezela, ithuluzi lokuhlaziya, isisekelo, njll.
Isistimu ye-oxygen buffer:isihlungi esihle sothuli, ithangi lokugcina umoya-mpilo, idivayisi ehlakaniphile yokukhipha umoya, i-flowmeter, njll.
Izici zobuchwepheshe
◎Nge-PSA njengomgomo wenqubo, ivuthiwe futhi ithembekile.
◎Iswishi yezikhathi ezithambile ehlakaniphile, elungisekayo kuhlu oluthile lokuhlanzeka nokugeleza.
◎Zonke izingxenye zesistimu ezihlobene zilungiswa ngokunengqondo ngezinga lokwehluleka eliphansi.
◎Izingxenye zangaphakathi zekhwalithi ephezulu, ukusatshalaliswa komoya okufanayo, ukunciphisa umthelela womoya onesivinini esikhulu.
◎Umklamo wenqubo ophelele kanye nomphumela wokusetshenziswa ophelele.
◎Izinyathelo eziyingqayizivele zokuvikela ezicindezela amaphuzu amaningi zesisefo samangqamuzana zinweba impilo yesevisi yesisefo se-carbon molecular.
◎Isisetshenziswa esihlakaniphile sokuthulula i-nitrogen esingafanelekile se-interlock siqinisekisa ikhwalithi ye-nitrogen yomkhiqizo.
◎Inketho yokugeleza kwedivayisi ye-nitrogen, isistimu yokulawula okuzenzakalelayo ye-purity, isistimu yesilawuli kude, njll.
◎Imishini isebenzisa izinzwa ezikhethekile zokudlidliza, ukufutha ngempushana, ukuphefumula kwengcindezi nezinye izinto zokusebenza, ukuze ibambe ukusebenza okuguquguqukayo kwesisetshenziswa ngesikhathi sangempela.
◎ Ukusebenzisa ukuqapha kwe-4G ne-5g IOT "yezempilo", umbuzo oguqukayo wesikhathi sangempela sokusebenza kwemishini.
◎Wonke umshini ushiya imboni, futhi akukho divayisi eyisisekelo egumbini.
◎ Ukusebenza okulula, ukusebenza okuzinzile, izinga eliphezulu lokuzenzakalela kanye nokusebenza okungenamuntu.
◎Ipayipi kulula ukufaniswa nokufakwa.
TkwezobuchwepheshePi-aramu(Ukuhlanzeka90-93%)
| Imodeli | O2 Okukhiphayo (N㎥/h) | Ukusetshenziswa Kwegesi Okuphumelelayo (N㎥/min) | Uhlelo Lokuhlanza Umoya |
| I-CPO-5 | 5 | 1.3 | QJ-2 |
| I-CPO-10 | 10 | 2.5 | QJ-3 |
| I-CPO-20 | 20 | 5 | QJ-6 |
| I-CPO-40 | 40 | 9.5 | QJ-10 |
| I-CPO-60 | 60 | 14 | QJ-20 |
| I-CPO-80 | 80 | 19 | QJ-20 |
| I-CPO-100 | 100 | 22 | QJ-30 |
| I-CPO-150 | 150 | 32 | QJ-40 |
| I-CPO-200 | 200 | 46 | QJ-50 |
Qaphela 1:ingcindezi yomoya ocindezelwe eluhlaza ingu-0.8MPa (ingcindezi yegeji), izinga lokushisa elingu-0 ℃, ukuphakama okungu-0m kanye nezinga lokushisa elingu-80% isisekelo sokuklama kwemishini.
Qaphela 2:idatha engenhla ingeyereferensi kuphela, futhi idatha yangempela yemboni izosebenza.