Welcome to our dedicated page for Pyrogenesis news (Ticker: PYRGF), a resource for investors and traders seeking the latest updates and insights on Pyrogenesis stock.
PyroGenesis Inc. (PYRGF) is a plasma-based technology provider to heavy industry and defense, and its news flow reflects this mix of industrial, environmental, and defense-related activities. Company announcements frequently highlight contracts, design studies, and technology deployments that apply ultra-high temperature plasma systems to complex engineering challenges.
Recent news items describe agreements to pursue the safe destruction of chemical weapons in Syria using the company’s PACWADS plasma arc chemical warfare agent destruction system, which is designed to neutralize agents such as sarin and mustard gas with high destruction efficiency. Other updates focus on plasma-based solutions for low-level radioactive waste treatment in collaboration with a European nuclear decommissioning specialist, illustrating the company’s role in nuclear and radioactive waste applications.
PyroGenesis also reports a steady stream of developments in materials production, particularly titanium metal powders produced by its NexGen™ plasma atomization process. News releases cover contracts for coarse, fine, and off-cut Ti64 powders with aerospace companies, contract manufacturers, and a U.S. minerals and metal technology firm, underscoring the company’s presence in additive manufacturing and critical mineral supply chains.
Additional coverage includes contracts for plasma torch systems in the cement industry to electrify calcination furnaces, collaborations with aluminum producers, projects with large-scale battery recyclers to test plasma in critical mineral recovery, and agreements related to waste processing, gas desulfurization, and hydrogen production. Investors and observers following PYRGF news can use this page to review how PyroGenesis’ plasma technologies are being adopted across cement, aluminum, aerospace, nuclear, battery recycling, and environmental services projects.
PyroGenesis (OTCQX: PYRGF) has secured a €379,000 (CA$600,000) contract with a major European environmental services company to develop solutions for plastic waste management. The unnamed client operates over 100 waste treatment facilities across Europe, where plastic waste management is a critical issue with only 27% of 32 million tonnes being recycled annually.
The project focuses on engineering and testing an advanced waste management solution using PyroGenesis' high-temperature plasma gasification technology to address both non-recyclable plastics and hazardous liquid waste. This marks the third collaboration with this client, following previous projects in renewable natural gas emissions and biogas production infrastructure.
The initiative is particularly significant given the EU's €800 per tonne levy on non-recycled plastic packaging waste and additional member state penalties of up to €40 per tonne for waste incineration and landfilling.
PyroGenesis (OTCQX: PYRGF), a company specializing in electric plasma processes and sustainable solutions for heavy industry, held its 2025 annual shareholder meeting virtually on June 26, 2025. The meeting saw 38% participation of issued and outstanding shares.
All director nominees were successfully elected with overwhelming support, each receiving over 99.7% approval. The company also confirmed the reappointment of Raymond Chabot Grant Thornton LLP as its auditor.
PyroGenesis (PYRGF) has achieved a significant milestone by receiving approved supplier status from Boeing for its NexGen™ titanium metal powder production. The company's Ti64 "coarse" metal powder, with particle sizes ranging from 53-150µm, has been qualified and added to Boeing's list of approved metal powders for additive manufacturing.
As the inventor of plasma atomization technology, PyroGenesis' NexGen™ system represents a patented upgrade to the industry's gold standard process for metal powder development in 3D printing. This qualification aligns with the company's Commodity Security & Optimization vertical, focusing on advanced material production and critical minerals recovery, with titanium being identified as a critical mineral by the Canadian government.
PyroGenesis (PYRGF) has received multiple accelerated requests for fumed silica powder samples from potential clients through HPQ Silica Polvere Inc. The company will ship these samples within 10 days for independent assessment. These requests came after recent announcements about successful material collection and third-party analysis results of PyroGenesis' plasma-based fumed silica production process.
Fumed silica, a widely used industrial material, is found in numerous everyday products including personal care items, pharmaceuticals, food products, and construction materials. PyroGenesis' innovative process aims to provide a sustainable alternative in the global fumed silica market, aligning with the company's commitment to sustainability and responsible manufacturing. This development is part of PyroGenesis' Commodity Security & Optimization vertical, one of its three-vertical solution ecosystem.
PyroGenesis (PYRGF) has announced a significant milestone in the development of its Fumed Silica Reactor (FSR) pilot plant. The company has successfully collected material, presumed to be fumed silica, from the system's baghouse during the latest phase of testing. The collected material has been sent to a 3rd party laboratory for analysis, with results expected in the coming days.
This development is part of PyroGenesis' work with HPQ Silicon Inc.'s subsidiary, HPQ Silica Polvere Inc. The project has progressed from successful lab-scale tests to pilot plant scale, focusing on validating equipment scale-up and replicating lab-scale product quality. If confirmed by lab analysis, this achievement would validate the process's ability to produce and collect material within the system's baghouse.
Fumed silica is a widely used industrial material found in numerous products, including cosmetics, pharmaceuticals, food products, construction materials, and batteries, primarily serving as a thickening/anti-caking agent.