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CO{sub}2 Solubility into Water with Clathrate Hydrate

机译:CO {亚} 2用包合物水合物溶解到水中

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Sequestration of liquid CO{sub}2 into intermediate depth ocean or underground has been considered as a means to reduce atmospheric concentration of the greenhouse gas and to mitigate global warming. The solubility of CO{sub}2 into pure water was investigated under high pressure (7-12MPa) condition. Temperature was varied between 3~20 Celsius degree. CO{sub}2 clathrate hydrate film was formed in lower temperature. Saturated concentrations of CO{sub}2 were determined by expanding dissolved gas. Even with the clathrate sometimes the solubility was quite large as same as without the clathrate, however, it seemed not exactly equilibrium. The solubility decreased with decreasing temperature and with decreasing pressure, though S. Yang, et al. reported it was smaller with higher pressure condition in some lower temperature condition.
机译:液体CO {Sub} 2中的中间深度海洋或地下的固定被认为是降低温室气体大气浓度的手段,并减轻全球变暖。在高压(7-12MPa)条件下研究了CO {亚} 2进入纯水中的溶解度。温度在3〜20摄氏度之间变化。 CO {亚} 2在较低温度下形成Clathrate水合物膜。通过膨胀溶解气体测定饱和浓度的CO {SUB} 2。即使有脾气有时,溶解度也与没有克拉特的溶解度相同,然而,似乎没有完全平衡。溶解度随着温度降低和降低压力而降低,但压力降低,但S. Yang等。报道其在一些较低的温度条件下具有更高的压力条件较小。

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