Dr. Cameron Rogers is an R&D leader with deep expertise in electrochemical systems, polymer and nanomaterials chemistry, and advanced materials for carbon capture. He currently serves as Vice President of Research and Development at Verdox, where he has played a central role in advancing the company’s electrochemical carbon capture platform from early research to pilot-scale deployment.

Since joining Verdox in 2020, Dr. Rogers has led the development of proprietary redox-active materials and system designs for Verdox’s electrochemical carbon capture process. He oversees cross-functional teams spanning molecular synthesis, electrochemistry, device engineering, and system performance, helping position Verdox at the forefront of next-generation CO₂ capture technology. Prior to Verdox, Dr. Rogers was a postdoctoral fellow at Northwestern University, where he studied quantum dot systems for catalysis and sensor applications. He earned his Ph.D. in Chemistry from the University of California, Berkeley, where his work focused on graphene nanomaterials, electrocatalysis, and energy materials. He also holds a bachelor’s degree in Chemistry from Williams College.