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Energy

Canada must build 840 solar-power stations or 16 nuclear power plants to meet Ottawa’s 2050 emission-reduction target

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From the Fraser Institute

By Kenneth P. Green

The federal government’s plan to eliminate greenhouse gas (GHG) emissions from electricity generation by 2050 is impossible in practical terms, finds a new study published today by the Fraser Institute, an independent, non-partisan Canadian public policy think-tank.

Due to population growth, economic growth and the transition to electrified transportation, electricity demand in Canada will increase substantially in coming years. “To meet existing and future electricity demand with low-emitting or zero-emitting sources within the government’s timeline, Canada would need to rapidly build infrastructure on a scale never before seen in the country’s history,” said Kenneth P.
Green, senior fellow at the Fraser Institute and author of Rapid Decarbonization of Electricity and Future Supply Constraints.

For example, to generate the electricity needed through 2050 solely with solar power, we’d need to build 840 solar-power generation stations the size of Alberta’s Travers Solar Project. At a construction time of two years per project, this would take 1,680 construction years to accomplish.

If we relied solely on wind power, Canada would need to build 574 wind-power installations the size of Quebec’s Seigneurie de Beaupre wind-power station. At a construction time of two years per project, this would take 1,150 construction years to accomplish.

If we relied solely on hydropower, we’d need to build 134 hydro-power facilities the size of the Site C power station in British Columbia. At a construction time of seven years per project, this would take 938 construction years to accomplish.

If we relied solely on nuclear power, we’d need to construct 16 new nuclear plants the size of Ontario’s Bruce Nuclear Generating Station. At a construction time of seven years per project, this would take 112 construction years to accomplish.

Currently, the process of planning and constructing electricity-generation facilities in Canada is often marked by delays and significant cost overruns. For B.C.’s Site C project, it took approximately 43 years from the initial planning studies in 1971 to environmental certification in 2014, with project completion expected in 2025 at a cost of $16 billion.

“When Canadians assess the viability of the federal government’s emission-reduction timelines, they should understand the practical reality of electricity generation in Canada,” Green said.

Decarbonizing Canada’s Electricity Generation: Rapid Decarbonization of Electricity and Future Supply Constraints

  • Canada’s Clean Electricity Regulations (Canada, 2024a) require all provinces to fully “decarbonize” their electricity generation as part of the federal government’s broader “Net-Zero 2050” greenhouse gas emissions mitigation plan.
  • Canada’s electricity demands are expected to grow in line with the country’s population, economic growth, and the transition to electrified transportation. Projections from the Canada Energy Regulator, Canadian Climate Institute, and Department of Finance estimate the need for an additional 684 TWh of generation capacity by 2050.
  • If Canada were to meet this demand solely with wind power, it would require the construction of approximately 575 wind-power installations, each the size of Quebec’s Seigneurie de Beaupré Wind Farm, over 25 years. However, with a construction timeline of two years per project, this would equate to 1,150 construction years. Meeting future Canadian electricity demand using only wind power would also require over one million hectares of land—an area nearly 14.5 times the size of the municipality of Calgary.
  • If Canada were to rely entirely on hydropower, it would need to construct 134 facilities similar in size to the Site C power station in British Columbia. Meeting all future demand with hydropower would occupy approximately 54,988 hectares of land—roughly 1.5 times the area of the municipality of Montreal.
  • If Canada were to meet its future demand exclusively with nuclear power, it would need to construct 16 additional nuclear plants, each equivalent to Ontario’s Bruce Nuclear Generating Station.
  • Meeting the predicted future electricity demand with these low/no CO2 sources will be a daunting challenge and is likely impossible within the 2050 timeframe.

Read the full study

Kenneth P. Green

Senior Fellow, Fraser Institute

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Energy

Thawing the freeze on oil and gas development in Treaty 8 territory

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From Resource Works 

Will direct tenure awards to First Nations unlock Montney gas?

An innovative approach to facilitating natural gas production in B.C. while respecting treaty rights could become a case study for future cooperation and partnerships between First Nations, government and industry.

