Xiaowen Chen
Assistant Professor in Biomass conversion, Biomaterial development, Techno-economic analysis
What inspires your next discovery?
Renewable energy and low-carbon chemicals represent the foundation of a sustainable future. My research focuses on developing integrated chemical and biological pathways to convert biomass into the next generation of renewable fuels and value-added chemicals.
What is the impact of your research in your field?
I have developed a patented deacetylation and mechanical refining (DMR) process that has been exclusively licensed to Conestoga–SAFFiRe Renewables to build a 10-tonne-per-day biomass pilot plant to produce ethanol and sustainable aviation fuel from corn stover.
How can people see the impact of your research on everyday life?
If successful, agricultural residues could be transformed into renewable fuels that power cars and airplanes, while the same biomass could also serve as a source for producing sustainable packaging materials, plastics, and other everyday products.
What drew you to your field of study?
Fossil energy resources are finite, and we have a responsibility to preserve them for future generations. In addition, I enjoy skiing, and the thought of climate change melting the snow and shortening ski seasons reminds me of what is at stake. This personal connection motivates me to contribute to research that advances renewable energy and reduces our impact on the planet.
What is your favorite research/lab tool and why?
My favorite research tools are HPLC and GC–MS, which are essential for identifying and quantifying the chemical compositions of biomass and its derived compounds.
What do you consider to be your greatest research accomplishment thus far in your career?
As I mentioned, I developed a revolutionary biomass conversion to sustainable aviation fuel process that can be a game changer for the fuel production from agriculture biomass.
What is your favorite part about teaching and mentoring students?
I like to teach biomass chemistry and show my students how many amazing products can be produced from biomass (almost all of which come from our daily lives).
What do you look forward to most once you settle into your new role in the Department of Bioproducts and Biosystems Engineering?
I aspire to become a leader in renewable energy and chemical research by building a nationally recognized team that delivers pioneering, world-class innovations in this field.