環境工学総合シンポジウム講演論文集
Online ISSN : 2424-2969
セッションID: 422
会議情報
422 CO_2ハイドレート発電装置の熱効率の向上 : 生成と解離による反応熱の再利用とタービンでの冷熱回収の検討(新エネルギー(2))
川合 政人小原 伸哉奥田 学清水 良平菊池 祥庸石川 恭介
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Gas hydrate is a compound that consists of guest molecules and water molecules, is formed by pressuring and cooling to become a condition of certain pressure and temperature. When the gas hydrate formed into a gas-tight container is heated, the dissociation of the gas hydrate increases pressure in the container. The magnitude of this pressure increase is comparable to that of the cylinder pressure of an internal combustion engine. In this paper, it is considered that two approaches for improving the thermal efficiency of the power generator. The first approach is is to be reused with each reaction heat of formation and dissociation. And second approach is to use recovery heat that occurs when the working gas expands in the turbine for formation of hydrate. Numerical analysis was carried out to investigate of above approaches using Englezos-Bishnoi model.
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