首页> 外文会议>The 2003 International Solar Energy Conference Mar 15-18, 2003 Kohala Coast, Hawall >HYDROGEN PRODUCTION VIA THE SOLAR THERMAL DECARBONIZATION OF FOSSIL FUELS
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HYDROGEN PRODUCTION VIA THE SOLAR THERMAL DECARBONIZATION OF FOSSIL FUELS

机译:化石燃料的太阳能热脱碳制氢

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摘要

Two hybrid solar/fossil-fuel endothermic processes, in which fossil fuels are used exclusively as the chemical source for H_2 production, and solar energy as the source of high-temperature process heat, are considered: 1) the solar thermal decomposition; and 2) the solar steam gasification/reforming. These processes offer viable and efficient routes for fossil fuel decarbonization and CO, avoidance. The advantages of the solar-driven process are three-folded: a) the discharge of pollutants is avoided; b) the gaseous products are not contaminated; and c) the calorific value of the fuel is upgraded.
机译:考虑了两种太阳能/化石燃料吸热混合过程,其中化石燃料仅用作生产H_2的化学源,而太阳能则用作高温过程的热源:1)太阳热分解; 2)太阳蒸汽气化/重整。这些过程为化石燃料的脱碳和避免二氧化碳提供了可行和有效的途径。太阳能驱动过程的优点有三方面:a)避免了污染物的排放; b)气态产品未被污染; c)提高了燃料的热值。

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