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摘要

本文论证了利用超临界水(SCW)从有机原料中制氢的可能性。对于产氢速率,即气化速率和分解气体中氢的浓度,OH自由基的数量是最重要的因素之一,其中使用一元醇可以观察到CO2浓度的降低和甲烷浓度的增加。从实际应用的角度来看,甘油是利用超临界水制氢的最合适的候选者之一。甘油是利用植物油酯反应生产生物柴油的副产物。如果BDF的利用得到推广,甘油的剩余材料可用于SCW制氢,成本效益也可以预期
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Hydrogen generation using supercritical water
The possibility of hydrogen generation from the organic materials using supercritical water (SCW) was demonstrated in this paper. As for the hydrogen generation rate, i.e. the rate of gasification and the concentration of hydrogen in the decomposed gases the number of OH radical is one of the most important factors, where the decrease of the concentration of CO2 and increase of methane can be observed in case of using monohydric alcohol. From the practical view point, glycerin is one of the most suitable candidates for the hydrogen generation using the SCW. Glycerin can be obtained as by-product generated in the course of the bio-diesel (BDF) production using ester reaction of vegetable oils. If the utilization of BDF is spread, the rest material of glycerin can be used for the hydrogen generation using SCW and cost merit can also be expected
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