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Synthesis of Methane Hydrate in an Unconsolidated Medium

机译:在非固结介质中合成甲烷水合物

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Under certain conditions of low temperature and high pressure, mixtures of small gas molecules and water form crystalline, ice-like compounds called clathrate hydrates. It is believed that large quantities of natural deposits of methane hydrate are formed in Unconsolidated media from natural gas and water. Development of recovery techniques for this potential natural gas resource requires comprehensive laboratory investigations of engineering properties, which in turn require a capability for repro-ducibly synthesizing methane hydrate in Unconsolidated matrix materials. This paper presents a procedure for synthesizing methane hydrate in an Unconsolidated sand matrix. Results of dissociation experiments indicate that the samples prepared according to this procedure are relatively homogeneous and suitable for use in investigations of mechanical and other properties. The methane hydrate content and porosity of the samples can be controlled in the procedure developed.
机译:在某些低温和高压条件下,小气体分子和水的混合物形成结晶的冰状化合物,称为笼形水合物。可以相信,天然气和水在非固结介质中形成了大量的甲烷水合物天然沉积物。为开发这种潜在天然气资源的回收技术,需要对工程特性进行全面的实验室研究,进而需要具有可重现性地合成未固结基质材料中甲烷水合物的能力。本文提出了一种在非固结砂土中合成甲烷水合物的方法。解离实验的结果表明,根据该程序制备的样品相对均质,适合用于机械和其他性能的研究。样品中的甲烷水合物含量和孔隙率可以通过开发的程序进行控制。

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