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After a decade under the prior Trudeau Gov't of not reaching its full potential on energy, Canada appears to be poised to finally seize the opportunity. Under the new Carney Govt, Canada is rapidly shifting from a US-dependent resource producer into a diversified global energy player, though whether Canada qualifies as a true "superpower" depends on how infrastructure projects execute over the next decade.
Canada's Current Role in the Global Energy Landscape: Global Rankings: Canada is the world’s 4th-largest oil producer and 5th-largest natural gas producer, alongside a top position in uranium and clean-tech capabilities. The US Overdependence Problem: Historically, Canada has sent roughly 90% to 96% of its crude oil and nearly all its natural gas directly to the US, making it more of a captive supplier or "super-partner" than a global price-setting superpower like OPEC or Saudi Arabia. The Pivot to Tidewater & Asia: Spurred by US trade tensions, global supply chain shifts, and new pipeline developments, Canada is actively routing more heavy crude and LNG directly to Asia-Pacific and international markets. Policy Push: Prime Minister Mark Carney’s government has aggressively championed an "energy superpower" agenda—fast-tracking major infrastructure (such as designating the Pacific Link oil pipeline a project of national interest), launching a Nuclear Energy Strategy and pushing to diversify exports beyond the US. Key Drivers Accelerating the Push: Pacific Link Pipeline (TMX 2.0): Officially designated as a project of national interest, this West Coast pipeline initiative aims to add roughly 1 M bpd of export capacity toward Asia. The pipeline will transport 1 M bpd from Edmonton, Alberta, to the Delta Roberts Bank Terminal 2 on the southern coast of British Columbia for export to Asian and global markets. Estimated project costs range from approximately $35.2 B to $43.7 B. LNG Projects: Canada has reached a FID on several large LNG export projects, all located in Kitimat, British Columbia. The primary Canadian LNG projects that have successfully advanced past FID include: LNG Canada (Phase 1 & Phase 2), Cedar LNG and Woodfibre LNG. The Ksi Lisims project has not reached a FID, but project developers are targeting this by the end of 2026. In tandem with the LNG Canada Phase 2 expansion announcement, TC Energy reached a positive FID for Phase 2 of the pipeline. This will add five new compressor stations to double the gas delivery capacity required to feed the expanded Kitimat facility. Nuclear and Critical Minerals: Canada is expanding its nuclear footprint—advancing Small Modular Reactors (SMRs) and positioning itself as a primary supplier of critical minerals and clean energy infrastructure through interprovincial cooperation. Transforming into a True Energy Superpower - Transforming into a energy superpower requires overcoming regulatory bottlenecks, high domestic debt/productivity challenges, regional political friction across provinces, and fierce global competition in both fossil fuels and clean-tech supply chains. Canada appears to be taking the right steps, but time will tell if the country can properly execute on its long term strategy of becoming a true energy Superpower.
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This week marked a major turning point for the Canadian energy sector. Two massive, multi-billion dollar infrastructure projects advanced simultaneously, signaling a drastic regulatory shift and a new wave of growth for both natural gas and crude oil exports. Here is a breakdown of the two historic milestones reached this week:
LNG Canada Phase 2 Gets FID: On Monday, September 28th, the international consortium behind LNG Canada (Shell, PETRONAS, PetroChina, Mitsubishi, and KOGAS) announced its final investment decision (FID) to move forward with Phase 2 of its Kitimat, B.C. facility.
Pacific Link Pipeline Named a "Project of National Interest": On Thursday, October 1st, Prime Minister Mark Carney and Alberta Premier Danielle Smith stood together in Fort McMurray to announce that the proposed 1,200-kilometre West Coast Oil Pipeline—now officially named Pacific Link—has been designated as Canada’s first-ever Project of National Interest under the Building Canada Act.
