Driskill B.,Royal Dutch Shell |
Walls J.,Ingrain Inc. |
DeVito J.,Ingrain Inc. |
Sinclair S.W.,Matador Resources Company
AAPG Memoir | Year: 2013
Laboratory measurements of porosity, permeability, and fluid saturation are routinely acquired from core samples to quantify petrophysical data for shale reservoir studies. However, these measurements do not provide information regarding the microstructural character of the mineral matrix, organic matter distribution, and pore network. New imaging techniques using focused ion beam scanning electron microscopy (FIB-SEM) were applied to a subset of prepared core samples from four wells to study the microstructural character of the Cenomanian-Turonian Eagle Ford Formation in the Maverick Basin, south Texas, in the United States. The studied wells span a wide range of organic thermal maturity from the oil window to the dry-gas window. Sixteen digital rock physics (DRP) models were prepared from three-dimensional (3-D) SEM image volumes to quantify volumes of mineral matrix, organic matter, and pore space. The results of this study revealed organic matter pore type, pore size and permeability vary by stratigraphic interval and the degree of thermal maturity. Pendular organic matter with bubble pores was more common in the oil window. Both pendular and spongy organic matter types with bubble and foam pores were common in the gas/condensate window. Organic matter pores from samples within the dry-gas window had smaller average pore diameters and lower permeability than samples within the oil window. Comparison of core porosity and permeability measurements derived from DRP models with laboratory core measurements showed broad similarities, indicating that despite the small analysis volume involved with FIB-SEM 3-D image volumes, the DRP models prepared in this study were generally representative of the larger core samples. Copyright © 2013 by The American Association of Petroleum Geologists. Source
Matador Resources Company | Entity website
July 2016?Calendar HelpThis calendar contains six months of past and future company related information, which may include press releases, SEC filings, calendar events and more. Dates containing information are indicated by a colored background ...
DALLAS--(BUSINESS WIRE)--Jun. 27, 2016-- Matador Resources Company (NYSE: MTDR) (Matador or the Company), an independent energy company engaged in the exploration, development, production and acquisition of oil and natural gas resources, with an emphasis on oil and natural gas shale and other unconventional plays and with a current focus on its Delaware Basin operations in Southeast New Mexico and West Texas, today announced an increase in the size of its Board of Directors and the appointment of two new directors ...
Matador Resources Company is an independent energy company engaged in the exploration, development, production and acquisition of oil and natural gas resources in the United States, with an emphasis on oil and natural gas shale and other unconventional plays.Our current operations are focused primarily on the oil and liquids-rich portion of the Wolfcamp and Bone Spring plays in the Permian Basin in Southeast New Mexico and West Texas and the Eagle Ford shale play in South Texas ...