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Canada Embracing Carbon Capture and Storage (CCS) to Reduce Emissions and Sustain Energy Industry

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From EnergyNow.ca

Alberta has firmly led the Canadian charge on CCS. It has more CO2 storage capacity than Norway, Korea, India, and double the entire Middle East, according to the Global CCS Institute.

Back in 2007, the Alberta and federal governments established a task force on carbon capture and storage (CCS) as a way of reducing emissions from oil, gas, and energy operations. That led to a report in 2008 that said: “CCS is seen as a technological solution that allows Canada to continue to increase its energy production while reducing (carbon dioxide) emissions from these activities. . . .

“CCS is strategically important to Canada for several reasons. First and foremost, Canada is endowed with an abundance of fossil fuels (including an unparalleled oil sands resource).”

The task force noted that public support for CCS was high, with 64% of the public being open to the idea of government financial support for CCS. All that happened under the Conservative Stephen Harper government, which, in 2015, lost power to the Justin Trudeau Liberals.

Trudeau himself went on to say in 2017 these memorable words: “No country would find 173 billion barrels of oil in the ground and leave them there.”

That’s not a message repeated since, and certainly not by his relentless minister of environment and climate change, Steven Guilbeault. On CCS, Guilbeault maintains that while carbon capture and storage “is happening in Canada,” it is not the “be-all and end-all.”

Much more positively, we now have Jonathan Wilkinson, Canada’s energy and natural resources minister, saying he expects 20 to 25 commercial-scale CCS projects to break ground in Canada within the next decade.

And we finally have what Ottawa first promised in 2021: a system of tax credits for investments in carbon capture — which industry sees as a way to get those 20 to 25 carbon-capture projects built.

The tax incentive covers up to 50 per cent of the capital cost of CCS and CCUS carbon-capture projects. Although energy company Enbridge points out that tax incentives in the U.S. are more attractive than what Canada is offering.

“CCUS” is one of the carbon-capture models. It stands for Carbon Capture Use and Storage or Carbon Capture Utilization and Sequestration. Under CCUS, captured carbon dioxide can be used elsewhere (for example, to increase the flow from an oilfield, or locked into concrete). Or it can be permanently stored underground, held there by rock formations or in deep saltwater reservoirs.

Canada’s climate plan includes this: “Increased use of CCUS features in the mix of every credible path to achieving net zero by 2050.”

As well, the feds have supported a couple of smaller CCS projects through the Canada Growth Fund and its “carbon contract for difference” approach.

To date, Alberta has firmly led the Canadian charge on CCS. It has more CO2 storage capacity than Norway, Korea, India, and double the entire Middle East, according to the Global CCS Institute.

post-image_(1).jpgFrom the Alberta government’s Canadian Energy Centre

In the most recent move in Alberta, Shell Canada announced it is going ahead with its Polaris carbon capture project in Alberta. It is designed to capture up to 650,000 tonnes of carbon dioxide annually from Shell’s Scotford refinery and chemicals complex near Edmonton.

That works out to approximately 40 per cent of Scotford’s direct CO2 emissions from the refinery and 22 per cent of its emissions from the chemicals complex.

Shell’s announcement sparked this from Wilkinson: “The Shell Polaris announcement last week was a direct result of the investment tax credit.”

Also in Alberta, the Alberta government notes: “The Alberta government has invested billions of dollars into carbon capture, utilization and storage (CCUS) projects and programs. . . . The Alberta government is investing $1.24 billion for up to 15 years in the Quest and Alberta Carbon Trunk Line (ACTL) projects.”

Quest is Shell’s earlier Scotford project. “The project is capturing CO2 from oil sands upgrading and transporting it 65 km north for permanent storage approximately 2 km below the earth’s surface. Since commercial operations began in 2015, the Quest Project has captured and stored over 8 million tonnes of CO2.”

The Alberta Carbon Trunk Line is a 240-km pipeline that carries CO2 captured from the Sturgeon Refinery and the Nutrien Redwater fertilizer plant to enhanced oil recovery projects in central Alberta. Since commercial operations began in 2020, the ACTL Project has captured and sequestered over 3.5 million tonnes of CO2.

Shell and partner ATCO EnPower now plan a new CCS project at Scotford. And, on a smaller scale, Entropy Inc. will add a second phase of CCS at its Glacier gas plant near Grande Prairie.

And those are just two of Alberta’s coming CCS projects. That province is working on at least 11 more that could lead to over $20 billion in capital expenditures and reduce about 24 million tonnes of emissions annually — the equivalent of reducing Alberta’s annual industrial emissions by almost 10 per cent.

