PyroGenesis Announces Second Quarter 2026 Results: Revenue of $4.4 Million, Up 47% Year-Over-Year for Best Q2 Since 2022

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Overall, the reduction in comprehensive loss for both the three and six months ended June 30, 2026, reflects improved operating performance, lower SG&A expenses, and gains recognized in Other Income, partially offset by the non-recurrence of significant non-cash gains recognized in the comparative periods. The Company’s results continue to be influenced by the timing of project execution and milestone recognition, as well as financing activities and market-driven valuation adjustments.

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8.   Liquidity and Capital Resources

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As at June 30, 2026, the Company had cash of $1.3 million, included in the net working capital deficiency of $7.1 million. Certain working capital items such as billings in excess of costs and profits on uncompleted contracts do not represent a direct outflow of cash. The Company expects that with its cash, liquidity position, the proceeds available from the strategic investment and its access to capital markets it will be able to finance its operations for the foreseeable future.

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The Company’s term loan balance at June 30, 2026, was $214,624 and decreased by $32,970 since December 31, 2025, due to the net accretion and monthly payments on the Economic Development Agency of Canada (“EDC”) loan. The EDC loan is interest free and will remain so, until the balance is paid over the 60-month period ending March 2029.

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In February 2026, the Company entered into a secured loan agreement with the President and CEO whereby the Company borrowed $800,000, bearing interest at 5%, and was reimbursed prior to June 30, 2026.

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In March 2026, the Company raised $1,973,449 from a non-brokered private placement consisting of 3,654,537 units. Each unit includes one common share and one-half common share purchase warrant.

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In June 2026, the Company completed a “bought deal” equity financing, pursuant to which the Company issued 12,514,875 units for aggregate gross proceeds of $4,255,057.50 at a price per unit of $0.34. Each unit includes one common share and one common share purchase warrant.

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Also in June 2026, the Company announced the completion of a non-brokered private placement which was solely and entirely subscribed by the Company’s President and CEO, for 5,882,352 units at a price per unit of $0.34, for gross proceeds of $2,000,000. Each unit includes one common share and one common share purchase warrant.

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The Company’s convertible debenture will come to maturity in July 2026, whereby one monthly payment remains. The average interest rate on the term loans, secured loans and convertible debenture at June 30, 2026, is approximately 13%. The Company does not expect changes to the structure of term loans, secured loans and convertible debenture in the next twelve-month period, other than those expiring in the year.

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A commercial bank issued a standby letter of credit on behalf of the Company to a customer in the amount $0.3 million (expiration in November 2026) on advance guarantees secured by Export Development Canada.

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OUTLOOK 

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Consistent with the Company’s past practice, and in view of the early stage of market adoption of our core lines of business, the Company is not providing specific revenue or net income (loss) guidance for 2026. 

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The following is an outline of the many factors that impact the Company’s strategy and future success, plus key developments that are expected to impact subsequent quarters.

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Overall Strategy 

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The Company develops technology to transform high temperature processes for heavy industry and defense, which can result in improved operational efficiencies, higher product quality, increased output, lower cost, lower emissions, simplified logistics, reduced carbon footprint, and safer working/living environments. Most of the technologies stem from the Company’s core expertise in plasma.

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The Company has evolved from its early beginnings as a specialty-engineering firm to being a provider of a robust technology eco-system. 

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The Company believes its strategy to be timely, as multiple heavy industries are committing to major electrification initiatives, carbon reduction measures, and waste reduction programs at the same time as many governments are increasingly supportive – from both a policy and financial perspective – of these types of technologies and infrastructure projects. Additionally, both industry and government are developing strategies to ensure the availability of critical minerals – especially within North America and Europe – during the coming decades of increased output demand.

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While there can be no guarantees, the Company believes the evolution of its strategy beyond greenhouse gas emission reduction, to an expanded focus that encapsulates the key segments listed at the start of the Recent Developments and Outlook section, both (i) improves the Company’s chances for success while (ii) also providing a clearer picture of how the Company’s wide array of offerings work in tandem to support client goals.

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PyroGenesis’ heavy industry target market opportunity is significant, as major industries such as aluminum, steelmaking, manufacturing, cement, chemicals, aeronautics, and government seek factory-ready, technology-based solutions to help steer through the challenging landscape of increasing demand, tightening regulations, and material availability – areas where the Company’s technologies can be beneficial.

