Stratigraphic reservoir characterization for petroleum by Roger M. Slatt PDF
By Roger M. Slatt
Reservoir characterization as a self-discipline grew out of the popularity that extra oil and gasoline should be extracted from reservoirs if the geology of the reservoir was once understood. ahead of that awakening, reservoir improvement and creation have been the world of the petroleum engineer. in truth, geologists of that point may have felt slighted if requested via company administration to maneuver from a thrilling exploration task to a extra mundane task operating with an engineer to enhance a reservoir's functionality. Slowly, reservoir characterization got here into its personal as a quantitative, multidisciplinary activity requiring an unlimited array of abilities and information units. probably the most important attractor to changing into a reservoir geologist used to be the appearance of quick computing, through visualization courses and theaters, all of which enable younger geoscientists to perform their computing abilities in a hugely technical paintings surroundings. additionally, the self-discipline grew in parallel with the evolution of information integration and the appearance of asset groups within the petroleum undefined. eventually, reservoir characterization flourished with the quantum advancements that experience happened in geophysical acquisition and processing options and that permit geophysicists to photo inner reservoir complexities.
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Extra info for Stratigraphic reservoir characterization for petroleum geologists, geophysicists, and engineers, Volume 6
B is a model showing the distribution of permeability. D shows plan views of the models shown in A and C. After Chapin et al. (2000). Fig. 31. Several iterations of channel sandstone distribution using the common constraint of 35% sand within the model volume. After Larue and Friedmann (2000). 8 The value of case studies Because reservoir characterization is a comprehensive field, with many disciplines involved, it is difficult to compile all its various components into a single book. This book is intended to provide an overview, or introduction, to the field of reservoir characterization.
A) A typical ground surface, with no indication of the geology that lies beneath the surface. (B) The Grand Canyon, which shows the internal structure and stratigraphy that is present beneath the ground surface at this locale. The roles of the geologist and the geophysicist are to image and evaluate the subsurface geology when it is not readily observable. in the subsurface (Fig. 10B). The vertical axis is recorded not in depth beneath the ground surface, but rather, as two-way traveltime (TWT).
Improving computing speed is a constant challenge for hardware developers, because geoscientists always want to see the results of their studies as soon as possible. Even more importantly, geoscientists want to be able to input everlarger volumes of data in order to build more-sophisticated and detailed (realistic) reservoir models for fluid-flow simulation. , 1996). Advances in computer storage capacity and speed of data manipulation now allow rapid analysis of vast amounts of information for exploration and production (however, there is still the need for more and faster data gathering and manipulation).
Stratigraphic reservoir characterization for petroleum geologists, geophysicists, and engineers, Volume 6 by Roger M. Slatt