Ionic Mineral Technologies (Ionic MT), a provider of nano-silicon anode battery material production, has successfully leased and fully permitted the expansive 4,000-acre Silicon Ridge halloysite property from the State of Utah.
The strategic acquisition significantly enhances the company’s halloysite reserves, a critical feedstock for scaling production of its Ionisil nano-silicon anode material to meet the burgeoning demand for next-generation, fast-charging electric vehicles (EVs).
Silicon Ridge is located in the Lake Mountains of Utah County, a geologically rich area known for extensive clay formations. The halloysite at Silicon Ridge is part of a broader geological trend formed by altering silica-rich volcanic tuffs in a calcareous hot spring environment.
This geological setting has been extensively studied and is recognized for its optimal conditions, which have produced high halloysite concentrations, traced 1.5 miles North/Northeast, .75 miles wide.
Geological surveys and studies in this region highlight clay beds up to 20 feet thick, demonstrating the area’s substantial halloysite potential. The combination of extensive geological work and favorable halloysite clay formations positions Silicon Ridge as an essential strategic asset for Ionic MT’s resource development.
Silicon Ridge strategically complements Ionic MT’s wholly owned Halloysite Hills deposit, a 550+ acre site with 2.4 million tons of high purity halloysite reserves based on initial drilling of 25% of the property. Together, these properties form a diversified and robust clay resource base, ensuring consistent and scalable production of Ionic MT’s flagship Ionisil nano-silicon material. This secure supply chain is crucial for meeting the rapidly growing global demand for high-performance, fast charging lithium-ion batteries.
With permits secured, Ionic MT has initiated trenching operations at Silicon Ridge to evaluate and optimize resource extraction. This development marks a major step forward in the company’s plan to leverage high-purity halloysite clay for breakthrough silicon anode technologies.
Filed Under: Batteries, Technology News