Ana iya saita tsire-tsire masu rarraba iska cikin sauƙi kuma baya buƙatar kowane takamaiman gine-gine kuma ya ƙunshi ɗan gajeren lokacin haɓakawa. Kudin wutar lantarki shine babban farashin aiki da ke cikin masana'antar keɓewar iska kuma yana iya ɗaukar kusan kashi biyu bisa uku na jimlar farashin aiki. Ana amfani da injinan lantarki wajen tafiyar da injin da kuma a cikin tafiyar da dumama da sanyaya.
Ana amfani da nau'ikan hanyoyin Rabewar iska don aikace-aikace daban-daban. Cryogenic rabuwa ya dogara ne akan bambance-bambance a cikin wuraren tafasa na iskar gas daban-daban da ke cikin iska. Tsire-tsiren da ba na cryogenic ba su da ƙarfi fiye da shuke-shuken cryogenic kuma sun fi dacewa da ƙananan shuke-shuke da matsakaici.
Hanyoyin rabuwar iska na Cryogenic sun dogara da bambance-bambance a cikin wuraren tafasa don raba da kuma tsarkake samfurori. An fara sayar da tsarin asali a farkon karni na 20. Tun daga wannan lokacin, bambance-bambancen tsarin tsari da yawa sun fito, waɗanda sha'awar samar da samfuran iskar gas na musamman da haɗe-haɗen samfur yadda ya kamata a matakai daban-daban da ake buƙata na tsabta da matsa lamba. Wadannan tsarin zagayowar sun samo asali ne a layi daya tare da ci gaba a cikin injinan matsawa, ya ce
Tsibirin rabuwar iska na cryogenic ya haɗa da sake zagayowar firiji inda aka sanyaya iskar gas zuwa ƙananan zafin jiki. Ana iya amfani da iskar gas kawai a cikin distillation na cryogenic kamar yadda ruwa da carbon dioxide na iska zasu iya daskare a cikin kayan aikin cryogenic. Don samar da girma, matakai na cryogenic sune mafi kyawun zaɓi mai tsada kuma waɗannan na iya samar da samfuran ƙarshe masu tsabta.
Ana kiran tsire-tsire na Nitrogen PSA don haka waɗannan Masu Samar da Nitrogen ke aiki akan Tallace-tallacen Taimakon Matsi wanda aka fi sani da Fasahar PSA. An raba iskar Nitrogen I daga iskar yanayi ta amfani da sabis na kwayoyin carbon wanda ke cire iskar oxygen daga iska. An fara ratsa iskan da aka matse ta hanyar hasumiya mai ɗaukar nauyi inda ake haɗa ruwa da iskar oxygen da sauran iskar gas, a bar a baya nitrogen, sannan a tara a cikin jirgin ruwa. Ana amfani da wannan hanyar da kyau don samar da iskar Nitrogen mai tsafta na 99.9999% mai tsabta don dalilai na kasuwanci. Ana tabbatar da tsafta mai girma ta amfani da tsarkakewar De-Oxo. Ana amfani da wannan hanyar a aikace-aikace iri-iri da suka haɗa da magunguna, jujjuyawar sanyi, masana'antar ƙarfe, ƙarfe, takin zamani da masana'antar gyara kayan lantarki.
Kasuwannin B2B wuri ne mai kyau don tattara bayanai game da sabbin nau'ikan tsire-tsire masu rarraba iska da masu siyarwa da masu siyan wannan samfur. Waɗannan wuraren yanar gizo kuma za su ci gaba da sanar da ku game da baje koli da kuma abubuwan da suka faru.
Shuka Rabewar Iska Yana Tabbatar da Tsaftataccen Gas ɗin Masana'antu Mai alaƙa Bidiyo:
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