Energy
A plan to save coal, power generation, and the oil industry in southeast Saskatchewan
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From the Frontier Centre for Public Policy
Stop moving to shut down Saskatchewan coal – it could be the salvation of our oil industry
What if there was a way to keep coal mining jobs in Saskatchewan, continue to produce low-cost electrical power, and extend the production of a substantial portion of Saskatchewan’s oilfields not by decades, but by generations? And in doing so, we could still dramatically reduce carbon dioxide emissions, and maybe save some money by reducing our nuclear rollout?
All of this is now possible, and it has everything to do with keeping our coal miners digging and our coal-fired power plants going, maybe even renewing them.
There was a potentially major development for Saskatchewan’s energy sector buried in Whitecap Resources Inc.’s year-end financial report released on Feb. 21. Whitecap said about using CO2 for enhanced oil recovery, “We have also recently started CO2 injection at a pilot CO2 flood into the Frobisher formation underlying the Weyburn Midale unit. We drilled two (2.0 net) producer wells and three (3.0 net) injection wells in 2023 and initiated CO2 injection in late 2023. Early results are encouraging with a notable production response coming through approximately one month after injection, increasing oil rates on the two producer wells from approximately 40 bpd to over 200 bpd, per well. Further technical analysis to determine commerciality and large-scale development is ongoing, and we will provide updates as next steps are determined.”
While the Bakken formation got all the headlines starting around 2007, the reality is in southeast Saskatchewan, very few Bakken wells are drilled these days. Most of the activity has been Frobisher wells, especially around Steelman, where it has been targeted for decades. So if the Frobisher responds well to tertiary recovery through carbon dioxide floods, it opens up a lot of possibilities for extending the life of some of Saskatchewan’s most prolific oilfields, taking recovery rates from the mid-20 per cent range to over 50 per cent.
Back in 2012, Canadian Natural Resources Limited president and CEO Steve Laut expressed interest in using CO2 for enhanced oil recovery in the Steelman Unit.
Whitecap’s initial results were not a five per cent improvement, or 50 per cent, but five times higher. That’s something everyone, including the provincial government, should take notice of. Imagine if you could increase crop production from 60 bushels to the acre to 300 bushels? Or quintuple potash or uranium production from certain mines? You’d be an idiot to not at least take a hard look at it.
I’m not suggesting it will remain anywhere close to that level, but the fact the CO2 flood in the Weyburn Unit, in the Vuggy and Marly units of the Midale formation, has already dramatically increased recovery rates and lengthened the lifespan of a field that otherwise would have long gone dry is significant. If the same process can be expanded to the much more prolific Frobisher formation, that’s a very big deal.
Even if it was a 25 per cent improvement – that’s well worth investigating.
Frobisher is a big deal
How prolific is the Frobisher?
Most of the drilling activity in southeast Saskatchewan follows a certain pattern. The majority is along the Frobisher subcrop – the edge of the formation where it pinches out, forming a structural trap. Of the 16 rigs working in Saskatchewan on March 3, it’s a good bet 10, and possibly more, were drilling Frobisher wells. The daily well report for March 3 published by the Ministry of Energy and Resources shows out of 19 wells listed that day in Estevan area of responsibility, all 19, across five oil producers, were either targeting the Frobisher. It may be a fluke all that day showed the Frobisher, but it definitely shows its significance.
So if Whitecap, which has been growing to be one of Saskatchewan’s largest oil producers, has found a way to substantially increase production from this formation, shouldn’t we take a hard look at how we can take advantage of it?
Stop the process of winding down coal
There’s one thing we should do right now – stop this idea of shutting down our coal-fired power plants near Estevan. You hardly hear SaskPower mention coal-fired power anymore. I keep hearing how those plants are getting enough maintenance to just get them to the planned phase out of 2030, but not likely a day beyond that. The way things are going, they’ll likely limp to the finish line, but not an inch past that. Similar things are said to me about the mines and their iron.
I’m suggesting we should strongly reconsider that. Pour some money into keeping both the power plants and the mines viable should we choose to extend their lives beyond 2030.
The Government of Saskatchewan and SaskPower should have some real serious discussions with Whitecap, and possibly other oil companies like CNRL, about the possibility of dramatically increasing carbon capture and producing as much CO2 as we can. That means putting carbon capture on Shand Power Station. But it could also mean either refurbishing Boundary Dam Unit 6 or, shockingly, building Shand Unit 2, and maybe even Unit 3, with High Efficiency Low Emissions (HELE) technology, designed from the ground up with carbon capture running from Day 1.
