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Reservoir Geomechanics Mark D. Zoback
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Understanding the best way to develop an unconventional reservoir requires an understanding of the rocks and a working relationship between drilling, geology, stimulation, and geomechanics. This is of great value as the reservoir rocks which contain hydrocarbons are usually horizontal, or sub-horizontal; a horizontal wellbore placed in a production zone has more surface area in the production zone than a vertical well, . Professor, Offshore Geomechanics at University of Western Australia. Professor Tutuncu said she was teaching new courses on Unconventional Resource Geomechanics and Reservoir Geomechanics for both graduate and undergraduate students. The software also complements Baker Hughes' geomechanical modeling capabilities. Reservoir Geomechanics: Earth Stress and Rock Mechanics Applied to Exploration, Production, and Wellbore Stability. Acquisition Data; Pengolahan GGR; Pemodelan & interpretation of data GGR; Pemodelan geology (petrophysics); Pemodelan geophysics (reservoir characterization / rock physics); Geologi and reservoir geomechanics. A clear understanding of the geomechanical properties and their distribution explains the reservoir heterogeneity and thus the variation in economic ultimate recovery (EUR) between wells. While the need for customary applications of structural geology in the petroleum industry has not waned, in the last few years the importance of reservoir geomechanics has increased many-fold. Considering those several unique features of CBM, which lead to a rather complex nature of reservoir formation, many evaluations and modeling absolutely are needed for optimized development of CBM. Has a depth of experience with reservoir characterisation, core and well log analysis and geomechanics, as well as 3D modelling and simulation expertise with various sofwares (Eclipse, VIP).