Securing Louisiana’s Energy Future

student in chemical engineering lab

Serving the State of Louisiana

For decades, LSU has helped the people and government of Louisiana understand, adapt, and get the most value from changes in the energy industry through:

  • Research, data, and policy analysis
  • Industry and government partnerships
  • Community engagement
Shyam Menon Lab

Accelerating Energy Innovation

Energy is ever-evolving to meet worldwide demands. LSU’s Energy Institute leads the development of new energy technologies to:

  • Support the economic well-being of everyone in Louisiana
  • Unlock new opportunities for industry growth
  • Attract top talent and investment
     

 

A Winning Team for Energy in Louisiana

The interdisciplinary LSU Energy Institute is designed to strengthen the university’s leadership—and resulting impact—in energy systems, natural resource management, and innovation. Its primary purpose is to serve the State of Louisiana and support LSU’s Scholarship First Agenda, which elevates energy as one of five core focus areas for research that are critical to the future of our state, nation, and world. The Energy Institute builds on the successes of LSU’s Institute for Energy Innovation, Center for Energy Studies, and the LSU-led FUEL team while assuming a leadership role in how the university engages with its partners—industry, communities, donors, and state and federal agencies—through energy research and service.

Learn More about LSU’s vision for energy

 

Celebrating the Success of FUEL 

In 2024, LSU led a team to win the largest award in National Science Foundation history, $160 million, for Future Use of Energy in Louisiana, or FUEL. A consortium of more than 50 academic, industry, agency, and capital partners, FUEL is creating more jobs, developing solutions to energy challenges, and helping to train the world’s energy workforce. 

Learn More ABOUT FUEL

Energy Research in Action

A collaborative team of researchers has won a first-of-its-kind grant from the National Science Foundation to bring 10 of the country’s most brilliant research students to LSU to pursue a Ph.D. and emerge as leaders in energy and environmental science.

Highly efficient electrolyzers developed at LSU can transform CO2 into the basic building blocks we need to make carbon-based products such as sunglasses, detergents, clothing, and food.

The team’s goal is to build a bigger user community around HPX, a software library developers can use to create faster, more powerful, and energy-efficient applications.

Powering Progress: LSU Drives Energy Discoveries

With a deep commitment to research and development, LSU has established itself as an energy leader, forging strategic partnerships with industry giants and academic institutions to accelerate the transition to a stronger energy future.

Transforming Ag Waste into Liquid Fuels

LSU recently secured $7 million in funding from the National Science Foundation to help farmers and energy companies transform sugarcane bagasse (and more) into highly valuable liquid fuels. Read more

Tiger Skid Protects Critical Energy Infrastructure

LSU is the 1st university in the nation to partner with CISA, DHS, and Idaho National Lab on a unique research and education model for cybersecurity for critical energy infrastructure. Read more

Driving Economic Development in Energy

LSU enabled the global innovation hub Newlab to move to Louisiana and invest $50 million to accelerate startups and technology development for energy efficiency, carbon management.  Read more

From Lab to Life: We Bring the Energy

Student pours yellow liquid into beaker.

Plant-based precursors can be converted into liquid hydrocarbons, such as detergents and fuels, using renewable energy. 

View of the Center for River Studies river model.

The LSU Center for River Studies on the Baton Rouge Water Campus supports Louisiana’s energy industry and communities through coastal and river management and research.

 Noemie Elgrishi teaches a class of engineering students.

Noémie Elgrishi, assistant professor in the Department of Chemistry, researches solutions that can help convert CO2 into useful carbon products to enable a circular carbon economy.

Engineering student peers through a microscope.

Research on more efficient and selective electrocatalysts to produce hydrogen (H2) and oxygen (O2) from water decreases the costs of clean fuels and chemicals.

Aerial view of the PERTT lab with Tiger Stadium in the distance

LSU’s Petroleum Engineering Research, Training & Testing (PERTT) Lab facility on the flagship campus will be used to study the transport and underground storage of CO2.