A cikin yanayi, kusan 78% shine nitrogen (N2) kuma kusan kusan 21% oxygen (O2) yana samuwa. Don samun nitrogen daga iska, ana amfani da fasahar PSA ta masana'antu daban-daban dangane da bukatunsu. Sives ɗin ƙwayoyin ƙwayoyin carbon sune ainihin ɓangaren tsarin tallan motsi (PSA). Ana iya amfani da CMS don samar da nitrogen saboda babban kusancinsa da kuma iyawar da za a iya ɗaukar kwayoyin oxygen.
An matsa iskar da aka matsa daga compressor kuma ta shiga hasumiya ta gado ta CMS. Hasumiyar tana cike da CMS kuma tana da tsarin kogo. Hakanan saboda kusanci na musamman ga kwayoyin oxygen, nitrogen ba ya tallata ta CMS. Saboda haka, ana iya samun iskar da ke da wadatar nitrogen a matsayin fitarwa. Da zarar wannan hasumiya da CMS sun kai matakin jikewa, ana wucewar iskar zuwa hasumiya ta biyu. Yanzu hasumiya ta biyu za ta sami iska mai matsa lamba. Yayin wannan tsari, ginshiƙi na baya zai yi aiki azaman yanayin lalata. Ana iya cimma wannan ta hanyar sakin damuwa. Saboda haka za a desorbed da iskar oxygen kwayoyin. Hakanan ana aiwatar da tsarin ta hanyar samar da nitrogen mai tsafta a matsayin tsarkakewa. Wannan adsorption da desorption zai samar da nitrogen a matsayin fitarwa. A lokacin tsarin lalacewa, ana fitar da iskar oxygen don haka gadon CMS ya shirya don sake zagayowar adsorption na gaba. Don haka, sieves na kwayoyin carbon (CMS) suna taka muhimmiyar rawa a cikin tsarin samar da nitrogen.
Lokacin aikawa: Nov-07-2020
