Energy
Advancing sustainable and renewable energy solutions through innovative research in hydrogen production, fuel cells, electrochemical energy conversion, and carbon capture.
Learn MoreCain Department of Chemical Engineering
#1
Program in Louisiana
- Edu Rank
#10
Program in the Southeast Region
- College Factual
$4.5M
Research Expenditures
- 2023 - 2024
News
For decades, scientists have been trying to overcome a very specific challenge: arrange nanoparticles smaller than the eye can see into a perfectly ordered 鈥渟heet鈥� of particles 鈥� one particle thick 鈥� over a large surface area.
Raised in Baton Rouge, Louisiana, Christian Aucoin has always carried Louisiana in his heart. Today, as president of Global Engineering at BASF, he leads teams around the world, shaping innovative chemical processes and building new plants鈥攁ll while maintaining a deep connection to his home state.
An LSU chemical engineering professor has received a major federal grant to develop technology that could help solve two pressing problems at once: mountains of plastic waste and underutilized natural gas.
EPSCoR Graduate Research Fellowship
Tackle Energy & Environmental Challenges That Matter
Join a collaborative, NSF-funded graduate fellowship between LSU Chemical Engineering and the Department of Oceanography & Coastal Sciences. From CO鈧� reduction to coastal resilience, WIN-WIN Fellows tackle real-world challenges with world-class mentorship and facilities. Ready to make an impact?
EXPLORE OUR ACADEMIC PROGRAMS
Environmental
Research on air and water quality, waste management, and environmental remediation to develop sustainable solutions for pollution control and resource conservation.
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Biochemical
Engineering biomolecules and biological systems to develop innovative solutions in healthcare, energy, and sustainability.
Advanced Computations
Utilizing computational simulations, big data analytics, and machine learning to design and understand soft materials at the molecular level.
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Process Systems Engineering
Development of modeling, optimization, and control strategies to enhance efficiency, sustainability, and safety in chemical and energy processes.
Catalysis
Designing catalytic materials to improve chemical reaction efficiency, enhance sustainable fuel production, reduce emissions, and convert renewable feedstocks into valuable chemicals.
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Materials
Design, synthesis, and application of materials, including nanomaterials, polymers, and catalysts, to enhance performance in energy, sustainability, and industrial processes.
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