GTI Plans Second Permian Basin Field Test Site to Maximize Hydraulic Fracturing Efficiency and Increase Production

The new HFTS2–Delaware field test site located in Block 55 T1, Loving County, Texas will feature different depth, pressures, and permeability than the site of GTI’s first collaborative project, HFTS1–Midland. Each location requires specific techniques for optimal production based on local geologic complexity.

“We’re excited to provide the location that will further this important HFTS project,” said Chad McAllaster, Anadarko Vice President, Delaware Basin Development. “Our industry is continually looking at ways to optimize its operations in a way that maximizes recoveries, while improving environmental performance.”

“We are pleased to be joining with Anadarko as co-hosts in support of the HFTS project,” said Amir Gerges, Shell’s General Manager for the Permian Basin. “This research project will help further advance efficiency in the development of oil and natural gas resources and will contribute to sustaining the U.S. as the world’s leading oil and gas producer.”

The Permian Basin in West Texas is considered one of the largest hydrocarbon resources in the world, covering 86,000 square miles and encompassing 52 counties in New Mexico and Texas.

An increase in shale production from the Permian alone could set the U.S. on a very plausible path toward energy security. Current oil production is approximately 2.4 million barrels per day, and projections suggest that this could more than double over the next seven to 10 years. Natural gas production in the Permian Basin is likely to triple by 2020 from its 2010 level.

This new work will build off HFTS1–Midland, which was also supported by DOE/NETL, along with cofunding from operators and service companies. Laredo Petroleum, Inc. hosted the test site and provided critical geological and reservoir data from many wells in the area.

In September 2015, 400+ fracture stages were completed in 11 Laredo wells in the Wolfcamp formation of the Midland portion of the Permian Basin. A first-of-a-kind through-fracture core sample was produced to document the physical properties of the fractures. Along with comprehensive data, it provided insight on how induced underground fractures spread, which is being used to assess the performance of individual fracture stages. It is the most meaningful data set to date for unconventional oil and gas production, providing ground truth evidence paramount to understanding fractures, validating and developing models, and assessing how predictive analytics can improve the process.