Core Insights - Acceleware Ltd. has announced two paid feasibility studies for BHP to assess the techno-economic viability of its EM Powered Heat technology for mineral processing and drying applications [1][2] Group 1: Feasibility Studies - The first study focuses on using radio frequency (RF) energy to reduce moisture levels in iron ore from the Pilbara region of Australia, which is essential to minimize processing plant delays [2][3] - The second study aims to improve the efficiency of copper production via heap leaching in Chile by increasing the temperature of the heap, which can positively affect yield [3] Group 2: Technology and Applications - Acceleware's EM Powered Heat technology is designed to deliver cost-efficient process heat solutions that enhance production in the mining sector [2] - The company has a patented low-cost, low-carbon RF thermal technology, RFXL, aimed at enhancing oil production for heavy oil, which differs significantly from existing recovery techniques [6] Group 3: Partnerships and Initiatives - Acceleware is collaborating with a consortium of potash producers to reduce operating costs and emissions in potash ore drying [5] - BHP's Think & Act Differently (TAD) program supports innovative technologies that enhance efficiency, sustainability, and safety in mining, aligning with Acceleware's objectives [7]

Core Insights - Acceleware Ltd. will present its EM Powered Heat solutions at the MICA Conference & Innovation Showcase 2025, highlighting its potential to transform the mining industry [1][2] - The conference aims to connect industry leaders, investors, and innovators to explore technologies that enhance productivity, sustainability, and safety in mining [2][3] Company Overview - Acceleware is an advanced electromagnetic heating company specializing in RF power-to-heat solutions for large industrial applications, focusing on electrifying and decarbonizing industrial process heat [4][5] - The company has partnered with a consortium of potash partners to decarbonize the drying process of potash ore and other critical minerals [5] Industry Engagement - Acceleware has been actively participating in global mining conferences, including PDAC 2025 and CIM Connect, to promote its EM Powered Heat technology [3] - The MICA Conference will feature 12 innovative mining-technology companies, showcasing advancements that propel the industry forward [2]

Core Viewpoint - Acceleware Ltd. reported significant financial improvements in Q1 2025, with a notable increase in revenue and a reduction in comprehensive loss, while continuing to advance its RF XL technology for decarbonizing heavy oil and oil sands production [1][11][12]. Financial Highlights - Revenue for Q1 2025 was CAD 431,226, a substantial increase from CAD 43,594 in Q1 2024 [2][11]. - Comprehensive loss decreased to CAD 382,195 in Q1 2025 from CAD 969,971 in Q1 2024 [2][12]. - R&D expenditures were CAD 420,829 in Q1 2025, down from CAD 501,115 in Q1 2024 [2][13]. RF XL Pilot Progress - The RF XL Pilot in Marwayne, Alberta, demonstrated the technology's potential, achieving over 200 days of RF power injection into the heating well [3][4]. - The company is preparing for a second phase of heating, with an estimated cost of CAD 5 million, and has secured CAD 1.3 million in non-dilutive funding from CRIN [4][9]. Commercialization Strategy - Management is conducting a strategic review to identify optimal heavy oil reservoirs for RF XL technology commercialization, focusing on areas like the McMurray oil sands and Clearwater [5][6]. - The company aims to enhance production and cash flow by potentially acquiring rights to a heavy oil property and applying RF XL as a secondary recovery method [6]. Intellectual Property Development - Acceleware has a total of 62 patents related to its technologies, with 28 granted and 34 pending [8]. Future Outlook - The company plans to initiate a second phase of heating at the RF XL Pilot after addressing technical issues, with funding efforts ongoing [9][10].