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Additionally, over the past few years, interest in the Company’s technologies from the defense and military industries has increased considerably, to the point where identifying these industries as unique target markets is justified. Their interest encompasses an array of the Company’s offerings, including opportunities across waste destruction (especially chemical warfare agents), high temperature propulsion and protection, airframe materials testing, and titanium metal powders.

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As more of the Company’s offerings reach full commercialization, PyroGenesis will remain focused on attracting influential customers in broad markets while at the same time ensuring that operating expenses are controlled to achieve profitable growth.

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Cost Controls and Efficiencies

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PyroGenesis has been, and continues to, scrutinize both potential and existing projects to ensure that the utilization of labour and financial resources are optimized. The Company continues to only engage in projects that reflect significant benefits to PyroGenesis and the risks of which are defined. The Company intends to intensify its focus on project and budgetary clarity during this period of elevated inflationary pressures, by identifying alternative suppliers while constantly adjusting project resources. The early-stage project assessment process has also been refined to allow for faster “go / no-go” decisions on project viability. Through an ongoing Cost Optimization Program, the Company has further identified areas to reduce costs and expenses in 2026.

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Continuing the Cost Optimization Program began in fiscal 2024, which resulted in over $3 million in savings. In 2025, the Company identified savings in patent expenses, insurance and optimization of the workforce, for a net benefit of $2 million. These are recurring cost savings which will benefit the Company on a recurring annual basis.

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Enhanced Sales and Marketing

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Against the backdrop of its strategy, the Company continues to focus on sales, marketing, and R&D efforts in-line with – and in some cases ahead of – the growth curve for industrial change related to energy transition, electrification, protection of the critical mineral supply chain, and greenhouse gas reduction efforts.

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Macroeconomic Conditions

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With some continued uncertainty in the macroeconomic environment, including ambiguity in the banking sector with regard to interest rate adjustments, the continued inflationary pressures causing shifting demand dynamics across various industries at different times, and the possibility of recessionary conditions, it may be difficult to assess the future impact these events and conditions will have on our customer base, the end markets we serve, and the resulting effect on our business and operations, both in the short term and in the long term.

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Despite these uncertainties, we continue to believe there is a strong need for PyroGenesis’ solutions in the industries we serve as heavy industry continues to transition and/or electrify their energy sources, decarbonize, manufacture utilizing both lighter metals (such as aluminum) and additive manufacturing, and deal with tighter hazardous waste regulations.

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While we expect these uncertainties and other macroeconomic conditions to continue to impact the variability in our quarter-to-quarter revenue, we believe our diversity in both customer base and solution set will continue to be a strong mitigating factor to these challenges. Additionally, the Company’s ongoing efforts to reduce costs through various measures including the sourcing of more high quality, cost competitive suppliers, further bolsters the Company against cost fluctuations.

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The various military conflicts in the Middle East and Eastern Europe continue to create some level of global economic uncertainty, as well as supply chain disruptions that can change at any time. However, it’s important to note that the Company does not have any operations, customers or supplier relationships in Russia, Belarus, Ukraine, or Iran, and as such are not directly impacted at a customer level in these countries. The Company does have customer relationships and projects in Poland and Saudi Arabia and will continue to monitor the situation in the region regarding challenges to the completion of current projects, which at this time are not inhibited.

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The conflict in Iran, which began in late February 2026, has impacted international business by causing one of the largest oil supply disruptions in history. In general, this has increased freight costs, disrupted global supply chains and aviation, led to higher petroleum prices, higher air travel fares, and put additional inflationary pressures on various goods including energy.

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While higher operational costs and even economic slowdowns are being seen across some regions, the long-term effects are unknown. So far, the Company cannot point to any specific client project decisions that have been attributed to this situation. As the Company’s projects are, on average, 18 months in duration, the immediate impact is mitigated to an extent by the extended project periods. Longer term project impacts are unknown.

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Generally, the Company believes that broad-based threats to global supply chains increase awareness and interest in the many solutions the Company offers. This is particularly true within the minerals and metals industries, as manufacturers seek alternatives to offshore suppliers as well as technologies that could optimize output or recycle critical materials from by-products or waste – solutions that the Company currently offers. 

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BUSINESS LINE DEVELOPMENTS

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The upcoming milestones which are expected to confirm the validity of our strategies are outlined below. Please note that these timelines are estimates based on information provided to us by the clients/potential clients, and while we do our best to be accurate, timelines can and will shift, due to protracted negotiations, client technical and resource challenges, or other unexpected situations beyond our or the clients’ control:

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Business Line Developments: Near Term (0 – 3 months) 

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Financial: 

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Payments for Outstanding Major Receivables:
Regarding the outstanding receivable under the Company’s existing $25 million+ Drosrite™ contract, and as previously announced, PyroGenesis had agreed to a strategic extension of the payment plan, by the customer and its end-customer, geared to better align the pressures on the end-user’s operating cash flows created by increased business opportunities. During the 4th quarter of 2025, the Company received a payment representing a third of the remaining balance. The next payment(s) to PyroGenesis are expected in the near term.

