Canada's Nuclear Future 2025

Canada’s Nuclear Future

Tracy Primeau

Member Board of Directors OPG & WiN Canada, and found & Principal, Agile Bear Consulting

There is no path to net zero without nuclear and that path goes through someone’s traditional territory. Having those rights holders as partners from the beginning of the journey will move us along that path in the best way possible as we address the greatest crisis the globe has faced in our lifetime.

Melody Greaves Executive Director, Canadian Nuclear Isotope Council

Canada’s isotope industry is truly unique and represents our proud commitment to helping patients around the world. By advancing this field, we’re helping doctors diagnose and treat patients more effectively. As demand continues to grow, Canada’s innovation, infrastructure, and expertise ensure we stay at the forefront, delivering vital tools that save lives and improve health every day.

Leigh Curyer, President & CEO, NexGen Energy

A few years ago, the idea of nuclear energy powering Big Tech, winning back global financing support, and informing the cornerstone of national energy policy might have seemed optimistic. Today, it’s happening.

We entered the Nuclear market 20 years ago to avoid the downturn from 100% exposure to Automotive. Today, we are widely diversified—supplying permanent reactor systems for CANDU and SMRs, decontamination Process Skids, and nuclear waste retrieval systems. Now embedded in the global Medical Isotope industry, PROMATION is proud to support the growing global shift toward essential Nuclear technologies.

Darryl Spector President, PROMATION

Lisa McBride Canada Country Leader, GE Vernova Hitachi

Canada is setting the pace for the world’s nuclear future. With the Darlington New Nuclear Project, we’re proving what’s possible, delivering clean, reliable power, creating thousands of jobs, and building the expertise and supply chain that will fuel small modular reactor deployment here at home and in global markets. We're proud to be showing the way for the future of nuclear energy.

Shane Chegahno Executive

Vice President,

Makwa Development Corporation

Indigenous-led partnerships in the energy industry are not just possible – they’re essential. By empowering communities to lead, we ensure that development is rooted in respect, reconciliation, and real opportunity. As the original keepers of the land, we are committed to walking the good path in all aspects of energy development on Turtle Island. Makwa Development is proud to be at the forefront, building bridges between Indigenous talent and Canada’s nuclear future.

Ontario is leading the next generation of clean energy. We’re building the first SMR in the G7, developing the largest nuclear generator on Earth to meet soaring demand, and exporting life-saving medical isotopes worldwide. We are championing Canadian energy independence and a future where Ontario powers prosperity at home and supports our allies abroad.

Stephen Lecce Minister of Energy and Mines, Ontario

Building Canada’s Uranium Supply: Nation Building in Action

The Building Canada Act is now the law of the land, but it remains to be seen exactly what shape this decisive new course for Canada will take. We’ve been told the goal is to fast-track large projects that will strengthen Canada’s autonomy, security, and economy in a time of international uncertainty. In the context of an ongoing climate emergency and a looming global energy crisis, when we talk about “Building Canada,” we must talk uranium.

Over a decade ago in Saskatchewan’s Athabasca Basin, NexGen Energy discovered Arrow - one of the largest, highest grade uranium deposits on the planet. It has gained global notoriety

amidst the rapidly growing and unprecedented demand for clean, reliable and affordable baseload energy. Once federally approved and in production, NexGen’s Rook I Project will account for approximately 20 per cent of the world’s current total uranium production, firmly establishing Canada as the world’s largest supplier of uranium fuel.

The world looks to Canada for clean energy leadership

This new golden age of Canadian uranium mining is highly material to the world’s nuclear fleet, especially at a time when global energy demands are skyrocketing with urgency and purpose. We’re in a burgeoning energy crisis already, and it will

Having adequate power infrastructure in place underpins standard of living, especially in parts of the world where large populations are being modernized. The world needs more electricity, and it needs to be clean, reliable, and affordable.

only become starker as the developing world modernizes. And that was true even before electricity-hungry AI technologies started spreading like wildfire through all industries and all facets of life.

“New power has to be produced in order to meet this exponential demand growth,” says Leigh Curyer, NexGen Founder and CEO. “For the health of the world, the supply of clean, safe, cost-effective power is absolutely primary. Having adequate power infrastructure in place underpins standard of living, especially in parts of the world where large populations are being modernized. The world needs more electricity, and it needs to be clean, reliable, and affordable.”

