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Polymers & Advanced Materials

RESOURCES › ADVANCED MATERIALS & ENVIRONMENT

Engineering Sustainable, High-Performance Systems

Polymers and advanced materials drive innovation across aerospace, automotive manufacturing, energy storage, packaging, and construction. In Louisiana, research and industrial development focus on synthesizing high-performance synthetic polymers, developing bio-based resins and adhesives from local agricultural feedstocks, and advancing mechanical and chemical recycling technologies to build a circular materials economy.

Key Frontiers & Material Classes

Materials science and polymer engineering encompass three core technological pillars across Louisiana’s industrial and research landscape:

Bio-Based Polymers & Resins

Formulating biodegradable plastics, bioadhesives, and composite matrices from agricultural coproducts—such as soy flour, sugarcane bagasse, and forestry biomass—to replace petroleum-derived resins.

High-Performance Composites & Advanced Coatings

Engineering cross-linked polymer networks, fiber-reinforced composites, and corrosion-resistant coatings tailored for marine, oilfield, and aerospace environments.

Circular Economy & Advanced Recycling

Advancing mechanical sorting, solvent-based purification, and chemical depolymerization techniques to recover high-purity monomers from post-consumer and industrial plastic waste streams.

Explore the Polymers & Advanced Materials Resource Repository

Access all peer-reviewed literature, state technical reports, and workshop presentation slide decks.

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Funding & Acknowledgments

The Louisiana Energy Extension Service (LEES) is primarily funded via the State of Louisiana through legislative support approved by Gov. Jeff Landry, EIL-based funding, and donations from various industry stakeholders.