Delivery lays the groundwork for four-fold scale-up to a 20 MW plasma torch, currently in development for same aerospace client.MONTREAL, Jan. 27, 2026 (GLOBE NEWSWIRE) -- PyroGenesis Inc. (“PyroGenesis”) (TSX: PYR) (OTCQX: PYRGF) (FRA: 8PY1), the leader in ultra-high temperature processes and engineering innovation, and a plasma-based technology provider to heavy industry & defense, confirms today the successful delivery of a 4.5 MW plasma torch to its client, a U.S. aeronautics and defense client. Image: ...

Core Viewpoint - PyroGenesis Inc. has secured an additional contract for one tonne of titanium powder, produced through its NexGen™ plasma atomization process, under a supply agreement with a U.S. minerals and metal technology company, marking the second order since the agreement was signed in Q4 2025 [1][4]. Group 1: Contract and Delivery - The recent order is for one tonne of titanium powder, which will be delivered to the client in the coming days [3][4]. - This order follows an initial order of 3.5 tonnes of titanium powder under the same supply agreement [4]. Group 2: Strategic Importance - The titanium powder serves as a reliable, high-quality feedstock for developing titanium alloys, essential for various industries such as aerospace, defense, and electric vehicles [2][13]. - The contract supports the protection of the critical mineral supply chain for titanium while utilizing a sustainable manufacturing process [3][6]. Group 3: Market Context - The global market for titanium powder in 3D printing is projected to grow from $214 million in 2023 to $1.4 billion by 2032, highlighting the increasing demand for titanium in multiple sectors [13]. - Titanium is classified as a critical mineral by both Canada and the U.S., underscoring its importance in advanced manufacturing [13]. Group 4: Company Background - PyroGenesis is recognized as the inventor of the plasma atomization process and has developed the NexGen™ system, which is considered a significant advancement in metal powder production for additive manufacturing [10][11]. - The company has over 35 years of experience in plasma technology and serves various industries, including aerospace and defense [11].

Core Insights - PyroGenesis Inc. has signed an agreement with a U.S. multinational engineering corporation to pursue contracts for the safe destruction of chemical weapons in Syria, utilizing its PACWADS technology [1][4][5] Group 1: Project Overview - The project aims to safely destroy remaining chemical weapons in Syria produced and stored by the previous regime [2] - The scope includes design, engineering, supply of PACWADS systems, auxiliary systems, setup, engineering/training support, and after-sales service [2] - The timeline for the project involves responding to tendered projects during 2026 [2] Group 2: Strategic Importance - This initiative supports the global need to eliminate weapons of mass destruction, particularly chemical weapons under the UN's Chemical Weapons Convention [3] - The agreement is a continuation of previous negotiations with a multinational defense contractor regarding the sale of PACWADS technology for chemical weapon destruction [4] Group 3: Technology Details - The PACWADS system is a mobile, efficient, and versatile destruction system that uses high-temperature electric plasma to eliminate various biological warfare agents and chemicals, achieving a destruction efficiency of 99.9999% [6] - The system leaves only a non-toxic salt effluent, making it safer for disposal [6] Group 4: Industry Context - The use of plasma-based technology for chemical weapons destruction offers a cleaner and safer alternative to traditional methods like incineration or neutralization [13] - The initiative aligns with global efforts to prohibit chemical weapon use and eliminate stockpiles, especially in light of Syria's historical use of chemical weapons during the civil war [13]

Core Viewpoint - PyroGenesis Inc. has announced the termination of its exclusivity arrangement with EarthGrid, allowing the company to pursue other tunneling-related projects after a 90-day notice period [2][4]. Group 1: Agreement Details - PyroGenesis provided a 90-day notice to EarthGrid to end the exclusivity arrangement and cancel the existing master agreement for tunneling-related projects [2]. - A non-refundable down payment of US$500,000 was received from EarthGrid as part of a signed Master Agreement, which initially included a period of exclusivity [3]. - The exclusivity terms were extended previously, but recent developments led PyroGenesis to believe that releasing both parties from the agreement is the best course of action [4]. Group 2: Company Background - PyroGenesis is a leader in ultra-high temperature processes and plasma-based technology, serving heavy industry and defense sectors [2]. - The company has 34 years of experience in plasma technology and provides advanced engineering solutions across various industries, including aluminum, aerospace, and military [5]. - PyroGenesis operates from its headquarters in Montreal and maintains ISO 9001:2015 and AS9100D certifications, with ISO certification held since 1997 [5].

