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The understanding of the fluid flow behavior in a reservoir is an essential parameter for maximum oil and gas production and a high recovery factor. This study should visualize the effect of geological structures on reservoir fluid flow. Based on real geological data from a field trip to the deep marine Ainsa Basin in Spain, a reservoir model was created. The collected data and mathematical equations were used to establish rock properties for the simulation runs. Based on the results of the runs, the difference in recovery factors and production rates between a reservoir pressure production…mehr

Produktbeschreibung
The understanding of the fluid flow behavior in a reservoir is an essential parameter for maximum oil and gas production and a high recovery factor. This study should visualize the effect of geological structures on reservoir fluid flow. Based on real geological data from a field trip to the deep marine Ainsa Basin in Spain, a reservoir model was created. The collected data and mathematical equations were used to establish rock properties for the simulation runs. Based on the results of the runs, the difference in recovery factors and production rates between a reservoir pressure production and a production below the pore pressure with artificial methods such as water injection were displayed and discussed.
Autorenporträt
Born in 1988 in Carinthia, Austria and after finishing the secondary school and military service, the author began to study Petroleum Engineering at the Mining University of Leoben, where he kept himself busy with the petroleum engineering world. As a result, this study was penned and finally published. This is his first publication.