Evaluating Resource Potential of Gas hydrate Using EMT - Ghosh, Ranjana;Ojha, Maheswar;Sain, Kalachand
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This book contains development of a method to evaluate resource potential of gas hydrate, which is an important alternative energy resource. Gas hydrate is deposited in sediment where pressure is very high and temperature is low in various forms like pore-filling, fracture-filling etc. Effective medium theory (EMT), a rock physics model based on the first principal of physics, is applied here for quantitative estimation of gas hydrate to meet different geological conditions as well as different gas hydrate morphologies. The effectiveness of the EMT is established through case studies of KG…mehr

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Produktbeschreibung
This book contains development of a method to evaluate resource potential of gas hydrate, which is an important alternative energy resource. Gas hydrate is deposited in sediment where pressure is very high and temperature is low in various forms like pore-filling, fracture-filling etc. Effective medium theory (EMT), a rock physics model based on the first principal of physics, is applied here for quantitative estimation of gas hydrate to meet different geological conditions as well as different gas hydrate morphologies. The effectiveness of the EMT is established through case studies of KG basin, India; Cascadia margin, Canada; Blake Ridge, USA; and Makran Accretionary prism, Pakistan.
Autorenporträt
Ranjana Ghosh, M.Sc. Tech. (ISM Dhanbad, India, 2003), Ph.D. (OU, Hyderabad, India, 2009) and Post-doctoral Fellow from the UTIG, Austin, TX, USA in Geophysics, has joined as scientist at NGRI, Hyderabad, India. Her main research interests include rock physics modeling, processing and inversion of MCS data.