220206 メタノールオートサーマル改質反応における過剰空気の影響(OS12 燃焼工学の新展開,オーガナイズド・セッション)
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概要
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Influence of the excess air for the methanol auto-thermal reforming was investigated experimentally. Catalyst temperature and H_2 flow rate of reforming gas were measured for φ<1.0. When φ is changed from φ=1.0, the catalyst temperature gradually increases until φ=0.6. It indicates that POX selectively occurs with methanol. At φ=0.5, all methanol reacts with excess air by POX. When φ is decreased from φ=0.6, catalyst temperature keeps constant because no methanol is left, with further decrease in φ, the catalyst temperature increases once again because the excess air reacts with reformed H_2 as a combustion.
- 一般社団法人日本機械学会の論文
- 2011-03-17