top of page

Press Releases

image.png

Swordfish Energy to Power Advance Sustainable Aviation Fuel Production. Using clean energy to produce clean SAF is such an obvious marriage of technologies,”— Dorn Beattie, CEO British Columbia-based Swordfish Energy has announced a major clean-energy agreement with SUSTAERO®, uniting two Canadian-controlled private companies focused on delivering practical, scalable solutions for the global energy transition. Under the agreement, Swordfish Energy will supply 35 megawatts of clean hydrokinetic power to support on-site electricity needs at SUSTAERO’s first Sustainable Aviation Fuel (SAF) production facility.While commercial details remain confidential, the agreement is valued at approximately CAD $70 million, excluding related infrastructure costs.The partnership represents a strong alignment between renewable power generation and clean fuel production. It also underscores a key Canadian advantage: both Swordfish Energy and SUSTAERO are Canadian-controlled private companies operating independently of offshore supply chains. At a time when energy security, industrial resilience, and domestic manufacturing capacity are increasingly important, the agreement demonstrates how Canadian companies can deliver clean-energy infrastructure from within Canada. “Using clean energy to produce clean SAF is such an obvious marriage of technologies,” said Dorn Beattie, Founder and CEO of Swordfish Energy. “ Aviation needs massive quantities of energy, and the world needs that energy to come from cleaner, more resilient sources. This agreement demonstrates how Canadian innovation can connect renewable power directly to high-value industrial demand, while strengthening domestic clean-energy capacity.” Swordfish Energy’s hydrokinetic platform is designed to generate renewable electricity from moving water without dams, fuel, or large-scale environmental disruption. For SUSTAERO, the technology provides a dependable clean-power supplement for SAF production, while enhancing site resilience and supporting continuous industrial operations. “SAF must be manufactured using clean electricity,” said Keith Gillard, CEO of SUSTAERO. “ This agreement with Swordfish Energy gives us a clear pathway to augment the electricity on our manufacturing site with a renewable power source that is Canadian, scalable, and resilient. This additional electricity not only accelerates the scale-up of our SOAR™ process on the site; it also increases the resiliency of 24/7 uninterruptible manufacturing. ”The 35 MW supply agreement positions Swordfish Energy as a strategic renewable-energy partner for industrial customers requiring dependable, long-duration clean electricity. Unlike intermittent renewable sources, Swordfish’s hydrokinetic systems are designed to operate from predictable water flow, making them well suited for critical infrastructure, remote communities, industrial operations, and fuel-production facilities where reliability is essential. The agreement also highlights the growing importance of integrated clean-energy ecosystems, where renewable power providers, fuel producers, infrastructure operators, and industrial customers collaborate to address large-scale energy demands. As global aviation fuel demand continues to rise, SAF is expected to play a critical role in lowering lifecycle emissions while supporting the ongoing movement of people, goods, and commerce.“This is more than a power agreement,” Beattie added. “It is a Canadian clean-energy story. It shows that renewable power and sustainable fuels do not have to evolve separately. They can advance together, here in Canada, with Canadian leadership, resilient clean-energy infrastructure, and supply-chain independence.” About Swordfish EnergySwordfish Energy is a British Columbia-based clean-energy company developing hydrokinetic power systems designed to generate renewable electricity from moving water for communities, industry, infrastructure, and security. About SUSTAERO®SUSTAERO is building Canada’s first billion-litre wood waste-to-Sustainable Aviation Fuel capacity, powered by Fortune 100 leadership and its proprietary SOAR™ process, which integrates the world’s only TRL-9 wood gasification technology. SUSTAERO’s SAF offers exceptional supply security through simple, sustainable, and uninterrupted supply chains. Contact PR@SUSTAERO.ca. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

