Innovation critical to continued development of unconventional program
Shale experts came to this year’s Unconventional
Resources Technology Conference in San Antonio
for its strong technical program.
Experts in unconventional oil and gas gathered at the Unconventionals Resources Technology Conference (URTeC) in San Antonio, Texas, in early August to exchange new technologies and best practices in the exploration and production of unconventional oil and gas.
The annual conference provides an opportunity to take stock of the current industry downturn and the future outlook for unconventional reservoirs, particularly in the United States.
Saudi Aramco has been a sponsor, exhibitor, and technical session participant since the conference debuted in 2013. Organized by the American Association of Petroleum Geologists (AAPG), the Society of Petroleum Engineers (SPE), and the Society of Exploration Geophysicists (SEG), the conference attracted 2,400 professionals, with nearly 600 technical presentations divided into 13 themes that ranged from geomechanics to production performance and well completion, and stimulation practices.
Aramco participation adds an international dimension to the conference, and this year, six technical presentations illustrated the company’s continued advancement of the company’s unconventionals program and the strength of research and development activities related to shale and tight gas.
A well-attended session at the conference featured Saudi Aramco’s Mohammed Al Duhailan, a geophysicist on the Jafurah Emerging Unconventional Asset Team, who provided an understanding of petroleum system chemistry from Jurassic source rocks to produce hydrocarbons. The paper, “Differential Maturation, Generation, and Expulsion of Petroleum: Causes and Effects on Jurassic Unconventional Resources in Saudi Arabia,” examined source rock behavior and mapping of various factors to ultimately identify sweet spots for shale gas potential in the Arabian Basin.
A second paper from Al Duhailan, “Integrated Analysis of Abnormal Pressures in Source Rock,” attracted the same following of attendees interested in Aramco’s research in modeling petroleum generation pressures that build up in source rock. Pressure models have implications for overall exploration and production strategy, he noted.
A trio of papers from petroleum engineers at the Aramco Research Center- Houston dealt with a variety of topics. Onur Balan presented “Optimization of Well and Stage Spacing for Tight/Shale Gas Reservoirs” during a standing room only e-poster session. Jilin Zhang related mineralogy and rock texture to shale rock strength during his discussion, and Jinhong Chen examined pore fluid behavior in a session dedicated to flow behavior from nanopores to reservoir scale.
Terry Hagiwara from Aramco Services Company (ASC) Upstream contributed to the technical program by illustrating the relationship between permeability and formation factors during his talk “Predicting Permeability Anisotropy from Resistivity Anisotropy.”
During URTeC, ASC Staffing Services met with professionals in geology, geophysics, petrophysics, reservoir engineering, and geomechanics who were interested in learning more about the company’s unconventionals progress and program.
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