The research proposed by Oklahoma State will help to further develop an understanding of the structural and geologic controls on hydrate occurrence and distribution in Walker Ridge 313 and Green Canyon 955 using new techniques to interpret
gas hydrate occurrences in existing seismic data, along with well data collected during prior Energy Department research efforts at those sites.
Not exact matches
Ohio State University will conduct research in collaboration with the Bureau of Ocean Energy Management to increase our understanding of the
occurrence, volume and distribution of natural
gas hydrates in the northern Gulf of Mexico using more than 1,700 petroleum industry well logs that penetrate the
gas hydrate stability zone, or the offshore depths and locations where
gas hydrates flourish.
The new research projects are intended to advance understanding of the nature and
occurrence of deepwater and Arctic
gas hydrates and their implications for future resource development and environmental performance.
Tim Collett, USGS senior scientist, said: «The discovery of what we believe to be several of the largest and most concentrated
gas hydrate accumulations yet found in the world will yield the geologic and engineering data needed to better understand the geologic controls on the
occurrence of
gas hydrate in nature and to assess the technologies needed to safely produce
gas hydrates.»
Projects are to utilize existing field data, and / or collect field data (including log, core, and remote sensing data) to evaluate the
occurrence, nature, and behavior of
gas hydrate geologic systems.