From Haida Gwaii to remote coastal regions worldwide, the Compeller™ turbine is designed to help microgrids replace diesel with clean, predictable power. Communities should have practical options to reduce diesel use without compromising reliability”— Dorn Beattie, CEO of Swordfish Energy Demand for electricity is rising across Canada as transportation, industry, and digital infrastructure expand. At the same time, parts of the clean-energy transition remain constrained by geography: many remote and coastal communities are not easily served by major transmission systems and continue to rely on diesel generation for dependable power. In off-grid settings, diesel is often used not by preference but by necessity. Fuel must be transported over long distances, costs can be volatile, and supply chains may be disrupted by weather or logistics. Diesel generation also introduces persistent noise and local air emissions. Swordfish Energy Inc. is developing hydrokinetic generation for microgrid applications where reliability is a primary requirement. The company’s Compeller™ concept is designed to produce electricity from river and tidal currents, with the goal of supporting renewable, always-available power in environments where extending transmission lines is costly, slow, or impractical. According to the company, the Compeller is being developed as a laminar-flow system intended to reduce turbulence compared with conventional approaches, and as a direct-drive configuration that avoids gearbox complexity. Swordfish says these design choices are intended to improve durability and serviceability in marine environments, where maintenance access and operating conditions can be challenging. The company views hydrokinetic power as complementary to solar and wind in off-grid microgrids. While intermittent renewables can reduce fuel consumption, microgrids often still require predictable generation to stabilize supply and reduce diesel runtime. This context is relevant for regions such as Haida Gwaii, where parts of the local electricity system are isolated from the main grid and have historically relied on diesel generation, particularly in the north. Haida Gwaii has long depended on diesel as part of its isolated power system, particularly in the north, with new renewable projects now working to displace that diesel over time.” (BC Hydro) Communities should have practical options to reduce diesel use without compromising reliability,” said Dorn Beattie, CEO of Swordfish Energy. “Our focus is on hydrokinetic power that can be integrated into real-world microgrids and operated consistently in local conditions.” Swordfish Energy says its near-term work is focused on moving from development to deployment, with an emphasis on validation in operating environments and microgrid integration. The company’s stated long-term objective is to expand access to clean, dependable electricity in locations where reliable energy choices have been limited. About Dorn Beattie Dorn Beattie is a serial entrepreneur and inventor with a track record of building and commercializing ventures across music, automotive manufacturing, digital signage, and golf innovation, combining creative leadership with hands-on product development and go-to-market execution. He has also pursued technology-enabled manufacturing, including AI-driven workflows, to accelerate design-to-production cycles. Today, he leads Swordfish Energy, advancing hydrokinetic power solutions aimed at delivering reliable clean energy and reducing diesel dependence for remote and coastal communities. About Swordfish Energy Inc. Swordfish Energy Inc. is a Vancouver-based cleantech company led developing the ‘Next Generation’ Laminar Flow Hydrokinetic Compeller, an in-stream renewable energy system designed to deliver predictable, low-impact electricity from moving water while protecting ecosystems and supporting community-led clean energy solutions. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

