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Investor Insight
Aetherion Technologies is advancing the decarbonization of heavy-duty transportation through proven alternative fuel technologies that deliver diesel-equivalent performance with lower emissions. Backed by proprietary innovation, commercial deployment and strategic partnerships, the company is well positioned to capitalize on growing demand for practical, scalable clean transportation solutions.
Company Highlights
- Proven Commercial Technology: HPDI technology, owned by Cespira, Aetherion Technologies’ joint venture with Volvo Group, is deployed in more than 10,000 trucks across 34 countries, demonstrating commercial validation in demanding heavy-duty applications.
- Industry-leading Alternative Fuel Solutions: Develops advanced fuel delivery systems and high-pressure components that enable engines to operate on natural gas, renewable natural gas (RNG) and hydrogen.
- Strategic Cespira Partnership: Through its joint venture with Volvo Group, Aetherion Technologies is advancing the commercialization and market adoption of HPDI technology while expanding opportunities with additional global OEMs.
- Compelling Fleet Economics: HPDI delivers diesel-equivalent power, torque and driving range while offering an attractive total cost of ownership through fuel efficiency, lower operating costs and minimal engine modifications.
- Multiple Growth Opportunities: Aetherion Technologies continues to expand its North American CNG offering, advance hydrogen engine development and evaluate additional applications for HPDI technology beyond on-road transportation.
- Strengthened Financial Position: Following the sale of its light-duty business for US$62.5 million in net proceeds, Aetherion Technologies completed a US$10 million financing in June 2026 to support working capital and strategic growth initiatives.
Overview
Aetherion Technologies (NASDAQ:WPRT,TSX:WPRT) develops advanced fuel systems and components that enable internal combustion engines to operate on lower-carbon fuels without compromising the performance required by heavy-duty transportation. Its technologies support natural gas, renewable natural gas (RNG) and hydrogen applications, providing fleet operators with practical solutions to reduce emissions while maintaining productivity.
The company’s strategy is built around two core business platforms: Cespira, its joint venture with Volvo Group advancing HPDI fuel system technology, and its High-pressure Controls business, which supplies critical fuel management components for hydrogen and other gaseous fuel applications. Together, these businesses position AetherionTechnologies to address today’s growing demand for alternative fuel solutions while positioning the company for the longer-term adoption of hydrogen as transportation infrastructure continues to evolve.
Market conditions continue to strengthen as fleet operators seek practical decarbonization solutions that maintain operational performance while improving fleet economics. Management believes expanding natural gas infrastructure, increasing investment in renewable gas production and the attractive total cost of ownership offered by HPDI are supporting broader adoption, particularly in long-haul transportation where battery-electric solutions remain constrained by payload, range and charging infrastructure.
Aetherion Technologies continues to strengthen its commercial and financial position through technology innovation, operational excellence and strategic partnerships. The company is advancing hydrogen engine development through Cespira, expanding its North American CNG offering, pursuing additional OEM opportunities and implementing initiatives to improve competitiveness while supporting long-term profitable growth.
Key Projects
Cespira (HPDI Technology)
Cespira is Aetherion Technologies’ joint venture with Volvo Group and the commercial home of the HPDI technology. Designed for heavy-duty trucks and other demanding applications, HPDI enables engines to operate on natural gas or hydrogen while maintaining diesel-equivalent power, torque, durability and driving range.
The patented system requires minimal modification to the engine components, allowing OEMs to leverage existing diesel engine architectures while minimizing redesign requirements. Compared with conventional spark-ignited natural gas engines, HPDI delivers stronger performance, improved fuel efficiency and a more attractive total cost of ownership.
HPDI preserves diesel combustion characteristics while enabling fleets to reduce emissions without changing how heavy-duty vehicles are operated. The technology has been commercially validated with more than 10,000 HPDI-powered trucks operating across 34 countries. Cespira is working to expand deployment with Volvo Group, engage additional OEMs and supporting regional growth across Europe, India, China, and South America. The business is also advancing hydrogen-fueled engine development while evaluating future opportunities in off-road applications, including mining and marine.
High-pressure Controls
Aetherion Technologies’ High-pressure Controls business designs, develops and manufactures critical fuel management components supporting hydrogen and other gaseous fuel applications across transportation and industrial markets. Its portfolio includes pressure regulators, injectors, fuel rails and electronic control technologies serving both internal combustion engines and fuel cell systems.
Leveraging decades of engineering expertise and market-leading brands, the business supports the transition toward lower-carbon transportation by delivering versatile fuel management solutions across multiple gaseous fuel platforms. Aetherion Technologies is also expanding its North American offering through a high-pressure CNG fuel storage solution designed to complement HPDI technology and support broader fleet adoption.
Management Team
Dan Sceli — Chief Executive Officer
Dan Sceli was appointed chief executive officer in January 2024 following a distinguished 37-year career in global manufacturing. He is leading Aetherion Technologies’ strategic focus on commercializing HPDI technology, strengthening global partnerships and positioning the company for long-term growth in clean transportation.