And while nuclear power has moved from the sidelines to the centre of the global energy preference, its largescale development however, is dependent on a parallel growth in the world’s uranium supply, much of which remains under

Russian influence. There’s a growing uranium gap, and the diplomatic and sovereignty implications couldn’t be clearer. Developing a robust domestic supply will safeguard Canada’s economy and autonomy while also positioning us as a global energy leader. But developing these resources takes time, and the clock is ticking.

Shovels poised and ready

NexGen’s Rook I Project received full sign-off from Saskatchewan’s provincial government in November 2023, after passing a comprehensive environmental review. Premier Scott Moe has identified the project as shovel-ready with community approval and clear economic benefit, calling it a “generational opportunity for Saskatchewan.” Rook I over the construction and production period is projected to create 1,400 total jobs, with a forecasted total economic impact to Canada and Sas katchewan of $37 billion. Furthermore, the Project has received full Indigen ous support through the signing of collaboratively developed benefit agree ments with all four identified First Nations communities with an interest in the project area. These Indigenous communities are ready and waiting for development to begin.

“Mark Carney has told Canada he wants to make the country a new economic superpower through the development of resources projects, and the introduction of Bill C-5 and the Building Canada Act is an excellent initiative to expedite that,” says Curyer. “I don’t know of another project that meets the definition of Building Canada better than NexGen’s Rook I.”

hearing addressing the environmental impact of Rook I as well as other technical and social aspects of the project, reviewing material already examined at the provincial level. There will then be a second hearing in February 2026, with a final federal decision to follow within 60 days. On this timetable, shovels may finally break the ground in April, more than 12 years after the initial discovery of the Arrow deposit.

I don’t know of another project that meets the definition of

Building Canada better than NexGen’s Rook I. Leigh Curyer

NexGen Founder and CEO

Finish line in sight for Rook I, but the global energy race is just beginning

On November 19th, NexGen will go before the Canadian Nuclear Safety Commission (CNSC) for a

“We’re very respectful of regulatory oversight,” says Curyer, noting he is encouraged by Carney’s desire to remove federal duplication in situations where a province has already approved a project, and where there is already First Nations support. “The process from an environmental, technical, and social perspective is incredibly rigorous at the provincial level. As it should be. But then that whole process gets re-reviewed by the federal government. In Rook I’s case, those First Nations communities have expressed very clearly and publicly that they’re ready for Rook I to move forward.”

The rigor with which Canada oversees marquis nation building projects like Rook I — ensuring their safety, environmental stewardship, economic benefit, and Indigenous buy-in — should be a point of pride. We must ensure that nothing ever undermines it. But it’s essential that this strong and sound globally recognized regulatory framework become more agile in order for Canada to realize its potential as the world’s energy super power.

The challenges Canada faces today cannot wait a dozen years for a solution. The ones we face tomorrow will be less patient still.

Pickering’s Nuclear Legacy Continues with an Exciting New Upgrade

The City of Pickering’s nuclear refurbishment project is set to generate clean, reliable energy for millions while creating thousands of skilled jobs.

Nuclear energy is a zero-emission source that supplies about 15 per cent of Canada’s electricity, and 50 per cent of Ontario’s.

Owned and operated by Ontario Power Generation (OPG), the Pickering Nuclear Generating Station (PNGS) has been active since 1971. Now, it’s preparing for a major refurbishment.

A part of Canada’s clean energy capital

Four of Pickering’s eight reactor units — units 5 to 8 — are currently licensed to operate through Decem-

ber 2026. OPG has submitted a license renewal, which includes approval to refurbish these units and extend their operation.

“Pickering plays a vital role in Durham Region’s leadership as the clean energy capital of Canada,” says Mayor Kevin Ashe. “The PNGS refurbishment will create thousands of skilled jobs, strengthen energy resilience, and support the electrification of our economy while helping to build a cleaner and more sustainable future.”

Once complete, the PNGS will produce over 2,100 megawatts of

How GE

Hitachi Is Helping Canada Lead the Global SMR Market

As Canada works toward net-zero emissions, small modular reactors (SMRs) will play a key role as they are more cost-effective, faster to deploy, and better-equipped to power remote or off-grid locations.

