The last time US oil production peaked, nobody believed it.
This time, the signs are just as clear and most still don’t want to see them.
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In 1956, geologist M. King Hubbert modeled how oil production in any given field peaks once ~50% of its reserves are depleted.
He predicted US conventional oil would peak in the late 60s/early 70s.
He was ridiculed.
1970: Hubbert’s prediction comes true.
US production peaks at 9.64 Mb/d.
Even though he correctly predicted a peak in US oil production, every one thought this is temporary and production is set to increase once the oil price increases
The OPEC embargo of 1973 4x'd oil prices (from $3 to ~$12 per barrel), creating the perfect test of Hubbert’s theory.
President Nixon launched Project Independence to boost domestic oil production.
As a result:
- Rig count increased by ~35%
- CapEx rose 40–50% in two years
- The oil sector’s share of national investment 2x'by ~1978
This was the largest CapEx boost since WWII, yet crude production fell
- From 9.64 Mb/d in 1970 to 8.77 Mb/d by late 1974.
- By 2009, production had dropped to 5 Mb/d.
Lesson: Geology > CapEx.
The shale boom
The US effectively added the equivalent of 2 Saudi Arabias in O&G output... ~90% of global production growth over the last decade
As impressive as this was, it now appears that ~50% of core shale reserves have been depleted
The big 3 shale plays
- Bakken -> production peaked
- Eagle Ford -> production peaked
- Permian -> production about to peak
According to Goehring & Rozencwajg, these basins follow the same pattern as conventional oil fields:
Once ~50% is produced, they peak and then decline.
Shale growth is collapsing.
2023: +800 kb/d
2025: +80 kb/d
That’s a 90% drop in just 2 years.
Consensus is:
- At current prices, production will decline.
- Higher prices boost output
But that assumption mirrors the 1970s logic that proved wrong for conventional oil.
The plateau-decline pattern in shale basins is now mainstream knowledge.
The only debate is WHEN it will happen.
The prevailing belief is that higher prices will spark drilling and raise output.
But what if, like in the 1970s, more drilling doesn’t translate into more production?
If history is any guide, the next US oil peak isn’t decades away.
It’s already forming.
And just like last time, most will only believe it in hindsight.
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The AI revolution copied the circular-financing model of the dot-com bubble.
- Same model.
- Different technology.
- Much bigger scale.
When the bubble bursts they will get a bailout, while you will pay the bill
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Vendor financing: dot-com edition
- Equipment vendors, like Lucent, realized telecom startups had no money.
- they loaned them the money to buy their equipment.
- These loans were booked as “sales” -> revenue surged
- Accounts receivable exploded
Customers defaulted -> vendors wrote down billions -> crash
AI Version
1) AI startups (CoreWeave, xAI, etc) lack cash but need GPUs 2) Nvidia/hyperscalers invest in the startups 3) Startups use that money to buy Nvidia hardware/hyperscaler compute 4) Nvidia/hyperscalers book the “sales” -> revenue surge
Every year the world now loses the equivalent of Iraq’s entire oil output, the 4th largest producer, just to stay flat.
This treadmill can’t run forever.
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Difference between conventional and shale oil
- Conventional wells tap into big underground reservoirs.
- Once drilled oil flows naturally for decades.
- Peaks after 5-17 years
- Declines ~5% per year
They ramp up slowly, decline gradually
Shale is different.
- Oil is trapped in rock -> you need to crack it open with fracking
- Then push oil through tiny factures
- This cracked zone is small -> depletes fast up to 90 percent in 3 years
- Peaks in a few months, not years
Every basin except the Permian has already peaked.
Now the Permian is flashing the same warning signs.
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The shale story is a story of 3 major basins:
1) Permian -> 60% of US shale production 2) Eagle Ford -> ~15–20% 3) Bakken -> ~10–15%
The Permian is the big boy here
Bakken production profile:
- 2006–09: 50% of counties produced.
- 2010–13: just 2 counties made up 55%.
- 2014–19: 3 counties = 90%.
- Today: only 1 county is still growing. Output is down 300kb/d.
Production started broad and narrowed into one county.