A fundamental departure from conventional solvent extraction.

The feedstock is attacked selectively rather than wholesale, transferring target metals out of a complex solid matrix and into solution while leaving as much of the bulk material behind as possible. Less dissolved gangue means less downstream work and less secondary waste.

The loaded solution is captured, concentrated and conditioned on a continuous circuit rather than in discrete batches. This is where the process stops behaving like a laboratory workflow and starts behaving like a production line.

ARM's core platform technology. Rare earth elements are chemically near-identical and notoriously hard to separate; SMB chromatography resolves adjacent elements to high purity in a continuous countercurrent circuit. Once metals are in solution the platform is feedstock agnostic — the same separation train handles very different waste streams.

Separated streams are finished into high-purity functional oxides and metal co-products suitable for direct use in U.S. manufacturing. Reagents and process water return to the loop, which is what keeps secondary waste — and operating cost — down.