GE Vernova Hitachi Nuclear Energy (GVH) is delivering the world’s first commercial, gridscale SMR at the Darlington New Nuclear Project (DNNP) in Bowmanville, Ontario, along with Ontario Power Generation, Aecon and AtkinsRéalis.

electricity — enough to power two million homes. The project is expected to generate billions in economic impact, benefiting companies all across the nuclear supply chain.

The exciting initiative helps cement Canada’s role as a clean energy innovation leader.

Delivering the Western World’s first SMR GVH’s SMR technology, the BWRX-300, made history when it was approved for construction by the Province of Ontario and Ontario Power Generation. “The BWRX-300 is the only shovelsin-the-ground project of its kind in the western world.” says Lisa McBride, Canada Country Leader at GVH.

“This project is really laying the groundwork for the future. People want to learn from what we’re doing here in Ontario,” says McBride.

The DNNP is expected to create 18,000 jobs and is setting a national benchmark for clean energy develop ment, job creation, and supply chain mobiliza tion. It also demonstrates what’s possible for other provinces like Saskatchewan, where SaskPower has selected the BWRX300 for potential deployment in the mid-2030s.

GVH is also establishing a new Canadian BWRX-300 Engineering and Service Centre, which will attract up to 2,000 nuclear professionals, suppliers, and international partners annually.

With each milestone, Canada’s global competitiveness in SMR deployment becomes more evident, enabling exports, workforce mobility, and delivery in international markets like Poland and Sweden.

HUMBER’S SCHOOL OF CLEAN ENERGY

Powering the Clean Energy Transition

Canada’s leading polytechnic, Humber, has launched its School of Clean Energy to train talent, advance research, and drive the clean energy economy.

Dr, Ann Marie Vaughan, President & CEO, Humber Polytechnic

Leading the charge in a changing

energy world

With global energy demands rising and climate change intensifying, the need for secure, reliable power is reshaping economies and industries. Ontario alone will need to more than double its electricity generation by 2050 to remain competitive. Meeting these challenges at home and abroad will require more than technology — it will require a highly skilled, visionary workforce that’s ready to lead.

This fall, Humber Polytechnic is launching the School of Clean Energy, leveraging our award-winning campus as a living lab to deliver applied learning opportunities that will equip students with specialized skills in renewable energy, smart grids, battery storage, and AI-driven energy optimization that our future demands. Named one of Canada’s Greenest Employers for 10 consecutive years and on track to be the first higher education institution to achieve netzero by 2029, Humber is setting a new standard by embedding sustainability into our operations, programming, and partnerships.

Partnering to strengthen Canada’s nuclear energy leadership

Canada has the knowledge, technology, and experience to lead the clean

energy transition, particularly in nuclear power. The School of Clean Energy builds on Humber’s leadership in this sector through strategic partnerships with Ontario Tech University, the Canadian Nuclear Association, and global industry leaders such as AtkinsRéalis. Together, we’re developing a national network of partners to prepare the workforce Canada needs for its largest and most ambitious nuclear energy projects.

Tech combines their unmatched nuclear engineering programs with our applied learning expertise, ensuring graduates are career-ready and positioned to lead.

Building talent for a net-zero future

By integrating academic programming, applied research, and experiential learning, the School of Clean Energy will prepare a diverse pipeline of professionals to enter high-demand careers in the clean energy sector.

Through initiatives like the Canadians for CANDU campaign, Humber is helping to showcase Canada’s worldclass CANDU reactor technology as a trusted solution for clean, reliable power. Our partnership with Ontario

The clean energy transition is both a national priority and a global opportunity. By integrating academic programming, applied research, and experiential learning, the School of Clean Energy will prepare a diverse pipeline of professionals to enter high-demand careers in the clean energy sector. We’re also creating new pathways for Indigenous learners and underrepresented groups to access opportunities in this rapidly evolving sector.

Whether it’s training nuclear technicians, advancing small modular reactor research, or driving clean energy innovation across disciplines, Humber is investing in the people who will power a net-zero future. Canada’s moment is here, and with the School of Clean Energy, we’re ready to seize it.

Humber’s School of Clean Energy partners with industry, government, and educators to train professionals in nuclear technology, renewable energy, smart grids, battery storage, and AI-driven energy optimization. Connect with us to explore partnerships and applied research.

humber.ca/cleanenergy