Other Industrial Metals & Mining Industry | Basic Materials Sector | Mr. Bernard J. Tourillon B.A.A.; MBA, M.B.A. CEO | XBER Exchange | CA40444R1001 ISIN |
Canada Country | - Employees | - Last Dividend | 3 Aug 2012 Last Split | - IPO Date |
HPQ Silicon Inc., operating within Canada along with its subsidiaries, is at the forefront of delivering silica and silicon-based solutions. Previously known as HPQ-Silicon Resources Inc. before its name change in July 2022, the company has been in operation since 1996, having its headquarters in Montreal, Canada. HPQ Silicon Inc. is dedicated to developing an array of silicon and silica products, predominantly serving the electric vehicle and battery manufacturers, as well as exploring applications in hydrogen and capacitors. The company's innovation-focused approach is directed toward revolutionizing the manufacturing processes of silicon metal and nano silicon materials, contributing significantly to the evolving demands of the electric vehicle and energy storage sectors.
Offering a comprehensive portfolio tailored for battery and electric vehicle manufacturers. This includes exploring hydrogen applications and producing carbon particles for capacitors, addressing the growing needs of the energy sector.
A proprietary process developed to convert quartz into high-purity silicon metal, representing a significant advancement in material processing technology. This method is a cornerstone of HPQ Silicon Inc.'s approach to meeting the silicon demand of various industries.
An innovative process designed for synthesizing nano silicon materials from chunks of silicon, aimed at producing materials for next-generation batteries. This technology underscores HPQ Silicon Inc.'s focus on supporting the battery sector's evolution towards more efficient energy storage solutions.
A leading-edge development project for transforming quartz directly into fumed silica through a plasma-based method. This process exemplifies HPQ Silicon Inc.'s commitment to pioneering in the field of materials science, particularly in optimizing materials for industrial applications.
Involvement in the planning and construction of a production line dedicated to creating micron-sized silicon-based materials for batteries. This initiative is crucial for the advancement of battery technologies, improving the performance and efficiency of energy storage systems.