Madhu Ramanathan is currently conducting research on advanced waste forms for the sequestration of chloride-based molten salt reactor (MSR) waste. His work involves the synthesis and evaluation of materials such as chlorapatite, halite, and tin-perovskite within copper and glass matrices. He assesses their chemical durability and stability using leaching protocols alongside characterization techniques including XRD, SEM, BET, and ICP-MS/OES.

In addition to his research, Madhu brings over five years of industrial experience in process improvement and optimization across the electroplating, metal finishing, and corrosion protection sectors. He has also contributed to energy system modeling and simulation, particularly in the context of heat pump technologies. His strong foundation in electrochemical engineering and hands-on experience with materials and process systems enhance his contributions to multidisciplinary research and innovation.