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Energy Transition:

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Alumina Calcination:
As reported in the Q4 Outlook, the Company is in advanced discussions with one of the largest mining companies in the world, to study the use of plasma torches in the calcination of alumina. The project would simulate the replacement of natural gas burners by plasma torches in a flash calciner furnace for producing smelter-grade alumina. During Q2 the Company and this client continued discussions. An announcement may be expected in the near term 

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Super High-Powered Plasma Torch for Aluminum Producer:
As reported in the Q4 Outlook, the Company has been in discussions with one of the largest aluminum companies globally, toward the eventual purchase of a 5MW plasma torch. Initial discussions were centred around engineering support to develop a feasibility study in conjunction with the client, with a possible torch purchase in 2026. Discussions and activity advanced during Q4 2025. A feasibility study was prepared, and a formal proposal was submitted to the client, for the potential purchase of two 2MW plasma torch systems (in place of the previous potential purchase of one 5MW torch), for use in large molten aluminum furnaces. During Q1, the client requested a larger feasibility study for a full-scale conversion (to plasma torches) of an entire aluminum casthouse containing multiple furnaces. During Q2 the PyroGenesis submitted plans and estimates for this study, and a decision may be expected in the near term. 

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Advanced Cement Research:
The Company is in discussions with a university research centre in North Africa for the use of a plasma furnace in research into advanced cement production and calcination. 

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Plasma Torch for Metallurgy:
The company is in discussions with a European research institute for multiple plasma torches for use in advanced metallurgy research. 

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Materials Production:

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Semi-Conductor Research:
The Company is in discussions with a government research centre in North Africa for the use of plasma in raw material production related to semi-conductor research.

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Fumed Silica Reactor (“FSR”) Project:
It has been noted in previous Outlooks (and various news releases) that PyroGenesis has been designing, engineering, and constructing the fumed silica reactor pilot plant to convert quartz into fumed silica in a single and eco-friendly step, for HPQ Polvere (“Polvere”), a wholly owned subsidiary of HPQ Silicon Inc. (“HPQ”). The plant is operational and undergoing various tests to replicate the lab-scale test at pilot plant scale. It has also been stated that modifications to the system and continued testing to improve the fumed silica are ongoing, with more announcements expected in the near term, including for potential customers.

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During Q1, [news release dated January 22, 2026] the Company announced the signing of a memorandum of understanding (“MOU”) toward a joint venture for the development of a commercial scale fumed silica plant. Specifically, that its client HPQ, through Polvere, and an industrial Joint Venture partner, have signed a non-binding MOU to form a joint venture company (the “JV”), for the purpose of operating a 1,000 tonne per year fumed silica production plant. PyroGenesis, under an exclusive manufacturing arrangement, would build the fumed silica reactor for US$20.0 million (approximately CA$27.3 million).

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As stated in the January 22, 2026, news release, the formation of the JV will be contingent upon the successful negotiation and execution of one or more definitive agreements pertaining to the JV and related obligations by the parties thereto. As stated previously, these documents are expected to be completed and signed no later than the end of Q2 2026. Negotiations continued throughout Q2 2026 and remain ongoing.

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Separately, the Company has started discussions with other major entities for potential joint ventures related to fumed silica production plants.

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Titanium Metal Powder:
It was previously announced the Company was in discussions with various companies for potential titanium powder orders, including with various potential clients in Europe.

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During Q4 2025 [news release dated December 15, 2025], the Company announced the delivery of 3.5 tonnes of titanium powder under a new powder supply agreement with a U.S. minerals and metal technology company, for “off-cut” titanium powder, it was noted that PyroGenesis will supply the client on a recurring as-needed basis. During Q1 2026, [news release dated January 22, 2026] the Company announced an additional contract for one tonne of titanium powder under the powder supply agreement. Additional orders from this client may be expected in the near term. 