Ecosystem-first, fish-safe Compeller generates quiet, low-RPM tidal/river baseload—no dams—supporting Indigenous, community-led diesel replacement. The beauty of Swordfish Compellers is the use of wings instead of blades… which makes it very, very safe for sea creatures”— Dorn Beattie, Founder/CEO Swordfish Energy Inc. is advancing a new standard in clean power: hydrokinetic energy designed from the beginning to respect living waters and protect the ecosystems that sustain them. The company’s Laminar Flow Hydrokinetic Compeller generates electricity from ocean tides and flowing rivers, without dams, without impoundments, and with a fish-safe design philosophy that prioritizes stewardship and long-term ecological integrity. Swordfish’s mission is grounded in respect for Indigenous responsibilities to protect waters, fish, and future generations. The company is focused on delivering predictable, community-scale clean baseload power to regions that have historically been forced to rely on diesel for basic needs. In a world racing to decarbonize, Swordfish believes the question is not only how quickly we transition to renewables, but whether we can do so in ways that uphold ecological balance and community trust. “The beauty of Swordfish Compellers is the use of wings instead of blades… which makes it very, very safe for sea creatures” said Swordfish founder Dorn Beattie. The Swordfish Compeller is engineered to operate at a very low RPM, maintaining a consistent, gentle operating speed through a predetermined wing pitch to achieve the target RPM rather than allowing the turbine to accelerate unpredictably with changing flows. This controlled operating band supports predictable performance, reduces the potential for high-speed mechanical hazard, and helps maintain stable near-field hydrodynamics under variable water conditions. Testing observations indicate the system produces a near-field hydrodynamic deflection pattern that creates a passive exclusion zone, discouraging fish from approaching the rotor-adjacent area during operation. Rather than relying on fish to react to noise, light, or visibility cues, the system’s water movement itself functions as a non-injurious deterrent, reducing the likelihood of close approach while maintaining low disturbance in the surrounding area. Swordfish is also designed for safety in unexpected scenarios. The turbine wings are made from a proprietary recyclable material engineered to break away on impact. Any separated material is buoyant, floats to the surface, and can be retrieved and removed, supporting wildlife safety and responsible operations. The system is designed to operate silently, without turbulence or destructive cavitation, reducing noise and pressure- related impacts that can affect aquatic life. Beyond fish safety, Swordfish’s deployment approach is designed to be low-impact, minimizing disruption to benthic habitat and supporting long-term ecosystem integrity. The company’s mounting strategy is intended to reduce installation disturbance and support habitat development around infrastructure over time, contributing to ecological resilience rather than degradation. Swordfish is advancing monitoring and site-specific assessment practices to validate environmental performance, support adaptive management, and work transparently with Indigenous Nations and local communities. “The simplicity is that when the water moves, so does Swordfish, and clean power is generated,” Beattie added. For the Company’s current and future clients, the opportunity is clear: an eco-friendly clean energy solution designed to reduce the cost of electricity while delivering strong long-term returns. For communities, the promise is equally clear: clean energy that respects the environment. About Dorn Beattie Dorn Beattie is a serial entrepreneur and inventor with a successful track record of building and commercializing ventures across music, automotive manufacturing, digital signage, and golf innovation, combining creative leadership with hands-on product development and go-to- market execution. He has also pursued technology-enabled manufacturing, including AI-driven workflows, to accelerate design-to-production cycles. Today, he leads Swordfish Energy, advancing hydrokinetic power solutions aimed at delivering reliable clean energy and reducing diesel dependence for remote and coastal communities. About Swordfish Energy Inc. Swordfish Energy Inc. is a Vancouver-based cleantech company developing the Laminar Flow Hydrokinetic Compeller—an in-stream renewable energy system designed to deliver predictable, low-impact electricity from moving water while protecting ecosystems and supporting community-led clean energy solutions. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

Why Swordfish Technology may be the UK’s Missing Energy Link Swordfish Turbines are expected to operate at ‘up to’ 90% efficiency, more than double the efficiency of solar, wind and nuclear”— David Williams, CTO, BSc, MSc, C.Eng A Canadian clean-technology company, Swordfish Energy, is positioning the UK’s tidal currents and river flows as a potential source of low-carbon electricity, arguing that moving water could provide a steadier output than many weather-dependent renewables. The company says its “Compeller” turbines are designed to be installed on the seabed or riverbed, where they would generate power from tidal streams or continuous river currents with limited surface visibility. Swordfish describes the technology as suited to sites where flows are predictable and persistent. David T. Williams, the company’s Chief Technical Officer, said Swordfish expects its turbines to reach “up to” 90% efficiency. The company also claims the systems could be cheaper to purchase, install, and maintain than competing technologies, and projects a service life of more than 20 years—factors it says would translate into a lower levelized cost of energy. These figures have not been independently verified in the materials provided. Swordfish highlighted several locations it considers promising for deployment. In Scotland, it pointed to the Pentland Firth, known for fast tidal currents, and in Wales it cited Ramsey Sound as a channel suitable for concentrated installations. The company also identified the Isle of Man as an area of interest for river-based generation, naming the Sulby River, River Neb, and River Glass as waterways with flows that could support smaller projects near local communities. The company argues that combining tidal hotspots with river installations could support more decentralized generation across the British Isles, potentially easing transmission constraints and improving local resilience. Swordfish said it is seeking collaboration with UK stakeholders, including engineers, communities, and investors, as it advances plans for UK-based projects. **About David Williams** David T. Williams is Swordfish Energy’s Chief Technical Officer. His professional credentials include BSc, MSc, CEng, FIET, FCIBSE, CMI, and he has previously served as a managing director at Mace’s Technology & Renewable Energy Division in London. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

