What if chemistry could help concrete capture carbon dioxide? My research explores zinc-cyclen catalysts that mimic the natural enzyme carbonic anhydrase and accelerate the hydration of CO₂ into bicarbonate, a key step in carbon mineralization. Through the synthesis of catalyst derivatives and stopped-flow kinetic analysis, I investigate how molecular design influence’s reaction rates and catalyst performance for carbon-capture applications.

If you think this project sounds interesting and would like to work on a similar project, then contact Prof. Grimm to join now!

What brought you to WPI?

I wanted to gain hands-on research experience at an institution with a strong research culture. Chemistry is a pretty big playground, so I was curious to explore different areas and see what clicked.

What are your research interests?

I am interested in learning about Metal Organic Frameworks (MOFs) and their applications.

What will you be doing immediately following your time at WPI?

I’ll return to Keene State College as a Junior and continue my research while applying what I’ve learned this summer. I’ll also be presenting my work at the S-STEM Scholars conference in Washington, D.C., and hopefully at the MRS Conference in Boston.

What are your long term professional goals?

I hope to continue my education and pursue graduate school.