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首页> 外文期刊>Journal of Petroleum & Environmental Biotechnology >Natural Gas Hydrate (Clathrates) as an Untapped Resource of Natural Gas
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Natural Gas Hydrate (Clathrates) as an Untapped Resource of Natural Gas

机译:天然气水合物(氯酸盐)作为未开发的天然气资源

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摘要

Rapid growth in energy demand, coupled with the worry of anthropological discharge of CO2 into the environment has seen unusual growth in consumption of natural gas. Exhaustion of conventional reserves of fossil fuel has resulted in the rise of their price which has led to exploitation of novel resources through modern technologies. Methane gas hydrates is one such source of methane gas which is captured in crystalline ice like structure in permafrost regions and under the sea in outer continental margins. It is evaluated that total amount of carbon in the form of methane Clathrate is far more than the carbon content in all the fossil fuel reserves put together and hence these are seen as the future potential energy resource. CO2 capturing is gaining high attention being a major greenhouse gas. CO2 Sequestration of gas hydrates can take out methane from Gas hydrates and can reduce the global warming by achiveing two objectives of giving new resource of energy methane the burning fuel by reducing pollution.
机译:能源需求的快速增长,再加上人类学上将二氧化碳排放到环境中的担忧,导致天然气消耗量异常增长。传统化石燃料储备的枯竭导致其价格上涨,从而导致通过现代技术开采新资源。甲烷水合物是甲烷的一种来源,甲烷被捕获在多年冻土区和外大陆边缘海底的结晶冰状结构中。据评估,笼形甲烷甲烷形式的碳总量远远超过所有化石燃料储量中的碳含量,因此,这些被视为未来的潜在能源。二氧化碳捕获作为一种主要的温室气体正受到高度关注。二氧化碳封存天然气水合物可从天然气水合物中吸收甲烷,并通过实现两个目标,即通过减少污染为燃烧的燃料提供新的能源甲烷资源,从而减少全球变暖。

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