Innovation

Our company aims to lead battery recycling in the Asia Pacific region through strategic partnerships and comprehensive expertise.

We invest in various battery recycling technologies:

• Chemical engineering processes to extract critical battery metals of lithium, cobalt and nickel to be reused in cell manufacturing.

• Advanced Gen 2 recycling machinery for efficient shredding and material recovery.

• Innovative packaging and engineering solutions to extend battery lifespan, simplify end-of-life handling, and enhance safety during transportation and storage.

• Trailblazing robotics and advanced manufacturing solutions, including clean disassembly environments, dust extraction, and chemical technology for battery pack disintegration.

Our unwavering focus on research and development is upheld by a team of accomplished engineers and managers, including PhDs, Masters, and degree-holders. Collaborating with top scientific minds globally, we are dedicated to comprehending battery waste challenges and pursuing commercialisation-oriented investments. Nurturing close ties with esteemed Australian institutions such as Newcastle University, Queensland University of Technology, Swinburne, and University of New South Wales, we engage in pioneering research on battery collection, dismantling, and recycling.

Our ongoing initiatives involve container research for safe battery transportation and tailored chemical solvents for optimised metal recovery. These projects, executed by postgraduate students and PhD candidates, continually innovate new technologies and amplify Battery Pollution Technologies impact in the Asia Pacific.

Fuelled by a forward-thinking funding and commercialisation program, we seek revolutionary solutions for recycling corroded batteries. Our focus encompasses more effective lithium battery recycling and enhancing the physical recycling process for various battery classes.