Executive Summary
A record year for clean energy was also a record year for fossil emissions. Both are true. Both will remain true.
The most consequential energy fact of 2024 was not the record deployment of renewables. It was that the record deployment of renewables coincided with a record year for fossil-fuel combustion. Both happened. Neither cancelled the other. The global system did not transition. It expanded.
This paper documents that expansion, names what it implies, and argues that Canada — uniquely among industrial democracies — holds the cards to win the next forty years of a global energy market that will not, in any honest reading, be exclusively electric or exclusively clean. The recommendation is that Canadian energy policy should stop apologising for the production of energy and start designing for the export of it — not as a transitional embarrassment, but as a forty-year national project to which clean and conventional energy contribute in proportion to the demand they actually serve.
Key conclusions
- The global "energy transition" as conventionally described is not happening. Investment in clean energy reached two trillion dollars in 2024, twice the level invested in fossil fuels. The share of fossil fuels in global electricity supply fell by less than two percentage points. The clean buildout has not displaced. It has added.
- The substitution that did occur was not from molecules to electrons, but from one chokepoint to another. Eighty to ninety-five percent of refining and assembly capacity for the technologies of the clean transition is concentrated inside the borders of a single nation, which is also engaged in the largest naval expansion of the twenty-first century. The world swapped Saudi influence for Chinese influence and called it independence.
- Canada holds, simultaneously and uniquely, the four assets the next forty years will reward. The third-largest oil reserves with the lowest-carbon barrel of any major producer; the largest hydroelectric production per capita in the industrial democracies; the second-largest reserves of high-grade uranium; and Pacific deepwater export capacity inside five sailing days of the largest energy import markets on earth. No other G7 nation holds this combination.
Bottom line: the countries that will win the next forty years are not the countries that virtue-signalled fastest. They are the countries that supplied the world's actual demand while building, in parallel, the foundations for what comes after. Canada is one of perhaps three countries on earth in a position to do both.
1. The Diagnosis
It would be ungenerous to call the energy transition a fraud. It was sincere. Its publicists believed every word they published. They simply happened to be employed by a civilisation incapable of subtraction, and so the project's life work — designed to subtract — was metabolised, in the manner of a body processing an indigestible meal, into addition.
The numbers tell the story plainly. In 2024, the world deployed 858 terawatt-hours of new clean electricity, the largest single-year clean-energy build in human history. In the same year, the world burned more coal than it had ever burned, more natural gas than it had ever burned, and emitted from its power plants 14.6 billion tonnes of carbon — also more than it had ever emitted.
How does record clean deployment produce record fossil emissions? Through a fact obvious to any honest reading of the data: global electricity demand grew by 1,172 terawatt-hours that year, driven by air conditioning required to survive heatwaves the system itself had made hotter, by data centres belonging to an industry that has not yet decided what it is for, and by electric vehicles whose batteries are charged from the same grids that power the refineries producing the fuel they were intended to replace. Of the 1,172 terawatt-hours of new demand, the clean buildout provided 858. The remaining 314 were provided by precisely those parties the buildout had been retained to retire.
The implication for the next forty years is structural, not cyclical. Coal generated 10,613 terawatt-hours of global electricity in 2024 and is forecast to remain the largest single source of generation in the world through the mid-2030s. Natural gas signed export contracts in 2024 with delivery windows extending past every climate target nominally in force. Oil received 570 billion dollars in upstream investment last year, the highest level since 2017, indicating that whatever rumours had reached the family of an impending inheritance, the patriarchs are not yet packing.
The deceased — the energy transition as advertised — was buried with a thick stack of renewable-energy certificates. They will be of considerable comfort in the dark.
2. The Chokepoint Migration
The honest reframing of the past decade is not that the world replaced fossil energy. It is that the world replaced one form of energy concentration with another, and the new concentration is, by any sober reading of geopolitical risk, more dangerous than the one it succeeded.
The chokepoints of the molecule economy were known. Saudi crude. Russian gas. Hormuz, Suez, Panama, the Bosporus. These were the places where energy supply could be physically interdicted. They were defended by alliance structures built over seventy years, by a global naval order, and by mutual interest in their continued open functioning. The chokepoints of the mineral economy are also known. The defence is not yet built.
Polysilicon, the foundational material of solar photovoltaics, is refined for approximately ninety-five percent of global supply by facilities concentrated inside the borders of the People's Republic of China. Lithium battery cells, the foundational technology of grid storage and electric vehicles, are manufactured for approximately eighty percent of global supply by the same nation. The neodymium-iron-boron permanent magnets required for direct-drive wind turbines and electric-vehicle traction motors are sourced for upwards of ninety percent of global supply from facilities within the same political jurisdiction.
This is not an artefact of comparative advantage. It is the result of two decades of explicit national industrial policy, executed with patience, capital, and an absence of the regulatory frictions that prevent comparable buildouts in democracies. The clean-energy supply chain is, on every objective measure, more concentrated than the oil and gas supply chains of the 1970s. The same nation that controls those supply chains is engaged in the largest naval shipbuilding programme of the twenty-first century. The number of warships commissioned by the People's Liberation Army Navy in the past five years exceeds the entire active fleet of any European NATO member. The strategic significance is not contested.
