The Slow Death of European Heavy Industry
Despite triumphant media narratives, the strict thermodynamics of relying on liquid natural gas are quietly driving European heavy industry into collapse.
By Nolan Chu
Sparked by Who Survives Europe's Energy Crisis? · discussion
I understand the temptation. The media ecosystem absolutely loves a triumphant geopolitical narrative, and right now, the favorite story is how Europe supposedly outmaneuvered the Russian pipeline shutoff. We have seen endless headlines about how the continent brilliantly survived the winter, kept the lights on, and averted a freezing catastrophe by scrambling a massive flotilla of liquid natural gas ships. The mainstream press has taken a loud, collective victory lap. Politicians were rapidly cutting ribbons at floating import terminals in Germany, praising the swift logistical response.
But if you step away from the diplomatic punditry and start digging through recent Substack analyses and the deep Hacker News chatter, you will notice an entirely different reality taking shape.
The unglamorous factories that make the actual physical stuff are quietly turning their lights off forever.
We are going to explicitly skip the partisan squabbling and the boardroom drama today. The true story of Europe's industrial collapse resides entirely in the strict laws of physical thermodynamics. Europe survived the winter by swapping a brutally efficient, frictionless steel pipe spanning a continent for a cryogenically frozen, highly volatile maritime supply chain.
Let us stop for a moment and define the actual physical reality of liquid natural gas. I am not a chemical engineer, and the fluid dynamics involved in these massive export terminals are profoundly complex to decipher.