In an attempt to open an area that producers have essentially been shut out of in northeastern B.C., the B.C. government directly awarded oil and gas tenure to the Halfway River First Nation, giving them greater control over how oil and gas extraction in the area might happen.

That tenure is now getting “farmed out” to companies like ARC Resources.

“The granting of the tenure by the B.C. government to the nation is new,” said Greg Kist, executive manager for Tsaa Dunne Za Energy, the Halfway River First Nation’s energy business.

Greg Kist, former president of Pacific NorthWest LNG and current managing executive for Tsaa Dunne Ta Energy, THE CANADIAN PRESS/Jeff McIntosh.

Depending on the outcome of the experiment, it’s the kind of thing that might one day be showcased at a future Indigenous Partnership Success Showcase event.

For more than two decades, a large area in Halfway River First Nation traditional territory in northeastern B.C. has been off limits to industrial activities like logging and oil and gas exploration and extraction, due to treaty rights.

In 1999, the BC Supreme Court quashed a timber harvesting permit approved by the province for Canfor, based on Halfway River First Nation’s Treaty 8 rights.

An extraction moratorium of sorts was placed over core HRFN territory, which happens to be in the “fairway” of the Montney natural gas formation.

“All of the lands were deferred from any further development,” Kist said. “And that meant everything from logging it, to oil and gas activities.”

This “deferral” of industrial activities in the area has been one of the question marks hanging over the oil and gas-rich Montney formation in northeastern B.C.

The 2021 BC Supreme Court Yahey decision had also left Treaty 8 territory dotted with question marks.

In Yahey, the court ruled cumulative impacts of activities like oil and gas development constituted a breach of the treaty rights of the Blueberry River First Nation, one of eight B.C. signatories to Treaty 8.

These various treaty rights rulings in northeastern B.C. create a serious challenge: How can B.C. continue to benefit from an abundance of natural gas to feed a burgeoning LNG industry without infringing the rights of Treaty 8 First Nations?

In the case of Halfway River, the B.C. government, the First Nation and industry are taking an innovative approach, using oil and gas tenure.

Last year, the B.C. government and HRFN signed a treaty settlement agreement that grants the nation more control over land use and development. As part of the agreement, the B.C. government directly awarded HRFN oil and gas tenure over 34,000 hectares of land. It was the first time the province has directly awarded oil and gas tenure to a First Nation.

In turn, the HRFN is now farming out its tenure rights to companies like ARC Resources, whose existing land holdings in the Attachie play are directly adjacent to the HRFN tenure.

“The resource quality is comparable to ARC’s existing Attachie asset, further extending the development runway at one of ARC’s most profitable assets,” ARC said in its second quarter financials at the end of July.

The tenure awarded to HRFN through its energy business, Tsaa Dunne Ta Energy, encompasses prime Montney real estate that had been essentially sterilized from development for decades.

“That 34,000 hectares is right in the middle of the Montney fairway,” Kist said.

Under an “earning and development” agreement with Tsaa Dunne Za Energy, ARC Resources will gain access to 36 parcels of land contiguous with its existing land parcel in the Attachie play. This expands its Attachie holdings by 10%.

Green area denotes Halfway River First Nation tenure; blue represents ARC Resources tenure.

“Think of it as Tsaa Dunne farming that land out to ARC, and we have an agreement that benefits us financially,” Kist said.

“The tenure award and landscape planning pilot will help to ensure that oil and gas development in these areas is sustainable and managed in accordance with the values of the Halfway River First Nation,” Chief Darlene Hunter said last year with the signing of the treaty settlement agreement.

Kist notes that the agreement with ARC represents only 25% of the land tenure granted to HRFN. So 75% of the land tenure could be open to further agreements with other natural gas producers.

“There will likely be more deals over time as we look at the different opportunities that are out there,” Kist said.