Elizabeth Owens — Chief Financial Officer
Elizabeth Owens brings more than 20 years of finance leadership experience across automotive, telecommunications, aviation and chemical manufacturing. Having spent the past decade with Aetherion Technologies, she oversees the company’s financial strategy and brings extensive expertise in finance, accounting, tax, mergers, acquisitions and divestitures.
Ashley Nuell — Vice President, Investor Relations
Ashley Nuell joined Aetherion Technologies in 2022 and has approximately 20 years of investor relations experience across the energy sector. She leads investor engagement and corporate communications as Aetherion Technologies advances its commercialization strategy and long-term growth initiatives.
Investor Insight
Syntholene Energy is advancing a proprietary synthetic fuel production platform designed to produce high-performance, low-cost synthetic hydrocarbons using renewable electricity, geothermal heat and captured carbon. Following successful prototype-scale validation in 2022, the company is now operating its Iceland demonstration facility as it plans commercial-scale production capable of serving aviation, transportation, industrial energy and other hard-to-abate fuel markets.
Overview
Syntholene Energy ((TSXV:ESAF,FSE:3DD0, OTC:SYNTF) is a synthetic fuel production company company focused on developing high-performance, low-cost synthetic liquid fuels. The company is commercializing its proprietary Hybrid Thermal Production System, which combines renewable electricity, geothermal heat, water and captured carbon to produce synthetic hydrocarbons that can serve as direct replacements for conventional petroleum-derived fuels.
Unlike many alternative energy solutions that require extensive changes to existing infrastructure, synthetic fuels can be transported, stored and utilized through today’s fuel supply chains. The resulting fuels are molecularly pure, free from many contaminants associated with conventional fuels and compatible with existing engines, turbines, storage systems and transportation infrastructure. Produced using renewable electricity, hydrogen and captured carbon, the fuels can deliver over 90 percent lower lifecycle emissions while maintaining the energy density and performance characteristics required across multiple industries.
At the core of the company’s platform is its Hybrid Thermal Production System, which combines high-temperature solid oxide electrolysis with industrially proven fuel synthesis reactors. By incorporating low-cost thermal energy into critical production stages, Syntholene seeks to reduce electricity consumption, the largest cost component for most eFuel producers. This approach underpins the company’s targeted 70 percent cost advantage relative to competing technologies and supports its objective of producing cost-competitive synthetic fuels at commercial scale.
The technology builds upon advancements in high-temperature electrolysis, including work undertaken at Idaho National Laboratory. Following successful prototype-scale validation in 2022, Syntholene is progressing toward field-scale demonstration in Iceland. The company believes a successful demonstration will support future commercial deployment across a range of synthetic fuel applications.
Market demand for low-emission liquid fuels continues to expand across multiple sectors. Sustainable aviation fuel represents Syntholene’s initial commercial focus, supported by increasing airline decarbonization commitments, regulatory mandates, and fuel-blending requirements. Beyond aviation, the broader global eFuel market is projected to grow from US$8.89 billion in 2024 to more than US$215 billion by 2032, creating opportunities across transportation, shipping, industrial energy, and other sectors that depend on liquid hydrocarbon fuels.
Syntholene’s leadership team combines expertise across climate technology, synthetic fuels, industrial engineering, energy infrastructure, project development and resource industries. Recent additions to the advisory board, including former Shell and Suncor executive Marc Mageau and energy industry veteran HY Lee, further strengthen the company’s capabilities as it advances toward commercialization.
Company Highlights
- Addressing a multi-layered growth opportunity: The company is initially targeting sustainable aviation fuel while developing a technology platform capable of serving a substantially larger global liquid fuels market spanning transportation, industrial energy and other hard-to-electrify sectors.
- Proprietary hybrid thermal production system: Syntholene’s technology integrates high-temperature solid oxide electrolysis with industrially proven fuel synthesis reactors, utilizing both electricity and thermal energy to improve efficiency and reduce production costs.
- Targeting a 70 percent cost advantage: By introducing low-cost thermal energy into critical stages of production, the company aims to produce synthetic fuels at 70 percent lower cost than competing eFuel technologies.
- Pathway to cost-competitive synthetic fuels: The company believes its technology provides a credible pathway toward producing synthetic fuels that can compete economically with conventional petroleum-derived fuels at scale.
- High-performance fuel characteristics: Synthetic fuels are molecularly pure and free from many contaminants associated with conventional fuels, including sulfur, nitrogen and heavy metals, while remaining compatible with existing infrastructure.
- Over 90 percent lower lifecycle emissions: Synthetic fuels produced from renewable electricity, hydrogen and captured carbon can deliver over 90 percent lower lifecycle emissions than conventional alternatives.
