Conversion Research

Our first approach will focus on developing efficient bioprocess technologies for the production of biodegradable renewable plastics from waste fibers and fines. The developed technologies will be optimized to achieve maximum yields and evaluated for commercial-scale economic feasibility through process simulation models. Our second approach will investigate the recycling of these wastes by the formation of fibers or fines-starch composite called sticky/gluey fibers, leading to the production of recycled paper. Overall, this project intends to reduce and reuse both the organic (cellulose) and inorganic (calcium carbonate, kaolin) contents of the waste stream.

Finally, there are several unmet industrial needs for new biodegradable polymers to replace environmentally problematic petroleum-based polymers in commercial applications. We plan or aim to cater to the issues of environmental plastic pollution and plastic recycling through technological innovation for commercial biopolymer applications, which includes coatings for paper products, crown liners for bottle caps, and moldable resins for bottle injection molding.