Tsarin janareta nitrogen na PSA na 30Nm3/hr, 99.99% maganin gas

Siewar Carbon kwayoyi na iya amfani da nitrogen oxygen da nitrogen a cikin iska, kuma babu wani bambanci na matsin lamba na daidaitawa na oxygen da nitrogen a ƙarƙashin matsara iri ɗaya da nitrogen a ƙarƙashin matsara iri ɗaya. Sabili da haka, yana da wuya a cimma tasiri mai tasiri na oxygen da nitrogen kawai ta hanyar canjin matsa lamba. Idan an ƙara yin la'akari da saurin adsorption, za'a iya bambanta kaddarorin tallan oxygen da nitrogen yadda ya kamata. Girman kwayoyin na oxygen yana da karami fiye da na kwayoyin nitrogen, saboda haka yaduwar carbon kwayoyi mai sauri fiye da na minti 1 don isa sama da 90%; A wannan lokacin, takin nitrogen kusan kashi 5 ne kawai, don haka yawancin iskar oxygen ne, sauran kuma galibi nitrogen ne. Ta wannan hanyar, idan an sarrafa lokacin adsorption a cikin minti 1, za a iya fara raba oxygen da nitrogen, wato, adsorption da desorption ana samun su ta hanyar bambancin matsa lamba, matsa lamba yana ƙaruwa lokacin da aka yi amfani da shi, matsa lamba yana raguwa lokacin da desorption. Bambance-bambancen da ke tsakanin oxygen da nitrogen yana samuwa ta hanyar sarrafa lokacin adsorption, wanda yake ɗan gajeren lokaci. Oxygen ya cika cikakke, yayin da nitrogen ba ta da lokacin da za a yi amfani da shi, don haka yana dakatar da tsarin talla. Saboda haka, matsin lamba adsorption samar da nitrogen don samun canjin matsa lamba, amma kuma don sarrafa lokaci a cikin minti 1.