And then there’s the giant CCS project proposed by the Pathways Alliance, a partnership representing about 95% of Canada’s oil sands production.

“The project would see CO2 captured from more than 20 oil sands facilities and transported 400 kilometers by pipeline to a terminal in the Cold Lake area, where it will be stored underground in a joint carbon-storage hub. . . . A final investment decision is expected in 2025.”

Alberta alone has more CO2 storage capacity than Norway, Korea, India, and double the entire Middle East, according to the Global CCS Institute.

When Wilkinson spoke in favor of CCS, Capital Power had just backed away from building a carbon-capture facility at its Genesee power plant in Alberta. But Enbridge, which would have built the associated storage hub, is still “strongly interested.”

In Saskatchewan, which also offers government support for CCS, more than 5 million tonnes of CO2 have been captured at SaskPower’s Boundary Dam 3 power plant. “Someone would have to plant more than 69 million trees and let them grow for 10 years to match that.”

In B.C., natural gas company FortisBC offers small-scale carbon-capture technology to help businesses that use natural gas to save energy and decrease greenhouse gas emissions.

And the B.C. government says that, potentially, two to six large-scale CCS projects could be developed in northeast B.C. over the next decade.

“Small-scale operations currently exist in B.C. that inject a mixture of CO2 and H2S (hydrogen sulfide) deep into underground formations. This process, which is referred to as acid-gas disposal, already occurs at 12 sites.”

Elsewhere, CCS projects are operating or being developed around the world, including in Australia, Denmark, and the U.S. A CCS project in Norway has been in operation for 28 years.

It took a while to get the ball rolling in Canada, but CCS/CCUS is here to stay, reducing emissions and keeping industries alive to contribute to the economy.

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Alberta

Carney forces Alberta to pay a steep price for the West Coast Pipeline MOU

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From the Fraser Institute

By Kenneth P. Green

The stiffer carbon tax will make Alberta’s oil sector more expensive and thus less competitive at a time when many analysts expect a surge in oil production. The costs of mandated carbon capture will similarly increase costs in the oilsands and make the province less cost competitive.

As we enter the final days of 2025, a “deal” has been struck between Carney government and the Alberta government over the province’s ability to produce and interprovincially transport its massive oil reserves (the world’s 4th-largest). The agreement is a step forward and likely a net positive for Alberta and its citizens. However, it’s not a second- or even third-best option, but rather a fourth-best option.

The agreement is deeply rooted in the development of a particular technology—the Pathways carbon capture, utilization and storage (CCUS) project, in exchange for relief from the counterproductive regulations and rules put in place by the Trudeau government. That relief, however, is attached to a requirement that Alberta commit to significant spending and support for Ottawa’s activist industrial policies. Also, on the critical issue of a new pipeline from Alberta to British Columbia’s coast, there are commitments but nothing approaching a guarantee.

Specifically, the agreement—or Memorandum of Understanding (MOU)—between the two parties gives Alberta exemptions from certain federal environmental laws and offers the prospect of a potential pathway to a new oil pipeline to the B.C. coast. The federal cap on greenhouse gas (GHG) emissions from the oil and gas sector will not be instituted; Alberta will be exempt from the federal “Clean Electricity Regulations”; a path to a million-barrel-per day pipeline to the BC coast for export to Asia will be facilitated and established as a priority of both governments, and the B.C. tanker ban may be adjusted to allow for limited oil transportation. Alberta’s energy sector will also likely gain some relief from the “greenwashing” speech controls emplaced by the Trudeau government.

In exchange, Alberta has agreed to implement a stricter (higher) industrial carbon-pricing regime; contribute to new infrastructure for electricity transmission to both B.C. and Saskatchewan; support through tax measures the building of a massive “sovereign” data centre; significantly increase collaboration and profit-sharing with Alberta’s Indigenous peoples; and support the massive multibillion-dollar Pathways project. Underpinning the entire MOU is an explicit agreement by Alberta with the federal government’s “net-zero 2050” GHG emissions agenda.

The MOU is probably good for Alberta and Canada’s oil industry. However, Alberta’s oil sector will be required to go to significantly greater—and much more expensive—lengths than it has in the past to meet the MOU’s conditions so Ottawa supports a west coast pipeline.

