The Whitacre College of Engineering at Texas Tech University has been awarded a research grant for a project aimed at revolutionizing gas lift optimization in unconventional wells

The Edward E. Whitacre Jr. College of Engineering at Texas Tech University has been awarded a research grant from Estis Compression for a groundbreaking project aimed at revolutionizing gas lift optimization in unconventional wells. The project, titled "Cradle to Grave Gas Lift," is led by Smith Leggett from the Bob L. Herd Department of Petroleum Engineering and Jay Lu from the Department of Chemical Engineering. The initiative promises to enhance the efficiency of gas lift operations, which are crucial for maximizing oil and gas production in rapidly declining unconventional wells.

This project is poised to bring substantial benefits to the College of Engineering, showcasing its commitment to cutting-edge research and technological innovation. The first phase of the project was completed this year, focusing on simulating and analyzing the potential benefits of optimized gas lift injection rates. Results were published last week in Houston at the Society of Petroleum Engineers Artificial Lift Conference and Exhibition. The contract extension allows the research to continue to the second delving into advanced machine learning and optimization techniques, pushing the boundaries of current gas lift technology. 

The success of this project will not only elevate the reputation of the College of Engineering but also position Texas Tech University as a leader in petroleum engineering research. The anticipated outcomes, including published papers and a practical control system, will contribute to the broader field of artificial lift technology and offer valuable tools for operators working in unconventional wells. This project exemplifies the college's role in driving innovation and contributing to the future of energy production.