Na'urorin sarrafa iskar gas na Piston (masu haɗa na'urorin da ke ...
I. Tsarin Tsarin Jiki na Musamman
Aikin matse iskar gas na piston ya samo asali ne daga tsarin kayan haɗin da aka daidaita daidai, gami da mahimman sassan masu zuwa:
1. Haɗa Silinda Mai Ƙarfi Mai Girma
An ƙera shi da ƙarfe mai siminti, ƙarfe mai ƙarfe, ko kayan shafa na musamman don jure tsatsa na dogon lokaci daga kafofin watsa labarai masu ƙarfi kamar iskar acidic (misali, H₂S) da iskar oxygen mai matsin lamba.
Tashoshin sanyaya ruwa/mai da aka haɗa don sarrafa canjin zafin jiki da halayen iskar gas ke haifarwa (misali, ƙarancin ɗanko na hydrogen, yawan amsawar ammonia).
2. Haɗa Piston Mai Kaya Da Yawa
Piston Crown: Zaɓin kayan da aka tsara don sinadarai na gas—misali, bakin ƙarfe 316L don juriya ga tsatsa mai ɗauke da sulfur, rufin yumbu don yanayin zafi mai yawa na CO₂.
Tsarin Zoben Rufewa: Yana amfani da hatimin graphite, PTFE, ko ƙarfe don hana zubewar iskar gas mai matsin lamba (misali, helium, methane), yana tabbatar da ingancin matsi ≥92%.
3. Tsarin Bawul Mai Hankali
Yana daidaita lokacin bawul ɗin shaye-shaye da ɗagawa ta hanyar da ta dace don daidaita yawan iskar gas da rabon matsewa (misali, nitrogen a 1.5:1 zuwa hydrogen a 15:1).
Farantin bawul masu jure gajiya suna jure wa yawan zagayowar da ake yi akai-akai (≥1,200 zagayowar/minti), suna tsawaita tazara a cikin yanayin iskar gas mai ƙonewa/fashewa.
4. Na'urar Matsawa ta Modular
Yana tallafawa tsarin matsewa mai sassauƙa daga matakai 2 zuwa 6, tare da matsin lamba na matakai ɗaya har zuwa sandar 40-250, yana biyan buƙatu daban-daban daga ajiyar iskar gas mara aiki (misali, argon) zuwa matsin lamba na syngas (misali, CO+H₂).
Haɗa hanyoyin haɗin sauri suna ba da damar daidaita tsarin sanyaya cikin sauri dangane da nau'in iskar gas (misali, sanyaya ruwa don acetylene, sanyaya mai don Freon).
II. Fa'idodin Dacewa da Iskar Gas na Masana'antu
1. Cikakken Dacewa da Kafafen Yaɗa Labarai
Iskar Gas Mai Lalacewa: Kayan da aka inganta (misali, silinda na Hastelloy, sandunan piston na titanium alloy) da kuma taurarewar saman suna tabbatar da dorewa a muhallin da ke da wadataccen sulfur da halogen.
Iskar Gas Mai Tsabta: Man shafawa mara mai da tacewa mai matuƙar daidaito suna cimma tsaftar ISO 8573-1 Class 0 don nitrogen-matakin lantarki da iskar oxygen na likita.
Iskar Gas Mai Kama da Wuta/Fashewa: Ya dace da takaddun shaida na ATEX/IECEx, wanda aka sanye shi da na'urorin rage walƙiya da kuma rage matsin lamba don kula da hydrogen, oxygen, CNG, da LPG lafiya.
2. Ƙarfin Aiki Mai Daidaitawa
Faɗin Gudun Ruwa Mai Yawa: Matuƙan mita masu canzawa da daidaita ƙarar sharewa suna ba da damar sarrafa kwararar layi (30%–100%), wanda ya dace da samarwa akai-akai (misali, dawo da fitar da hayakin masana'antu) da kuma ci gaba da samar da kayayyaki (misali, na'urorin raba iska).
Sarrafa Wayo: Na'urori masu auna siginar gas da aka haɗa suna daidaita sigogi ta atomatik (misali, ma'aunin zafin jiki, ƙimar man shafawa) don hana matsaloli da canje-canjen halayen gas kwatsam ke haifarwa.