The stiffer carbon tax will make Alberta’s oil sector more expensive and thus less competitive at a time when many analysts expect a surge in oil production. The costs of mandated carbon capture will similarly increase costs in the oilsands and make the province less cost competitive. There’s additional complexity with respect to carbon capture since it’s very feasibility at the scale and time-frame stipulated in the MOU is questionable, as the historical experience with carbon capture, utilization and storage for storing GHG gases sustainably has not been promising.

These additional costs and requirements are why the agreement is the not the best possible solution. The ideal would have been for the federal government to genuinely review existing laws and regulations on a cost-benefit basis to help achieve its goal to become an “energy superpower.” If that had been done, the government would have eliminated a host of Trudeau-era regulations and laws, or at least massively overhauled them.

Instead, the Carney government, and now with the Alberta government, has chosen workarounds and special exemptions to the laws and regulations that still apply to everyone else.

Again, it’s very likely the MOU will benefit Alberta and the rest of the country economically. It’s no panacea, however, and will leave Alberta’s oil sector (and Alberta energy consumers) on the hook to pay more for the right to move its export products across Canada to reach other non-U.S. markets. It also forces Alberta to align itself with Ottawa’s activist industrial policy—picking winning and losing technologies in the oil-production marketplace, and cementing them in place for decades. A very mixed bag indeed.

Kenneth P. Green

Senior Fellow, Fraser Institute
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Energy

Will the New West Coast Pipeline MoU Lead to Results? Almost Certainly Not According to AI

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Here’s what I asked my AI friend:

I’ve attached the recently-released Canada-Alberta Memorandum of Understanding. In the context of known opposition from the BC government, environmental activists, and first nations groups – and the general difficulties involved in completing any large infrastructure projects in Canada – how likely is it that the MoU will lead to any completions at all, and, if there are completions, that they’ll finish within a decade?

In case you’re curious, here’s the response I received:


Short answer up front — given the text of the Memorandum of Understanding you uploaded and the immediate political and legal context, the odds that the MOU as-written actually produces all its headline “big infrastructure” completions within a decade (i.e., by ~2035) are low. My best-effort, bottom-line probabilities (with reasoning and key milestones to watch) are below.

Quick probabilities (subjective estimates)

  • A Pacific-coast bitumen pipeline (built and operating by 2035): ~20–35%.
  • Pathways / large-scale CCUS Phase 1 elements in operation by 2035: ~35–55% (some staged components more likely than full buildout).
  • Large transmission interties / major new nuclear for Alberta in service by 2035: ~15–35% (varies by type — some interties easier, new nuclear much harder).
  • Large AI data-centre buildout in Alberta within a decade: ~40–60% (market demand + provincial incentives make this comparatively easier).

These numbers are probabilistic judgements, not precise forecasts; I explain the drivers, evidence and what would raise/lower the odds.


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Why I give those probabilities — the key factors

1) The MOU is politically ambitious but conditional and mutually dependent

The MOU explicitly ties the pipeline and Pathways CCUS together — each is described as a prerequisite for the other, and many deliverables hinge on future agreements and a proponent submitting an application (the MOU says a pipeline application should be ready by July 1, 2026). That circular dependency increases programmatic risk: if one falters, the other can be held up. (MOU text).

2) Strong, immediate opposition from B.C. provincial government and coastal First Nations

B.C.’s government and many coastal First Nations organizations have publicly rejected the concept of a tanker corridor and a new heavy-oil pipeline to the north coast. Those political and Indigenous objections are front-page headlines in the immediate aftermath of the MOU and will translate into court actions, regulatory fights, and sustained public campaigns. Those actors can and historically have delayed or stopped projects (see Trans Mountain & Northern Gateway precedents discussed in coverage).

3) Federal legal / regulatory mechanics are necessary but not sufficient

The MOU contemplates designating the pipeline under the Building Canada Act and potentially adjusting the Oil Tanker Moratorium Act, and it commits to streamlining approval timelines (target: approvals within two years). Those federal moves can shorten some federal timelines, but they do not erase constitutional duties to consult and accommodate Indigenous rights, nor do they prevent provincial rights/objections or judicial review. The Prime Minister’s office release makes the federal commitments explicit — but it also acknowledges the need for Indigenous and B.C. agreement.

4) Proponent, financing and market risk

The MOU relies on private sector proponents and large capital. Media coverage and industry commentary note that no firm proponent was publicly committed at signing, and the economics depend on long-term export markets for heavy oil and investor appetite for projects that require legal and political risk to be resolved — all of which raises the hurdle for a credible, financed project in short order.

