Biographical Sketch

Dr. Prashanth R. Buchireddy serves as the Thermal Conversion R&D Director and the Facility Director of the Cleco Alternative Energy Center at the Energy Institute of Louisiana (EIL). Dr. Buchireddy earned his Ph.D. and M.S. degrees in Chemical Engineering from Mississippi State University, following a B.S. in Chemical Engineering from Bangalore University. His specialized research tracks focus on thermochemical conversion pathways, industrial biomass processing, and the development of catalytic systems for synthesis gas optimization.

Dr. Buchireddy is active in industrial outreach and regional development, providing direct technical guidance and engineering support aimed at establishing full-scale biomass-based industries and supporting new green technology startups within Louisiana.

Dr. Buchireddy has published peer-reviewed papers in high-impact journals, including Fuel Processing Technology, Renewable Energy, and Energies, and holds patent applications for integrated biorefinery operations and sustainable carbon black production methodologies. He manages laboratory operations and has served as a technical proposal reviewer for the U.S. Department of Energy's Bioenergy Technologies Office.

Recent Projects

• Plastic Waste to Carbon Black: Leading a major Board of Regents Industrial Ties project focused on the catalytic thermochemical conversion of plastic waste into sustainable carbon black alternatives.

• Hydrogen Energy Transformation: Co-investigator on the multi-million dollar federal "H2 the Future" regional energy challenge, spearheading clean hydrogen infrastructure and transformation components in South Louisiana.

• Biomass Torrefaction and Bio-Coal: Designing and piloting indirect rotary reactor systems to process agricultural residues, such as bagasse, into densified bio-coal to support power grid sustainability.

• Hot Gas Tar Clean-Up: Inventing and evaluating novel nickel-supported ceramic and clay filters for the steam reforming of tar and particulate contaminants generated during biomass gasification.