Canadian Manufacturing

NEO Battery Materials appoints new Chief Science Officer

by CM Staff   

Environment Human Resources Manufacturing Operations Technology / IIoT Infrastructure battery manufacturing cleantech environment human resources In Focus Manufacturing personnel announcements

Dr. Swain has served in vital project management roles that include the commercialization of mass production systems.

VANCOUVER — NEO Battery Materials Ltd., a low-cost silicon anode materials developer that enables longer-running, rapid-charging lithium-ion batteries, announces the appointment of Dr. Basudev Swain as Chief Science Officer. With Dr. Swain’s background in green material sciences engineering and lithium-ion battery recycling, NEO has fortified the knowledge base and leadership team for the next phase of the silicon anode commercialization plan and expansion efforts for value-added projects in the battery materials industry.

Dr. Swain has served in vital project management roles that include the commercialization of mass production systems and multi-million-dollar projects focused on sustainable process development and battery material recycling. He has also published several articlese in international journals, peer-reviewed conferences, and book chapters related to battery materials engineering and resource recycling.

Mr. Spencer Huh, President and CEO of NEO, stated, “We are more than excited to welcome Dr. Basudev Swain as our Chief Science Officer. Being an expert in developing and recycling high-performance materials for lithium-ion batteries, Dr. Swain will add significant value and speed to NEO’s commercialization efforts and performance improvement. The depth of his experience in battery recycling will also boost our silicon waste recycling efforts as a value-added project when expanding into the U.S.”

Dr. Basudev Swain, CSO of NEO, commented, “I am more than glad to help NEO to become a tier-one supplier of silicon anode materials in the EV battery supply chain. Along with optimizing the current performance and economics with our R&D engineering team, I will invest my efforts into growing NBM America through silicon anode and value-added recycling expansion operations. Silicon waste recycling will come first, but as an extension, we will possess the capability to build recycling systems to recover critical battery materials, such as lithium and cobalt, and rare earth minerals in electronic waste.”


Dr. Swain has held various research positions including R&D institutes in South Korea, National Institute of Advanced Industrial Science and Technology in Japan, and a faculty position at Indiana University Southeast, and his expertise focuses on process development for all varieties of electronics waste recycling. After completing his master’s degree in India, Dr. Swain received his Ph.D. in Metal, Minerals, and Materials in South Korea.


Stories continue below