US-China energy/minerals war analysis

Critical minerals are turning into the hard edge of U.S.-China rivalry. Oil still matters — a lot — but the newer pressure point is processing, magnets, batteries, and the shipping lanes that keep Asian industry fed. The big shift came on April 4, 2025, when China put export controls on several medium and heavy rare earth items. Then Washington spent the following months and early 2026 treating processed critical minerals as a national-security problem, not just a trade issue. (english.mofcom.gov.cn) ### What actually changed? China’s April 2025 controls covered samarium, gadolinium, terbium, dysprosium, lutetium, scandium, and yttrium items — the kind of materials that end up in high-performance magnets, defense systems, and advanced electronics. The U.S. response was broader and slower, but unmistaka(english.mofcom.gov.cn)ve products, culminating in a January 2026 presidential action saying these imports threaten national security. (english.mofcom.gov.cn) ### Why are these minerals the real pressure point? Because mining is only half the story. The choke point is refining, separation, and magnet-making. The IEA’s 2025 outlook says China is the leading refiner for 19 of 20 important strategic minerals, with an average market share of 70%. Even worse, concent(english.mofcom.gov.cn) into usable industrial inputs. (iea.org) ### Where is the U.S. still exposed? The U.S. has domestic resources, but it still leans heavily on imports for a lot of nonfuel minerals. USGS data for 2025 show very high import reliance in rare earths, and a USGS chart says the U.S. imported at least 29 mineral commodities from China over 2020-2023. That d(iea.org)nt. (pubs.usgs.gov) ### Is this also an energy chokepoint story? Yes — but mostly for China and Asia. The Strait of Hormuz remains the single scariest oil bottleneck in the system. EIA says flows through Hormuz in 2024 and 1Q25 made up more than one-quarter of global seaborne oil trade. The IEA’s 2026 factsheet says around 80% of the oil moving through Hormuz goes to Asia, and(pubs.usgs.gov)ls are China’s leverage over manufacturing, Hormuz is a vulnerability hanging over China’s energy supply. (eia.gov) ### Does that make this a symmetrical fight? Not really. The asymmetry is the whole point. China has stronger leverage in processed minerals and magnet supply chains. The U.S. and its allies have more leverage in naval power, finance, advanced chip controls, and some upstream energy flexibility. Basically, each side can squeeze a different artery. That is why this looks less like a classic trade war and more like mutual-denial planning. (whitehouse.gov) ### What about graphite and batteries? Graphite shows how messy decoupling is. The U.S. pushed hard against Chinese battery-material imports, but in March 2026 the USITC ruled that active anode material from China did not materially retard a U.S. industry, so Commerce would not issue AD/CVD orders. In plain English — Washington wants less dependence, but building a protected domestic chain is proving harder than just filing a case. (usitc.gov) ### So what is the real endgame? Not autarky. Redundancy. More mines outside China. More refining outside China. More recycling. More stockpiles. More allied industrial policy. And on energy, more routes and reserves that reduce exposure to one waterway. The catch is that supply chains built over decades do not move on command. (whitehouse.gov)-mineral-production/)) ### Bottom line? The U.S.-China contest is no longer just about who sells more goods. It is about who can interrupt the other side’s ability to make things, move energy, and absorb shocks. China’s leverage sits in processing. America’s leverage sits in coalition power and system-level pressure. The winner is not the side with the loudest tariff. It is the side with the deeper backup plan. (iea.org)