Muhimman abubuwan da ake buƙata don amfani da masu samar da nitrogen

Masu samar da sinadarin nitrogenSuna amfani da iska a matsayin kayan da aka samar da kuma sieve na ƙwayoyin carbon a matsayin mai sha. Suna amfani da ƙa'idar shaƙar matsi mai juyawa kuma suna amfani da sieve na ƙwayoyin carbon don zaɓar shaƙar oxygen da nitrogen don raba nitrogen daga oxygen. Idan aka kwatanta da na gargajiya. Samar da Nitrogen hanyoyin, yana da fa'idodin sauƙin tafiyar da tsari, babban matakin sarrafa kansa, samar da iskar gas mai sauri (minti 16-30), ƙarancin amfani da makamashi, ana iya daidaita tsarkin samfura a cikin kewayon gwargwadon buƙatun mai amfani, sauƙin aiki da kulawa, ƙarancin farashin aiki, da kuma ƙarfin daidaitawa na na'urar. Saboda haka, yana da gasa sosai a cikin kayan aiki ƙasa da 1000Nm3/h kuma yana ƙara shahara tsakanin ƙananan da matsakaitan masu amfani da nitrogen. Wannan kayan aikin ya zama kayan aiki mafi kyau ga ƙananan da matsakaitan masu amfani da nitrogen.

The Manhajar Nitrogen Yana tattara iskar waje zuwa cikin tankin ajiyar iskar gas ta hanyar na'urar sanya iska, sannan ya shigar da iskar cikin tankin rabuwar electrolytic don raba nitrogen da oxygen a cikin tantanin halitta na electrolytic. Ana fitar da iskar oxygen zuwa sararin samaniya, kuma nitrogen yana fitowa bayan tsaftacewa da bushewa. Ana iya daidaita fitowar nitrogen ta atomatik ta hanyar matsin tsarin. Ana iya amfani da kayan aikin a kowane lokaci ko a ci gaba, kuma tsarkin iskar da aka samar baya lalacewa. An sanye shi da na'urorin kariya masu matakai da yawa, yana da aminci, abin dogaro kuma mai karko. Kayan aikin galibi ya ƙunshi tsarin electrolysis, tsarin sarrafa matsin lamba da tsarin tsarkakewa. Electrolysis na hydrogen yana amfani da fasahar rabuwar membrane, kuma matsin yana sarrafawa ta hanyar na'urar daukar hoto ta infrared. Ana iya daidaita fitowar nitrogen ta atomatik kamar yadda ake buƙata don kiyaye matsin lamba ya daidaita.

Gargaɗi game da amfani da masu samar da nitrogen:

Ana buƙatar a riƙa tsaftace matattarar shigar iska ta janareta nitrogen akai-akai. Zagayen ya dogara ne da yanayin ƙurar cikin gida. Tsaftace ultrasonic na iya hana shigar iska cikin sauƙi. In ba haka ba, yana da sauƙi a ƙara yawan aiki da kuma dumama damfara. Idan zafin ya yi yawa, za a sami kariya daga zafi fiye da kima, wanda ke haifar da rufewa.

Tunda matsewar janareta nitrogen nauyi ne mai haifar da inductive, wutar lantarki mai saurin tashi yayin kunnawa da kashewa ta fi ta lokacin aiki na yau da kullun sau da yawa, kuma yana da sauƙin haɗawa, don haka ya kamata a zaɓi fis ɗin 6A.

Tunda na'urar sanyaya daki mai wannan kayan aiki tana aiki a yanayin da'ira a buɗe, za a fitar da man shafawa daga injin da ruwa, wanda hakan zai haifar da shan ruwa. Saboda haka, bayan shekara ɗaya na amfani, ya kamata a shafa man shafawa yadda ya kamata, kuma tashar cike mai za ta iya kasancewa kusa da wurin fitar da mai ko kuma daga hanyar shiga iska. Ana ba da shawarar a ƙara gram 200 na man sanyaya mai lamba 18.

Domin gujewa danshi mai yawa a cikin injin da kuma shafar tsaftar iska, kuna buƙatar danna maɓallin magudanar ruwa na ɗan lokaci kafin a kashe kowane lokaci. Ana iya haɗa bututun magudanar ruwa da kwalbar filastik don guje wa fesa ruwa, kuma bai kamata ya zama ƙasa da sau ɗaya a rana ba.

Ya kamata a riƙa maye gurbin bututun busarwa na janareta nitrogen akai-akai. Idan kashi 50% na gel ɗin silica mai canza launi a cikin bututun busarwa ya canza launi, ya kamata a maye gurbin marufin ciki. Hanyar maye gurbin: Kashe wutar lantarki kuma a zubar da iskar gas ɗin tsarin. A kwance bututun tsarkakewa a cikin alkiblar da kibiya ta nuna, sannan a buɗe murfin ƙarshen bututun tsarkakewa sannan a maye gurbin abin da ke cire silica gel.

Lokacin da ake maye gurbin abin da aka yi wa busasshiyar ƙasa, a kula da sanya duk audugar da ke sha a cikin bututun don tabbatar da cewa ba ta da wani tasiri a kan fuskar rufewa, don tabbatar da cewa za a iya rufe ta bayan an matse murfin ƙarshe.

Injin samar da sinadarin nitrogen ba ya shan KOH yayin aiki, amma ana ba da shawarar a maye gurbin electrolyte bayan kowane watanni shida. Lokacin maye gurbin electrolyte, da farko a cire maganin alkaline mai sharar gida a cikin injin samar da nitrogen, a ƙara ruwan da aka tace, a kunna kayan aikin, a bar tsarin ya tsaftace tsarin electrolysis na kimanin mintuna 6-10, a cire ruwan da aka tace sannan a ƙara shi a cikin sabon maganin electrolytic alkali da aka shirya. Domin aiwatar da tsarin aiki na farawa-tsayawa sosai, bayan amfani da janareta a karo na biyu ko a maye gurbin abin da aka tace, a sanya bawul ɗin fitar da sinadarin nitrogen a cikin yanayin fitar da iska na tsawon awanni 2, sannan a cire makullin bayan an maye gurbin iskar da ke cikin bututun bushewa gaba ɗaya.

Duk lokacin da ka kashe wutar lantarki ta injin janareta nitrogen, da fatan za a buɗe bawul ɗin magudanar ruwa na tankin mai da ke bayan janareta da farko, a fitar da iskar da ke cikin tankin mai, sannan a rage ma'aunin matsin lamba na iska da nitrogen zuwa 0. Sannan a rufe bawul ɗin magudanar ruwa na tankin mai, a tura madannin bawul ɗin magudanar ruwa na nitrogen a ciki, sannan a kammala aikin rufewa. Bayan an rufe kamar yadda wannan tsari ya tanada, a lokaci na gaba da ka kunna injin, za a iya rage lokacin magudanar ruwa zuwa mintuna 30, kuma za a iya amfani da nitrogen.