Innovating Tomorrow: A Conversation with Dr. Theo Tsotsis
By Carson Vest
Background and Research
Dr. Theo Tsotsis, the Robert E. Vivian Professor in Energy Resources in the Mork Family Department of Chemical Engineering and Materials Science at USC, brings decades of expertise in chemical engineering to his research as well as the students he teaches. With a Ph.D. from the University of Illinois at Urbana-Champaign, Dr. Tsotsis has dedicated his career to research in transport, adsorption, reaction engineering, and membrane separations.
His current focus lies in two primary areas: CO2 capture and the conversion of CO2 into useful products. Recognizing the urgency of addressing climate change, Dr. Tsotsis delves into innovative technologies such as Direct Air Capture and production of alcohols and other valuable chemicals from waste CO2 sources. Dr. Tsotsis approaches his work with a forward-thinking mindset, always considering where the world is headed next and how he can contribute to reinventing the future.
Primary Goals and Motivation
Dr. Tsotsis’ pursuits are driven by a profound commitment to environmental stewardship. Drawing from his extensive experience, he navigates the complexities of chemical engineering with a keen eye on practical applications. His overarching goal is to bridge the gap between scientific research and real-world impact, envisioning a future where renewable fuels and clean technologies play a pivotal role in mitigating climate change.
“I guess where the world is going to go and be there when the world catches up,” says Dr. Tsotsis, highlighting his proactive approach to addressing challenges. His relentless pursuit of innovation stems from a deep-rooted passion for environmental conservation and a desire to leave a lasting positive legacy.
Primary Research
- 1. Sorption and Transport Phenomena: Investigating transport and sorption phenomena in both synthetic and natural porous media, with a particular focus on inorganic membranes and their applications in reactive separation processes.
- 2. Reactor Engineering: Exploring power generation using renewable fuels like biomass and biogas, studying combustion characteristics, and investigating novel reactor designs for efficient production of liquid fuels and chemicals.
- 3. Environmental Reaction Engineering: Addressing environmental challenges such as landfill site remediation, landfill gas treatment, and the development of adsorbents and membranes for pollutant elimination.
Challenges and Support Needed
Despite significant progress, Dr. Tsotsis acknowledges the hurdles inherent in commercializing sustainable technologies. With a notable portfolio of patents and ongoing projects, he grapples with the economic viability and scalability of his innovations. To overcome these challenges, Dr. Tsotsis emphasizes the importance of securing additional funding and fostering interdisciplinary collaboration to transition to a low-carbon economy.
Conclusion
In the realm of sustainable chemistry, Dr. Theo Tsotsis’ research, coupled with a steadfast dedication to environmental responsibility, paves the way for solutions in the fight against climate change. As he continues to push the boundaries of scientific discovery, Dr. Tsotsis seeks not only to advance knowledge but also to catalyze meaningful change for future generations.
If you would like to contact Dr. Tsotsis about his research and/or additional funding opportunities, please feel free to do so at the email listed below.
tsotsis@usc.edu
