Bayanin Kamfanin
bisa ga sigogi da aka ba da kamfanin ku: matsakaicin matsakaicin iskar oxygen: 150NM3 / h, tsarki shine: 93%, ma'aunin raɓa na yanayi - 55 ℃ ko žasa da matsa lamba na fitarwa na nitrogen: 0.3 MPa (daidaitacce), yawan zafin jiki na 40 ℃ ko žasa VPSA oxygen shuka, kamfaninmu don mayar da martani ga gabatar da buƙatun fasaha na kamfanin ku a lokaci guda, yawan amfani da makamashi da rashin gazawar bisa ga mafi ƙarancin ƙira don ƙira, ya sanya waɗannan mafita don tunani.
Sharuɗɗa da raka'a da aka yi amfani da su da aiwatar da su a cikin wannan shirin fasaha sun dace da ƙa'idodin Jamhuriyar Jama'ar Sin.
Hangzhou Boxiang Gas Equipment Co., LTD ne ke da alhakin sahihanci da tsaurin tsarin fasaha.
An tsara na'urar bisa ga buƙatun shigarwa na cikin gida, kuma ba a la'akari da yanayin zafin da ke ƙasa 0 ° C.
Mai siye ya tabbatar da cewa an kiyaye yanayin yanayin cikin gida sama da 2°C kuma ƙasa da 40°C.
| yanayin yanayi | ||
| Sunan | naúrar | Ƙayyadaddun Fasaha |
| tsawo | M | +300 |
| Yanayin yanayi | °C | ≤40 |
| Dangi zafi | % | ≤90 |
| Abun oxygen na yanayi | % | 21 |
| CO2 | ppm | ≤400 |
| kura | mg/m3 | ≤200 |
| Ruwan sanyaya | ||
| Sunan | naúrar | Ƙayyadaddun Fasaha |
| Yanayin shigarwa | ℃ | ≤30 |
| Matsin lamba | MPa(G) | 0.2 zuwa 0.4 |
| Yanayin samar da wutar lantarki: | Low irin ƙarfin lantarki 380V,50Hz, AC uku lokaci hudu tsarin waya, tsaka tsaki grounding. | |
Ya kamata iskar masana'antu gabaɗaya ta zama mara ƙura, abubuwan sinadaran, carbon monoxide, hydrocarbons da iskar gas masu lalata.
ƙura abun ciki: Max. 5mg/m3
SO2: Max. 0.05mg/m3
NOX: Max. 0.05mg/m3
CO2: Max. 400ppm (vol.)
Bugu da kari, jimlar adadin iskar gas irin su hydrogen sulfide da hydrogen chloride a cikin iska yakamata su kasance kasa da sassa 10 a kowace miliyan.
Ka'idar rabuwar iska ta psa don samar da iskar oxygen
Babban abubuwan da ke cikin iska sune nitrogen da oxygen. Sabili da haka, ana iya zaɓar adsorbents tare da zaɓin adsorption daban-daban don nitrogen da oxygen kuma ana iya tsara tsarin fasaha mai dacewa don raba nitrogen da oxygen don samar da iskar oxygen.
Dukansu nitrogen da oxygen suna da lokacin quadrupole, amma lokacin quadrupole na nitrogen (0.31 A) ya fi na oxygen girma (0.10 A), don haka nitrogen yana da ƙarfin adsorption mai ƙarfi akan sieves kwayoyin zeolite fiye da oxygen (nitrogen yana aiki da ƙarfi mai ƙarfi tare da ions a saman ƙasa). zeolite).
Don haka, lokacin da iska ta ratsa ta gadon adsorption wanda ke dauke da adsorbent na zeolite a karkashin matsin lamba, nitrogen yana karawa da zeolite, kuma iskar oxygen ba ta da yawa, don haka yana wadatar da shi a cikin lokacin iskar gas kuma yana gudana daga gadon tallan, yana sanya oxygen da nitrogen ya bambanta zuwa samun oxygen.
Lokacin da sieve na kwayoyin halitta ya adsorbe nitrogen zuwa kusa da jikewa, iska ta daina tsayawa kuma an rage matsa lamba na gadon tallan, nitrogen ɗin da keɓaɓɓen sieve na ƙwayoyin cuta za a iya narkar da shi, kuma za'a iya sake haifar da sieve na kwayoyin kuma a sake amfani da shi.
Ana iya samar da iskar oxygen ta ci gaba ta hanyar canzawa tsakanin gadaje biyu ko fiye.
Wurin tafasa na argon da oxygen yana kusa da juna, don haka yana da wuya a raba su, kuma ana iya wadatar da su tare a cikin lokacin gas.
Saboda haka, psa oxygen samar da na'urar yawanci iya kawai samun taro na 80% ~ 93% oxygen, idan aka kwatanta da maida hankali na 99.5% ko fiye oxygen a cikin cryogenic iska rabuwa na'urar, kuma aka sani da oxygen-arziki.
Lura: 1, zaɓi na bawul ɗin pneumatic don Bolei ko murfin shinkafa, silinda mai goyan bayan alamar shigo da kaya.
2. Tsarin sarrafawa yana cikin gida. Ana haɗa kebul na sarrafawa daga wurin kayan aiki zuwa ɗakin aiki tare da nisa na ƙasa da 100m.
Abubuwan bukatu
1. Haɗin bututu tsakanin kowane tsarin za a yi shi ta mai amfani bisa ga shimfidar wuri.
2. Yankin bene: Zane na kayan aiki na ƙarshe zai yi nasara, kuma ana iya tsara shi bisa ga ainihin matsayin mai amfani.
3. Babban ma'auni da ƙayyadaddun ƙayyadaddun ƙira, ƙira da dubawa na wannan aikin kayan aiki za a aiwatar da su bisa ga ka'idojin masana'antu na yanzu a kasar Sin.