Predictable hydrokinetic electricity from tides and rivers helps Indigenous and remote communities breathe cleaner air, lower costs, and build resilience. ‘If you control your energy, you control your future’—and that future should be cleaner, safer, and more secure for families everywhere.””— Dorn Beattie, CEO Swordfish Energy Corporation today announced an expanded focus on the health, affordability, and community benefits of clean hydrokinetic power—reliable electricity generated from moving water in tidal and river currents to help accelerate the global shift away from diesel- based power in off-grid and remote regions. Across thousands of communities worldwide, diesel generators are still the default source of electricity for homes, clinics, schools, water systems, and local businesses. But the true cost of diesel isn’t just measured in dollars—it’s measured in smoke in the air, noise through the night, and the constant worry of what happens when the fuel doesn’t arrive. High fuel and transport costs, mechanical breakdowns, and volatile supply chains, especially in places accessible only by boat, ice road, or seasonal routes—can limit what communities can build, sustain, and protect. Swordfish Energy’s hydrokinetic approach is built to deliver predictable, locally produced baseload energy wherever strong tidal or river currents exist. By generating power from natural flows—without damming rivers or flooding land—hydrokinetic systems can help communities breathe cleaner air, live with less noise, and rely on steadier electricity day after day. Reducing diesel use can also lower exposure to combustion-related pollutants, especially for children, Elders, and people with pre-existing health conditions. Just as important, replacing delivered diesel with local renewable generation can lower the long-run cost of electricity. In remote regions, diesel power is expensive because fuel must be transported, stored, and managed—and those costs rise with distance, weather disruptions, and global price swings. Hydrokinetic power draws from an always-available local resource, reducing ongoing fuel expenses and helping stabilize rates over time. For families and businesses, a lower and more predictable cost of electricity can mean more than savings—it can mean more opportunity, more security, and a stronger foundation for the future. “Too many communities are forced to choose between electricity and clean air,” said Dorn Beattie, CEO of Swordfish Energy. “We believe energy should strengthen health, not compromise it. Beattie added, “The real win is affordable reliability—when you stop paying to burn and ship fuel, you can put that money back into homes, schools, clinics, and local businesses. Clean power shouldn’t be a premium product; it should be the lowest-cost option for the people who need it most.” Diesel dependence can also create cascading impacts when fuel deliveries are delayed or electricity becomes unaffordable. When power is rationed, the consequences show up fast: medicines can’t stay cold, lights go out earlier, homes become harder to heat or cool, and essential services slow down or stop. In many regions, health clinics and emergency response rely on stable electricity for diagnostics, communications, sterilization equipment, and vaccine cold chains. Swordfish Energy’s hydrokinetic systems aim to provide continuous power so communities can operate vital infrastructure with greater confidence—especially when it matters most. Beyond local health impacts, switching from diesel generation to renewable hydrokinetic power can reduce greenhouse gas emissions and other pollutants. Each megawatt-hour generated from clean water currents replaces diesel consumption, lowering emissions and helping communities and regional partners progress toward climate and sustainability goals. As more jurisdictions adopt stronger climate reporting and clean-energy procurement requirements, hydrokinetic electricity can also deliver measurable ESG outcomes for project partners and stakeholders. Swordfish Energy emphasizes that the opportunity is global. Coastal, island, riverine, and delta communities—where transport costs are high and grid extension is uneconomic—often have flowing-water resources capable of supporting local generation. Paired with modern power electronics, storage, and smart microgrid controls, hydrokinetic systems can strengthen resilience, reduce vulnerability to fuel price spikes, and create a clearer pathway toward long-term, affordable energy independence. The company is advancing its commercialization pathway, engaging with partners and communities seeking clean baseload energy solutions that prioritize health, reliability, and lower consumer energy costs. Swordfish Energy’s long-term vision includes scalable deployments that can grow from powering essential services to enabling broader development—such as small industry, local processing, connectivity, and clean water systems—while sharply reducing the health, financial, and environmental costs of diesel dependence. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

