ReElement Technologies has built the first complete metal recovery solution utilizing chromatography to separate and purify the rare earth elements (REEs) and battery metals. Our process is feedstock agnostic and accepts all forms of end-of-life permanent magnets and lithium-based batteries. With almost zero processing waste, ReElement's revolutionary technology is the most environmentally-sustainable process in existence.
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ReElement plugs in the circular economy for the first time ever with our suite of processing technologies.
Industry, infrastructure, national defense, and energy resources can now be rebuilt and maintained indefinitely with critical elements recovered from our process therefore reducing the dependence on overseas mining and processing.
Our recovery process accepts all expired rare earth magnets and lithium-ion batteries. We are feedstock agnostic so there is no battery too small nor magnet too large to be processed and recovered by ReElement. Furthermore, our technology is scalable and adaptable to meet any volume or desired specifications of critical metal product.
common end-of-life products
Chromatographic separation and purification is the heart of our critical metal recovery process which can separate and purify individual rare earth elements and battery metals at purities exceeding 99 percent.
Our solution not only recovers these elements at a fraction of the cost of current methods, but we are able to recycle and reprocess all system inputs making ReElement the most environmentally sustainable solution for metal recovery possible.
ReElement’s metal recovery focus is on the critical metals elements. These are the metal elements needed to power advanced technologies, national defense, and specialized industries that are at risk of supply chain disruption.
The critical minerals include the 17 rare earth elements and the battery metals such as lithium, nickel, manganese, and cobalt.
Our mission is to transform the global supply chains for rare earth elements and battery metals and steward the expansion of the circular, zero-waste economy for the next generation of infrastructure, consumer electronics, and national security hardware.
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