利用微波辐照快速简便地合成生物燃料

A. Quitain, S. Katoh, M. Sasaki, M. Goto
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引用次数: 7

摘要

研究了微波辐照多相催化合成生物柴油和生物乙基醚两种前景广阔的生物燃料。结果表明,即使在不到1分钟的短时间内,生物柴油的产量也显著增加。获得的散装温度低于60°C。以ETBE合成为例,微波功率350W,辐照时间1min,混合物达到溶剂热条件,EtOH转化率接近90%。催化剂的转化率和产率与温度、微波辐照功率、时间和催化剂用量等操作参数有关。所提出的方法提供的好处包括能源效率,紧凑过程的发展,快速加热和即时开关过程(即时加热-冷却过程)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rapid facile biofuel synthesis by microwave irradiation
Heterogeneously catalyzed syntheses of two promising biofuels (i. e. biodiesel and bioETBE) by microwave irradiation was investigated. Results showed a significant increase in the yield of biodiesel even at short time less than 1 min. The attained bulk temperatures were below 60°C. In case of ETBE synthesis, at a microwave power of 350W, and irradiation time of 1 min, the mixture reached solvothermal conditions obtaining EtOH conversion closed to 90%. The conversion and yield were found to be dependent on operating parameters such as temperature, microwave irradiation power, time and amount of catalysts. The proposed method offer benefits including energy efficiency, development of a compact process, rapid heating and instant on-off process (instant heating-cooling process).
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