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During Q2, in April [news release dated April 9, 2026], the Company announced a contract toward a titanium powder supply and distribution agreement with an Asian materials company. The initial contract is for the supply of three “cut” sizes, ranging from fine to coarse. The customer is a materials company supplying the Asian electronics market (specifically cell phone parts). The contract will allow the Client to perform final testing and analysis of titanium powder across three different particle sizes: 20-63μm, 53-106μm, and 53-150μm. Once this process is complete, and assuming all regulatory and trade agreements are certified, the Client has indicated it will require multiple tonnes of PyroGenesis’ titanium powder per year, with final volumes to be determined. Separately, the Client is negotiating to be the official supplier of PyroGenesis’ titanium powder to the Asian Electronics, Medical, and Aerospace industries. A further announcement regarding this client may be expected in the near term, as the company resolves standard delays related to securing export permits.

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The company is currently in discussions with several other companies for titanium powder orders, including:

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Other Metal (Non-Titanium) Powders:
The Company recently started discussions with a major US aerospace firm, for a large, long-term metal powder supply agreement.

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The Company recently started discussions with a Middle Eastern firm who is seeking a partner to produce aluminum and stainless-steel powders.

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Agricultural Material Development:
The Company is in discussions with company to use plasma in the production of various chemicals and materials used in the agricultural industry. 

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Waste Processing:

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Plastic Waste:
The company is in discussions with a North American company for the use of plasma in plastic waste conversion.

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Drosrite:
The company continues to in advanced discussions with a European company for the sale of Drosrite systems, with announcements potentially in the near term.

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Plasma-Based Glass Valorization:
It was stated in previous Outlook’s that the Company is in final negotiations with an entity in Canada, for a plasma-based furnace for use in the melting and valorization of recycled glass, with an estimated contract value of approximately $2 million, and that this potential client is currently assembling funds from a consortium of international contributors, across government and private entities, with the amount secured determining a potential start and/or the scope of the project. It was also stated that the project scope has risen to between $3-$5 million, and an announcement was expected in the near term. As of Q2 this continues to be the case, as the client finalizes its funding array, with an announcement expected in the near term. 

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SPARC Refrigerant Waste Destruction System:
It was announced previously that the Company is in negotiations with a Middle Eastern customer regarding PyroGenesis’ SPARC system for the safe destruction of hazardous end-of-life refrigerants such as CFCs, HCFCs, and HFCs. The customer has access to a very large existing stockpile of these hazardous materials. Discussions continue as a possible co-venture, whereby PyroGenesis would receive revenue on a profit-sharing basis. PyroGenesis is conducting due diligence on key elements related to the potential business model, and a contract is currently being finalized. As of Q2 2026 the negotiation process continues. 

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Business Line Developments: Mid Term (3 – 6 months)

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Energy Transition:

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Ore Pelletization Torch Trials:
CLIENT B:
As mentioned in previous Outlooks, plasma torch tests within an iron ore pelletization furnace of a client previously identified as Client B, a major international iron ore producer, were underway. The client has conducted live furnace tests using four 1 MW PyroGenesis plasma torch systems, with the possibility of replacing fossil fuel burners across multiple pelletization furnace systems. Live trials using PyroGenesis plasma torches will continue at the client’s discretion until they determine they have sufficient performance data, with no estimated timeline.

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CLIENT C:
Client C, a global market-leading client and a significant player in both the iron ore pelletization and steel industries, has been working with PyroGenesis over the past few years on various potential initiatives related to using plasma for decarbonization. PyroGenesis was previously awarded official supplier status to Client C as part of an impending initiative that was subsequently announced during Q4 2024 [news release dated November 19, 2024], for a contract to assess the applicability of PyroGenesis’ fully electric plasma torches for use in part of the customer’s electric arc furnace (EAF) steelmaking and casting process. The initial project was completed during Q2 2025 as anticipated. A comprehensive report was assembled and submitted to the client in early Q3 2025. The client is assessing potential next steps, with no estimated timeline.

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Plasma Systems for Aerospace Testing:
The Company is in discussions with a US university for a plasma torch to test materials in atmospheric re-entry conditions.

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Plasma Systems for Aerospace Testing:
The Company is in discussions with a second US university (not related to the above) for a plasma torch for advanced aerospace applications.

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Steel Production:
The company is in discussions with a North Africa entity for the use of plasma in the steel production process. 

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Materials Production:

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Mineral Extraction:
The Company is in discussions with a North American mining company to test plasma to help extract critical minerals such as alkali metals from silicates. A proposal is being developed, and an announcement may be expected in the mid or near term.

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Plasma Systems for Hydrogen Production:
The Company is in discussions with a North American gas distributor to use plasma in the large scale production of hydrogen.

