Titlebook: Exploration and Production of Oceanic Natural Gas Hydrate; Critical Factors for Michael D. Max,Arthur H. Johnson Book 2019Latest edition Sp

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Book 2019Latest editionvative use and modification of existing technologies, as well as new approaches and technologies that have the potential to dramatically lower the cost of NGH exploration and production..Above all, the book compares the physical, environmental, and commercial aspects of the NGH system with those of

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Shahrukh Rafi Khan,Zeb Rifaqat,Sajid Kazmigy resources, with particular attention to traditional fossil fuels and other sources of energy. NGH appears to have the lowest overall technical risk factors, with particularly low pollution and environmental risk, which suggests that NGH resources could safely supply natural gas even in environmentally fragile regions such as the Arctic Ocean.

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Energy Resource Risk Factors,gy resources, with particular attention to traditional fossil fuels and other sources of energy. NGH appears to have the lowest overall technical risk factors, with particularly low pollution and environmental risk, which suggests that NGH resources could safely supply natural gas even in environmentally fragile regions such as the Arctic Ocean.

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Economic Characteristics of Deepwater Natural Gas Hydrate,ation in permafrost regions and in marine sediments where temperature, pressure, and gas flux are suitable. NGH compresses methane and minor other gases by about 164 times (above 1 atm @ STP) within the crystal structure. Greater than 95% of the NGH resource is found sediments below seafloors that a

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Exploration for Deepwater Natural Gas Hydrate,ted exploration techniques, suggests that near-term extraction of natural gas from the resource is feasible. Sandy marine turbidite sediments in the Nankai (Japan) and Walker Ridge (US—Northern Gulf of Mexico) localities have been proven to host high concentrations of NGH. NGH is a stratigraphic pla

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Leveraging Technology for NGH Development and Production,e been proven wrong through technology development. Migration of exploration and production technology to frontier regions, deeper water, and harsher conditions more remote from land is necessary for the oil and gas industry to create the largest value of potential new resources and diversity supply