- Abincin yau da kullun: methanol
- Kewayon iya aiki: 10 ~ 50000Nm3/h
- H2tsarki: Yawanci 99.999% ta vol. (na zaɓi 99.9999% ta vol.)
- H2Matsakaicin wadata: Yawanci mashaya 15 (g)
- Aiki: Atomatik, PLC sarrafawa
- Abubuwan amfani: Don samar da 1,000 Nm³/h H2daga methanol, ana buƙatar abubuwan amfani masu zuwa:
- 500 kg / h methanol
- 320 kg / h demineralised ruwa
- 110 kW wutar lantarki
- 21T/h ruwan sanyi
Fasalolin gyaran tururi na kan-site na TCWY sune kamar haka
Karamin ƙira mai dacewa da isar da iskar hydrogen akan kan layi:
Karamin ƙira tare da ƙarancin zafi da asarar matsa lamba.
Kunshin yana sa shigarwar sa akan rukunin yanar gizo mai sauƙi da sauri.
High-tsarki hydrogen da Rage farashi mai ban mamaki
Tsabta na iya daga 99.9% zuwa 99.999%;
The Natural Gas (ciki har da man fetur gas) na iya matsayin ƙasa kamar 0.40-0.5 Nm3 -NG/Nm3 -H2
Sauƙi aiki
Aiki ta atomatik ta maɓallin farawa da tsayawa;
Ana ɗaukar kaya tsakanin 50 zuwa 110% da aiki mai zafi na jiran aiki.
Ana samar da hydrogen a cikin mintuna 30 daga yanayin jiran aiki mai zafi;
Ayyuka na zaɓi
Tsarin sa ido na nesa, tsarin aiki mai nisa, da sauransu.
BAYANIN SKID
| BAYANI | Saukewa: SMR-100 | Saukewa: SMR-200 | Saukewa: SMR-300 | Saukewa: SMR-500 |
| FITARWA | ||||
| Ƙarfin hydrogen | Max.100Nm3/h | Max.200Nm3/h | Max.300Nm3/h | Max.500Nm3/h |
| Tsafta | 99.9-99.999% | 99.9-99.999% | 99.9-99.999% | 99.9-99.999% |
| O2 | ≤1pm | ≤1pm | ≤1pm | ≤1pm |
| Matsi na hydrogen | 10-20 bar(g) | 10-20 bar(g) | 10-20 bar(g) | 10-20 bar(g) |
| BAYANIN CIN AMANA | ||||
| Gas na halitta | Max.50Nm3/h | Max.96Nm3/h | Max.138Nm3/h | Max.220Nm3/h |
| Wutar Lantarki | ~ 22kW | ~ 30kW | ~ 40 kW | ~ 60kW |
| Ruwa | ~80L | ~ 120L | ~ 180L | ~ 300L |
| Matse iska | ~15Nm3/h | ~18Nm3/h | ~20Nm3/h | ~30Nm3/h |
| GIRMA | ||||
| Girman (L*W*H) | 10mx3.0mx3.5m | 12mx3.0mx3.5m | 13mx3.0mx3.5m | 17mx3.0mx3.5m |
| SHARUDDAN AIKI | ||||
| Lokacin farawa (dumi) | Max.1h | Max.1h | Max.1h | Max.1h |
| Lokacin farawa (sanyi) | Max.5h | Max.5h | Max.5h | Max.5h |
| Mai gyara gyara (fitarwa) | 0 - 100% | 0 - 100% | 0 - 100% | 0 - 100% |
| Yanayin yanayin yanayi | -20 °C zuwa +40 °C | -20 °C zuwa +40 °C | -20 °C zuwa +40 °C | -20 °C zuwa +40 °C |
Yawancin hydrogen da aka samar a yau ana yin su ta hanyar Steam-Methane Reforming (SMR):
① Tsarin samar da balagagge wanda ake amfani da tururi mai zafi (700°C-900°C) don samar da hydrogen daga tushen methane, kamar iskar gas. Methane yana amsawa tare da tururi a ƙarƙashin matsa lamba 8-25 (1 bar = 14.5 psi) a gaban mai kara kuzari don samar da H2COCO2. Gyaran tururi shine endothermic-wato, dole ne a ba da zafi ga tsari don ci gaba da amsawa. Ana amfani da iskar gas da gas na PSA azaman mai.
② Canjin canjin iskar gas, carbon monoxide da tururi ana amsawa ta amfani da mai kara kuzari don samar da carbon dioxide da ƙarin hydrogen.
③ A mataki na ƙarshe da ake kira "matsi-swing adsorption (PSA)," ana cire carbon dioxide da sauran ƙazanta daga rafin iskar gas, yana barin ainihin hydrogen mai tsabta.
