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De France Lab Publications

Discover our peer-reviewed advances in bio-based materials—from cellulose nanocrystals to protein nanofibers—driving sustainable breakthroughs in biomedical, packaging, and environmental applications. Explore how we push chemical engineering boundaries to build a greener, high-performance future.

De France Lab

At Queen's University

Our research program explores the design of sustainable bio-based materials and their application in fields spanning the biomedical, coatings & packaging, and environmental sectors. Specifically, we focus on cellulose- and protein-based nanomaterial ‘building blocks’ such as cellulose nanocrystals (CNCs), cellulose nanofibers (CNFs), and protein nanofibers to make structures including hydrogels, aerogels, emulsions, and films. We aim to understand and leverage structure-function relationships to precisely tailor material performance for targeted applications. The work in our lab is interdisciplinary, spanning materials chemistry, engineering, and biotechnology, with the end goal of replacing petroleum-based products with high-performance renewable materials for a greener future.

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Advancing
Discovery

Driving cellulose and protein research for a more sustainable future.

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Fostering Collaboration

Bringing diverse perspectives together to tackle complex materials science challenges.

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Empowering Scholars

Mentoring the next generation of innovators in bio-based materials.

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