Core Viewpoint - PyroGenesis Inc. has signed an initial design phase contract with a European organization specializing in radioactive waste processing and nuclear decommissioning, focusing on the development of a plasma furnace for treating low-level radioactive waste [1][2]. Company Overview - PyroGenesis is a leader in ultra-high temperature processes and engineering innovation, providing plasma-based technology solutions to heavy industry and defense [1][10]. - The company has over 34 years of experience in plasma technology and serves various sectors, including aluminum, aerospace, steel, and environmental services [10]. Project Highlights - The contract aims to define technical specifications, sizing, and design parameters for a plasma-equipped furnace as part of a potential radioactive waste vitrification and treatment plant in Europe [5]. - The project includes an engineering study, simulations, and design evaluations comparing plasma torch furnaces to electric arc furnaces [5]. Industry Context - The European Union relies on nuclear power for approximately 24% of its electricity, with around 100 nuclear reactors across 12 countries [12]. - The nuclear installed capacity in the EU is projected to increase from 98 GWe in 2025 to approximately 109 GWe by 2050, leading to a rise in low- and very-low-level radioactive waste [12]. - Low-level radioactive waste constitutes about 61% of the stored volume of radioactive waste in the EU, while very-low-level waste accounts for around 30% [12][6]. Strategic Impact - The growing nuclear capacity in the EU necessitates the development of safe and effective treatment processes for low-level radioactive waste, positioning PyroGenesis' plasma-powered furnace systems as a viable solution [6][7].

Core Viewpoint - HPQ Silicon Inc. has achieved UN 38.3 certification for its high-performance lithium-ion cells, marking a significant step in its commercialization strategy and enabling global shipping and industrial adoption of its products [1][3][4]. Regulatory Compliance - The UN 38.3 certification confirms that HPQ's lithium-ion cells meet international safety and transport requirements, validating their design robustness and quality standards [2][7]. - The certification allows HPQ to ship ENDURA+ cells to customers and industrial partners across North America and internationally, facilitating commercial discussions and supply agreements [8]. Product Specifications - The HPQ ENDURA+ line includes two formats: 18650 (4,000 mAh) and 21700 (6,000 mAh), both offering high energy density (>300 Wh/kg) and approximately 1,000 charge-discharge cycles [9]. - The cells have successfully passed all eight mandatory UN 38.3 tests, ensuring they can withstand various stress tests such as altitude simulation, thermal cycling, and shock [6][15]. Industrial Strategy - HPQ aims to produce up to 1.5 million cells per year through its partnership with Novacium SAS, utilizing established third-party production lines to scale its operations [10]. - The company is preparing for UL1642 certification, which is necessary for commercial deployment in the U.S. market, with most related tests already completed internally [11]. Company Overview - HPQ Silicon Inc. is focused on innovation in advanced materials and critical process development, including next-generation silicon-based anode materials and clean-hydrogen technologies [12][13].

