Metallium's Flash Joule Heating Tech Shows Breakthrough in Critical Metal Recovery — Metallium Limited

Event summary

Metallium successfully tested Flash Joule Heating (FJH) technology on rare earth ores, germanium-bearing wastes, spent catalytic converters, and red mud/gallium.
Tests achieved 4x enrichment of NdPr in rare earth elements, up to 280x germanium enrichment from industrial waste, and >60% purity PGM-rich product from catalytic converters.
Commercial discussions are ongoing with industry participants across defense, manufacturing, and critical minerals sectors.
Metallium operates its first commercial site in Texas through subsidiary Flash Metals USA.

The big picture

Metallium's successful testing demonstrates the potential to accelerate critical metal supply chains by extracting valuable materials from existing waste streams, bypassing the lengthy process of new mining operations. The technology could become particularly important as industries face increasing pressure to secure reliable supplies of rare earth elements and other strategic materials. With ongoing partnerships in the semiconductor industry and defense sector, Metallium is positioning itself at the intersection of multiple high-growth markets.

What we're watching

Commercialization Pace: How quickly Metallium can convert successful tests into signed commercial agreements with industry partners.
Technology Scaling: Whether the company can maintain high efficiency and purity levels as it scales up FJH processing from lab tests to industrial operations.
Market Expansion: The pace at which Metallium can expand its technology applications beyond e-waste into other critical metal feedstocks like rare earth ores and red mud.