Ionic Mineral Technologies 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 automation and simulation as well as dewatering, drying and acid regeneration technologies to manufacture Ionisil, a naturally derived nano-silicon anode material for lithium-based batteries that 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.

Alumina 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.