One might say that’s going to cost billions, and you’d be right. But I dare say doing so will cost less than just one 300 megawatt small modular reactor, whose price is not yet known, but previous SaskPower Minister Don Morgan said could run between $3 and $5 billion.
It’s going to take a long time to squeeze the first megawatt out of that first reactor. If everything goes to plan (and it never, ever goes to plan with nuclear), we might see the first SMR megawatt around 2034-35. Putting CCS on our existing coal fleet, and maybe, dare I say, expanding it, with HELE and CCS, could help bridge the gap in the interim until we get several SMRs up and running, and have become proficient in their operation. That’s baseload power that won’t go to zero like wind does every so often, and solar does every night.
Doing so would keep the Estevan economy rolling, not just from coal mining and power generation, but also oil production.
I’ve been writing about the Saskatchewan oil industry for almost 16 years now, and I am increasingly alarmed by the fact I haven’t seen the “next big thing,” in southern Saskatchewan. Drilling numbers keep on their slow decline. Companies like Crescent Point have largely lost interest and are pouring their capital expenditure money into exciting Alberta plays. That may be great for Alberta, but Saskatchewan needs to do something to keep things going here. That we’ve kept oil production relatively flat for the last 23 years is a small miracle. But if we don’t get a lot more new investment, it won’t stay that way.
The Sask Party provincial government a few years ago set a bold goal of increasing oil production from the current 454,000 barrels per day to 600,000 barrels by 2030. I asked Premier Moe about that in my year end interview with him last December. He said he thought it was a modest goal.
But as I pointed out to him, and Energy and Resources Minister Jim Reiter, I’m not seeing evidence of the province moving to make that happen.
This is something the Government of Saskatchewan, through its Crown corporation SaskPower, can do. If we tell the feds to stick it when it comes to shutting down coal by 2030, if we put carbon capture on existing units and even build new coal units with carbon capture, then supply that CO2 to companies like Whitecap, and maybe others like Canadian Natural Resources Limited, we could extend the life of our most prolific play in southeast Saskatchewan. We might even increase its production while we’re at it. All the while, we’d be ensuring baseload power production.
This plan’s impact would be measured in generations, not an election cycle, or a corporate quarter.
And it might also save us some money by reducing our nuclear expenditure.
But action has to be taken now. Because if we let those power plants and mines slide past the point of no return, an opportunity may be lost that we will be kicking ourselves for later.
We can’t let that happen.
Brian Zinchuk is editor and owner of PipelineOnline.ca, and occasional contributor to the Frontier Centre for Public Policy. He can be reached at [email protected].
Alberta
New children’s book demonstrates how the everyday world is connected to natural resources
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From the Canadian Energy Centre
‘Today’s youth have the opportunity to lead us into the future with innovative solutions for environmental challenges’
After a 24-year career in oil sands land reclamation, author Tanya Richens is sharing her knowledge with young minds.
Her new book, From the Earth to Us: Discovering the Origins of Everyday Things, explores the relationship between natural resources and the things we use in everyday life, from computers and water bottles to batteries and solar panels.
“There is a gap in society’s understanding of where things come from. We are a society driven by consumerism and immediate gratification. We order something online, and it arrives on our doorstep the next day. We don’t stop to think about where it really came from or how it was made,” Richens says.
“There’s an ever-increasing societal position that mining is bad, and oil is even worse… But there’s a simple hypocrisy in those beliefs, since so many things in our lives are made from the raw materials that come from mining and oil and natural gas,” she says.
The book, illustrated by reclamation artist Shannon Carla King, follows young Hennessy Rose and her Cavalier King Charles Spaniel Riley on a trip to a children’s summer camp.
Hennessy’s mom is a guest speaker on the origin of everyday items and the relationship between humans and the earth. Through detailed explanations of items surrounding her, Hennessy’s mom teaches the kids how rocks, minerals, oil and gas from the earth are used to power and aid our lives, creating items such as building supplies, food and hair products, camping and sports equipment, and cell phones.
Author Tanya Richens poses with her two books for children about natural resources. Photo for Canadian Energy Centre
“I thought a simple and fun book explaining the raw materials needed to make everyday items would be valuable for all ages,” Richens says.
“When people feel personally connected to natural resources, they are more likely to promote sustainable practices. Today’s youth will have the opportunity to lead us into the future with innovative solutions for environmental challenges.”
Richens‘ career began with Alberta Environment, where she was a coordinator of reclamation approvals in the oil sands. She oversaw technical reviews of oil sands reclamation applications, communicated with statement of concern filers, coordinated public hearings and provided support for legislative changes.
