Manhajar Nitrogen Mai Tsabtace Makamashi Mai Tsabtace Psa Tare da Takaddun Shaida na Ce da ISO

Ka'idar aiki

Bayan an matsa shi ta hanyar na'urar sanyaya iska, iskar da ba ta da amfani za ta shiga tankin ajiyar iska bayan an cire ƙura, an cire mai da bushewa, sannan ta shiga hasumiyar shaƙar A ta cikin bawul ɗin shiga na A. A wannan lokacin, matsin lamba na hasumiya yana ƙaruwa, ƙwayoyin nitrogen a cikin iskar da aka matsa za su shaƙe ta hanyar sieve na kwayoyin zeolite, kuma iskar oxygen da ba ta shaƙe ba ta ratsa ta gadon shaƙar kuma ta shiga tankin shaƙar oxygen ta cikin bawul ɗin fita. Ana kiran wannan tsari adsorption. Bayan an gama aikin shaƙar, hasumiyar shaƙar A da hasumiyar shaƙar B za a haɗa su ta hanyar bawul ɗin daidaita matsin lamba don daidaita matsin lambar hasumiyoyin biyu. Ana kiran wannan tsari da matsin lamba daidaitacce. Bayan an gama daidaita matsin lamba, iskar da aka matsa ta ratsa ta bawul ɗin shiga na B kuma ta shiga hasumiyar shaƙar B, kuma ana maimaita tsarin shaƙar da ke sama. A lokaci guda, iskar oxygen da sieve na kwayoyin halitta ke sha a cikin hasumiyar shaye-shaye ta A za ta rabu sannan ta sake shi zuwa sararin samaniya ta hanyar bawul ɗin shaye-shaye na A. Ana kiran wannan tsari desorption, kuma sieve na kwayoyin halitta mai cike yake ana shaye shi kuma a sake farfaɗo da shi. Haka nan, hasumiyar dama kuma tana shaye lokacin da hasumiyar A ke shaye-shaye. Bayan an kammala shaye-shayen Hasumiyar B, zai kuma shiga tsarin daidaita matsin lamba, sannan ya koma shaye-shayen Hasumiyar A, ta yadda zagayowar za ta canza kuma ta ci gaba da samar da iskar oxygen.
Matakan tsari na asali da aka ambata a sama duk ana sarrafa su ta atomatik ta hanyar PLC da bawul ɗin canzawa ta atomatik.

Jadawalin Guduwar Ruwa

Sifofin Samfura

Fasahar Masana'antu

1. An sanye shi da kayan aikin riga-kafi na iska kamar na'urar busar da firiji, wanda ke tabbatar da tsawon rayuwar sabis na
sifet ɗin kwayoyin halitta.
2. Amfani da bawul mai inganci na iska, ɗan gajeren lokacin buɗewa da rufewa, babu ɓuɓɓuga, tsawon lokacin sabis na fiye da sau miliyan 3,
biyan buƙatun yawan amfani da tsarin shaƙar matsi mai ƙarfi, da kuma babban aminci.
3. Ta amfani da sarrafa PLC, zai iya aiwatar da cikakken aiki ta atomatik, kulawa mai dacewa, aiki mai ɗorewa da ƙarancin gazawar aiki.
4. Ana iya daidaita samar da iskar gas da tsarkinsa a cikin iyaka mai dacewa.
5. Ci gaba da inganta tsarin tsari, tare da zaɓar sabbin sieves na kwayoyin halitta, yana rage yawan amfani da makamashi da kuma
jarin jari.
6. An haɗa na'urar a cikin cikakken saiti don rage lokacin shigarwa a wurin da kuma tabbatar da shigarwa cikin sauri da sauƙi a wurin.
7. Tsarin tsari mai sauƙi, ƙarancin sararin bene.

Nunin Samfura

Tambayoyin da ake yawan yi akai-akai

1. Shin kai mai masana'anta ne ko kuma mai ciniki ne?

Mu ne ƙwararrun masana'antar iskar oxygen tare da takardar shaidar CE da ISO.

2. Akwai wani garanti ga kayayyakinku?

Duk samfuranmu tare da garantin watanni 12 KYAUTA, ba kwa buƙatar damuwa game da sabis ɗin bayan siyarwa, koyaushe za mu kasance a nan don tallafawa kasuwancin ku!

3. Ta yaya ake samun ambaton gaggawa na Na'urar Samar da Nitrogen?

1) Yawan kwararar nitrogen: _____Nm3/hr(ko kuma Silinda nawa kake son cikawa a rana (awanni 24))

2) Tsarkakken sinadarin nitrogen: _____%

3) Matsi na fitar da sinadarin nitrogen: _____Bar

4) Wutar lantarki da Mita: _____V/PH/HZ 5) Tsawo: ____

5) Aikace-aikacen: ____

4. Menene tsarin samar da iskar oxygen?

--Mai damfara ta iska; --Abubuwan tsarkake iska da aka matse; --Tank ɗin ma'ajiyar iska; --janar oxygen; --Tank ɗin oxygen; --Matatun oxygen masu tsafta; --Mai damfara oxygen; --Tashar sake cikawa; An yarda da keɓancewa.

5. Kuna goyon bayan sabis na OEM/ODM?

Eh, muna goyon baya.