CPO PSA isityalo ioksijini
CPOPSA isityalo ioksijini
Isixhobo se-CPO PSA sisebenzisa i-zeolite ye-molecular sieve ephezulu njenge-adsorbent, kwaye isebenzisa umgaqo we-PSA ukufumana i-oksijini ngqo emoyeni oxinzelelweyo.
EzobugcisaIabafundisi
Imveliso yeoksijini: 5-200n㎥/h
Ukucoceka kweoksijini: 70-93%
Uxinzelelo lweoksijini: 0-0.5mpa
Indawo yombethe: ≤ – 40 ℃ (uxinzelelo lomoya)
Umgaqo wokuSebenza
Ngokomgaqo woxinzelelo lwe-swing adsorption, i-zeolite molecular sieve isetyenziswa njenge-adsorbent.Ngenxa yeempawu ezikhethiweyo ze-adsorption ze-zeolite molecular sieve, i-nitrogen ibhengezwa nge-molecular sieve kwisixa esikhulu, kwaye i-oksijini iyatyetyiswa kwisigaba segesi.Ngaphantsi kwefuthe loxinzelelo lwe-swing adsorption, i-nitrogen kunye ne-oxygen ziyahlukana.Yamkela i-double tower okanye i-multi-tower structure, ifunxa ioksijini yendlu ngaxeshanye, idilize kwaye ihlaziye kwangaxeshanye, lawula ukuvulwa kunye nokuvalwa kwevalve ye-pneumatic ngokusebenzisa inkqubo yobukrelekrele efana ne-PLC, ukuze wenze iinqaba ezimbini okanye ngaphezulu zijikeleze ngokuhlukileyo kwaye ngokuqhubekayo uvelisa ioksijini ekumgangatho ophezulu.
Inkqubo yokucoca umthombo womoya:isihluzi se-oyile esisebenza kakuhle kakhulu, isisomisi esinomkhenkce, isihluzi esichanekileyo, isihluzi sekhabhoni esebenzayo, itanki yomoya ye-buffer, njl.
Inkqubo yokwahlula i-Adsorption:i-adsorption tower, i-valve, i-muffler, inkqubo yokulawula, isixhobo sokucofa, isixhobo sokuhlalutya, isiseko, njl.
Inkqubo yesithinteli seoksijini:isihluzo esihle sothuli, itanki yokugcina ioksijini, isixhobo esikrelekrele sokukhupha umoya, i-flowmeter, njl.
Iimpawu zobugcisa
◎ NgePSA njengomgaqo wenkqubo, ikhulile kwaye ithembekile.
◎Iswitshi ethambileyo ekrelekrele yamaxesha athile, ehlengahlengiswa kuluhlu oluthile lokusulungeka kunye nokuhamba.
◎Onke amacandelo enkqubo anxulumeneyo abumbeke ngokufanelekileyo ngesantya esisezantsi sokungaphumeleli.
◎Amacandelo angaphakathi akumgangatho ophezulu, ukuhanjiswa komoya okufanayo, ukunciphisa ifuthe lomoya ngesantya esiphezulu.
◎Uyilo lwenkqubo egqibeleleyo kunye nesiphumo sosetyenziso olugqwesileyo.
◎Amanyathelo awodwa okhuseleko acinezela amanqaku amaninzi esefa yemolekyuli yandisa ubomi benkonzo yesisefu se-carbon molecular.
◎Isixhobo sokugalela initrogen esikrelekrele siqinisekisa umgangatho wenitrogen wemveliso.
◎Ukuhamba kwesixhobo senitrogen ngokuzikhethela, inkqubo yolawulo oluzenzekelayo, inkqubo yokulawula kude, njl.
◎ Isixhobo sisebenzisa izinzwa eziguquguqukayo ezikhethekileyo zokungcangcazela, ukutshiza ngomgubo, ukuphefumla koxinzelelo kunye nezinye izixhobo, ukuze kubambe ukusebenza okuguquguqukayo kwesixhobo ngexesha lokwenyani.
◎ Ukusebenzisa i-4G kunye ne-5g ye-IOT yokubeka iliso "yempilo", umbuzo oguqukayo wexesha langempela lokusebenza kwesixhobo.
◎Umatshini wonke uyawushiya umzi-mveliso, kwaye akukho sixhobo sisisiseko kwigumbi.
◎ Ukusebenza ngokulula, ukusebenza okuzinzileyo, inqanaba eliphezulu lokuzisebenzela kunye nokusebenza okungaqhutywanga mntu.
◎Umbhobho kulula ukungqanyaniswa kunye nokufakwa.
TkwezobugcisaPiaramitha(Ubunyulu90-93%)
| Umzekelo | O2 Isiphumo (N㎥/h) | USetyenziso lweGesi olusebenzayo(N㎥/min) | Inkqubo yokucoca umoya |
| CPO-5 | 5 | 1.3 | QJ-2 |
| CPO-10 | 10 | 2.5 | QJ-3 |
| CPO-20 | 20 | 5 | QJ-6 |
| CPO-40 | 40 | 9.5 | QJ-10 |
| CPO-60 | 60 | 14 | QJ-20 |
| CPO-80 | 80 | 19 | QJ-20 |
| CPO-100 | 100 | 22 | QJ-30 |
| CPO-150 | 150 | 32 | QJ-40 |
| CPO-200 | 200 | 46 | QJ-50 |
Qaphela 1:Uxinzelelo lomoya okrwada oxineneyo yi-0.8MPa (uxinzelelo lwegeyiji), i-0 ℃ iqondo lobushushu eliphakathi, ukuphakama kwe-0m kunye ne-80% yobushushu obuhambelanayo sisiseko soyilo lwesixhobo.
Inqaku lesi-2:le datha ingentla yeyoreferensi kuphela, kwaye eyona datha yasefektri iya kulawula.