Connect with us

Alberta

Alberta is getting serious about nuclear power

Published

6 minute read

Image from CanadianMiningJournal.com

New funding to study small modular reactors

Alberta has approved funding for a multi-year study that will explore how small modular nuclear reactors could be safely, technically and economically deployed for oil sands operations.

Alberta is investing $7 million from the Technology Innovation and Emissions Reduction Fund to help Cenovus Energy study how small modular reactors could be used in northern Alberta, and what additional information might be needed to pursue regulatory approval in the future.

As outlined in the province’s Emissions Reduction and Energy Development Plan and A Strategic Plan for the Deployment of Small Modular Reactors, Alberta is committed to responsible and innovative energy development, and small modular reactors have the potential to provide zero-emissions energy and further reduce emissions from Alberta’s oil sands in the years to come.

“A few years ago, the idea of expanding nuclear energy use was on the back burner – that is no longer the case. In Alberta, small modular nuclear reactors have the potential to supply heat and power to the oil sands, simultaneously reducing emissions and supporting Alberta’s energy future. This funding is the foundation for that promising future. I want to thank Cenovus Energy and Emissions Reduction Alberta for their leadership in this work.”

Rebecca Schulz, Minister of Environment and Protected Areas

Small modular reactor technology involves scalable and versatile nuclear reactors that could potentially supply non-emitting heat and power to the province’s oil sands. Provincial funding delivered through Emissions Reduction Alberta is supporting the work needed to determine how this technology could be effectively used in Alberta.

“Small modular reactors have great potential to supply non-emitting energy in many different applications, including the oil sands. Further studies like this are needed to see if the technology is suitable for those industrial applications. If so, it could be transformational for the in-situ oil sands sector and other sectors in Alberta.”

Justin Riemer, chief executive officer, Emissions Reduction Alberta

“This enabling study is a great example of the collaborative approach we’ll need to help us reach our ambition of net-zero emissions from our operations by 2050. We’re exploring multiple technologies that would help significantly reduce our emissions, and small modular reactors show potential. This study will help us understand if this possible solution is economical and technically viable.”

Rhona DelFrari, chief sustainability officer and executive vice-president, stakeholder engagement, Cenovus Energy

Cenovus Energy’s $26.7-million enabling study will look at whether small modular reactor technology could be applied to steam-assisted gravity drainage projects in the oil sands, which drill into the reservoir and inject steam to soften the oil. Alberta Innovates recently released a study on the feasibility of using small modular nuclear reactors in steam-assisted gravity drainage operations, which is an early step to see if this technology could be part of Alberta’s long-term solutions to reducing emissions from industry operations. While there is currently no project being planned, this study frames the discussion around what is possible in the years ahead.

“Building off the work previously supported by Alberta Innovates, the success of Cenovus’s small modular reactor ERA-funded enabling study could provide substantial economic and environmental advantages throughout Alberta’s industrial sector, helping to advance a clean energy future for Canada.”

Laura Kilcrease, chief executive officer, Alberta Innovates

Quick facts

  • Funding for this project comes from Emissions Reduction Alberta’s Industrial Transformation Challenge.
  • Any future adoption of small modular reactor technology in Alberta would require an extensive regulatory and engagement process. The province is currently working to ensure the regulatory framework is in place and ready should private industry pursue this technology.
  • On Sept. 12, an Alberta-Ottawa working group on emissions reduction and energy development met for the first time. The working group agreed to commence the development of a regulatory framework for small modular reactor technology and continue work on federal and provincial incentives for CCUS, hydrogen and other emissions-reducing technologies.
  • Alberta, Saskatchewan, Ontario and New Brunswick released A Strategic Plan for the Development of Small Modular Reactors in 2022. The plan commits the Alberta Utilities Commission and Alberta Energy Regulator to deliver findings on areas of overlap, uncertainty and duplication between the federal and provincial regulatory systems to Alberta’s government in 2023.
  • The Canadian Nuclear Safety Commission regulates all stages of life of nuclear power plants in Canada, starting from the initial environmental assessment to decommissioning. The approval process takes several years and offers opportunities for public participation.

This is a news release from the Government of Alberta.

Follow Author

Alberta

Keynote address of Premier Danielle Smith at 2025 UCP AGM

Published on

From the YouTube Channel of Rebel News

Continue Reading

Alberta

Net Zero goal is a fundamental flaw in the Ottawa-Alberta MOU

Published on

From the Fraser Institute 

By Jason Clemens and Elmira Aliakbari

The challenge of GHG emissions in 2050 is not in the industrial world but rather in the developing world, where there is still significant basic energy consumption using timber and biomass.

The new Memorandum of Understanding (MOU) between the federal and Alberta governments lays the groundwork for substantial energy projects and infrastructure development over the next two-and-a-half decades. It is by all accounts a step forward, though, there’s debate about how large and meaningful that step actually is. There is, however, a fundamental flaw in the foundation of the agreement: it’s commitment to net zero in Canada by 2050.

