Battery X Metals Inc.
CSE:BATXLive AI agent
Battery X Metals is focused on developing innovative, low-impact recycling solutions to recover and reuse critical materials from lithium-ion batteries, addressing the inefficiencies of conventional recycling methods.
Investor website: https://www.batteryxmetals.com/
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About
Battery X Metals is focused on developing innovative, low-impact recycling solutions to recover and reuse critical materials from lithium-ion batteries, addressing the inefficiencies of conventional recycling methods. The company aims to enable a sustainable clean-energy ecosystem by increasing recovery rates and reducing carbon emissions across the battery supply chain.
Verified company data
- Mineral resource
- Battery X Metals is developing a proprietary, eco-friendly froth flotation technology that recovers battery-grade materials from black mass — the residual material that remains once end-of-life lithium-ion batteries are shredded and their casings removed. Black mass contains high-value critical battery-grade materials such as graphite, nickel, cobalt, manganese, copper, and lithium. When recovered efficiently, these elements can be recycled to produce new lithium-ion batteries, reducing dependence on newly mined resources and supporting the growth of a sustainable circular economy. In controlled trials, Battery X Metals’ proprietary process has achieved graphite recoveries exceeding 98%, metal-oxide purities up to 96%, graphite concentrate grades of approximately 76%, and overall metal-oxide recoveries of approximately 53% under mild, low-chemical, and low-energy conditions.
- Projects
- ["Battery X Metals, in collaboration with a globally recognized Top 20 university, is developing a proprietary, eco-friendly froth flotation technology that recovers battery-grade materials from black mass — the residual material that remains once end-of-life lithium-ion batteries are shredded and their casings removed. Black mass contains high-value critical battery-grade materials such as graphite, nickel, cobalt, manganese, copper, and lithium. When recovered efficiently, these elements can be recycled to produce new lithium-ion batteries, reducing dependence on newly mined resources and supporting the growth of a sustainable circular economy. In controlled trials, Battery X Metals’ proprietary process has achieved graphite recoveries exceeding 98%, metal-oxide purities up to 96%, graphite concentrate grades of approximately 76%, and overall metal-oxide recoveries of approximately 53% under mild, low-chemical, and low-energy conditions. The preliminary results indicate strong laboratory performance and support continued refinement of the process to enhance oxide recovery and scale the technology for future pilot-level validation.","Through its wholly-owned subsidiary Battery X Recycling Technologies Inc., Battery X Metals is advancing the laboratory development of its proprietary froth flotation process through continued research and process refinement. Current efforts focus on improving graphite grade and metal-oxide purity, optimizing flotation parameters and solvent treatments, and expanding testing to include lithium-iron-phosphate (LFP) black-mass chemistries. This work aims to generate the data and process understanding necessary to support future pilot-scale validation once laboratory milestones have been achieved. Research has confirmed that solvent pre-treatment effectively removes organic binder coatings that hinder material separation. When combined with a two-stage re-flotation process, the approach has consistently achieved graphite recoveries greater than 98% and metal-oxide grades between 95% and 96%, validating the efficiency and reproducibility of the technology.","Battery X Metals’ development model is designed around progressive validation and scale-up, transforming laboratory innovation into practical industrial application. The Company’s objectives are to: Increase recovery efficiency and material grade performance across diverse battery chemistries. Expand black-mass validation to encompass multiple cathode and anode types. Advance from laboratory-scale development to pilot-scale operation, establishing the technical and engineering foundation for commercialization. In the long term, Battery X Metals aims to become a downstream technology partner to established recyclers with existing infrastructure, serving as a post-recycling processing partner that enhances recovery yields of high-value materials from black mass. The Company will also pursue technology licensing and joint-venture opportunities to accelerate adoption globally and strengthen the role of sustainable, low-carbon recycling in the broader clean-energy economy. Battery X Metals ultimately envisions partnering with, or establishing, a state-of-the-art battery recycling facility capable of safely discharging, shredding, and separating end-of-life lithium-ion batteries into plastics, graphite, and black mass. Once processed, this material will be refined using the Company’s proprietary black-mass processing technology, developed in collaboration with a globally recognized Top 20 university.","At Battery X Metals, urban mining represents the guiding philosophy behind our work. It focuses on recovering critical materials that already exist within end-of-life lithium-ion batteries rather than extracting them through traditional mining. This approach drives the Company’s commitment to developing proprietary battery recycling technologies that enable the efficient recovery of high-value elements such as graphite, nickel, cobalt, manganese, copper, and lithium from black mass. By refining these materials for reuse, Battery X Metals is contributing to a circular and sustainable supply chain for the clean-energy transition. Through the combination of urban mining principles and proprietary recycling innovation, Battery X Metals is helping to redefine how critical minerals are sourced and reused, transforming waste into opportunity and advancing a lower-carbon future.","Battery X Metals is redefining battery recycling through innovation that reflects the principles of urban mining — extracting value from existing materials rather than depleting new resources. The Company’s proprietary froth flotation process provides a cleaner, more efficient alternative to conventional hydrometallurgical and pyrometallurgical methods. By operating under low-temperature and low-reagent conditions, the process preserves the integrity of recovered materials, allowing them to be reused directly in new battery manufacturing. In collaboration with a globally recognized Top 20 university, Battery X Metals has achieved graphite recoveries above 98%, metal-oxide purities up to 96%, and measurable improvements in separation selectivity. These findings indicate promising technical performance and provide a foundation for further optimization and scale-up of the Company’s recycling process. Battery X Metals remains focused on advancing its laboratory research to generate the technical and engineering data necessary to support future pilot-scale validation. The Company’s long-term goal is to develop a commercially scalable, low-carbon, and circular recycling solution aligned with the global transition to sustainable energy systems."]
- Leadership
- Mark Brezer (CEO, Experienced leader in the energy transition sector with a focus on advancing battery technologies.), Dallas Pretty (CFO, CPA, CA with over 20 years of expertise in finance and management across public and private companies, previously served as a manager at KPMG LLP.), Matthew Markin (Director, Former CFO who contributed significantly to the company's strategic direction.)
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