MnS+CO2
- Aiki: atomatik, PLC sarrafawa
- Abubuwan amfani: Don samar da 1,000 Nm³/h H2daga iskar gas ana buƙatar abubuwan amfani masu zuwa:
- 380-420 Nm³/h iskar gas
- 900kg/h tukunyar jirgi ciyar ruwa
- 28 kW wutar lantarki
- 38m³/h ruwan sanyi *
- * ana iya musanya shi ta hanyar sanyaya iska
- Ta-samfurin: fitar da tururi, idan an buƙata
Bidiyo
Samar da sinadarin hydrogen daga iskar gas shine yin aikin sinadarai na iskar gas mai matsewa da gurɓataccen iskar gas da tururi a cikin injin gyarawa na musamman mai cike da kuzari da samar da iskar gas ɗin gyara tare da H₂, CO₂ da CO, canza CO a cikin iskar gas ɗin zuwa CO₂ sannan cirewa. ƙwararrun H₂ daga iskar gas mai gyara ta hanyar adsorption swing (PSA).
Zane-zanen Shuka Production na Hydrogen da sakamakon zaɓin kayan aiki daga ɗimbin binciken injiniya na TCWY da kimantawar dillali, tare da haɓaka masu zuwa:
1. Tsaro da Sauƙin aiki
2. Amincewa
3. Short kayan aiki bayarwa
4. Mafi ƙarancin aikin filin
5. Gasar babban jari da farashin aiki
(1) Rashin Gas Na Gas
A wani zazzabi da matsa lamba, tare da iskar gas ta hanyar iskar shaka na manganese da zinc oxide adsorbent, jimlar sulfur a cikin iskar gas za ta kasance a ƙasa da 0.2ppm a ƙasa don saduwa da buƙatun masu haɓaka don sake fasalin tururi.
Babban martani shine:
| COS+MnO |
| MnS+H2O |
| H2S+ZnO |
(2) NG Steam Gyarawa
Tsarin sake fasalin tururi yana amfani da tururin ruwa a matsayin oxidant, kuma ta hanyar samar da sinadarin nickel, za a sake fasalin hydrocarbons ya zama ɗanyen iskar gas don samar da iskar hydrogen. Wannan tsari tsari ne na endothermic wanda ke buƙatar samar da zafi daga sashin wutar lantarki.
Babban abin da ke faruwa a gaban abubuwan haɓaka nickel shine kamar haka:
| CnHm+nH2O = nCO+(n+m/2)H2 |
| CO+H2O = CO2+H2 △H°298= -41KJ/mol |
| CO+3H2 = CH4+H2O △H°298= -206KJ/mol |
(3) Tsarkake PSA
A matsayin tsarin naúrar sinadarai, fasahar rabuwar gas ta PSA tana haɓaka cikin sauri zuwa horo mai zaman kanta, kuma ana amfani da shi sosai a fannonin petrochemical, sunadarai, ƙarfe, lantarki, tsaron ƙasa, magani, masana'antar haske, aikin gona da kariyar muhalli. masana'antu, da sauransu. A halin yanzu, PSA ta zama babban tsari na H2rabuwa wanda aka yi nasarar amfani da shi don tsarkakewa da kuma rarraba carbon dioxide, carbon monoxide, nitrogen, oxygen, methane da sauran iskar gas na masana'antu.
Binciken ya gano cewa wasu daskararrun kayan da ke da kyakyawan tsari mai kyau suna iya shanye kwayoyin halittar ruwa, kuma irin wannan abin sha ana kiransa abin sha. Lokacin da kwayoyin ruwa suka tuntuɓi ƙwararrun adsorbents, tallan yana faruwa nan da nan. Adsorption yana haifar da haɗuwa daban-daban na ƙwayoyin da aka sha a cikin ruwa da kuma saman abin sha. Kuma kwayoyin da aka lalata ta hanyar abin sha za a wadatar da su a samansa. Kamar yadda aka saba, kwayoyin halitta daban-daban zasu nuna halaye daban-daban lokacin da adsorbents suka sha. Hakanan yanayin waje kamar zafin jiki na ruwa da maida hankali (matsi) zai shafi wannan kai tsaye. Saboda haka, kawai saboda irin wannan nau'in halaye daban-daban, ta hanyar canza yanayin zafi ko matsa lamba, za mu iya cimma rabuwa da tsarkakewa na cakuda.
Don wannan shuka, daban-daban adsorbent suna cike a cikin gadon talla. Lokacin da iskar gas mai gyara (garin gas) ke gudana a cikin ginshiƙan talla (gadowar talla) a ƙarƙashin wani matsa lamba, saboda halaye daban-daban na adsorption na H.2, CO, CH2, CO2, da dai sauransu CO, CH2da CO2adsorbents suna tallata su, yayin da H2zai fita daga saman gadon don samun ingantaccen samfurin hydrogen.