Kist is the former president of Rockies LNG and, before that, president of Pacific Northwest LNG. He and Jim Stannard, a former Petronas executive, are now managers for Tsaa Dunne Za Energy.

The tenure award does not represent a transfer of subsurface rights. All subsurface rights to things like minerals, coal, and oil and gas belong to the Crown.

“And at the end of the day, the B.C. government still gets its royalties,” Kist said. “But now the nation is very much in control of that activity.”

The recent agreement with ARC to develop 36 parcels adjacent to its Attachie lands is just the first one to be signed so far. There may be more such agreements in the future, Kist said.

Kist said the First Nation tenure model could end up being used elsewhere.

“I think the B.C. government’s going to look at these sorts of opportunities in areas where maybe there is a lack of development moving things forward,” he said.

“I think this could potentially be the model for development, with First Nations leading the way.”

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Alberta

Alberta’s number of inactive wells trending downward

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Aspenleaf Energy vice-president of wells Ron Weber at a clean-up site near Edmonton.

From the Canadian Energy Centre

By Deborah Jaremko

Aspenleaf Energy brings new life to historic Alberta oil field while cleaning up the past

In Alberta’s oil patch, some companies are going beyond their obligations to clean up inactive wells.

Aspenleaf Energy operates in the historic Leduc oil field, where drilling and production peaked in the 1950s.

In the last seven years, the privately-held company has spent more than $40 million on abandonment and reclamation, which it reports is significantly more than the minimum required by the Alberta Energy Regulator (AER).

CEO Bryan Gould sees reclaiming the legacy assets as like paying down a debt.

“To me, it’s not a giant bill for us to pay to accelerate the closure and it builds our reputation with the community, which then paves the way for investment and community support for the things we need to do,” he said.

“It just makes business sense to us.”

Aspenleaf, which says it has decommissioned two-thirds of its inactive wells in the Leduc area, isn’t alone in going beyond the requirements.

Producers in Alberta exceeded the AER’s minimum closure spend in both years of available data since the program was introduced in 2022.

That year, the industry-wide closure spend requirement was set at $422 million, but producers spent more than $696 million, according to the AER.

In 2023, companies spent nearly $770 million against a requirement of $700 million.

Alberta’s number of inactive wells is trending downward. The AER’s most recent report shows about 76,000 inactive wells in the province, down from roughly 92,000 in 2021.

In the Leduc field, new development techniques will make future cleanup easier and less costly, Gould said.

That’s because horizontal drilling allows several wells, each up to seven kilometres long, to originate from the same surface site.

“Historically, Leduc would have been developed with many, many sites with single vertical wells,” Gould said.

“This is why the remediation going back is so cumbersome. If you looked at it today, all that would have been centralized in one pad.

“Going forward, the environmental footprint is dramatically reduced compared to what it was.”

During and immediately after a well abandonment for Aspenleaf Energy near Edmonton. Photos for the Canadian Energy Centre

Gould said horizontal drilling and hydraulic fracturing give the field better economics, extending the life of a mature asset.

“We can drill more wells, we can recover more oil and we can pay higher royalties and higher taxes to the province,” he said.

Aspenleaf has also drilled about 3,700 test holes to assess how much soil needs cleanup. The company plans a pilot project to demonstrate a method that would reduce the amount of digging and landfilling of old underground materials while ensuring the land is productive and viable for use.

Crew at work on a well abandonment for Aspenleaf Energy near Edmonton. Photo for the Canadian Energy Centre

“We did a lot of sampling, and for the most part what we can show is what was buried in the ground by previous operators historically has not moved anywhere over 70 years and has had no impact to waterways and topography with lush forestry and productive agriculture thriving directly above and adjacent to those sampled areas,” he said.

At current rates of about 15,000 barrels per day, Aspenleaf sees a long runway of future production for the next decade or longer.

Revitalizing the historic field while cleaning up legacy assets is key to the company’s strategy.

“We believe we can extract more of the resource, which belongs to the people of Alberta,” Gould said.

“We make money for our investors, and the people of the province are much further ahead.”

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