Northwire Canada EditionThursday, July 16, 2026
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HWY 0.370 +0.0% FCI 0.385 +1.3% GGAU 0.180 −5.3% KIRO 0.640 +0.0% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.08 −5.3% NOBL 0.100 +0.0% SHL 0.350 −1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.47 +0.4% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.040 +0.0% CPL 0.210 +10.5% HWY 0.370 +0.0% FCI 0.385 +1.3% GGAU 0.180 −5.3% KIRO 0.640 +0.0% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.08 −5.3% NOBL 0.100 +0.0% SHL 0.350 −1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.47 +0.4% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.040 +0.0% CPL 0.210 +10.5%
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Acceleware Secures Next Phase Contract for Mineral Drying Project with Saskatchewan's International Minerals Innovation Institute

AXE · Price

Executive Summary

  • Acceleware Ltd. has been awarded a $350,000 Phase 3A contract by the International Minerals Innovation Institute (IMII) to develop and test an RF‑based potash dryer.
  • The project will deploy a fully instrumented 200 kg/hr RF dryer aimed at reducing moisture in potash fines from 12 % to 0.2 %, demonstrating significant energy‑saving potential.
  • Successful completion is expected to validate the technology, strengthen Acceleware’s market position in mineral processing, and support further R&D and commercialisation efforts.

Key Details

  • Contract Value: $350,000 for Phase 3A of the potash drying project.
  • Technology: Radio‑frequency (RF) heating using Acceleware’s Clean Tech Inverter (CTI) platform.
  • Project Scope: Installation and operation of a 200 kg/hour RF dryer to dry potash fines, targeting moisture reduction from 12 % to 0.2 %.
  • Phase 2 Background: Prior Phase 2 work involved design, construction, and testing of prototype CTI‑powered dryers; results indicated higher drying efficiency and lower downstream air‑flow costs versus conventional methods.
  • Objectives of Phase 3A:
  • Validate RF drying effectiveness in a once‑through configuration.
  • Optimize dryer design for industrial scale deployment.
  • Generate data to support future development and potential commercialization across the potash and critical minerals sectors.
  • Strategic Alignment: The contract aligns with Acceleware’s strategy to leverage RF heating to lower energy consumption and operating costs in mineral processing.
  • Quotes:
  • “This project is exactly in alignment with Acceleware's strategy – to use RF heating technology to lower energy consumption and operating cost,” – Geoff Clark, CEO, Acceleware.
  • “Data from the Phase 3A test will help inform future research and development of this technology… an important step to evaluate the RF drying technology with a once‑through configuration,” – Lesley McGilp, Executive Director, IMII.

Notable Quotes

  • Geoff Clark (CEO, Acceleware): “This project is exactly in alignment with Acceleware's strategy – to use RF heating technology to lower energy consumption and operating cost.”
  • Lesley McGilp (Executive Director, IMII): “Data from the Phase 3A test will help inform future research and development of this technology. It is an important step to evaluate the RF drying technology with a once‑through configuration.”
Read the original news release →

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