From Resource Works 

The rise of AI and other technologies have pushed energy demand through the roof, and Canada can help power that with nuclear. 

Good to see Prime Minister Justin Trudeau pushing nuclear power as a key contributor to meeting the world’s soaring demand for electricity.

“The energy consumption necessary around AI (artificial intelligence) nobody has properly understood yet,” he said. “We have stepped up big time on nuclear.”

He cited Canada’s uranium reserves and progress in building both full-scale CANDU reactors and small modular reactors (SMRs). He said other countries need to “skate where the puck is going” on cleaner energy sources.

“We know that if we are going to meet our net-zero targets around the world, and certainly in this region, nuclear is going to be really part of the mix.”

He stopped short of saying Canada would build more major nuclear reactors for domestic use but spoke about the development of SMRs. Ottawa has previously stated it wants to become “a global leader in SMR deployment.”

Meanwhile, International Trade Minister Mary Ng said Canada is launching a gateway for nuclear development in the Asia-Pacific region. She said growing Pacific Rim economies will face increasing demand for electricity, not just to curb emissions.

“All this followed CANDU licence-holder AtkinsRéalis announcing a “multi-billion-dollar” sale of two CANDU reactors to Romania, the first to be built since 2007. The federal government contributed $3 billion, the company said.

And in one of our Resource Works Power Struggle podcasts, energy journalist Robert Bryce said: “We’re seeing the revitalization of the nuclear sector… There are a lot of promising signs.”

Also from Bryce: “Forty-seven per cent of the people on the planet today live in electricity poverty. There are over three billion people who live in the unplugged world; 3.7 billion who live in places where electricity consumption is less than what’s consumed by an average kitchen refrigerator.”

Policy Options magazine notes how Canada and 21 other countries signed a 2023 pledge to triple nuclear energy capacity by 2050, and says: “The reality would appear to be clear: there is no feasible net-zero future without the deployment of new nuclear power.”

For Canada, it adds: “We have an opportunity to expand our global status, but this requires overcoming years of policy inaction while other nations have modernized their nuclear strategies. To triple our nuclear capacity by 2050, we need clear priorities and unwavering political commitment.”

Earlier this year, François-Philippe Champagne, federal minister of innovation, science and industry, said nuclear power needs to grow for the world’s renewable-energy economy.

“Nuclear, definitely. For me, we have to look at hydro, we have to look at nuclear, we have to look at small modular reactors, we have to look at wind, we have to look at solar.”

Jonathan Wilkinson, energy and natural resources minister, promised to expedite the approval process for new Canadian nuclear projects.

Canada now gets about 15% of its electricity from nuclear generation, mostly from reactors in Ontario.

But the last nuclear reactor to come into service in Canada was at the Darlington station, east of Toronto, back in 1993. No new nuclear project has been approved since then, but multi-million-dollar upgrades are underway at existing Ontario plants.

Heather Exner-Pirot of the Macdonald-Laurier Institute and Jesse McCormick of the First Nations Major Projects Coalition see SMRs and micro-reactors as a plus for rural and remote areas of Canada that now rely on diesel to generate power. Some First Nations are also interested.

However, the two commentators point out that nuclear developers will need Indigenous support and will have to “provide meaningful economic benefits and consider Indigenous perspectives in project design.”

Now, the Wabigoon Lake nation in Ontario has stepped up as a potential host to a deep underground facility for storing nuclear waste.

As Canada looks to SMRs to meet electricity demand, our country also hopes to sell more uranium to other nations—perhaps with a little help from Russia.

In October, Russian President Vladimir Putin proposed restrictions on Russian uranium exports in retaliation for Western sanctions on Russian oil, gas, and LNG.

That boosted hopes for increased exports of Canadian uranium.

Canada, once the world’s largest uranium producer, is now the world’s second-largest, behind Kazakhstan, and accounts for roughly 13% of global output.

Putin’s threat gave more momentum to the plans underway by NexGen Energy for its $4-billion Rook 1 uranium mine in Saskatchewan.

The Canadian Nuclear Safety Commission has completed its final technical review of the project. Next comes a commission hearing, followed by a final decision on approval.

NexGen is working on detailed engineering plans in preparation for full construction, pending federal approval.

NexGen could push Canada to become the world’s largest uranium producer over the next decade. Other companies are rushing to Saskatchewan to start exploration projects in the Athabasca region, while existing players are reopening dormant mines.

All this follows the commitment by nearly two dozen countries in 2023 to triple their nuclear-energy output by 2050.

And so Britain’s BBC News topped a recent roundup on nuclear power with this headline: “Why Canada could become the next nuclear energy ‘superpower’.”