Fasaha fasali da kuma aiki fa'idodin PSA nitrogen janareta

Shakar matsi na PSA Manhajar Nitrogen yana ɗaukar fasahar PSA mafi girma da inganci a duniya, tare da tsarin tafiyarsa na musamman, ƙirar bututun da aka inganta da fasahar cikewa ta zamani, yana hana lalacewar barewa ta CMS ta hanyar cire ƙwayoyin carbon, da kuma kawar da tasirin rami a cikin hasumiyar shaƙatawa. Don haka, aikin sieve na ƙwayoyin carbon yana inganta sosai. Yayin da yake adana amfani da makamashi, ana iya samar da nitrogen mai tsarki na 97%-99.999% a mataki ɗaya. Idan akwai buƙatu na musamman, tsarkin zai iya kaiwa 99.9995%.

Nitrogen babban sinadarin iska ne, wanda ya kai kusan kashi 79% na nitrogen da kuma kashi 20.9% na iskar oxygen a cikin iska. Nitrogen iska ce mara launi, mara wari, mara guba kuma ba mai ƙonewa ba a zafin ɗaki da matsin lamba na yanayi, tare da zafin tafasa na -195.8℃. Sifofin sinadarai nata suna da ƙarfi sosai kuma da wuya ta yi aiki da wasu abubuwa ta hanyar sinadarai. Baya ga ammonia ta roba, yawanci ana amfani da nitrogen a matsayin iskar kariya kuma ana amfani da ita sosai a fannin ƙarfe, masana'antar sinadarai, kwal, abinci, magani, kayan lantarki, kayan maganadisu, sufuri, maganin zafi, tayoyi, wutar lantarki ta zafi, jiragen sama da sauran masana'antu. Manhajar nitrogen mai amfani da matsin lamba tana amfani da iska a matsayin kayan aiki da kuma carbon molecular sieve a matsayin mai sha. Yana amfani da ƙa'idar shaƙar matsin lamba da kuma shaƙar oxygen da nitrogen ta hanyar carbon molecular sieve don raba nitrogen da oxygen. An fi sani da shi kamar haka Natrogen Psa janareta.

Injin samar da sinadarin nitrogen na PSA ya ci gaba da aiki ba tare da matuƙi ba: mai kula da nazarin tsarkin iskar oxygen wanda aka haɓaka shi da kansa yana sa ido kan tsarkin nitrogen a ainihin lokaci, kuma yana fitar da nitrogen ta atomatik wanda bai cika buƙatun tsarki ba, ta haka yana kawar da tasirin ƙazanta na iskar gas akan ingancin samfur; ingantaccen sarrafa PLC zai iya cimma aikin atomatik na awanni 24 ba tare da matuƙi ba. Ingancin nitrogen mai inganci ya cika buƙatun masana'antu daban-daban: Injin samar da sinadarin nitrogen na PSA yawanci ana sanye shi da matattara masu inganci don sanya ƙurar nitrogen ƙasa da 0.01μm da kuma yawan mai ƙasa da 0.01 ppm. Idan an sanye da ƙarin na'urorin busar da shaye-shaye, na'urorin tacewa marasa tsafta, da sauransu, yana iya biyan buƙatun masana'antu na musamman kamar LCDs, oscillators na quartz, abinci, da magani.

Manhajar PSA nitrogen wani nau'in samar da sinadarin nitrogen ne a wurin, wanda ke amfani da na'urar sanya iska don samar da iska a matsayin kayan da ake buƙata don samar da sinadarin nitrogen mai tsabta, kuma ana iya keɓance tsarkin zuwa kashi 95% ~ 99.999%. Fa'idar wannan hanyar ita ce farashin sinadarin nitrogen yana da ƙasa, yana cinye wutar lantarki kawai, yana da sauƙi kuma yana da karko, zirga-zirga ba ta takaita shi ba, kuma yana da sauƙin kulawa. Rashin kyawunsa shine cewa ana buƙatar biyan kuɗin kayan aiki sau ɗaya, kuma mai amfani na ƙarshe yana buƙatar yin gyare-gyare akai-akai. Kuna iya zaɓar kowace hanyar amfani da iskar gas bisa ga buƙatunku. A China, saboda buƙatun kariyar muhalli da ƙuntatawa na sufuri na birane, kusan kashi 80% na masana'antun China sun koma amfani da na'urorin samar da sinadarin nitrogen na PSA a wurin don samar da sinadarin nitrogen.