Igama lemveliso | I-Criogegen i-Axline yeoksijini | |||
Imodeli No. | I-NZDON- 50/60/80/100 | |||
Uphawu | I nuzhuo | |||
Izixhobo | I-Air Trancessor kunye neNkqubo yokupholisa kunye nokwandiswa | |||
Ukusetyenziswa | Ioksijini ePhakamileyo yeNitrogen kunye ne-Nitrogen kunye noMatshini weMveliso yeArgon |
Imodeli | I-NZDON-50/50 | I-NZDON-80/160 | I-NZDON-180/300 | I-NZDON-260/500 | I-NZDON-350/200 | I-NZDON-550/1000 | I-NZDON-750/1500 | I-NZDONAR-1200/2000 / 30Y | |
I-O2 0PEPE (NM3 / H) | 50 | 80 | I-180 | 260 | I-350 | I-550 | I-750 | 1200 | |
I-O2 Ukucoceka (% O2) | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | |
I-N2 0Ngemple (nm3 / h) | 50 | I-160 | I-300 | I-500 | I-700 | I-1000 | I-1500 | 2000 | |
I-N2 UCeity (PPM O2) | 9.5 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | |
I-argon ye-argon ouput (Nm3 / h) | - | - | - | - | - | - | - | 30 | |
Ulwelo lwe-Argon (PPM O2 + PPM N2) | - | - | - | - | - | - | - | ≤1.5ppmo2 + 4 pp mn2 | |
Uxinzelelo lweArgon Argon (MPA.A) | - | - | - | - | - | - | - | I-0.2 | |
Ukuselwa (Kwh / nm3 o2) | ≤1.3 | ≤0.85 | ≤0.68 | ≤0.68 | ≤0.65 | ≤0.65 | ≤0.63 | ≤0.55 | |
Indawo yokuhlala (M3) | I-145 | I-150 | I-160 | I-180 | I-250 | I-420 | I-450 | I-800 |
I-1. Umgaqo woLwimi wesityalo usekwe kwindawo eyahlukileyo yokubila kwigesi nganye emoyeni. Umoya ucinezelwe, waqengqeleka kwaye wasusa i-H2O kunye ne-CO2, emva koko ipholise kubushushu obuphambili de kube luphumelele. Emva kolungiso, i-oksijini yeoksijini kunye ne-nitrogen inokuqokelelwa.
2. Esi sityalo sikuhlanjululwa nguSS. Sisityalo esiqhelekileyo somoya, esiyamkelayo ngokupheleleyo izaliswe kunye nokulungiswa kokwenza i-argon.
I-3. Umoya ovuthuzayo uya kwifilimu yomoya yokususa uthuli kunye noomatshini bokungafihlaki kwaye ungene kwi-compressor ye-turbine yomoya apho umoya unyanzelekile kwi-0.59Mpaa. Emva koko iya kwinkqubo yomoya, apho umoya uphezulu khona ukuya kwi-17 ℃. Emva koko, ihamba iye kwi-2 molecroule itanki ye-adker e-adsorb, esebenza, iya kususa i-H2O, CO2 kunye ne-C2H2.
* 1. Emva kokuhlanjululwa, ukuxuba komoya ngokwandisa umoya ohlaziyiweyo. Emva koko inyanzelwa luxinzelelo oluphakathi loxinzelelo lwahlulwe lwahlulwa-hlulwa. Inxalenye enye iya kumtshisa ophambili ukuba ipholelwe ukuba iphiliswe ukuba ifumaneke ukuya -260k, kwaye isuswe ukusuka kwinxalenye ephakathi yobushushu obuphambili ukungena kwi-turbine yokwandisa. I-air eyandisiweyo ibuyela kubushushu obuphambili ukuba buhlaziywe, emva koko, kuhamba ukuya kwi-Airwor Hallsor. Elinye icandelo lomoya likhuselwe liqondo lokushisa eliphezulu, emva kokupholisa, liqala ukuya kwiqondo lobushushu eliphantsi lokukhulisa amandla. Emva koko iya kwibhokisi ebandayo ukuze ipholiselwe ~ 170K. Inxalenye yalo isenokuphola, kwaye ihamba iye ezantsi kwikholamu esezantsi ngokusebenzisa ubushushu. Kwaye olunye umoya luphakanyisiwe kwisilingo esisezantsi. Yandisa. Emva kokuba eyandisiwe, yahlulahlulwe yangamacandelo ama-2. Inxalenye enye iya ezantsi kwikholamu esezantsi yokulungiswa, ukubuyela umva kubushushu obuphambili, emva koko kuyahamba ukuya kwi-booster yomoya emva kokuba iphindwe kabini emva kokuba iphindwe.
2. Emva kolungiso oluphambili kwikholamu engezantsi, umoya olwelwe ulwelo kunye ne-nitrogen ecocekileyo inokuqokelelwa kwikholamu engezantsi. Inkunkuma i-nitrogen i-nitrogen ye-witrogen, umoya onamanzi kunye ne-nitrogen i-nitrogen ecocekileyo ukuya kwikholamu engaphezulu nge-allid Air kunye ne-nitrogen ye-nitrogen. Ilungiswe kwikholam ephezulu kwakhona, emva koko, ioksijini ye-oxygen ye-99.6% inokuthi iqokelelwe emazantsi ekholamu ephezulu,
kwaye inikelwe kwibhokisi ebandayo njengemveliso.
I-3. Inxalenye yeqhezu leArgon kwikholamu elingaphezulu ifakwe kwikholamu ye-crude argon. Kukho iinxalenye ezi-2 zekholamu ye-ruden argon. I-Reflux yenxalenye yesibini ihanjisiwe eqongeni yokuqala ngempompo engamanzi njenge-guqulox. Kuyalungiswa kwikholamu ye-argon ye-crude ukuze ufumane i-98.5% i-AR. I-2PPM O2 Crude Argon. Emva koko zisiwe phakathi kwikholamu ye-Argon eMna ne-Evaporator. Emva kolungiso kwikholamu ecocekileyo yeergoni, (99.999% i-ar) i-argon engamanzi inokuqokelelwa ezantsi kwekholam emsulwa yeArgon.
4. Inkunkuma i-nitrogen ukusuka kwikholamu ephezulu ihamba ngaphandle kwebhokisi ebandayo ukuya kwibhokisi yokucoca njengomoya ococekileyo, ukuphumla kuya kwinqaba yokupholisa.
I-5. I-Nitrogen evela phezulu komncedisi wekholamu yekholamu ephezulu ihamba kwibhokisi ebandayo njengemveliso ngemveliso epholileyo kwaye iphambili yobushushu. Ukuba akukho mfuneko yokuba i-nitrogen, emva koko inokuhanjiswa kwinqaba yokuphola amanzi. Ngenxa ye-toce yenqaba epholileyo yamanzi ayonelanga, kufuneka ifakwe i-chiller.
Q1: Ngaba uyinkampani yokurhweba okanye umvelisi?
A: Depending on what type of machine you are purchased. Cryogenic ASU, the delivery time is at least 3 months. Cryogenic liquid plant, the delivery time is at least 5 months. Welcome to have a contact with our salesman: 0086-18069835230, Lyan.ji@hznuzhuo.com
Gxila ekuboneleleni ngezisombululo ze-mong pu kangangeminyaka emi-5.