Fueling the Future for Louisiana
A Winning Team for Energy Expansion
Led by LSU, Future Use of Energy in Louisiana (FUEL) is a growing team of universities, community and technical colleges, state agencies, and industry and capital partners with an aligned vision for positioning the state to lead the global energy expansion. Funded by a groundbreaking $160 million award from the National Science Foundation, FUEL partners will work together to advance the nation’s capacity for energy innovation through use-inspired research and development that will impact our everyday lives, workforce development to protect current jobs and create new ones, and technology commercialization that will transform ideas into products for the marketplace.
Empowering and Expanding the Energy Workforce
Faculty and students are dedicated to solving emerging challenges in the energy industry, and the university is committed to maximizing their potential through:
- Modernized classroom and research spaces
- New energy-related majors and areas of study
- Partnerships with industry that enable experiential learning for the next generation of energy leaders
Accelerating Energy Innovation
Energy is ever-evolving to meet worldwide demands. The impact of this historic grant will be felt throughout Louisiana for generations to come, and it will:
- Boost the state economy
- Unlock new markets for industry growth
- Attract top talent and businesses to the state
Leading the Charge
LSU stands tall as a leader in forging a brighter future. The newly established Institute for Energy Innovation represents LSU's unwavering commitment to cutting-edge research, driving the development of clean technologies, and shaping the future of energy. LSU is tackling the most pressing energy issues head-on, fostering collaboration across disciplines, and forging deep connections with communities. Through its unwavering dedication to energy research, LSU is illuminating the path towards a more sustainable and prosperous future not just for Louisiana but for the world.
From Lab to Life: Groundbreaking Energy Research
NSF Awards LSU-led Team Energy Innovation Grant
The NSF Engines grant will support Louisiana’s energy industry, create more jobs in the energy sector, develop innovative solutions to energy challenges, and help train the world’s energy workforce. The NSF announced the award at a press conference earlier in Washington, D.C.
Scholarship First in Action
Computer chip that reads We Build Teams That Win.
Powering Progress: LSU at the Forefront of Energy Discoveries
With a deep commitment to research and development, LSU has established itself as a leader in the field, forging strategic partnerships with industry giants and academic institutions to accelerate the transition to a clean energy future.
FUEL will expand LSU’s efforts to solve emerging energy challenges in such areas as sustainable energy, decarbonization, carbon capture and storage, use of carbon dioxide to produce biofuels or bioproducts, water use and management, sustainable manufacturing, and policy development. The NSF grant is the latest transformative federal investment in LSU to lead energy expansion for the nation, joining a list that includes:
Direct Air Capture Hub
LSU recently secured $5 million in funding from the U.S. Department of Energy for a Direct Air Capture Hub to demonstrate a critical component of carbon capture.
Gulf Louisiana Offshore Wind
The Economic Development Administration designated an LSU-led consortium, Gulf Louisiana Offshore Wind, or GLOW, Propeller, as one of only 31 national Tech Hubs positioned to revitalize and strengthen U.S. economic and national security within a decade.
Build Back Better
LSU also shares in the $50 million Build Back Better award to Greater New Orleans, Inc., for H2theFuture to accelerate hydrogen development across the region.
Discover a World of Energy Research at LSU
Across LSU's vibrant campus, various groups and departments are dedicated to exploring the frontiers of energy research. Dive into cutting-edge projects on carbon capture and storage, delve into the development of clean energy technologies, and unlock the potential of next-generation technology.
