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and their complementary next generation Production Enhancement technologies.
Several oil and gas companies are directing their efforts toward the exploration and exploitation of the Pearsall Group in South Texas. Initial results are very encouraging with reported initial production rates ranging from 450 to 740 BOPD with 4 to 6 MMCFGPD of associated gas. The play appears to be expanding to the northeast in South Texas and underlies the Eagle Ford Shale. This mixed shale and carbonate reservoir has proved to be challenging in terms of reservoir characterization, predicting producibility potential, estimating ultimate recovery, and optimizing fracture stimulation techniques. Many companies either do not have or are starting to acquire rock property data that are crucial for understanding this reservoir, which is very different from the overlying Eagle Ford Shale.
Therefore, in order to properly evaluate and explore this reservoir, appropriate types of rock property data need to be measured and integrated with log data, stimulation techniques, and production test information. These integrated data sets and case histories will provide operators with the critical parameters to optimize their exploitation of the Pearsall Group and reduce finding and development costs.
The primary objective of this project is to provide operators with measured geological, petrophysical, geomechanical, geochemical, and production properties of the Pearsall in order to improve their formation evaluation and to optimize stimulation and production. Our work suggests that understanding the similarities and differences in these types of reservoirs on a regional basis is the key to successful exploration and exploitation. The resultant database will be an invaluable tool to operators in evaluating, comparing, and designing completion and stimulation methods for the Pearsall. Specifically, the project objectives are as follows:
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