Acceleware
Direct RF heating cuts energy intensity for many mine-scale thermal applications by 40 – 60%, enabling lower operating cost and improved yield for processes like leaching, plus electrification.
Acceleware has developed a new radio frequency (RF) power-to heat technology that could reduce energy use by 40-60% and significantly improve thermal mining application economics while electrifying them.
The company has a critical minerals dryer project underway in Canada and paid feasibility studies in progress in Australia and Chile for heap heating and iron-ore drying, with other projects in discussion, including pelletization.
Customers include major mine operators looking to reduce energy and improve throughput for mine-scale heating and drying processes while lowering operating cost.
Objectives at IMARC 2026:
Acceleware seeks mine operators and engineering partners to deploy mine-scale radio frequency process heat that can cut energy intensity by 40-60%, lower operating costs, and decarbonize mineral processing.
Preferred partners are Tier-1 or midtier producers with significant energy use in drying, moisture control, or leaching, as well as engineering, procurement and construction firms and original equipment manufacturers able to integrate and scale electrified heating systems.
Acceleware’s core technology is TRL 9, with a TRL 6/7 (potash/fines dryer); and additional paid studies underway across several mining applications.
Michael Kutzscher
CEO
Will Hu
President