The event was a powerful reminder of what becomes possible when people who care deeply about the land, the water, and future generations come together with a shared purpose.”— Tara Harker I was honoured to join the Founder and CEO, Dorn Beattie, at the First Nations Energy Summit in Vancouver, where community leaders, innovators, and clean-energy champions gathered to share solutions that will shape the future of British Columbia. The event was a powerful reminder of what becomes possible when people who care deeply about the land, the water, and future generations come together with a shared purpose. Swordfish’s Compeller, a laminar flow hydrokinetic turbine built on advanced engineering, demonstrated why it is redefining renewable energy. The Compeller is designed to harvest continuous power from ocean tides and flowing rivers, delivering true 24/7 clean energy. It operates in harmony with natural water movement while maintaining a high level of safety for marine life and surrounding ecosystems, ensuring dependable energy without ecological disruption. This combination of performance, environmental responsibility, and versatility is what sets Swordfish apart and positions it as a global leader in clean‑energy innovation. As demand grows for reliable, low‑impact alternatives, Swordfish stands out as the top choice for the future of energy—technology that everyone in the sector should be watching. For First Nations communities in particular, the technology offers an opportunity for true energy sovereignty. Yet its impact reaches far beyond B.C. Swordfish’s turbine is designed for scalability and global deployment, making it an ideal clean‑energy solution for communities around the world seeking reliable power without environmental disruption. From coastal to river‑based communities on every continent, this technology provides a pathway to reduce diesel dependency, strengthen local economies, and support long‑term climate resilience. Seeing so many dedicated people working toward a cleaner future was genuinely beautiful. I left the event inspired, proud of the work Swordfish is doing, and more committed than ever to helping bring meaningful, sustainable energy solutions to the people of this province and beyond. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

image.png

Swordfish Energy, Inc. is pleased to announce its participation in the upcoming First Nations Energy Summit, hosted by Clean Energy BC, an event bringing together Indigenous leaders, industry innovators, and energy experts from across British Columbia. The Summit will focus on advancing sustainable power solutions that strengthen energy sovereignty, protect local ecosystems, and support long-term community wellness. At the Summit, Swordfish Energy will highlight its laminar-flow hydrokinetic technology, an underwater turbine system designed to generate continuous renewable electricity from natural river and tidal currents. Operating without dams, major land disturbance, or harm to fish habitats, the technology is uniquely suited to communities and industries seeking cleaner alternatives to diesel and other carbon-intensive fuels. Remote and off-grid communities throughout BC face high fuel costs, unstable energy supply, and the health impacts of diesel emissions. Swordfish’s drop-in, low-impact systems offer a practical shift toward cleaner energy that is reliable, quiet, and available 24/7. Reducing diesel use also minimizes the risks associated with fuel transport and storage while improving local air quality. “By joining the First Nations Energy Summit, we are committing to listening, learning, and working together — ensuring that the transition to renewable energy honours the land, waters, and people who have always cared for them,” Beattie added. By integrating hydrokinetic power into interconnectable microgrids, communities and industries can build stable, locally managed energy systems that reduce outages, support economic development, and promote long-term resilience. These systems are especially valuable for coastal businesses, marine operations, mining sites, and remote settlements striving to lower emissions and strengthen environmental stewardship. Through its participation in the First Nations Energy Summit, Swordfish Energy reaffirms its commitment to respectful partnership and shared leadership in the clean energy transition. Together with Indigenous Nations, the company aims to help shape a sustainable energy future for generations to come. ABOUT SWORDFISH ENERGY, INC. Swordfish Energy is a Vancouver-based cleantech company, specializing in advanced hydrokinetic turbine systems that provide predictable, low-impact renewable electricity. Engineered for deep-sea, near-shore, and river environments, Swordfish technology offers a 100% Canadian clean energy alternative to diesel for remote communities, off-grid industries, and First Nations leadership working toward energy independence and long-term sustainability. Tara Harker Social Media Coordinator Swordfish Energy Inc. +1 778-242-7886 tara@swordfish-energy.ca

bottom of page