Researchers at the Intensity Frontier investigate some of the rarest processes in nature, including unusual interactions of fundamental particles and subtle effects that require large data sets to observe and measure.
Application of integrated chemical engineering and separations chemistry to develop, model, design, and demonstrate processes and equipment for the treatment of used nuclear fuel and radioactive waste while advancing nuclear nonproliferation.
Application of skills and facilities to study, develop, and engineer innovative yet commercially viable electrochemical processes for nuclear separations.
Experimental and theoretical work focused on the development of novel separation methods applicable to the recovery of radioisotopes from targets, and to advanced nuclear fuel cycles.