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Plastic Pyrolysis to Produce Hydrogen and Carbon Black:
The Company previously announced it is in discussions with a North American clean-tech company as part of a project to produce hydrogen and carbon black from plastic. Negotiations with the client continues.

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Carbon Black from Pyrolysis of Fossil Fuel Derivatives:
The Company is in discussions with a large European oil company interested in using plasma for high temperature pyrolysis of a fossil fuel derivative to produce syngas and carbon black. PyroGenesis conducted initial tests with this client in December 2024, and new discussions are underway. In Q1 the Company developed a proof-of-concept lab test, and discussions are underway for next phase. In Q2 the Company submitted a detailed report and are awaiting next steps.

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Battery Materials
The Company is in discussions with a major US university for the use of plasma in the development of battery materials.

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Methane and Plasma:
The Company is in discussions with a major US university (not related to the above) for the use of plasma in applications related to methane.

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Agricultural Material:
The Company is in discussions with US company who develops material for use in the agricultural industry, for both low-powered (up to 40 kW) and hyper-high powered (6 MW) plasma torches.

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Fumed Silica:
The Company is in discussions with a Middle Eastern company for the potential purchase of fumed silica reactors to product fumed silica for the Middle Eastern region.

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Metal Powder Qualifications:
The Company has started the process to qualify its metal powder with an Asian 3D printing and scientific instruments OEM. Once qualified, the client could use the Company’s powder for internal operations and recommend it to their customers.

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NexGen System Sales:
The Company has started discussions with an Asian industrial equipment firm interested in a purchase or licensing agreement for the Company’s Nexgen plasma atomization system. While the Company has not previously considered requests for system sales, the scale of the potential deal indicated a potential benefit, so very preliminary discussions have started.

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Titanium Metal Powder:
The Company continues to be in discussion with companies who have expressed interested in titanium metal powders.

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Carbon Black and Hydrogen:
The Company is in discussions with company for plastic pyrolysis for hydrogen and carbon production, using plasma.

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Waste Processing:

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Drosrite Systems:
In the Q4 2025 Outlook, it was stated that the Company is in advanced discussions with a North American metal casting company for the purchase of a Drosrite aluminum dross processing system to process high density aluminum beverage can scrap, with an approximate value of $800 $1million. In the Q1 2026 Outlook, it was stated that client representatives visited PyroGenesis’ Montreal facilities for additional discussions and that an announcement may be expected in the near term. Further discussions in Q2 have identified a specific need for the potential use of Drosrite to produce calcium aluminate instead of melting aluminum scrap. This update has been moved to a mid term potential to allow for further investigation of this newly defined usage.

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The Company is also in discussions with a global mining firm for a Drosrite system which would likely start with a testing campaign on-site at the miner’s factory.

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Chemical Weapons Destruction (PACWADS):

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In Q1, [news release dated January 6, 2026], it was announced that the Company has signed an agreement with the national security and defense division of a U.S. multinational engineering infrastructure corporation, to jointly pursue contracts that are expected to be tendered during 2026, for the safe destruction of chemical weapons in Syria. The Company and the client have been engaged in document preparation and meetings with various parties throughout Q1 2026. Announcements may be expected throughout 2026 if, and as, the contract tenders come to fruition. This project has been moved to mid-term potential to reflect the opaqueness of the RFQ process and related timelines.

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Separately, the Company recently responded to a request for information about chemical warfare destruction technologies, issued by a major military unit.

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Drosrite:
The Company is in discussions with a Canadian company for projects related to aluminum dross processing.

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Plasma Torch System for Pyrolysis:
In the Q4 Outlook, it was stated that the negotiations had continued with a European entity for the sale of a plasma torch system and/or plasma reactor system, which the customer would utilize in their production of carbon black and hydrogen for use in batteries and graphite production, and that a project quote had been submitted with a potential project value of approximately $2 million. It was further stated that a potential project scope has been developed across multiple phases, and that an announcement is expected in the near term. As of end of Q2, negotiations with this client continue, with a potential announcement in the mid-term.

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Drosrite Systems:
The Company is in various stages of discussions with aluminum manufacturers to purchase Drosrite aluminum dross processing systems, including with two Middle Eastern aluminum companies for the purchase of multiple 5,000+ tonnes or 10,000+ tonnes per year Drosrite furnaces, including for an existing client.

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Drosrite Systems:
It was stated in the Q1 2026 Outlook that the company had recently begun discussions with a major aluminum company in India, for the potential sale of Drosrite systems. As of Q2 PyroGenesis is providing technical material to the client team for plant evaluation over the next few months.

