China is already running hydrogen trucks at scale — and that could be worth 6 million ounces of platinum

A Valterra Platinum executive laid out the math: if hydrogen-powered trucks capture 20% of the global fleet, the extra platinum demand would be more than twenty times current data center consumption.

During a briefing on the platinum group metals value chain on September 1, 2026, Hilton Ingram, a marketing executive at Valterra Platinum — formerly Anglo American Platinum, now operating under its own brand — presented a demand projection linked to the electrification of heavy transport using hydrogen fuel cells. According to Ingram, China already operates thousands of hydrogen-powered trucks on commercial routes, including the haulage of iron ore and finished steel by the mining company Rockcheck.

The math Ingram presented is straightforward: every hydrogen fuel cell uses platinum as a catalyst, with a relatively stable loading per vehicle. If hydrogen trucks capture 20% of the global heavy truck fleet, at current platinum loadings per cell, that represents additional demand of 6 million ounces of the metal — more than twenty times the current consumption of platinum's other major emerging demand driver, data centers, today estimated at around 300,000 ounces. The most important point of the argument is not the absolute number, but the adoption mechanism already in place in China: 'open-loop' hydrogen systems, in which one company produces low-cost hydrogen, another distributes it, and a third simply uses it in vehicles, without any of them needing to control the entire chain. It is this design — closer to the traditional fuel station model than to a vertically integrated chain — that allows fleets to scale quickly without waiting for a single company to build all the infrastructure on its own. The Yangtze River Delta region was identified as the ideal starting point to consolidate cheap hydrogen before replicating the model in other regions, also taking advantage of investments planned under China's 15th Five-Year Plan.

For those following the platinum market, the lesson is that future demand for the metal is less and less tied only to the traditional automotive industry — catalytic converters for combustion vehicles — and increasingly bound to energy infrastructure decisions that have nothing directly to do with mining, in this case the economic viability of hydrogen distribution networks. This changes the kind of signal precious metals market professionals need to monitor: not just mine output and inventories, but the pace of hydrogen infrastructure adoption in markets such as China. For managers and analysts at platinum miners, the practical message is that opening a new demand axis on the scale of millions of ounces depends less on ready technology — the fuel cell already exists and works — and more on an energy distribution business model that is still being tested.