She moved from government to Suncor Energy, ensuring the company’s compliance on reclamation projects and led initiatives to obtain reclamation certificates. She now works as an independent consultant.
Drawing on her wealth of experience in the field, Richens’ first book, Adventures in Land Reclamation: Exploring Jobs for a Greener Future, seeks to excite kids aged 9-12 years about jobs related to the environment and land reclamation.
Hoping to get From the Earth to Us into the hands of teachers, Richens is heading to the Edmonton Teachers Convention in late February. She says the book supports multiple learning outcomes in Alberta’s new science curriculum for grades 3, 4, 5 and 6.
“Ultimately, I’d like people to understand and acknowledge their individual part in the need for mining and oil and natural gas development. Until the naivety and hypocrisy in the world is addressed, I’m not sure that real environmental change is possible.”
Richens’ books can be purchased on her website at tcrenvironmental.com.
Daily Caller
Trump’s Energy Secretary Issues Dire Warning To Globalists About Green Energy Lunacy
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From the Daily Caller News Foundation
By David Blackmon
During a 12-minute video appearance at the 2025 Alliance for Responsible Citizenship (ARC) Conference held in London, Secretary of Energy Chris Wright told the audience that “Net zero by 2050 “is a sinister goal.”
That is a bold statement, especially given that it was delivered to an audience sitting in the United Kingdom, where both major political parties that have traditionally governed the country – the Conservative “Tories” and the far-left Labour Party – have spent the past decade pushing their country to meet its net zero goals as if it were a matter of religious faith. Regardless of the obvious negative economic and social consequences that have been heaped upon UK citizens, and equally obvious futility of the entire effort, leaders of both parties have kept the country on this ruinous path.
As Wright went on to point out, net zero by 2050 is “both unachievable by any practical means, but the aggressive pursuit of it…has not delivered any benefits, but it’s delivered tremendous costs.” This is objectively true, the most painful example being the rapid deindustrialization of the formerly strong British economy and the accompanying rapacious condemnation of thousands of acres of arable lands to become home to huge wind and solar installations.
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As Wright points out, “no one’s going to make an energy-intensive product in the United Kingdom anymore.” A clear object lesson in that reality came in September when venerable steelmaker Tata Steel shut down the last existing steelmaking plant in the UK.
Climate zealots in both major parties celebrated that event, but we must ask what there really is to celebrate? Sure, the Labour politicos get to virtue signal about the elimination of X tons of carbon dioxide emissions, but in a global sense, that’s meaningless. The UK still needs steel – the only difference now is that the steel that used to be made by highly-paid workers in domestic mills will now be imported steel made by poverty waged workers in Pakistan, China and other mainly Asian countries.
Meanwhile, the emissions created by making the steel in those other countries with lower environmental regulations will be far larger than from steel that used to be made in the UK. As Wright pointed out at the ARC conference, “This is not energy transition. This is lunacy.”
He isn’t wrong.
On Feb. 13, the Center for Research on Energy and Clean Air (CREA) published a report showing that construction of new coal-fired power plants in China reached a ten-year high in 2024. CREA finds that “China approved 66.7 gigawatts (GW) of new coal-fired power capacity in 2024, with approvals picking up in the second half after a slower start to the year.” It all belies the favored narrative on the political left that China is leading the world in converting its power systems to renewables. In reality, the expansion of its coal sector may actually be accelerating again.
That renewed Chinese focus on expanding its coal power fleet is driven in large part by the zealous focus by globalist leaders in the UK and other western countries – Germany is another great example – on deindustrializing their own economies to satisfy their obsession over atmospheric plant food.
The making of steel and other heavy industrial processes requires reliable, affordable power generation that runs 24 hours every day, 7 days every week. Whether politicians like it or not, coal is the fuel that most reliably and consistently meets all those tests.
Thus, if China and other Asian nations are destined to inherit all the heavy industries being killed off by virtue signaling Western nations, they will need many more coal power plants to power them. This really isn’t complicated.
Meanwhile, the UK can no longer manufacture its own steel or myriad other industrial products that are essential to modern human existence. If the Labour government continues its policy of condemning vast swaths of British farmland to house more and more wind and solar sites, the kingdom will soon no longer be able to even feed its people.
All to satisfy this odd religious dogma based on an obsession over plant food. Lunacy, indeed.
David Blackmon is an energy writer and consultant based in Texas. He spent 40 years in the oil and gas business, where he specialized in public policy and communications.
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