This multidisciplinary group employs its expertise in chemistry, chemical engineering, geochemistry, and materials science to understand, develop, and engineer innovative, commercially viable electrochemical processes for the back end of the nuclear fuel cycle. This work covers the full scope of the nuclear fuel cycle for metal, oxide, carbide and nitride fuels with the development of novel processes for the efficient recovery and recycling of actinides into fresh fuel, the stabilization of fission products in robust waste forms, and developing waste form degradation models to support their disposal. Recent inventions include the development of highly scalable designs for uranium electrorefining and electrolytic oxide reduction systems. In concert with our process development activities, we are also developing and evaluating electroanalytical techniques for use in safeguards systems.
Application of skills and facilities to study, develop, and engineer innovative yet commercially viable electrochemical processes for nuclear separations.