The first point of agreement in the MOU on the first page of text states: “Canada and Alberta remain committed to achieving net zero greenhouse gas emissions by 2050.” In practice, it’s incredibly difficult to offset emissions with tree planting or other projects that reduce “net” emissions, so the effect of committing to “net zero” by 2050 means that both governments agree that Canada should produce very close to zero actual greenhouse gas (GHG) emissions. Consider the massive changes in energy production, home heating, transportation and agriculture that would be needed to achieve this goal.

So, what’s wrong with Canada’s net zero 2050 and the larger United Nations’ global goal for the same?

Let’s first understand the global context of GHG reductions based on a recent study by internationally-recognized scholar Vaclav Smil. Two key insights from the study. First, despite trillions being spent plus international agreements and regulatory measures starting back in 1997 with the original Kyoto agreement, global fossil fuel consumption between then and 2023 increased by 55 per cent.

Second, fossil fuels as a share of total global energy declined from 86 per cent in 1997 to 82 per cent in 2022, again, despite trillions of dollars in spending plus regulatory requirements to force a transition away from fossil fuels to zero emission energies. The idea that globally we can achieve zero emissions over the next two-and-a-half decades is pure fantasy. Even if there is an historic technological breakthrough, it will take decades to actually transition to a new energy source(s).

Let’s now understand the Canada-specific context. A recent study examined all the measures introduced over the last decade as part of the national plan to reduce emissions to achieve net zero by 2050. The study concluded that significant economic costs would be imposed on Canadians by these measures: inflation-adjusted GDP would be 7 per cent lower, income per worker would be more than $8,000 lower and approximately 250,000 jobs would be lost. Moreover, these costs would not get Canada to net zero. The study concluded that only 70 per cent of the net zero emissions goal would be achieved despite these significant costs, which means even greater costs would be imposed on Canadians to fully achieve net zero.

It’s important to return to a global picture to fully understand why net zero makes no sense for Canada within a worldwide context. Using projections from the International Energy Agency (IEA) in its latest World Energy Outlook, the current expectation is that in 2050, advanced countries including Canada and the other G7 countries will represent less than 25 per cent of global emissions. The developing world, which includes China, India, the entirety of Africa and much of South America, is estimated to represent at least 70 per cent of global emissions in 2050.

Simply put, the challenge of GHG emissions in 2050 is not in the industrial world but rather in the developing world, where there is still significant basic energy consumption using timber and biomass. A globally-coordinated effort, which is really what the U.N. should be doing rather than fantasizing about net zero, would see industrial countries like Canada that are capable of increasing their energy production exporting more to these developing countries so that high-emitting energy sources are replaced by lower-emitting energy sources. This would actually reduce global GHGs while simultaneously stimulating economic growth.

Consider a recent study that calculated the implications of doubling natural gas production in Canada and exporting it to China to replace coal-fired power. The conclusion was that there would be a massive reduction in global GHGs equivalent to almost 90 per cent of Canada’s total annual emissions. In these types of substitution arrangements, the GHGs would increase in energy-producing countries like Canada but global GHGs would be reduced, which is the ultimate goal of not only the U.N. but also the Carney and Smith governments as per the MOU.

Finally, the agreement ignores a basic law of economics. The first lesson in the very first class of any economics program is that resources are limited. At any given point in time, we only have so much labour, raw materials, time, etc. In other words, when we choose to do one project, the real cost is foregoing the other projects that could have been undertaken. Economics is mostly about trying to understand how to maximize the use of limited resources.

The MOU requires massive, literally hundreds of billions of dollars to be used to create nuclear power, other zero-emitting power sources and transmission systems all in the name of being able to produce low or even zero-emitting oil and gas while also moving to towards net zero.

These resources cannot be used for other purposes and it’s impossible to imagine what alternative companies or industries would have been invested in. What we do know is that workers, entrepreneurs, businessowners and investors are not making these decisions. Rather, politicians and bureaucrats in Ottawa and Edmonton are making these decisions but they won’t pay any price if they’re wrong. Canadians pay the price. Just consider the financial fiasco unfolding now with Ottawa, Ontario and Quebec’s subsidies (i.e. corporate welfare) for electric vehicle batteries.

Understanding the fundamentally flawed commitment to Canadian net zero rather than understanding a larger global context of GHG emissions lays at the heart of the recent MOU and unfortunately for Canadians will continue to guide flawed and expensive policies. Until we get the net zero policies right, we’re going to continue to spend enormous resources on projects with limited returns, costing all Canadians.

Jason Clemens

Executive Vice President, Fraser Institute

Elmira Aliakbari

Director, Natural Resource Studies, Fraser Institute
Continue Reading

Trending

X