Reaksje prinsipe
CH3OH→CO+2H₂-Q
CO+H₂O→CO₂+H₂+Q
HYDROGEN BY METHANOL REFORMING Technyske eigenskippen
● Leech materiaal en enerzjyferbrûk, lege produksjekosten
● Mature technology, feilich en betrouber
● Tagonklike grûnstofboarne, handige ferfier en opslach, tafelpriis
● Ienfâldige proseduere, hege automatisearring, maklik te betsjinjen
● Hege yntinsivearring (standert modularisaasje), delikate uterlik, hege oanpassingsfermogen op bouplak
● Fersmoarging frij
HYDROGEN BY METHANOL REFORMING Plant SKID SPESIFIKASJES
| SPESIFIKASJES | 100 Nm3/h | 200 Nm3/h | 300 Nm3/h | 500 Nm3/h |
| OUTPUT |
| Hydrogen Kapasiteit | Max. 100 Nm3/h | Max. 200 Nm3/h | Maksimum 300 Nm3/h | Max. 500 Nm3/h |
| Purity | 99,9-99,999% | 99,9-99,999% | 99,9-99,999% | 99,9-99,999% |
| Heating oanbod | Eksterne waarmte conduction oalje Temperatuer 220 ~ 290 ℃ | Eksterne waarmte conduction oalje Temperatuer 220 ~ 290 ℃ | Eksterne waarmte conduction oalje Temperatuer 220 ~ 290 ℃ | Eksterne waarmte conduction oalje Temperatuer 220 ~ 290 ℃ |
| Hydrogen druk | 0,6 ~ 2,5 MPa | 0,6 ~ 2,5 MPa | 0,6 ~ 2,5 MPa | 0,6 ~ 2,5 MPa |
| CONSUMPTION DATA |
| Methanol | 0.53~0.55 | 0.53~0.55 | 0.53~0.55 | 0.53~0.55 |
| Elektrisiteit | 1,0 kw | 1,5 kw | 2,5 kw | 4 kw |
| Desalted wetter | 32 kg/h | 64 kg/h | 96 kg/h | 160 kg/h |
| Circulating koelwetter | 3000 kg/h | 6000 kg/h | 9000 kg/h | 15000 kg/h |
| Komprimearre loft | 30 Nm3/h | 30 Nm3/h | 30 Nm3/h | 40 Nm3/h |
| DIMENSJES |
| Grutte (L*W*H) | 2,4mx8mx3,5m | 2,4mx9mx3,5m | 2,4mx10mx3,5m | 2,4mx12mx3,5m |
| OPERATIONELE BETINGINGEN |
| Opstarttiid (waarm) | Max.10~30 min | Max.10~30 min | Max.10~30 min | Max.10~30 min |
| Opstarttiid (kâld) | Max. 30 ~ 60 min | Max. 30 ~ 60 min | Max. 30 ~ 60 min | Max. 30 ~ 60 min |
| Modulaasjereformator (útfier) | 0 - 100 % | 0 - 100 % | 0 - 100 % | 0 - 100 % |
| Ambient temperatuer berik | -20 °C oant +40 °C | -20 °C oant +40 °C | -20 °C oant +40 °C | -20 °C oant +40 °C |
