Natural Gas Hydrate Exploitation Technology and Global Development Status
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In this paper, the authors investigated the current situation and future development arrangement of combustible ice exploration and development in various countries around the world, and introduced relevant principles, applications, advantages and disadvantages of combustionable ice mining technology.Abstract:
As the world recognized clean and efficient energy, combustible ice has attracted the attention and investment of governments. By investigating the current situation and future development arrangement of combustible ice exploration and development in various countries around the world, this paper introduces relevant principles, applications, advantages and disadvantages of combustible ice mining technology. Hope to provide reference for relevant research.read more
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Numerical Simulation of Gas Hydrate Bearing Sediments for Enhanced Recovery Using Partial Oxidation Method
TL;DR: In this paper, the results of numerical simulation of partial oxidation method as a method of enhanced recovery for gas hydrates were reported. But the fundamental data was obtained by a series of experiment of partial oxidization in a vessel simulated as a situation of marine sediments.
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Electrical Heating of Hydrate Sediment For Gas Production
TL;DR: In this article, the authors examined the efficiency of electrical heating of the hydrate core for gas production and found that alternating current (AC) heating with depressurization and additional electrode heating of hydrate sediment saturated with electrolyte solution was confirmed to enable gas production from sediment with less electric power.
Journal Article
Discussion on natural gas hydrate production technologies
Journal Article
Depressurization and Electrical Heating of Hydrate Sediment for Gas Production
TL;DR: In this article, the authors examined the efficiency of electrical heating of the hydrate core for gas production and found that alternating current (AC) heating with depressurization and additional electrode heating of hydrate sediment saturated with electrolyte solution was confirmed to enable gas production from sediment with less electric power.