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Nuclear power is entering a period of rising reactor demand, creating a greater need for fuel supply chains to expand capacity while maintaining reliable supply. Utilities are therefore placing greater value on dependable uranium supply, conversion capacity and long-term contracting, making the ability to coordinate multiple stages of the fuel cycle increasingly critical. Cameco [NYSE: CCJ] operates with an integrated model that links various stages of uranium production, including refining, conversion and fuel manufacturing. The company’s competitive edge lies not only in its ownership of some of the world’s largest high-grade uranium reserves, but also in investments across the nuclear fuel cycle. This gives customers access to multiple stages of fuel preparation and supports a market increasingly shaped by energy security and the need for reliable nuclear fuel supplies for carbon-free power generation. From Ore to Fuel The nuclear fuel cycle is a chain of specialized processes, and a disruption at any point can affect the reliability of the entire system. Cameco’s operational model brings these stages under a unified business, beginning with uranium production and continuing through fuel services. Its uranium portfolio includes operations in northern Saskatchewan, Kazakhstan and the United States, while its fuel services operations in Ontario cover refining, conversion and CANDU fuel manufacturing. This consolidated structure becomes crucial because utilities and reactor operators are not simply buying a commodity. They are participating in a supply system that requires consistent material quality, technical processing and coordination between successive stages.
Brent Allardyce, P.Eng., CEO and Founder and Michael Allardyce, C.E.T., General Manager
In Canada’s gas processing sector, most engineering relationships begin with a familiar imbalance. Clients carry the financial risk, while consultants are paid for effort, regardless of outcome. ABC Engineering deliberately challenges that model. Through its approach, the company places itself on the same side of the table as its clients, measuring its success directly to project performance, cost certainty, and operational results. That shift changes everything: engineering decisions become more disciplined, execution becomes more accountable, and outcomes matter more than hours billed..
Are carbon-intensive fossil fuels or expensive electric furnaces the only options to generate high-grade heat for your homes? Until very recently, the answer to this question was a resounding yes. Fortunately, Kleen HY-DRO-GEN Inc.’s flagship product KleenHeatTM is changing this paradigm. Amid the global push to tackle climate change by cutting carbon emissions, the Canadian company provides practical and sustainable systems backed by over 15 years of groundbreaking research and development. The centerpiece of its innovation is KleenHeatTM, a game-changing home heating system that uses gaseous hydrogen to deliver intense and environmentally friendly heat. The on-demand, zero storage, clean-burning H2 molecule makes KleenHeatTM a zero-emission technology that’s safe, efficient and affordable. The technology leverages hydrogen’s properties and efficiently transfers generated heat to virtually any heat exchanger unit. The KleenHeatTM system is a groundbreaking approach that uses water electrolysis to split water molecules into hydrogen and oxygen. The hydrogen is then burned in a furnace to provide consistent heat. Once the temperature set on a thermostat is reached, the system automatically shuts off, halting H2 gas production, while assuring safety with no need for fuel storage. “Conventional systems that require storing liquid hydrogen can make homeowners feel like they are sitting on a bomb, waiting for it to go off. KleenHeatTM eliminates the need for storage and the associated safety risks,” says Thomas Fairfull, president and CEO.
In solar power development, success isn’t assembled in silos—it’s engineered from the ground up. Here, true progress demands coordination and control at every turn from early design to long-term field performance. While most players contend with fragmented workflows or third-party dependencies, Voltarix takes a different approach. This Canadian renewable energy corporation begins every project not with delegation, but with direct ownership of the process, timeline and the outcome. Since the company manages every phase in-house from concept to grid connection, it ensures full control over quality, cost and execution. The vertically integrated model powers large-scale and distributed solar projects enhanced by smart grid and battery storage technologies for greater efficiency, reliability and sustainability. This strong foundation of technological integration is matched by an equally well-developed internal structure. At the heart of Voltarix’s story is its in-house expertise, rooted in electrical mastery and data-backed decision-making. The company doesn’t outsource the early-stage planning, doesn’t rely on external land agents or wait around for third-party estimations. Voltarix’s internal team, composed largely of individuals with deep electrical backgrounds, leads the charge and drives everything from site selection to real-time construction cost assessments. This internal cohesion allows the company to move with exceptional speed and accuracy which is a major advantage in a market shaped by shifting energy policies and tight timelines. “In the development world, timing is everything,” says DeBruin, president. “Relying on third parties and facing delays can cause significant setbacks—something we avoid by handling everything in-house, ensuring projects stay on track.” From Field to Finish Everything starts with the land. Voltarix’s engineering team is equipped with a deep understanding of what makes a site viable and handles land acquisition directly. The company’s approach is binary: either a site fits their strict criteria or it doesn’t. No emotion, no guesswork. That mindset, backed by real-time capital cost assessments and deep familiarity with local interconnect requirements, means only the most viable projects move forward.
Natural Gas
Sam Sadeghi, Vice President, Asset Management and Distribution Operations, Elexicon Energy
Energy Engineering
Danielle La Croix, Senior Director of Environment, Sustainability & Net Zero, Bruce Power
Natural Gas
Awet Haddis, P.Eng., PMP, ENV SP, Senior Project Manager, Puget Sound Energy
Energy Consulting
Melissa Scott, Director, Midstream Business Development Execution, Phillips 66
Energy Sustainability
Joshua Witte, Director of Energy, Sustainability and ESG, Dollar Tree
Solar Photovoltaic
Lawrence Pratt, Director of Solar Performance Data and Analytics, GroundWork Renewables
Energy Consulting
Chris Schomer, Director of IT Applications, Key Energy Services
Fuel retail distribution supports mobility, supply reliability, energy access, and evolving consumer demand nationwide.
Reliable gas processing operations depend on commissioning, maintenance, automation, environmental stewardship, workforce training, risk management, and strong stakeholder engagement.
Reliable Nuclear Supply Chains Strengthening Energy Security
Our cover story celebrates Cameco [NYSE: CCJ], recognized as the Top Nuclear Fuel Solutions 2026, for its integrated position across the nuclear fuel cycle. The company connects uranium production with refining, conversion and fuel manufacturing, giving utilities access to multiple stages of fuel preparation. Its operations, alongside strategic interests in Westinghouse and Global Laser Enrichment, strengthen its position within the nuclear supply chain. Cameco’s emphasis on production capacity, long-term contracting and supply resilience underscores the importance of reliability as nuclear power gains renewed attention.
This edition also features Allardyce Bower Consulting Inc. (ABC Engineering), recognized as the Top Gas Processing Facilities Construction and Operation Solutions in Canada 2026, for its execution-focused approach to energy infrastructure. Having delivered more than 500 projects across Western Canada, the company combines engineering, construction, environmental and operational expertise. Its work across gas processing, emissions reduction, carbon capture and electrification reflects a focus on practical engineering, operational performance and long-term client value.
Our contributors provide additional perspectives on data and technology. Lawrence Pratt, Director of Solar Performance Data and Analytics at GroundWork Renewables, examines how performance data, advanced analytics and high-quality measurement can improve solar asset reliability, identify issues and support effective energy production.
Chris Schomer, Director of IT Applications at Key Energy Services, explores the connection between IT strategy and business objectives, addressing responsible AI adoption, data privacy, cybersecurity, regulatory considerations and accountability when organizations introduce emerging technologies.
Together, these perspectives demonstrate how Canada’s energy industry is being shaped by reliable supply chains, practical engineering, data-driven performance and responsible technology adoption. This edition highlights the organizations and leaders helping build an energy sector prepared for changing market demands, evolving technologies and dependable long-term performance.