Carson Plaisance, a chemical engineering senior at McNeese State University, has been working with ionic liquids and process simulation tools to study carbon capture and how these systems might function at industrial scales, according to a June 1 announcement from the university. His research focuses on applying these materials more effectively in real processes and notes that such solvents can offer greener alternatives to current methods.
“I became interested in this research because I wanted to better understand how processes change when moving from small scale studies toward larger scale applications,” said Plaisance, who is from Moss Bluff. “That kind of scale up is fundamental in chemical engineering and I find it exciting to study research that has both scientific and practical value.”
Plaisance began his work through a carbon capture elective course. As part of the coursework, he was assigned ionic liquids for simulation work and discovered limited clear information on proper simulation techniques. This led him to use his project as an opportunity to develop a clean, understandable workflow.
“My future plans are to pursue a doctorate degree in chemical engineering and ultimately become a professor,” said Plaisance. “I have already been accepted into Penn State, and I am excited about continuing my education and research there.”
He chose McNeese State University due to its strong industry connections as well as its proximity to home. For students seeking research opportunities, Plaisance advised, “For students looking for research opportunities, my biggest recommendation is to simply ask your instructors and professors. Talk to them, show interest and let them know that you want to get involved. A lot of opportunities start by reaching out and being willing to learn.”
