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Developing high-value, bio-based materials from renewable biomass and algae for sustainable packaging and advanced applications
Bio-Based Materials & Sustainable Packaging
Bio-Based Materials & Sustainable Packaging
We develop sustainable, bio-based materials from renewable feedstocks, including lignocellulosic biomass and macroalgae, to replace conventional petroleum-derived plastics. Our research focuses on designing biodegradable films and packaging materials with tailored mechanical, barrier, thermal, and functional properties for food, agricultural, and environmental applications. By integrating biomass valorization with advanced material engineering, we create next-generation sustainable materials that support a circular bioeconomy while reducing waste and environmental impact.
Students involved: Sushant Gawali, Chi Zhang
Functional Bioactive Materials
Functional Bioactive Materials
We engineer functional biomaterials by incorporating naturally derived bioactive compounds obtained from renewable biomass, microalgae, and microbial bioprocesses. Our research focuses on extracting, producing, and integrating compounds such as anthocyanins, phycocyanin, carotenoids, and other natural bioactives into biodegradable materials to impart antioxidant, antimicrobial, UV-protective, and intelligent sensing properties. These multifunctional materials are designed for applications in sustainable food packaging, environmental monitoring, and advanced bio-based products while promoting the utilization of renewable resources and reducing reliance on synthetic additives.
Students involved: Jingzhi Sun, Sushant Gawali
Biomass Valorization & Bioproducts
Biomass Valorization & Bioproducts
We transform renewable biomass into high-value bioproducts through integrated biorefinery approaches that maximize resource utilization and minimize waste. Our research explores the conversion of lignocellulosic biomass, algae, and other renewable feedstocks into natural pigments, bioactive compounds, biochemicals, and functional ingredients using sustainable biological and thermochemical processes. By coupling biomass conversion with product recovery and process integration, we develop innovative pathways that enhance the economic viability and environmental sustainability of the circular bioeconomy.
Students involved: Sushant Gawali
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