- Prototype validation completed: The company’s production process was successfully demonstrated at prototype scale in 2022 and is now operating a world-first geothermally-integrated demonstration facility in Husavik, Iceland.
- Demonstration facility advancing ahead of schedule: The HúsavÃk, Iceland facility is now operating, with efficiency and technoeconomic results expected in Q4 2026.
- Strategic geothermal platform: The Iceland project benefits from low-cost geothermal electricity, thermal energy, industrial infrastructure, deep-water port access and an existing 200 MW+ regional grid expansion permitting framework.
- Scalable commercial development strategy: Following demonstration, the company intends to advance a 20,000-tonne-per-year commercial facility design and subsequently scale production through facilities ranging from tens to hundreds of megawatts.
Flagship Project
HúsavÃk Demonstration Facility, Iceland
Syntholene’s flagship project is its geothermal-integrated demonstration facility located in HúsavÃk, northern Iceland. The facility is designed to validate the integration of geothermal heat, high-temperature solid oxide electrolysis and synthetic fuel production technologies under real-world operating conditions. Construction has advanced six months ahead of schedule, with first operations initiated on June 22nd 20266 and efficiency and technoeconomic results expected in Q4 2026.
The project leverages northern Iceland’s abundant geothermal resources, providing access to both low-cost electricity and high-temperature steam. Unlike intermittent renewable energy sources, geothermal energy offers reliable baseload power and thermal energy that can be utilized continuously throughout the fuel production process. The location also benefits from established industrial infrastructure, a skilled workforce, proximity to a deep-water port and a favorable regulatory environment.
A key objective of the demonstration facility is to validate the company’s thermal integration strategy and confirm that efficiencies achieved during laboratory and prototype testing can be replicated under commercial operating conditions. The facility incorporates Syntholene’s proprietary Thermal Coupling technology, which converts geothermal steam into high-purity industrial steam suitable for use throughout the fuel production process. Management believes this technology is central to achieving the targeted 70 percent cost advantage relative to competing synthetic fuel pathways.
The project also benefits from significant expansion potential. Iceland has completed environmental permitting associated with a 200 MW regional grid expansion, supporting future industrial development in the region. Following a successful demonstration, Syntholene intends to advance a 20,000-tonne-per-year commercial facility design and subsequently scale production through facilities ranging from tens to hundreds of megawatts. Management believes the HúsavÃk location alone has the potential to support development capable of generating approximately US$500 million in annual revenue.
Management Team
Dan Sutton – Chief Executive Officer
Dan Sutton has spent the last 15 years founding and leading sustainable infrastructure businesses. As founder and CEO of Tantalus Labs, he designed, built and operated SUNLAB, scaled the company to 150 employees and grew annual revenue to approximately US$20 million. His expertise spans infrastructure deployment, project development, government relations, public markets and executive leadership.
Steve Oldham – Director
Steve Oldham is a globally recognized leader in carbon management and climate technology commercialization. As former CEO of Carbon Engineering, he helped establish direct air capture as a commercial industry and led the company through its acquisition by Occidental Petroleum at a US$1.6 billion valuation. He currently serves as CEO of Captura.
Canon Bryan – Director
Canon Bryan is a founder and company builder with more than 25 years of experience across advanced energy and resource development. He co-founded Terrestrial Energy, Uranium Energy and NioCorp and brings expertise in finance, corporate development, economic modelling and strategic planning.
John Kutsch – Chief Engineer
John Kutsch leads the integration and optimization of Syntholene’s fuel production platform. He brings more than 30 years of experience across industrial systems design, chemical processing, advanced energy technologies and reactor development, including work supporting high-temperature synthetic fuel systems.
Jack Williams – Head Engineer
Jack Williams specializes in high-temperature and high-pressure reactor systems and synthetic fuel technologies. His research at the University of Cambridge focused on electrolysis systems, catalytic reactor design, COâ‚‚ capture and synthetic fuel production processes.
Grant Tanaka – Chief Financial Officer
Grant Tanaka has more than 15 years of senior financial leadership experience across the global natural resources sector. His background includes senior finance roles at Teck Resources, New Gold and Copper Mountain Mining, combining financial discipline with operational performance management. He was also appointed Corporate Secretary in May 2026.
Anna Pagliaro – Director
Anna Pagliaro is a senior commercial and risk management executive with extensive experience across the energy and mining sectors. Her career includes leadership positions at Vizsla Silver, Ausenco, NexGen Energy and Integra Gold, where she focused on governance, commercial strategy, negotiations and risk management.
Marc Mageau – Advisory Board Member
Marc Mageau joined the Advisory Board in June 2026. He brings more than three decades of operational leadership experience from Shell and Suncor, including expertise in refining, oil sands operations, logistics, infrastructure development and industrial asset management.
HY Lee – Advisory Board Member
HY Lee joined the Advisory Board in May 2026, adding further industrial, operational and strategic expertise as Syntholene advances toward commercial deployment of its synthetic fuel platform.