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I-HANGZHOU NUZHUO TECHNOLOGY GROUP CO.,LTD.
Izixhobo zeNUZHUO O2 kunye neN2 zokuvelisa isityalo esivelisa iNitrogen yolwelo kwindawo
3. Indawo yokusebenzela: Ifektri yethu ikwiSithili saseTonglu, eHangzhou, eTshayina, kunye14000+Iimitha zesikwere, kunye 6 Imigca yeMveliso,
Nge 60 I-Labors, kunye 3 Abahloli boMgangatho, kunye 5 Iinjineli eziBalaseleyo.
4. Indawo yeNtengiso: Urhwebo lwethu lwaMazwe ngaMazwe luhamba kunye 25 Abathengisi abaziingcali;Ngaphezulu kwe-1500Indawo yeeMetha zesikwere;
5. Inkonzo yasemva kokuthengisa: Inkxaso yoBugcisa kwi-Intanethi kunye neNkxaso yeNtlanganiso yevidiyo kunyeInjineli yokuthumelaInkxaso
6. Iwaranti: Ixesha lesiqinisekiso sonyaka o-1, unyaka o-1Iphathi ezisecaleniNgeendleko zeFektri
8. Inzuzo Yethu:Umgangatho Omhle!Ixabiso Elihle! Inkonzo Entle!
| Igama lemveliso | Isityalo seCandelo loKwahlulwa koMoya iCryogenic | |||
| Inombolo yoMzekelo | I-NZDO- 50/60/80/100/YENZIWE NGOKWESIQINISEKISO I-NZDN- 50/60/80/100/YENZIWE NGOKWESIQINISEKISO I-NZDON- 50-50/60-25/80-30/100-50/YENZIWE NGOKWESIQINISEKISO I-NZDOAR- 1000-20/1500-30/YENZIWE NGOKWESIQINISEKISO I-NZDNAR- 1800-20/2700-30/YENZIWE NGOKWESIQINISEKISO I-NZDONAR- 1000-150-20/1500-500-30/YENZIWE NGOKWESIQINISEKISO | |||
| Uphawu | NUZHUO | |||
| Izixhobo | Inkqubo yecompressor yomoya kunye ne-Pre-cooling kunye ne-Turbo Expandar kunye neYunithi yokuCoca umoya | |||
| Ukusetyenziswa | Umatshini wokuvelisa i-Oxygen kunye neNitrogen kunye neArgon ngobunyulu obuphezulu | |||
2. Inkqubo ezenzekelayo ngokupheleleyo yokusebenza okulula nokuthembekileyo.
3. Ukufumaneka okuqinisekisiweyo kweegesi zoshishino ezicocekileyo kakhulu.
4. Iqinisekisiwe ngokufumaneka kwemveliso kwisigaba solwelo ukuze igcinwe ukuze isetyenziswe ngexesha lokugcinwa kwayo.
5. Ukusetyenziswa kwamandla okuphantsi.
6. Ukuhanjiswa kwexesha elifutshane.
Ioksijini, initrogen, iargon kunye nenye igesi engaqhelekanga eveliswa yiyunithi yokwahlula umoya isetyenziswa kakhulu kwintsimbi, kushishino lweekhemikhali, kwimizi-mveliso yokuhluza, kwiglasi, kwirabha, kwi-elektroniki, kwezempilo, ekutyeni, kwisinyithi, ekuveliseni umbane nakwamanye amashishini.
1. Umgaqo woyilo lwesi sityalo usekelwe kumanqanaba ahlukeneyo okubila kwegesi nganye emoyeni. Umoya uyacinezelwa, upholiswe kwangaphambili uze ususwe i-H2O kunye ne-CO2, uze upholiswe kwindawo ephambili yokutshintsha ubushushu ide ibe yincindi. Emva kokulungiswa, imveliso yeoksijini kunye ne-nitrogen inokuqokelelwa.
2. Esi sityalo sicocwa ngumoya ngenkqubo yokukhulisa i-turbine. Sisityalo esiqhelekileyo sokwahlula umoya, esisebenzisa ukuzaliswa kwezinto ezipheleleyo kunye nokulungiswa kokwenziwa kwe-argon.
3. Umoya oluhlaza uya kwisihluzo somoya ukuze kususwe uthuli kunye nokungcola koomatshini kwaye ungene kwi-compressor ye-air turbine apho umoya ucinezelwa ukuya kwi-0.59MPaA. Emva koko uya kwinkqubo yokupholisa umoya, apho umoya upholiswa ukuya kwi-17 ℃. Emva koko, ugeleza uye kwiitanki ezimbini ze-molecular seeve adsorbing, ezisebenza ngokulandelelana, ukuze kususwe i-H2O, i-CO2 kunye ne-C2H2.
