Overview
Our Mission
Newly established in 2023, the Clapson research group focuses on the design and implementation of organometallic complexes for the sustainable transformation of small molecules to value-added products. We strive to incorporate aspects of green chemistry in reaction and complex design utilizing tools such as Systems Thinking, Two-Eyed Seeing, and Life Cycle Analysis. Research spans across several areas including carbon dioxide (CO₂), nitrogen oxides (NOx (x = 1, 2, 3)), and N₂O reduction, ammonia (NH₃) and nitrogen (N₂) activation, and C-E (E = O, N, C) cross coupling reactions utilizing waste fabric immobilized base metal catalysts.
Our EDI-A Commitment
Equity, diversity, inclusivity, and accessibility are at the forefront in the Clapson Group. Creativity and innovation thrive in diverse environments. We work to build a community of respect, diversity, and engagement. All voices are welcome to the table in developing research, lab group organization, and team building. We welcome people of all backgrounds to participate in engaging as future scientific leaders.
Invited speakers at the UPEI IUPAC Global Women’s (and Allies’) Breakfast event. From left to right: Leah Gauthier (PhD candidate, Chemistry), Dr. Marya Ahmed (Associate Professor, Chemistry), and Dr. Nola Etkin (Dean of Science). Center: Organizer Dr. Marissa Clapson (Assistant Professor, Chemistry).
What We Offer
Research within the Clapson Group focuses in two main areas:
1) Organometallic chemistry for small molecule activation
2) Chemistry educational development
Researchers in the group will learn key air-free synthetic techniques, characterization methods, and research development strategies while honing their skills as scientific presenters and educators. We work to develop research and soft skills to prepare learners for a variety of careers in the scientific community.
Syringe addition of tert-butyllithium to a pincer ligand precursor cooled in an ethanol-liquid nitrogen bath (-98°C) under argon on the Schlenk line.
Research Tools
The Clapson Group is equipped with state-of-the-art air-free synthetic tools including Schlenk glassware and two inert atmosphere gloveboxes (a double and a single).
In addition to the group's equipment, the Department of Chemistry has a suite of NMR spectrometers (300, 400, 600 MHz), an EPR spectrometer, mass spec. facilities, IR/UV-vis instrumentation, as well as elemental analysis.
Supersaturated multinuclear NMR samples of nickel(II) complexes featuring diphosphine ligands with a borane moiety in the secondary coordination sphere.