Petroleum Engineering

Texas A&M researchers will work to harness energy from petroleum by extracting hydrogen while leaving the carbon underground.

A Texas A&M researcher is investigating how to recover valuable elements contained in produced water, a byproduct of oil and gas operations.

David Dunlap ’83, for whom the Dunlap Drill Field at the Music Activities Center is named, is known for his dedication to his alma mater.

Their novel monitoring system can rapidly monitor carbon dioxide sequestered underground.

A Texas A&M petroleum engineering graduate student developed a novel approach to understanding proppant transport and fracture flows.

Clear feedback of fracturing processes is now possible thanks to an advanced algorithm developed by researchers at Texas A&M and the Colorado School of Mines.

Texas A&M researchers have a novel idea to capture carbon dioxide and water from passenger car exhaust and use them in urban greenhouses for food production.

Department of Energy funding is helping Texas A&M researchers refine drilling methods and create cost-saving models for future geothermal energy companies.

A Texas A&M graduate student interprets passive sounds from fractured rock to catalog and map the subsurface channels needed for geothermal energy.

Texas A&M researchers designed a new reinforcement-based system that automates the prediction of subsurface environments.