活性炭循环能源系统的可能性

Y. Kato
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引用次数: 0

摘要

探讨了一种基于碳循环利用的新型能源转换系统。提出了碳中和能源系统(acre)的概念。利用无二氧化碳排放的热源将二氧化碳人工再生为碳氢化合物,再生的碳氢化合物作为能量载体介质循环再利用。通过与氢能系统的热力学比较,验证了该系统的可行性。与氢气相比,一氧化碳的能量密度相对较高,对常规化工、钢铁和高温制造业的可接受性较高,因此最适合作为acre的回收碳介质。高温气体反应堆是一个很好的动力源。以一氧化碳为循环介质的acro有望成为反应器的高效能源利用系统之一。
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Possibility of active carbon recycle energy system
A new energy transformation system based on carbon recycle use was discussed. A concept of an Active Carbon Neutral Energy System (ACRES) was proposed. Carbon dioxide is regenerated artificially into hydrocarbons by using a heat source with non-carbon dioxide emission, and the regenerated hydrocarbon is re-used cyclically as an energy carrier media in ACRES. Feasibility of ACRES was examined thermodynamically in comparison with hydrogen energy system. Carbon monoxide was the most suitable for a recycle carbon media in ACRES because of relatively high energy density in comparison with hydrogen, and high acceptability to conventional chemical, steel and high-temperature manufacturing industries. A high-temperature gas reactor was a good power source for ACRES. ACRES with carbon monoxide as recycle media was expected to be one of the efficient energy utilisation systems for the reactor.
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