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HPQ Silicon Finalizes Increased Ownership in Novacium SAS
Globenewswire· 2026-03-05 12:00
Core Viewpoint - HPQ Silicon Inc. has expanded its ownership stake in Novacium from 28.4% to 36.8%, enhancing its strategic alignment and operational collaboration with the innovative French technology company focused on energy-related technologies [2][6]. Strategic and Operational Alignment - Governance adjustments have been approved by Novacium's shareholders to simplify its governance structure, aligning the strategic interests of both companies [3][4]. - The changes include converting HPQ's Category P priority share into common shares, facilitating Novacium's access to European financing programs in strategic sectors like energy and defense [4][5]. - This restructuring allows HPQ's position in Novacium to evolve from an associate company to a strategic investment, maintaining close alignment in technology development and commercialization [6]. Access to Funding and Innovation Programs - The new governance framework is expected to significantly enhance Novacium's access to public programs supporting innovation and industrial development across France and Europe [7]. - This evolution reflects Novacium's growing maturity and aims to support efficient deployment of its technologies in international markets [8]. Strengthened Licensing Agreement - HPQ and Novacium have entered into an enhanced licensing agreement, reinforcing their strategic collaboration and commitment to technology development, particularly for deployment in North America [11]. - This agreement strengthens HPQ's strategic exposure to the value created through the commercialization of Novacium's technologies [11]. Company Background - Novacium, founded in 2022, specializes in energy-related materials, focusing on silicon and hydrogen technologies, including high-performance silicon-based battery anodes and hydrogen generation systems [12]. - HPQ Silicon Inc. is focused on innovation in advanced materials and critical process development, advancing next-generation silicon-based anode materials and clean-hydrogen technologies [13][14].