Canada Cheat Code Activated: Solving Hormuz

Even if we could replace 20% of the world's oil supply — should we?

You sit down and open up your favourite geopolitical strategy game — GeoPoli — and load Canada… because of course.

Unfortunately, the year is 2026…

The US AI… has been on a real bender lately… and has done another reckless thing. This time, it’s gone to war with Iran. And suddenly, the Strait of Hormuz is closed.

Global oil production plummets…
In 2024, global oil production was approximately 82 million barrels per day.
With the Strait closed, roughly 20% of that, ~16 million bpd, is offline.
Canada currently produces roughly 5 million bpd.

You’re a good player, and you see an opportunity.

Here’s where you do something the game normally won’t let you:

You go into settings and set Build Time to zero. Everything is instant.

Energy East?
Done.
~$20 billion (Inflation-adjusted from 2015)

You also unlock enough new production capacity to cover the difference from the Strait.

Math:

• 16 million bpd is needed

• C$25,000/flowing barrel

• That’s C$400 billion in new production infrastructure.

Total investment: ~$420 billion.

You go to your previous year’s budget… and curse… that’s roughly what you spent on the entire federal government’s annual expenditure last year!

So… you’re doubling the budget — overnight.

And you can’t raise that kind of revenue, so you borrow it. And through some creative financing — a blended short-to-long-term debt strategy — you lock in an average interest rate of 4%. You own the infrastructure.

Call it Petro-Canada 2.0.

You hit purchase.

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Instantly, Canada is pumping 21 million bpd. You’ve replaced the lost global supply almost single-handedly. The world economy stabilizes.

Better still: the new pipeline infrastructure finally connects Canadian crude to global markets. You’re no longer selling at the Western Canadian Select discount — you’re pricing at Brent.

But even so, with the crisis easing and supply flooding back, prices settle around $65/barrel. Your extraction cost is roughly $50/barrel.

You’re clearing $15 per barrel.

At 16 million new barrels per day, that’s approximately $380 billion USD in new annual revenue, against $290 billion in operating costs.

You net roughly $90 billion.

But you also have to subtract the ~$17 billion in annual interest payments on your $420 billion debt…

… and you’re still clearing $73 billion a year.

Yay!!

You’re a hero. The money flows. Programs get funded.

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But you have a little pop-up… your chief geologist is blinking. Waving a flag.

A little warning: At our previous production rate, Canada had roughly 75 years of reserves, about 165 billion barrels at 6 million bpd.

At 21 million bpd, that window shrinks to around 21 years.

You note it. You keep pumping. The money is good right now.

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A few years pass.

The rest of the world, rattled by the supply shock, has accelerated its transition. Renewables — solar, wind, nuclear — are scaling faster than projected. Demand hasn’t collapsed yet, but the trajectory is clear.

Then the Strait reopens.

Gulf production comes back online. And suddenly, the global market has an enormous surplus — your 16 million extra barrels on top of the returning Gulf supply.

The price of oil falls from $65 to $40 a barrel.

That’s below your cost of production.

You’re no longer making money on every barrel. You’re losing it. And the interest payments on $420 billion in debt don’t pause because the market turned.

You could throttle production—reduce supply to prop up prices. But the debt service doesn’t care whether your wells are running. The obligation is fixed. The revenue is not.

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So here’s the lesson the simulation runs you into:

Even with a magic wand that eliminated every permitting delay, every regulatory hurdle, every construction timeline — the economics of a crisis-driven production surge don’t hold up once the crisis resolves.

You’d have spent half a trillion dollars, burned through decades of reserves in a fraction of the time, and built infrastructure whose carrying costs become a liability the moment oil prices normalize.

The taps and the pipes only make sense together. And they only make sense if the water keeps flowing at a price that covers both.