Corporation
TECHNOLOGY
Electrifying the Future of Recycling
As we navigate the electrification era, electrochemical technologies take center stage in chemical processing, particularly in recycling. Electrons, serving as clean reagents, are pivotal in reducing costs, chemical consumption, and the carbon footprint of hydrometallurgical processes.
Re-Volt Brine Electro-Separation Process
01
COPPER & GRAPHITE SEPARATION
The process involves subjecting the solution to an electrical potential, driving the separation of metals based on their unique electrochemical properties. This method not only enhances the precision of separation but also minimizes the need for harsh chemicals and reduces the overall environmental impact. Our commitment to sustainability is embedded in the very core of this technology, making it a game-changer in the field of metal recycling.
INTERMEDIATE FILTER STAGE
02
REMOVAL OF IMPURITY METALS
Re-Volt's innovative technology achieves an exceptional removal rate of 95-99% for impurity metals such as Iron (Fe), Aluminum (Al), and Zinc (Zn). This step is crucial for ensuring the purity and quality of the recovered metals, highlighting the effectiveness of Re-Volt's process in eliminating unwanted elements from recycled materials.
INTERMEDIATE FILTER STAGE
03
ELECTROLYTIC RECOVERY OF NI & CO
Re-Volt employs sophisticated electrolytic techniques, achieving an impressive recovery rate of over 70% for Nickel (Ni) and Cobalt (CO). This advanced recovery process ensures that a substantial portion of these valuable metals is efficiently reclaimed, contributing to the overall sustainability of the battery recycling process.
INTERMEDIATE FILTER STAGE
04
ELECTROLYTIC RECOVERY OF LITHIUM
Conclusion of the process by focusing on the recovery of Lithium Carbonate (Li2CO3). Through precise electrolytic methods, Re-Volt ensures the extraction of high-purity lithium compounds, essential for the production of new batteries. This final stage underscores Re-Volt's commitment to maximizing resource recovery and reducing reliance on raw materials, aligning with the principles of a circular economy.
BENEFITS
Efficient Metal Recovery: Proprietary electro-separation technology ensures high efficiency in recovering metals from various sources, such as lithium-ion batteries and geothermal brines.
Eco-friendly Processes: Re-Volt's methods significantly reduce the environmental impact associated with traditional metal recovery processes, offering a sustainable alternative.
Carbon-Negative Lithium Recovery: Re-Volt's DOE-licensed process for lithium recovery is carbon-negative, contributing to environmental sustainability.
High Purity Rates: Achieve exceptional purity rates in recovered metals, meeting or exceeding industry standards, ensuring the production of high-quality materials for various applications.
Scalable Technology: The technology is designed for scalability, from small-scale pilots to larger commercial facilities, providing flexibility for diverse applications.
Reduced Waste Generation: By addressing technical challenges in traditional methods, Re-Volt minimizes or eliminates waste/wastewater generation during the metal recovery process.
Alignment with Circular Economy Principles: Re-Volt's vision is aligned with the principles of the circular economy, promoting the responsible use and recovery of materials. The technology supports the growing trend in electrification, contributing to a cleaner and more sustainable energy ecosystem.