| 摘要 |
<p>Carbonaceous fuel is oxidised to form carbon monoxide and hydrogen, which is then catalytically shifted to produce hydrogen and carbon dioxide for combustion in the generation of power. Methanol is cracked using the heat of the shift reaction to produce more hydrogen and carbon monoxide, which optionally may be subject to a shift reaction, to provide additional fuel to meet peaks in the demand for power. The heat evolved by the shift reaction may be transferred to a methanol cracking vessel using a thermal fluid for indirect heat transfer or a methanol cracking vessel may be embedded in the shift catalyst bed. In a further alternative the methanol may be cracked over the shift catalyst bed.</p> |