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Hazardous Aerosol Treatment:
The Company continues early-stage discussions with a large waste collection firm to help in the treatment of aerosol released during garbage collection and compacting. An initial project may be forthcoming for engineering of a solution toward the potential use of a plasma torch or reactor. The client has requested the preparation of quotes for various systems. In Q2 2026, the discussions moved to include PyroGenesis’ subsidiary Pyro Green-Gas.

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Radioactive Waste Destruction:
A design phase contract was signed during Q4 2025 [news release dated December 17, 2025] with a major European entity for the use of plasma in the destruction of low-level radioactive waste, to help define the technical specifications, sizing, and design parameters, for a potential subsequent engineering and build phase for a plasma-equipped furnace (and the related peripheral components), required as part of the potential construction of a radioactive waste vitrification and treatment plant in Europe. During Q1 2026, the Company designed a custom system for potential use by the client. This design was submitted and the client is reviewing the design for eventual submission to their government’s nuclear agency. Next phase may be detailed design leading to procurement and construction. If selected for this competitive project, total project cost may be approximately $6-8 million. Recent document exchange during Q2 2026 included technical standards for the development of additional designs, with a Q4 2026 likelihood for next steps. 

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Business Line Developments: Long Term (> 6 months)

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Energy Transition:

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Cement Production Calcination:
As mentioned in the Q4 2025 Outlook, the Company is in discussions with a European company within the cement industry, for the sale of an additional 1MW plasma torch system to replace gas burners in the limestone calcination process. As of Q2 2026 the potential customer continues to secure financing. 

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Wind Tunnel Applications:
The Company is in discussions to develop a plasma wind tunnel application, in conjunction with an aerospace sector entity. 

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Plasma Torches for Metallurgy R&D:
The Company is in initial discussions with a European university conducting advanced metallurgy R&D, for the purchase of a plasma torch system. There has no movement on this file so will be removed from future Outlooks.

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20 MW Plasma Torches for Aeronautics and Defense Client:
A contract for a 20MW plasma torch was signed in Q4 2024 [news release dated October 21, 2024], by a client who is a prime contractor for the U.S. government as well as for public and private customers in the aeronautics and defense industries. PyroGenesis previously designed and built a 4.5MW plasma torch to this same client, which was delivered in Q1 2026. 

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A plasma torch at the 20MW power level, based on PyroGenesis’ own research, represents one of the most powerful plasma torches ever produced commercially. The project has an approximate duration of 3 years. The project is progressing and is in the engineering and electrical design phase. 

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Plasma Torches for Cement Industry Calcination:
The Company is in discussions with a global leader in providing technology and services for mining, aggregates, recycling, and metal refining industries, primarily for potential sale of hyper high temperature (10 MW and above) plasma torches for use in calcination furnaces as part of the cement production process. Negotiations on this potential project are likely to take an extended period, so the project has been moved to the long term category.

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Plasma-Based Glass Recycling:
As stated in previously Outlooks, the Company signed an R&D / testing contract with a global leader in glass recycling, to investigate plasma as part of the customer’s energy transition initiatives. The project is related to the spheronization of recycled glass using plasma, to help establish proof of concept. The contract involves multiple tests to optimize parameters and produce high-quality spherical glass particles for use in glass bed applications. Testing commenced during Q2 as planned, with early results being very promising. The full roster of tests and modifications originally scheduled for completion in Q3 2025 was extended into Q4 2025 and Q1 2026 and are ongoing. The longer-term commercial potential is for building a reactor-based system on-site at the customer’s facility. For budgetary reasons on the client side, this potential project has been moved to a longer horizon. As of Q2 2026 the client was acquired by a venture capital firm and the state of future projects are currently unknown.

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Plasma Torches for Metal Manufacturing:
During Q4 2024 and Q1 2025, the Company conducted first round tests for one of the world’s largest producers of metal products to design and develop a plasma-based solution for use in improving precision in the manufacturing process, using a low wattage plasma torch. Next steps were identified to conduct additional tests using progressively larger torches during Q2 and Q3 2025. Testing per this approach met and even surpassed expectations. In the Q2 2025 Outlook it was stated that a first-round project may commence in the near term, with a potential value of $100 200K, with long-term potential at an enterprise-wide level for this customer has a potential approximate value of $10 million. Additional tests at an even higher temperature were identified as beneficial, as well as a CFD study. For budgetary reasons on the client side, this potential project has been moved to a longer horizon.

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Plasma Torches for Steel Manufacturing Process Steps:
The Company is in initial discussions with a European steel construction conglomerate for the use of plasma torches in various high temperature process steps.

