The Great Simplification with Nate Hagens
Apr 10, 2026 · 14 min · 14 segments
This week's Frankly is the second in a three-part series on the role oil plays in modern civilization, prompted by the recent flow disruptions and geopolitical conflict surrounding the Strait of…
Nate HagensHost
Because oil has been so cheap pretty consistently, the economic logic has been to imagine and then engineer thousands of mechanical processes around that cheapness.

The Industrial Revolution is really the story of adding hundreds or thousands of units of fossil energy to tasks that humans used to do by hand.

Modern industrial dairy applies enormous quantities of diesel, electricity, refrigeration, and transport to the same basic task, producing orders of magnitude more milk at a much lower price and higher profits, but importantly, at a very different cost sensitivity.

The energy payoff of processes like this is terrible in pure physics and efficiency terms because lots of energy is wasted.

However, the financial payoff has been enormous because the primary input to the process is energy that effectively costs almost nothing.

Our processes around the world were designed around cheap energy, especially oil.

Even at five hundred dollars a barrel, oil would still be a remarkable gift for the work it performs for us.

But our current industrial system could not function at anything close to those prices because every margin, every business model, every supply chain was calibrated to cheap, stable energy inputs.

The margins were always thin, and when cheap energy turns expensive, the margin disappears and, and often turns negative.

Because oil has been so cheap pretty consistently, the economic logic has been to imagine and then engineer thousands of mechanical processes around that cheapness.

The Industrial Revolution is really the story of adding hundreds or thousands of units of fossil energy to tasks that humans used to do by hand.

Modern industrial dairy applies enormous quantities of diesel, electricity, refrigeration, and transport to the same basic task, producing orders of magnitude more milk at a much lower price and higher profits, but importantly, at a very different cost sensitivity.

The energy payoff of processes like this is terrible in pure physics and efficiency terms because lots of energy is wasted.

However, the financial payoff has been enormous because the primary input to the process is energy that effectively costs almost nothing.

Our processes around the world were designed around cheap energy, especially oil.

Even at five hundred dollars a barrel, oil would still be a remarkable gift for the work it performs for us.

But our current industrial system could not function at anything close to those prices because every margin, every business model, every supply chain was calibrated to cheap, stable energy inputs.

The margins were always thin, and when cheap energy turns expensive, the margin disappears and, and often turns negative.
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