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Global marine modeling of CO<sub>2</sub> hydrate stability. [PDF]
Sci RepTinivella U, Giustiniani M.
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Molecular Simulation of Hydrogen Systems: From Properties and Methods to Applications and Future Directions. [PDF]
Chem RevRahbari A +11 more
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Application of CO<sub>2</sub> - MICP technology on deep water formation drilling. [PDF]
Sci RepXiong L +4 more
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Compressibility of Gas Hydrates
ChemPhysChem, 2011AbstractExperimental data on the pressure dependence of unit cell parameters for the gas hydrates of ethane (cubic structure I, pressure range 0–2 GPa), xenon (cubic structure I, pressure range 0–1.5 GPa) and the double hydrate of tetrahydrofuran+xenon (cubic structure II, pressure range 0–3 GPa) are presented. Approximation of the data using the cubic
Andrey Yu, Manakov +5 more
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2003
Many gas hydrates are stable in deep-ocean conditions, but methane hydrate is by far the dominant type, making up >99% of hydrate in the ocean floor (Chapter 2). The methane is almost entirely derived from bacterial methanogenesis, predominantly through the process of carbon dioxide reduction. In some areas, such as the Gulf of Mexico, gas hydrates are
William P. Dillon, Michael D. Max
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Many gas hydrates are stable in deep-ocean conditions, but methane hydrate is by far the dominant type, making up >99% of hydrate in the ocean floor (Chapter 2). The methane is almost entirely derived from bacterial methanogenesis, predominantly through the process of carbon dioxide reduction. In some areas, such as the Gulf of Mexico, gas hydrates are
William P. Dillon, Michael D. Max
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Journal of Petroleum Technology, 1991
Technology Today Series articles provide useful summary information on both classic and emerging concepts in petroleum engineering. Purpose: To provide the general reader with a basic understanding of a significant concept, technique, or development within a specific area of technology.
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Technology Today Series articles provide useful summary information on both classic and emerging concepts in petroleum engineering. Purpose: To provide the general reader with a basic understanding of a significant concept, technique, or development within a specific area of technology.
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2016
The chapter describes the history and current state of the art in gas hydrate technology. Both industrial and naturally occurring gas hydrates are described, with effects of other flow assurance subjects, paraffin wax, and corrosion. Authors formulate priority areas for the academic research on gas hydrates. Some data and tools for practicing engineers
Yuri F. Makogon, Taras Y. Makogon
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The chapter describes the history and current state of the art in gas hydrate technology. Both industrial and naturally occurring gas hydrates are described, with effects of other flow assurance subjects, paraffin wax, and corrosion. Authors formulate priority areas for the academic research on gas hydrates. Some data and tools for practicing engineers
Yuri F. Makogon, Taras Y. Makogon
openaire +1 more source