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Pelican Carbon is building a new pathway to produce low-carbon fuels and chemicals from abundant biomass waste. Our electrified, microwave-assisted process converts feedstocks like sugarcane bagasse into high-value hydrocarbons compatible with today’s fuel and petrochemical infrastructure.
We are solving a critical gap in the energy transition: scalable, economically viable alternatives to fossil-based inputs.
Traditional approaches face limitations in efficiency, catalyst performance, and feedstock flexibility. Pelican Carbon is designed to overcome these constraints - unlocking higher yields, lower emissions, and improved unit economics.
Our process enables the production of drop-in fuels and chemicals without requiring new infrastructure, accelerating adoption across existing industrial systems.
Starting in the U.S. Gulf Coast - where biomass supply and refining demand are most concentrated - we are advancing from lab validation to pilot-scale deployment alongside strategic partners.
Our model is built for rapid scale through licensing and project development, positioning Pelican Carbon at the intersection of energy, materials, and decarbonization.

Co-founder & CEO with a background in building and scaling technology-driven ventures, focused on commercialization, partnerships, and strategic growth.

Co-founder with expertise in operations and business development, driving execution, market entry, and industry relationships.

Co-founder and technical lead, LSU professor and biomass conversion expert specializing in microwave-assisted processing and scalable biofuel technologies.
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