The Broad Implications: This week represents a distinct shift in Canada's energy landscape. By utilizing newly streamlined federal regulatory paths designed to replace a patchwork of overlapping permits, the federal government has initiated a strict one-year clock (ending September 1, 2027) to finalize all environmental, Indigenous, and technical conditions so construction on Pacific Link can begin immediately. Additionally, these projects are being tied directly to major clean energy and decarbonization strategies—including the expansion of the Pathways Alliance carbon capture network to mitigate 16 million tons of emissions annually. The Trump Effect - US President Donald Trump's tariff threats and aggressive US energy policies have driven the Canadian government under Prime Minister Mark Carney to fast-track major energy project approvals and streamline federal reviews. Ironically, Trump's tariff attack on Canada could end up being the best thing that has happened to the Canadian energy industry in generations..... As diesel prices have soared in recent weeks due to the US/Iran war and Russia/Ukraine war, the overall impact to the global economy is significant. Notably, as of mid September 2026, the average price of diesel around the world is US1.63 per liter. However, there is substantial differences in these prices among countries. In the US and Canada, diesel prices recently have averaged between US$1.58 to US$1.80 per liter. In Europe, diesel is averaging €2.10 to €2.50 per liter in major markets like Germany and Spain amid expiring excise cuts. Heavy-tax import economies like Hong Kong and parts of Western Europe are seeing pump prices soar to US$2.50 to $4.70 per liter. Hong Kong currently ranks the highest worldwide due to dense import dependence and steep duties. So what do high diesel prices mean for the global economy? We highlight the impacts below:
Surging Freight and Logistics Costs: Diesel powers roughly 80% of all commercial trucks and the vast majority of cargo trains and container ships worldwide. When diesel prices spike, transportation companies pass these expenses directly to retailers and manufacturers through fuel surcharges. Food Supply Chain Disruption: Agriculture relies heavily on diesel to fuel tractors, harvesters, and irrigation pumps. High fuel costs increase the cost of planting and harvesting crops, while simultaneously making it more expensive to transport raw produce to processing plants and grocery shelves, compounding global food insecurity. Industrial and Construction Slowdowns: Heavy industries, including manufacturing, mining, and construction, rely on diesel-powered machinery. Higher overhead shrinks profit margins, leading companies to delay infrastructure projects and reduce capital expenditures. Squeezed Consumer Spending: As businesses pass increased logistics and production costs down the line, retail prices for everyday goods climb. This "hidden tax" reduces disposable income, leaving consumers with less money to spend on discretionary goods, slowing down overall economic growth. Central Bank Pressure: Broad-based inflation driven by energy shocks often forces central banks to maintain or raise higher interest rates to cool the economy. This increases the cost of borrowing for businesses and households, further dampening economic activity. Overall, high diesel prices act as a major headwind for the global economy, primarily by driving up inflation, depressing consumer spending, and raising the operational costs of almost every industrial sector. Because diesel is the literal fuel of global commerce—powering the vast majority of commercial shipping, trucking, rail, and heavy machinery—its price fluctuations have a cascading effect across international supply chains. So, high diesel prices negatively impacts everyones standard of living across the globe. With the US-Iran war now in its 6 month and with tensions continuing to escalate, how high could oil prices go? The current consensus among oil analysts is that global crude prices could surge to $120 to $150 per barrel if the war escalates further or drags into a prolonged stalemate. While international benchmark Brent crude is currently trading in the triple digits between $100-$100 per barrel, severe supply disruptions from the region could easily trigger a much larger price shock. The three current scenarios for oil prices include:
The Prolonged Stalemate ($120/bbl): Strategists at several large US banks warn that intensified shipping attacks in the Persian Gulf and Red Sea could quickly push Brent crude past $120 a barrel. This scenario reflects a persistent "geopolitical risk premium" due to choked traffic through the vital Strait of Hormuz.. Severe Infrastructure Damage ($150/bbl): If the war expands to cause major structural destruction to oilfields or processing plants across key Middle Eastern producers, Bank Analysts warns prices could skyrocket to $150 a barrel. Qatar's energy minister similarly cautioned that a total shutdown of Gulf exports would cross this threshold within weeks. The "Forever War" Ceiling ($87–$89/bbl): If the conflict becomes a drawn-out but contained regional reality, firms like Rapidan Energy Group predict markets will eventually adapt. As global workarounds take hold, prices would likely settle into a lower equilibrium around the high $80s. The true ceiling for oil prices depends heavily on a few critical supply-side bottlenecks: The Strait of Hormuz Blockade: Roughly 20% of global oil flows through this narrow transit point. While total closure hasn't been sustained, any escalation that halts traffic completely strips millions of barrels from the daily market, causing non-linear, exponential price spikes Depleted Strategic Reserves: To cap early-war price surges, global governments authorized a massive release of 400 million barrels. Because those inventories are now severely drawn down—leaving the U.S. SPR at its lowest levels since the 1980s—the West has much less ammunition left to counter future supply shocks. |
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