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Plasma Torches for Brick:
The Company is in initial discussions with a European company for the use of plasma torches in high temperature brickmaking process steps, including brickmaking refractory furnace. This is a multi-torch application, potentially requiring 15-20 60kw-150kw torches per line. In Q2 the Company provided a quote for a plasma torch system, but future project timelines are currently unknown.

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Plasma Torches for Steelmaking:
The Company is in initial discussions with a major global engineering firm that works extensively in the steel industry, for the use of plasma torches in high temperature steelmaking furnaces, in Japanese steel plants. At this time the project is not likely to proceed; this will be removed from future Outlooks.

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Plasma Torches for Global Chemical Firm:
In previous Outlooks, the Company stated that it is in discussions with an American entity for the potential sale of plasma torches to aid in the production of carbon black and potentially other materials carbon and silica-based, with a potential initial value of $2-3 million and additional longer-term potential. In late Q2 and early Q3, the customer visited PyroGenesis’ Montreal facilities for a site tour and for more in-depth discussions. The customer has started construction of their own pilot plant, and discussions continue sporadically regarding potential integration of plasma torches into that facility. There were on further discussions in Q2 2026, as the client focuses on internal projects.

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Materials Production:

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Lithium Battery Material Recovery:
In Q1 [news release dated February 26, 2026] the Company announced achieving successful results from the primary testing campaign of PyroGenesis’ plasma technology for superheating materials as part of the process to recover certain cathode or anode materials from end-of-life batteries. The client is a North American battery material recycler. It was stated that there may be a subsequent testing phase required which would be expected to occur before the end of Q2 2026, and that the client’s ultimate goal would be to purchase an initial 1 MW plasma torch system, followed by a subsequent purchase of 5 x 1 MW plasma torch systems or 1 x 5 MW plasma torch systems. The client has indicated a potential need for multiple 5 MW plasma torch systems. New tests continued during Q1 2026. The client is now anticipating a Q1-Q2 2027 restart to the project due to the client’s internal factors.

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Green Cement Additive:
PozPyro is a cement additive material produced by PyroGenesis’ as a collaboration with its client Progressive Planet. The proprietary plasma process converts widely available, high-grade crystalline silica into amorphous silica that can be used to enhance the strength of concrete as a replacement for fly ash which is in diminishing supply. Previous announcements [news release dated May 2, 2024] showed compressive strength tests for PozPyro of up to 99.5% above standards for similar material such as fly ash, while surpassing even the full-strength value of the Portland Cement control by up to 49.67%. A potential contract for a future pilot plant has an estimated value of $15-20 million. Previously the Company developed and delivered an advanced feasibility and technical study towards the construction of a pilot plant. As of Q2 2026, the Company is waiting on go-forward decisions from the client.

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Silicon, Nano-Silicon, and Silica Production:
As stated in previous Outlooks, the Company is in discussions at quotation stage with several potential customers who have expressed interest in PyroGenesis’ advanced methods for producing silicon, nano-silicon, and silica. While no further developments were achieved in Q2 2026, longer term communication remains planned. The potential customers include:

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Waste Processing:

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Waste-to-Chemicals Demonstration Plant:
The Company is in early-stage discussions with European academic research consortium to build a facility to convert municipal solid waste to chemicals, using a rotary kiln and steam plasma applications.

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Plasma Torch for Hazardous Waste Destruction:
The Company is in early-stage discussions with an operator of a large North American hazardous waste facility for the sale of a plasma torch system. The facility destroys a variety of hazardous waste, including PFAS “forever chemicals”, currently using an incineration process. The client has indicated a 2027 project start is more likely, with an estimated $500,000 small plasma system being the current proposed technology.

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Municipal Waste Destruction and Gasification System:
The Company is in negotiations with a company in India for a large waste destruction and biogas upgrading system. The financing capabilities and timeline with this potential client are unknown so the project has been moved to the long-term category.

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Plasma Waste-to-Energy System / Resource Recovery System (PRRS):
The Company previously announced the signing of a 2-stage contract for a land-based plasma waste-to-energy system with a European consortium. The first stage consists of a conceptual and preliminary design phase for approximately $2 million, which commenced in Q3 2025 and was scheduled to last no more than one year. The design of the Plasma Waste-to-Energy System is based on the Company’s Plasma Resource Recovery System (PRRS), a waste-to-energy technology that eliminates toxic compounds while transforming waste into reusable products such as syngas and chemicals such as methanol. This project is currently on hold as the client lost its first stage financing. The client is looking for alternate funds. Until such time as those funds have been secured and the project restarted, $2 million was removed from the Company’s reported backlog during Q4 2024. There was no movement in Q2 2026.

