Ionic Mineral Technologies Partners With Andritz On Nano-silicon Mass Production For Electric Vehicles

By Author: Arina Smith
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Ionic Mineral Technologies and ANDRITZ Partner to Mass Produce Next-Gen Lithium-Ion Battery Materials
Ionic Mineral Technologies (Ionic MT), a leading US-based producer of nano-silicon anode powders, has entered into a strategic partnership with international technology group ANDRITZ to scale up the production of critical battery materials for next-generation lithium-ion batteries.

Scaling Production for Surging Demand

Ionic MT and ANDRITZ aim to scale Ionic MT’s nano-silicon production methodology to meet the growing demand for battery materials. This is crucial for enabling faster-charging and longer-range lithium-ion batteries.
The collaboration will leverage ANDRITZ’s advanced automation, simulation, dewatering, drying, and acid regeneration technologies to manufacture Ionisil, a naturally derived nano-silicon anode material.
Enhancing Anode Capacity and Charging Speed

Ionisil, developed by Ionic MT, enhances anode capacity up to eightfold and significantly accelerates charging speed. This technological advancement is essential for the development of high-performance lithium-based ...
... batteries.
The partnership aims to transition Ionic MT’s patented nano-silicon production technology into a large-scale, continuous manufacturing process capable of producing over 20,000 tons of Ionisil per year.
Commitment to Sustainability

Ionic MT and ANDRITZ share a commitment to sustainability. The collaboration aims to achieve up to 99% recycling of chemicals used in the Ionisil nano-silicon production process.
Waste streams from Ionisil production, such as alumina and magnesium, will be converted into value-added by-products, contributing to a circular economy.
Supporting the Clean Energy Economy

The partnership aligns with the goal of making the U.S. a leading global producer of critical materials to support the fast-growing clean energy economy.
Ionic MT's CEO, Andre Zeitoun, emphasized that the collaboration will set a new standard for sustainability in the battery supply chain.
Mass Production for Electric Vehicles

The large-scale manufacturing process is expected to yield enough Ionisil to supply well over 2.5 million electric vehicles annually, addressing the increasing demand for battery materials in the electrification of transportation.
Technological Leadership and Sustainability at ANDRITZ

ANDRITZ, a global technology group, is known for its technological leadership and commitment to sustainability. The collaboration with Ionic MT is a proactive step toward shaping a more sustainable future, addressing the critical need for a robust and sustainable supply chain of battery materials.
In conclusion, the partnership between Ionic Mineral Technologies and ANDRITZ represents a significant step forward in the mass production of next-generation lithium-ion battery materials. The collaboration not only aims to meet the surging demand for battery materials but also emphasizes a strong commitment to sustainability, recycling, and contributing to the growth of the clean energy economy.