* 1. Emva kokuba ihlanjululwe, umoya uxubana nomoya ofudunyezwayo okhulayo. Emva koko ucinezelwa yicompressor yoxinzelelo oluphakathi ukuze yahlulwe ibe yimijelo emi-2. Inxalenye enye iya kwi-heat exchanger ephambili ukuze ipholiswe ukuya kwi--260K, kwaye ifunxwe ukusuka kwinxalenye ephakathi ye-heat exchanger ephambili ukuze ingene kwi-expansion turbine. Umoya owandisiweyo ubuyela kwi-heat exchanger ephambili ukuze ifudunyezwe, emva koko, ugeleza uye kwi-air boosting compressor. Enye inxalenye yomoya inyuswa yi-expander yobushushu obuphezulu, emva kokuba ipholile, igeleza iye kwi-expander yobushushu obuphantsi. Emva koko iya kwibhokisi ebandayo ukuze ipholiswe ukuya kwi-~170K. Inxalenye yayo isaya kupholiswa, kwaye igeleza iye ezantsi kwikholamu esezantsi nge-heat exchanger. Kwaye enye umoya itsalwa kwi-expander ephantsi. Emva kokuba ikhulisiwe, yahlulwe ibe ngamacandelo ama-2. Inxalenye enye iya ezantsi kwikholamu esezantsi ukuze ilungiswe, enye ibuyele kwi-heat exchanger ephambili, emva koko igeleza iye kwi-air booster emva kokuba ifudunyezwe.
2. Emva kokulungiswa kokuqala kwikholamu esezantsi, umoya omanzi kunye ne-nitrogen ecocekileyo yolwelo zinokuqokelelwa kwikholamu esezantsi. I-nitrogen engamanzi enkunkuma, umoya omanzi kunye ne-nitrogen ecocekileyo yolwelo igeleza kwikholamu ephezulu ngomoya omanzi kunye ne-nitrogen epholileyo yolwelo. Iphinde ilungiswe kwikholamu ephezulu, emva koko, i-oxygen engamanzi ecocekileyo eyi-99.6% inokuqokelelwa ezantsi kwikholamu ephezulu, kwaye ikhutshwe kwibhokisi ebandayo njengemveliso.
3. Inxalenye ye-argon fraction kwikholamu ephezulu ifunxwa kwikholamu ye-argon ekrwada. Kukho iindawo ezi-2 zekholamu ye-argon ekrwada. I-reflux yenxalenye yesibini ihanjiswa phezulu kweyokuqala ngepompo yolwelo njenge-reflux. Ilungiswa kwikholamu ye-argon ekrwada ukuze ifumane i-98.5% Ar. 2ppm O2 crude argon. Emva koko ihanjiswa embindini wekholamu ye-argon ekrwada nge-evaporator. Emva kokulungiswa kwikholamu ye-argon ekrwada, i-(99.999%Ar) liquid argon inokuqokelelwa ezantsi kwikholamu ye-argon ekrwada.
4. I-nitrogen emdaka esuka phezulu kwikholamu ephezulu iphuma kwibhokisi ebandayo iye kwisicoci njengomoya ovuselelayo, intsalela iya kwinqaba yokupholisa.
5. I-nitrogen esuka phezulu kwikholamu encedisayo yekholamu ephezulu iphuma kwibhokisi ebandayo njengemveliso nge-cooler kunye ne-heat exchanger ephambili. Ukuba akukho mfuneko ye-nitrogen, ingasiwa kwinqaba yokupholisa amanzi. Ukuze inqaba yokupholisa amanzi ibe namandla abandayo ayanelanga, kufuneka kufakwe i-chiller.
| Imodeli | I-NZDON-50/50 | I-NZDON-80/160 | I-NZDON-180/300 | I-NZDON-260/500 | I-NZDON-350/700 | I-NZDON-550/1000 | I-NZDON-750/1500 | NZDONAr-1200/2000/ 30y | |
| Isiphumo se-O2 0 (Nm3/h) | 50 | 80 | 180 | 260 | 350 | 550 | 750 | 1200 | |
| O2 Ubumsulwa (%O2) | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | ≥99.6 | |
| Isiphumo se-N2 0 (Nm3/h) | 50 | 160 | 300 | 500 | 700 | 1000 | 1500 | 2000 | |
| Ubumsulwa be-N2 (PPm O2) | 9.5 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | |
| I-Liquid Argon Ouput (Nm3/h) | —— | —— | —— | —— | —— | —— | —— | 30 | |
| Ucoceko lwe-Argon yolwelo (Ppm O2 + PPm N2) | —— | —— | —— | —— | —— | —— | —— | ≤1.5ppmO2 + 4 pp mN2 | |
| Uxinzelelo lwe-Argon yolwelo (MPa.A) | —— | —— | —— | —— | —— | —— | —— | 0.2 | |
| Ukusetyenziswa (Kwh/Nm3 O2) | ≤1.3 | ≤0.85 | ≤0.68 | ≤0.68 | ≤0.65 | ≤0.65 | ≤0.63 | ≤0.55 | |
| Indawo Ehlalwayo (m3) | 145 | 150 | 160 | 180 | 250 | 420 | 450 | 800 | |
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Iimarike & NUZHUO
Q1: Ngaba ungumrhwebi okanye ungumenzi?
Q3: Lingakanani ixesha lakho lokuhambisa?
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
Q4: Ithini ipolisi yakho yokuqinisekisa umgangatho wemveliso?
Q5: Ngaba ninikezela ngenkonzo ye-OEM/ODM?
Welcome to have a contact with our salesman: 0086-13516820594, Lowry.Ye@hznuzhuo.comUmbuzo 6: Ngaba imveliso yakho isetyenzisiwe okanye intsha? Imveliso ye-RTS okanye imveliso eyenzelwe wena?
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