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Sashen Rarraba Jirgin Sama (ASU)

Takaitaccen Bayani:

Sashin Rabewar Jirgin Sama (ASU) na'ura ce da ke amfani da iska a matsayin abinci, matsawa da sanyaya shi zuwa yanayin zafi, kafin raba iskar oxygen, nitrogen, argon, ko sauran kayayyakin ruwa daga iska mai ruwa ta hanyar gyarawa. Dangane da buƙatun mai amfani, samfuran ASU na iya kasancewa ɗaya (misali, nitrogen) ko maɗaukaki (misali, nitrogen, oxygen, argon). Tsarin na iya samar da samfuran ruwa ko gas don biyan buƙatun abokin ciniki daban-daban.


Cikakken Bayani

Tags samfurin

Bayanin Samfura

Tsarin rabuwar iska shine kamar haka: A cikin ASU, an fara shigar da iska kuma an wuce ta cikin jerin abubuwan tacewa, matsawa, riga-kafi, da magungunan tsarkakewa. Hanyoyin sanyi da tsarkakewa suna cire danshi, carbon dioxide, da hydrocarbons. Ana raba iskar da aka yi wa magani gida biyu. Ɗayan sashi yana shiga cikin ƙananan ɓangaren ginshiƙan juzu'i bayan musayar zafi tare da samfurin oxygen da nitrogen an gudanar da shi, yayin da ɗayan ɓangaren ya ratsa ta babban tsarin musayar zafi da kuma fadada tsarin kafin shigar da ginshiƙan rabuwa na iska. A cikin tsarin juzu'i, an ƙara raba iska zuwa oxygen da nitrogen.

Fa'idodin Fasaha:

 Ana amfani da software na ƙididdiga na ci gaba da aka shigo da su daga ƙasashen waje don haɓaka aikin bincike na kayan aiki, tabbatar da ingantaccen fasaha da tattalin arziki da ingantaccen farashi.

Babban ginshiƙi na ASU (babban samfur O₂) yana amfani da ƙaƙƙarfan ƙaƙƙarfan ƙaƙƙarfan ƙazamin ƙanƙara, yana tilasta ruwa oxygen don ƙafe daga ƙasa zuwa sama don guje wa tarawar hydrocarbon da tabbatar da amincin tsari.

 Don tabbatar da amincin kayan aiki da amincin, duk tasoshin matsa lamba, aikin bututu, da abubuwan matsa lamba a cikin ASU an tsara su, kera su, kuma an gwada su daidai da ƙa'idodin ƙasa masu dacewa. Dukansu akwatin sanyin rabuwar iska da bututun da ke cikin akwatin sanyi an tsara su tare da ƙididdigar ƙarfin tsari.

Sauran Fa'idodi

Yawancin injiniyoyin ƙungiyar fasaha na kamfaninmu sun fito ne daga kamfanonin iskar gas na duniya da na cikin gida, tare da gogewa sosai a ƙirar tsarin rabuwar iska na cryogenic.

Tare da ƙwarewa mai yawa a cikin ƙirar ASU da aiwatar da aikin, za mu iya samar da masu samar da nitrogen (300 Nm³ / h - 60,000 Nm³ / h), ƙananan rabe-raben iska (1,000 Nm³ / h - 10,000 Nm³ / h), da matsakaici zuwa manyan rabe-raben iska. (10,000 Nm³/h - 60,000 Nm³/h).


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