3. Ingantaccen Kudin Zagaye na Rayuwa
Tsarin Kulawa Mai Ƙarfi: Tsawon rayuwar sassan da ke aiki da fiye da kashi 50% (misali, tazara tsakanin gyaran crankshaft na awanni 100,000), yana rage lokacin aiki a cikin yanayi mai haɗari.
Inganta Makamashi: Lanƙwasa matsewa da aka tsara bisa ga ma'aunin adiabatic na musamman na gas (k-values) suna cimma tanadin makamashi na kashi 15%–30% idan aka kwatanta da samfuran gargajiya. Misalan sun haɗa da:
Iska mai matsewa: Ƙarfin da aka ƙayyade ≤5.2 kW/(m³/min)
Inganta iskar gas: Ingancin isothermal ≥75%
III. Manyan Aikace-aikacen Masana'antu
1. Iskar Gas ta Masana'antu ta yau da kullun (Oxygen/Nitrogen/Argon)
A fannin kera ƙarfe da kuma kera semiconductor, ƙirar da ba ta da mai tare da sieve na ƙwayoyin halitta bayan an yi mata magani tana tabbatar da tsarkin kashi 99.999% ga aikace-aikace kamar kariyar ƙarfe mai narkewa da ƙera wafer.
2. Iskar Gas (Hydrogen/Syngas)
Matsi mai matakai da yawa (har zuwa mashaya 300) tare da tsarin hana fashewa yana iya sarrafa hydrogen da carbon monoxide cikin aminci a cikin ajiyar makamashi da haɗakar sinadarai.
3. Iskar Gas Mai Lalacewa (CO₂/H₂S)
Maganin da aka keɓance na jure tsatsa—misali, murfin tungsten carbide da man shafawa masu jure wa acid—suna magance yanayin da ke da wadataccen sulfur, mai yawan danshi a cikin sake allurar mai da kamawar carbon.
4. Iskar Gas ta Musamman ta Lantarki (Magungunan da aka yi da fluorinated)
Cikakken tsari da kuma gano kwararar iskar gas mai girman helium (yawan zubewa <1×10⁻⁶ Pa·m³/s) suna tabbatar da aminci wajen sarrafa iskar gas mai haɗari kamar tungsten hexafluoride (WF₆) da nitrogen trifluoride (NF₃) a masana'antar photovoltaic da IC.
IV. Ci gaban Fasaha Mai Kyau
Tsarin Dijital na Biyu: Tsarin bayanai na ainihin lokaci yana annabta lalacewar zoben piston da gazawar bawul, yana ba da damar faɗakarwar kulawa watanni 3-6 kafin a fara aiki.
Haɗa Tsarin Kore: Na'urorin dawo da zafi na sharar gida suna mayar da kashi 70% na zafin matsi zuwa tururi ko wutar lantarki, suna tallafawa manufofin tsaka tsaki na carbon.
Nasarorin da suka shafi matsin lamba mai tsanani: Fasahar silinda mai lanƙwasa da aka riga aka yi amfani da ita ta cimma matsaya ɗaya mai matakai sama da 600 a cikin saitunan dakin gwaje-gwaje, wanda hakan ke share hanyar adanawa da jigilar hydrogen nan gaba.
Kammalawa
Na'urorin sarrafa iskar gas na Piston, tare da tsarin gine-ginensu na zamani da kuma iyawar keɓancewa, suna samar da ingantattun mafita don sarrafa iskar gas na masana'antu. Daga matsi na yau da kullun zuwa sarrafa iskar gas na musamman mai matuƙar wahala, inganta tsarin yana tabbatar da aminci, inganci, da kuma aiki mai araha.
Don jagororin zaɓin matsewa ko rahotannin tabbatar da fasaha waɗanda aka tsara don takamaiman kafofin watsa labarai na iskar gas, tuntuɓi ƙungiyar injiniyanmu.
Bayanan Fasaha:
Bayanan da aka samo daga ISO 1217, API 618, da sauran ƙa'idodin gwaji na duniya.
Ainihin aikin na iya bambanta kaɗan dangane da yanayin iskar gas da yanayin muhalli.
Tsarin kayan aiki dole ne ya bi ƙa'idodin aminci na gida don kayan aiki na musamman.
Lokacin Saƙo: Mayu-10-2025