The demand for critical minerals will increase by a factor of 20 times in the next 10 years.
Reshaping the Critical Minerals Economy
Our proprietary mineral processing solutions are robust and not reliant on any one feedstock. We have partnered with the nickel mining industry to integrate upstream extraction, midstream processing, and downstream recycling of the EV battery material supply chain. Revex is advancing circular mining solutions and benefiting communities!
Resecuring our Nation's Supply
Reclamation of mining waste and recovery from secondary and unconventional sources are priority areas for US critical mineral security.
The White House highlighted the need to increase mines domestically, expand sustainable domestic production and processing capacity, and identify new sources of supply. In particular, nickel refining was identified as a high priority.
"If there are opportunities for the U.S. to target one part of the battery supply chain, this [battery grade nickel refining] would likely be the most critical to provide short- and medium-term supply chain stability."
Ready to Launch
Revex is acting now to help secure supply chains and drive responsible production of critical minerals to achieve climate goals.
Revex has a commercial-ready solution and is preparing to start construction of a multi-plant ecosystem in the third quarter of 2024.
Reclaiming Minerals from Mine Waste & Refining Domestically
Current solutions
Costly and inefficient
Our Solutions
Lower costs and increased supply across value chain
Mine tailings (waste) management costs mining companies millions of dollars annually
Mining companies often lose significant margin selling ore concentrate to foreign smelters
Battery cell manufacturers must currently source large quantities of minerals from FTA and non-FTA countries
Revex reclaims critical minerals from mine tailings and creates new byproducts from the waste
Revex partners with mineral extractors to refine ore concentrate domestically
Revex is a sustainable domestic producer of battery-grade minerals
Current solutions
Costly and inefficient
Mine tailings (waste) management costs mining companies millions of dollars annually
Mining companies often lose significant margin selling ore concentrate to foreign smelters
Battery cell manufacturers must currently source large quantities of minerals from FTA and non-FTA countries
Our Solutions
Lower costs and increased supply across value chain
Revex reclaims critical minerals from mine tailings and creates new byproducts from the waste
Revex partners with mineral extractors to refine ore concentrate domestically
Revex is a sustainable domestic producer of battery-grade minerals
Going beyond: Recycling is only a partial solution
Recycling of Li-ion batteries and scrap, coupled with historical levels of mining, will supply only limited quantities of the forecasted critical minerals needed by battery manufacturers. There must be a significant increase in the amount of mining and processing of critical minerals in North America.
Spent Li-ion batteries are just one of the feedstocks used by Revex.
Responsible, Sustainable Design & Business Practices
Reduce Waste & Use of Virgin Material Supply
by using spent lithium-ion batteries, manufacturing scrap, and mine waste to produce battery-grade critical minerals
Strong Management Practices for a Healthy Community & Healthy World
Revex follows Responsible Care practices and has a strong commitment to sustainability intrinsic in its Code of Conduct
40% Lower Opex & Greenhouse Gas Emissions
as compared to traditional smelting methods for critical mineral processing
News & Events
Revex Technologies and P&ID Partner for Battery Recycling
For Immediate Release HOUGHTON, MI – April 15, 2024 – Revex Technologies, a domestic nickel and critical minerals processing company for clean energy transition, announced today that Perlmutter…
Read moreRevex Technologies & Michigan Tech University Partner for Battery Supply Chain and Climate Sustainability
For Immediate Release HOUGHTON, MI – December 22, 2023 – Revex Technologies, a supplier of critical battery materials, will collaborate with Michigan Technological University to develop…
Read more