This is not an argument against clean energy. It is an argument against pretending that clean energy as currently sourced is independent energy. Honest decarbonisation requires a supply chain that does not depend on the strategic permission of a single adversary. The transition will not be honest, or durable, until that condition is met.
3. The Canadian Thesis
The temptation for Canadian policymakers reading the global energy picture is to mourn it. Canada is a major fossil producer; the world is being told it must consume less fossil energy; ergo Canada is on the wrong side of history. This reading is wrong on the facts, wrong on the timing, and wrong on the strategy. Canada is the only G7 nation that holds, simultaneously, all four of the assets the next forty years of global energy will reward.
First asset · The cleanest barrel of the commodity the world will continue to consume
Canada holds the world's third-largest oil reserves, produced with the lowest-carbon barrel of any major producing nation. The emissions intensity of Canadian oil-sands production has declined by thirty-three percent since 2009, with the largest operators now producing crude at carbon intensities below the global average. New in-situ projects approved this decade target emissions intensities below sixty percent of the conventional benchmark. The country that the loudest voices in the climate movement have spent fifteen years asking the world to boycott is, on the evidence, the cleanest major producer of the commodity the world will continue to consume for the next four decades.
Second asset · The largest clean electricity production per capita in the industrial democracies
Canadian hydroelectric generation exceeds 380 terawatt-hours annually, with sixty percent of installed capacity located in jurisdictions — Quebec, British Columbia, Manitoba, Newfoundland and Labrador — with surplus that can be exported, either as electrons across the U.S. border or as molecules in the form of green hydrogen, ammonia, or processed metals manufactured with clean power.
Third asset · The highest-grade uranium reserves on earth, located inside a stable democracy
Canada holds the world's second-largest reserves of uranium, concentrated in Saskatchewan's Athabasca Basin, with grades on average ten to one hundred times higher than the global mean. As the small modular reactor industry transitions from regulatory development to commercial deployment, the country that produces the fuel will hold a strategic position comparable to that of Saudi Arabia in the 1970s oil market — except that this resource is located in a stable democracy, governed by transparent law, with established regulatory institutions and a hundred-year history of safe operation.
Fourth asset · The only G7 nation with Pacific and Atlantic deepwater export capacity
Canadian deepwater Pacific ports — Kitimat, Prince Rupert, Vancouver — sit within five sailing days of Yokohama, Busan, and Shanghai. The same Atlantic seaboard infrastructure that built the modern North Atlantic trade can serve a re-industrialising Europe seeking to escape dependence on adversarial gas supplies. No other Western producer holds Pacific and Atlantic export capacity simultaneously.
What does Canada do with this combination?
It exports. Not apologetically. Not transitionally. As a forty-year national project. The architecture of that project is the subject of the companion papers in this series — the Canada–Korea Pacific Infrastructure Facility (WP1, The Bilateral Foundation), the Canada–United States Energy and Compute Compact (WP2), and the Canada–Korea Pacific Defence-Industrial Corridor (WP3). The premise of all three, and the premise defended here, is that Canada's energy future is not a problem to be managed but a generational opportunity to be seized.
To seize it requires the abandonment of one specific intellectual habit: the habit of treating fossil-fuel production as a moral failure to be apologised for. The fossil fuels Canada produces will be produced and consumed somewhere; the only question is whether they will be produced in Canada, under Canadian labour and environmental standards, with Canadian carbon-capture investment and Canadian Indigenous economic participation, or elsewhere under conditions worse on every measurable dimension. The continued displacement of Canadian production by less responsible production in other jurisdictions does not reduce global emissions. It increases them. It also impoverishes Canada.
4. The Verdict
The deceased — the energy transition as advertised — is alive, well, and presently boarding a private jet to the next summit, where attendance is mandatory, the food, as always, is excellent, and the bill, as always, will be settled later.
What is not alive is the comfortable story it told. The story was that virtue and prosperity were aligned: that the fastest emitters were the worst people, that the cleanest producers would be rewarded, that the supply chains of the future would be more democratic than the supply chains of the past. None of this turned out to be true. The fastest emitters were the people whose populations were industrialising, whose grids could not yet carry the load, whose air conditioning was a survival good rather than a luxury. The cleanest producers — and Canada is among the cleanest — were boycotted by the people who continued buying from dirtier producers because the dirtier producers were closer or cheaper or both. The supply chains of the future turned out to be more concentrated, and more authoritarian, than the supply chains they replaced.
These are the facts. They are not pessimistic facts. They are honest ones.
Canada has spent fifteen years arguing about whether it should be ashamed of its energy industry. While that argument was occurring, the global energy system was settling into a new geometry. In that geometry, Canada holds the cleanest barrel of the commodity the world will continue to consume for forty more years, the largest per-capita supply of zero-carbon electrons in the industrial democracies, the dominant share of the highest-grade uranium reserves on earth, and the only Pacific deepwater export capacity in the G7.
A country with this hand does not need to apologise. It needs to play. The next forty years of global energy will be won by the producers who can deliver responsibly, at scale, into the markets that will continue to need molecules and into the markets that will increasingly need clean electrons, while building the supply chains and alliances that will define the energy order of 2065. This is Canada's hand. It has rarely been a better one.
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Substantive comment, technical critique, and named response are welcomed. The Working Paper is maintained as a public version-controlled document on GitHub; the version above is the editorially-controlled v1.0.