Titlebook: Natural Gas Hydrate - Arctic Ocean Deepwater Resource Potential; Michael D. Max,Arthur H. Johnson,William P. Dillon Book 2013 The Author(s

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NGH as an Unconventional Energy Resource, for blowout so long as prudent and very simple and inexpensive exploration and production methodologies are followed. Pressure, temperature or groundwater chemistry can be altered to achieve dissociation. In addition, conversion can be induced through a controlled dissolution process. Although gas

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Path to NGH Commercialization,of work that generated considerable interest and confirmed that NGH could be a potential natural gas resource. Since then, considerable progress has been made in understanding the NGH genesis as part of a NGH petroleum system. Seismic exploration processing incorporating geotechnical effects of NGH

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NGH Likelihood in the Arctic Ocean,sediments. The resource host here would be the same type of turbidite sand deposits in which conventional hydrocarbons are found at greater depths in these sedimentary prisms. Their genesis is well understood. (2) Because of the very cold seafloor water, the top of NGH stability may be initiated at

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Estimates of the NGH Resource Base in the Arctic Region,oleum system approach for the deepwater NGH resource of the continental slope sediments as part of a worldwide estimate of continental slope and deep continental shelf edge sediments. Estimates have been made for a zone extending about 100 km outward from the slope break. The calculation of gas-in-p

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