Core Insights - PyroGenesis Inc. has signed a new powder supply agreement to deliver 3.5 tonnes of titanium powder produced by its NexGen™ plasma atomization process to a U.S. minerals and metal technology company after successful testing of samples [1][4] - The titanium powder will be used for developing titanium alloys, which are critical for various industries including aerospace, defense, and electric vehicles [2][5] Group 1: Contract and Supply Agreement - The contract involves recurring orders for high-quality "off-cuts" of titanium metal powder, which are produced during the plasma atomization process but not currently utilized in existing commercial metal 3D printers [4][6] - The initial shipment of 3.5 tonnes has already been delivered to the client, with financial terms remaining confidential [4][6] Group 2: Strategic Impact and Market Context - This agreement supports the protection of the critical mineral supply chain and utilizes a sustainable manufacturing process [3][7] - The global 3D printing market for titanium powder is projected to grow from $214 million in 2023 to $1.4 billion by 2032, highlighting the increasing demand for titanium in various industries [14]

Core Insights - PyroGenesis Inc. has signed a contract with a major battery recycling company to test high-temperature plasma technology for recovering critical minerals from end-of-life lithium-ion batteries [1][4][5] - The project aims to replace fossil fuel heating in the lithium-ion battery recycling process, enhancing sustainability and efficiency [2][3] Project Details - The project will utilize PyroGenesis' plasma technology to superheat materials for recovering cathode and anode materials from end-of-life batteries [2] - The testing phase is scheduled from Q4 2025 to Q1 2026 [2] Strategic Impact - The initiative supports the goal of achieving all-electric operations, promoting a sustainable supply chain for reusable battery materials and reducing reliance on new mining activities [3] - The volume of end-of-life lithium-ion batteries is projected to increase from 900 kilotons in 2025 to 20,500 kilotons by 2040, growing at an annual rate of 25% [3] Company Background - PyroGenesis has over 34 years of experience in plasma technology, providing advanced engineering solutions across various industries, including energy and defense [7] - The company is ISO 9001:2015 and AS9100D certified, indicating a commitment to quality and operational excellence [7]

Core Insights - PyroGenesis Inc. has signed a half-tonne contract with a Global Aerospace Leader for titanium metal powder, marking the first order since achieving approved supplier status after a multi-year certification process [1][4] Company Highlights - The contract involves the supply of "coarse" cut Ti64 powder (particle size: 45-150µm) produced by PyroGenesis' NexGen™ plasma atomization process, which will be shipped shortly [2][3] - The contract value remains confidential for competitive reasons, but it signifies a strategic partnership with a major player in the aerospace industry [2][4] - The NexGen™ system is a patented upgrade to the plasma atomization process, enhancing efficiency in metal powder production and reducing costs for customers, thereby reinforcing the company's competitive advantage [4][8] Industry Context - The global 3D printing market for titanium powder is projected to grow from $214 million in 2023 to $1.4 billion by 2032, indicating significant market potential for titanium products [7] - Titanium is classified as a critical mineral by both Canada and the U.S., and is utilized across various industries including aerospace, defense, and electric vehicles due to its high strength-to-weight ratio and corrosion resistance [11]

Core Insights - PyroGenesis Inc. has signed a contract worth EUR815,000 (CAD$1,324,000) with a European cement industry customer for a plasma torch system aimed at electrifying a calcination furnace [1] - The project supports the cement industry's goals to reduce emissions and produce cleaner cement [2][3] Project Highlights - The purpose of the project is to utilize an electric plasma torch for a more efficient and cleaner high-temperature calcination process [2] - The delivery of the plasma technology to the client is targeted for early Q3 2026 [2] - The project aims to demonstrate that electric heating can replace fossil fuel combustion in cement production [3] Industry Context - The cement industry is under pressure to adopt cleaner technologies, as fossil fuel combustion accounts for approximately 40% of greenhouse gas emissions in cement production [4][10] - The Global Cement and Concrete Association has set targets for a 20% reduction of CO2 emissions per metric ton of cement and a 25% reduction per cubic meter of concrete by 2030, with a goal of complete decarbonization by 2050 [10] Company Overview - PyroGenesis has over 34 years of experience in plasma technology and provides advanced engineering solutions across various heavy industries [8] - The company is ISO 9001:2015 and AS9100D certified, indicating a commitment to quality and operational excellence [8]