Ka'idar aiki na na'urar rabuwar iskar oxygen da nitrogen janareta nitrogen

The janareta na nitrogenya dogara ne akan ƙa'idar asali ta shaƙar matsi mai juyawa kuma yana amfani da sieve mai inganci na carbon molecular a matsayin mai sha don samar da N2 daga iska a ƙarƙashin wani matsin lamba na aiki. Ana matse iska mai tsabta da busasshiya kuma ana amfani da ita don matsi da sha a cikin mai sha don rage shaƙar matsi. Saboda tasirin injinan ruwa, saurin yaduwar iskar oxygen a cikin farantin sieve microporous na carbon molecular ya fi na nitrogen girma. Ana fifita shaƙar iskar oxygen ta hanyar sieve na carbon molecular, kuma ana tara nitrogen a cikin matakin ruwa don samar da samfurin N2 da aka gama.

Kamfanin LUGAS Advanced Gas Systems Co., Ltd.kamfani ne mai kera kayan aikin raba iskar gas. Yana da fa'idodi masu ƙarfi na fasaha a cikin Manhajar Nitrogen masana'antu. Saboda yadda take mai da hankali da kuma aiki tukuru, ta shahara a masana'antar kuma a matsayinta na wata cibiya ta kimiyya da fasaha a fannoni da dama tare da fasaharta mai ƙarfi da kuma ayyukanta masu inganci da inganci.

A yau, editan LUGAS zai yi muku magana game da ƙa'idar aiki ta janareta nitrogen da kuma na'urar raba iskar oxygen da nitrogen:

Na'urar raba iskar oxygen da nitrogen: A halin yanzu akwai hasumiyoyin shaye-shaye guda biyu A da B waɗanda aka sanye su da na'urorin feshi na musamman na carbon. Lokacin da iska mai tsabta ta shiga ƙarshen tashar hasumiyar A kuma ta ratsa ta cikin sieve na carbon zuwa shiga da fita, O2, CO2 da H2O suna shaye da shi, kuma samfurin N2 yana fita daga shigarwa da fita na hasumiyar shaye-shaye. Bayan wani lokaci, sieve na carbon a cikin Hasumiyar A ya kai matsayin da ya cika. A wannan lokacin, hasumiyar A ta atomatik tana dakatar da shaye-shaye, ana allurar iska mai matsewa cikin hasumiyar B don maganin iskar oxygen kuma Samar da Nitrogen, kuma ana sake yin amfani da sieve na ƙwayoyin carbon na hasumiya A. Ana yin amfani da sieve na ƙwayoyin carbon ta hanyar rage hasumiyar shaƙatawa cikin sauri zuwa resin tururi mai zafi don shan O2, CO2 da H2O masu shaƙatawa. Hasumiyoyin biyu suna yin shaƙatawa da sake farfaɗowa, raba iskar oxygen da nitrogen, kuma suna ci gaba da fitar da N2. Duk tsarin da ke sama ana sarrafa shi ta hanyar kwamitin sarrafawa mai shirye-shirye (PLC). Lokacin da aka saita matakin tsarkin N2 a ƙarshen shaƙatawa, shirin PLC yana aiki, bawul ɗin iska na atomatik yana buɗewa, kuma N2 wanda bai wuce gwajin ba ana fitar da shi ta atomatik zuwa kansa, yana tabbatar da cewa N2 wanda bai wuce gwajin ba bai kwarara zuwa wurin iskar gas ba. Lokacin da iskar gas ɗin ta fitar da kanta, yi amfani da silencer don kiyaye hayaniyar ƙasa da 75dBA.