Ionic Mineral Technologies, a pioneering US-based producer of nano-silicon anode powders, has partnered with international technology group ANDRITZ to mass produce critical battery materials for next-generation lithium-ion batteries. The partnership aims to scale Ionic MT’s nano-silicon production methodology to meet the surging demand for battery materials that enable faster-charging, longer-range lithium-ion batteries.
Ionic MT intends to leverage ANDRITZ’s state-of-the-art automation and simulation, including dewatering, drying, and acid regeneration technologies to manufacture Ionisil, a naturally derived nano-silicon anode material for lithium-based batteries. It enhances anode capacity up to eightfold and significantly accelerates charging speed.
The partnership will transition Ionic MT’s patented nano-silicon production technology into a large-scale, continuous manufacturing process that yields over 20,000 tons of Ionisil per year, enough to supply well over 2.5 million EVs annually.
At the heart of this partnership lies a shared commitment to efficiency and sustainability. The collaboration aims to achieve up to 99% recycling of chemicals used in the Ionisil nano-silicon production process through cutting-edge technologies engineered by ANDRITZ.
lumina and magnesium waste streams from Ionisil production are planned to be converted into value-added by-products, contributing to a circular economy. An ANDRITZ site-wide control system and operational readiness package will ensure consistent product quality while optimizing resources utilization.
“With the electrification of transportation accelerating, the need for a robust and sustainable supply chain of battery materials has never been greater,” said Mark Staton, president and CEO North America at ANDRITZ. “The collaborative effort between Ionic MT and ANDRITZ is a proactive step towards shaping a more sustainable future.”
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Filed Under: Batteries, Technology News