The Strait of Hormuz is today’s energy chokepoint. China is tomorrow’s.

The article argues that the Strait of Hormuz remains a major near-term oil chokepoint, but its strategic importance should fade over the next 20 years as electrification and decarbonization reduce oil demand. It highlights China’s control of about 60% of global rare earth production and roughly 90% of processing capacity, creating a new energy-security chokepoint for the clean-energy transition. The U.S. has significant rare earth reserves, including an estimated 3.6 million metric tons and a new Wyoming project valued at $37 billion, but still lacks sufficient refining capacity, leaving defense, EV, and clean-energy supply chains exposed.

Analysis

The tradeable implication is not “more EVs” in a straight line; it is a re-rating of the entire non-oil supply chain around strategic bottlenecks. The market still prices clean energy as a demand story, but the more durable alpha is in processing, magnets, separation chemistry, and enabling equipment where capacity is scarce and permitting lead times are long. That favors firms with hard-to-replicate midstream assets and punishes OEMs and project developers that depend on open access to Chinese inputs.

The second-order effect is that geopolitical risk migrates from barrels to metallurgy. If oil shocks become less structurally important over 5-10 years, capital and policy attention will shift toward mineral chokepoints, export controls, and industrial policy, creating a more persistent premium for domestic refining and recycling. In that regime, “resource-rich” countries without processing capability remain price takers, while integrated processors become toll collectors with pricing power.

Near term, the biggest mispricing is likely in defense and healthcare supply chains that use REEs but are not currently marked as clean-energy winners. A disruption scenario or tighter export controls would hit these end-markets first because substitution is slower than in EVs, and inventories are typically lean. The market may also be underestimating how quickly higher energy prices can revive EV adoption at the margin even if subsidies fade, but that tailwind is likely to show up in component suppliers before it reaches headline OEM volumes.

Contrarian view: consensus may be overestimating how fast decarbonization solves oil chokepoint risk, while underestimating how durable China’s processing moat is. The result is a longer period of strategic vulnerability, not less, because the transition adds a second dependency layer before it removes the first. That argues for owning the bottlenecks, not the end-products.

Key Decisions for Investors

• Long MP / short a basket of EV OEMs on a 6-12 month horizon: the cleaner expression is exposure to domestic REE processing scarcity rather than vehicle unit growth; target 2:1 upside if U.S. magnet buildout keeps accelerating while OEM margins stay pressured.
• Initiate a tactical long in defense suppliers with REE exposure (e.g., RTX, LMT) on any export-control headline; use 3-6 month calls to capture a supply-shock repricing, since substitution risk is lower than the market assumes.
• Buy quality rare-earth processing names or equipment vendors on pullbacks; the setup is a multi-year capacity shortfall, with asymmetric upside if U.S./EU policy subsidies extend the moat rather than solve it.
• Pair long industrial automation / electrification enablers vs short commodity-heavy miners: the processing layer should capture the spread if upstream ore remains trapped in Chinese refining networks.
• If oil spikes further, fade immediate bearishness on EV demand and instead buy upstream battery-material names for a 6-9 month window; higher gasoline prices can improve adoption economics faster than subsidy changes can hurt them.