We explore innovative ways to transform biomass and industrial waste into value-added materials. Our group investigates physical, chemical, and biological pretreatments to improve the compatibility and performance of biomass in polymer blends, 3D printing applications, and film production.

We design smart materials for environmental monitoring and remediation. A recent focus includes lignin-based films functionalized for PFAS removal and the incorporation of real-time indicators for pollutant detection in water systems. These efforts aim to bridge advanced materials research with public health and sustainability needs

We explore how processing conditions (such as tension during film casting) affect polymer chain alignment, crystallinity, and strength, aiming to develop biodegradable materials with optimized durability and functionality through structure–property relationship studies.