5) Pathways CCUS is both a risk and an enabler

Pathways (the oil-sands CCUS alliance) is already a real industry consortium with technical plans and public materials; advancing its network could materially reduce political resistance by promising lower emission intensity. But Pathways itself is a very large, multi-party build that has faced skepticism about scale, timing and effectiveness. If Phase-1 CCUS components can be credibly built and operating within the next several years, it materially increases the political case for export infrastructure. The Pathways project pages show the planned CO₂ transport and storage infrastructure but also underline the scale and staging of the work.


How the main obstacles translate into timing risk

  • Indigenous consent and litigation — Even with federal designation, opponents can seek judicial review; coastal Nations have stated they will use “every tool” to block tankers. Court processes, injunctions, and enforceable consultation obligations typically add several years. (This is a primary reason the pipeline completion probability is low.)
  • B.C. provincial resistance — B.C. can use permitting, provincial laws, and political pressure; even if federal adjustments reduce regulatory friction, provincial opposition creates practical and reputational tolls that slow financing and construction.
  • Financing and market risk — Global capital markets and corporate boards are sensitive to long legal/regulatory tails and climate reputational risk; that makes large oil export pipelines harder to secure finance for quickly absent strong de-risking measures (e.g., government guarantees/loan backstops, which the MOU references as possible).
  • Technical & supply-chain scale for Pathways — CCUS networks are feasible technically, and industry has plans, but building a massive CO₂ pipeline, capture equipment at multiple facilities, and permanent storage facilities takes years to plan and permit. The MOU and government materials set staged timelines (Phase 1 staged 2027–2040), which implies only partial Phase-1 completion by 2035 in the plan itself.

What’s plausibly achievable by ~2035 (the 10-year horizon)

  1. Some Pathways components (capture at specific sites and portions of CO₂ pipeline/storage) — plausible
    Because Pathways is industry-led and already exists as an alliance, it is the single most likely big-project deliverable to reach at least partial operation before 2035. Staged delivery is explicit in the plan and some member companies have capacity and balance sheets to advance work. Probability: ~35–55%Pathways Alliance+1
  2. A fully built, tanker-enabled Pacific export pipeline with coast loading and steady throughput by 2035 — unlikely without major concessions
    Given provincial and Indigenous opposition, the lack of a named proponent at signing, and the need to change or exempt parts of the tanker moratorium, a fully operational coast-loading pipeline by 2035 is low probability unless there are rapid breakthroughs in Indigenous co-ownership deals, provincial buy-in or unusually strong federal guarantees. Probability: ~20–35%AP News+1
  3. Large transmission interties and some AI data-centre growth — moderately likely
    These projects are politically less fraught (compared to a tanker corridor) and can be pursued with provincial cooperation and market incentives; Alberta’s pledge to incentivize data centres and interties makes early wins here more plausible. Probability: ~40–60% (data centres)~25–45% (major interties completed by 2035).
  4. New nuclear generation on Alberta grid by 2035 — improbable to aggressive
    Building competitive new nuclear (small modular reactors or larger) and connecting them in that timeframe is a stretch: licensing, sites, supply chain and cost are major hurdles. The MOU targets a nuclear strategy by Jan 1, 2027, but a full buildout by 2035 is ambitious. Probability: ~15–25%.

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What would materially increase the odds (what to watch for)

If you want to update these probabilities later, watch for these high-leverage events:

  1. A named, deep-pocketed commercial proponent (Enbridge, TC Energy, a consortium) with a signed off-take/financing plan — immediate boost to pipeline odds.
  2. Concrete Indigenous co-ownership agreements with key coastal Nations — this would be the single biggest political de-risking step.
  3. A federal statutory amendment or explicit legal mechanism that resolves the tanker moratorium for a specific corridor, with B.C. accommodation negotiated — would reduce the B.C. veto risk.
  4. Binding financing commitments or public loan guarantees (federal or provincial) for Pathways and/or the pipeline.
  5. Courts rejecting key legal challenges early or conversely, successful injunctions that create long delays.

(Each of the above items would merit re-rating the probabilities substantially.)


Practical conclusion for someone deciding whether to count on these projects finishing in a decade

  • Do not assume the MOU equals turnkey delivery. The MOU establishes intent, sets targets and commits to streamlining — but it leaves the hardest things (consent, a proponent, money, and provincial buy-in) unresolved.
  • Expect staged, partial wins (some Pathways elements, more data centres, maybe one or two transmission projects) rather than a single dramatic coast pipeline and immediate tanker-enabled export corridor.

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