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Plasma Torches for 3rd Party Waste-to-Energy Systems:
The Company has been in discussions over several years with a European entity, to act as a potential supplier of plasma torches for the entity’s waste-to-energy initiative; the entity has at times, listed PyroGenesis as their torch supplier in various publications online. In Q3 2024, this entity announced having entered into an agreement with a German multi-Billion-dollar leading technology company to accelerate green energy transition through waste-to-energy technology. The entity announced that it aims to establish 300 plants producing 1 million tons of hydrogen over the next several years. There was no movement in Q2 2026.

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** Please note that projects or potential projects previously announced, or listed in previous Outlooks, that do not appear in the above summary updates, should not be considered as at risk. Noteworthy developments can occur at any time based on project stages, and the information presented above reflects information on hand. Projects not mentioned may have simply not concluded or not passed milestones worthy of discussion. **

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FURTHER INFORMATION

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Additional information relating to Company and its business, including the 2025 consolidated financial statements, the Annual Information Form and other filings that the Company has made and may make in the future with applicable securities authorities, may be found on or through SEDAR+ at www.sedarplus.ca, or the Company’s website at www.pyrogenesis.com.

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Additional information, including directors’ and officers’ remuneration and indebtedness, principal holders of the Company’s securities and securities authorized for issuance under equity compensation plans, is also contained in the Company’s most recent management information circular for the most recent annual meeting of shareholders of the Company. 

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About PyroGenesis Inc.

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PyroGenesis leverages 35 years of plasma technology leadership to deliver advanced engineering solutions to energy, propulsion, destruction, process heating, emissions, and materials development challenges across heavy industry and defense. Its customers include global leaders in aluminum, aerospace, steel, iron ore, utilities, environmental services, military, and government. From its Montreal headquarters and local manufacturing facilities, PyroGenesis’ engineers, scientists, and technicians drive innovation and commercialization of energy transition and ultra-high temperature technology. PyroGenesis’ operations are ISO 9001:2015 and AS9100D certified, with ISO certification maintained since 1997. PyroGenesis’ shares trade on the TSX (PYR), OTCQX (PYRGF), and Frankfurt (8PY1) stock exchanges.

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Cautionary and Forward-Looking Statements

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This press release contains “forward-looking information” and “forward-looking statements” (collectively, “forward-looking statements”) within the meaning of applicable securities laws. In some cases, but not necessarily in all cases, forward-looking statements can be identified by the use of forward-looking terminology such as “plans”, “targets”, “expects” or “does not expect”, “is expected”, “an opportunity exists”, “is positioned”, “estimates”, “intends”, “assumes”, “anticipates” or “does not anticipate” or “believes”, or variations of such words and phrases or state that certain actions, events or results “may”, “could”, “would”, “might”, “will” or “will be taken”, “occur” or “be achieved”. In addition, any statements that refer to expectations, projections or other characterizations of future events or circumstances contain forward-looking statements. Forward-looking statements are not historical facts, nor guarantees or assurances of future performance but instead represent management’s current beliefs, expectations, estimates and projections regarding future events and operating performance. Forward-looking statements are necessarily based on a number of opinions, assumptions and estimates that, while considered reasonable by PyroGenesis as of the date of this release, are subject to inherent uncertainties, risks and changes in circumstances that may differ materially from those contemplated by the forward-looking statements. Important factors that could cause actual results to differ, possibly materially, from those indicated by the forward-looking statements include, but are not limited to, the risk factors identified under “Risk Factors” in PyroGenesis’ latest annual information form, and in other periodic filings that it has made and may make in the future with the securities commissions or similar regulatory authorities, all of which are available under PyroGenesis’ profile on SEDAR+ at www.sedarplus.ca. These factors are not intended to represent a complete list of the factors that could affect PyroGenesis. However, such risk factors should be considered carefully. There can be no assurance that such estimates and assumptions will prove to be correct. You should not place undue reliance on forward-looking statements, which speak only as of the date of this release. PyroGenesis undertakes no obligation to publicly update or revise any forward-looking statement, except as required by applicable securities laws. Neither the Toronto Stock Exchange, its Regulation Services Provider (as that term is defined in the policies of the Toronto Stock Exchange) nor the OTCQX Best Market accepts responsibility for the adequacy or accuracy of this press release.

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