The Strait of Hormuz is closed, and Iranian officials are reportedly begging Washington to reopen it. Beijing has tightened its grip on rare earths. And Amazon CEO Jeff Bezos is raising $100 billion through Project Prometheus to buy the American manufacturers whose production lines depend on both.
Three crises. One vulnerability. And a solution sitting in every landfill in the United States.
Roughly one-fifth of the world’s oil and gas moves through Hormuz on an ordinary day. The blockade has shown that fuel is only the opening act. Sulfuric acid, aluminum feedstock, industrial chemicals, and refined minerals move through or around the same waterway. Gulf smelters have gone quiet. Semiconductor fabs in Taiwan and South Korea are hunting for substitutes they don’t have.
EVEN BEFORE THE IRAN OIL SHOCK, US ECONOMY WAS UNDER STRESS
China still processes the majority of the world’s refined copper, gallium, germanium, and rare earth magnets. A single policy shift in Beijing, or a single mine in a Hormuz-adjacent shipping lane, can stall U.S. advanced manufacturing. That is not a resilient supply chain. It is a vulnerability with a pinpointed geography.
And it runs straight into the biggest industrial bet the country is making right now. Project Prometheus aims to pair “physical AI” with U.S. factories. The thesis is right. The supply chain feeding it is not. Every factory Prometheus acquires needs copper. Every AI accelerator its portfolio companies design needs palladium. Every defense contractor it modernizes needs rare earths. Today, those inputs are refined mostly in China and shipped through the very chokepoint now blocked.
Bezos is building the factory. The feedstock for it is stuck at sea.
Here is what the Hormuz coverage and the Prometheus headlines miss. The U.S. already has a domestic source of the exact materials at risk. Every year, the country generates roughly 7 to 8 million metric tons of electronic waste. Inside those discarded servers, phones, laptops, and retired military electronics are an estimated $10.6 billion each year in recoverable copper, gold, palladium, and rare earth elements. Most of it goes to landfills. Most of what is recovered is shipped overseas for processing through the same routes Iran controls.
We are exporting the solution through the chokepoint we are trying to eliminate.
The technology to process it domestically is not aspirational. Commercial-scale hydrometallurgical and biosorption methods can pull high-purity copper, gold, palladium, and rare earths from end-of-life circuit boards without the emissions profile of traditional smelting. A modular facility runs about $40 million and comes online in 15 months. It needs no ocean lane. It is immune to Chinese export licenses. The feedstock is already on American soil.
We have proved it. In partnership with HP, Mint Innovation recovered copper from discarded circuit boards, independently certified it, and used it to manufacture new HP products — the first certified closed-loop recycled copper in the PC industry. The loop closes.
The Trump administration has opened the door. The fiscal 2026 NDAA added recycled-material exceptions to DFARS critical minerals sourcing rules. Project Vault, the $12 billion strategic stockpile standing up at EXIM, assumes domestic supply exists. The Securing America’s Critical Minerals Supply Act directs DOE to fix what does not. The legislative hook is live. The capital is there.
What is missing is the processing footprint.
IRAN’S UNSEEN LEADER DECLARES US’S ONLY PLACE IN GULF IS ‘AT THE BOTTOM OF ITS WATERS’
Hormuz shows the cost of depending on a chokepoint. The Prometheus headlines show where U.S. industry is headed next. Both point to the same gap. And the urban mine is already in place. It sits in every data center, every municipal waste stream, every Defense Department warehouse due for disposition. It does not need a new mining claim, a 10-year permit review, or a treaty with a fragile ally. It needs the refineries to process it.
Bezos is building the factory. The strait is the pressure point. The materials we need are already here. The only thing missing is the infrastructure to process them — and that, unlike a mine or a shipping lane, we can build in 15 months.
Matt Bedingfield is president of Mint Innovation, which recovers critical minerals from electronic waste. He has testified before the U.S. House Energy & Commerce Subcommittee on Environment on critical minerals supply chain resilience.