Scarcity Drives Returns: The Critical Resources Powering Markets

This is why securing supply has become a defining policy objective. As globalization gives way to fragmentation, mineral resources now carry strategic value well beyond their pure economic value. Governments are increasingly moving to lock in supply through reshoring, friend-shoring, and backing national champions. That shift is evident in everything from the U.S. strategic stockpile "Project Vault"⁴ to China's export controls on rare earth elements. Significant concentration in any one link of the chain grants leverage to incumbent suppliers, especially when the commodity is critical to defense and energy, and governments increasingly deploy tariffs, price floors, offtake agreements, and direct equity stakes to secure it.

One live catalyst is the prospect of U.S. copper-tariff escalation, which incentivizes pre-emptive domestic stockpiling and pushes prices higher as China competes for the same finite supply. Corporates tied to strategically important minerals inherit a policy tailwind that compounds the underlying scarcity rather than competing against it.

In the near term, physical scarcity colliding with surging demand drives prices higher and rewards those who control strategic assets. But the longer a bottleneck persists, the greater the incentive to innovate around it.

2. Build around the bottleneck

Not every chokepoint lasts forever, though some persist because alternatives are too expensive, too early, or technically inferior. The advantage here is industrial - it accrues to the regions and companies with the manufacturing scale, cost position, and technological expertise to field a viable alternative faster than anyone else. Importantly, an alternative does not need to fully displace the incumbent to reset market pricing.

The U.S. power build-out for data centers illustrates the near-term version of this dynamic. Demand for high-efficiency combined-cycle gas turbines has run so far ahead of supply that the largest manufacturers are effectively sold out. The three main gas turbine suppliers accounted for an estimated 77% of the market in 2Q26, with some order books extending to 2030-31 and prices up 195% since 2019⁵. However, the durable response to scarcity is not simply paying up indefinitely.

Rather than wait through lengthy grid connection timelines, developers seeking fast behind-the-meter power for data centers have turned to substitutes that industrial suppliers can deliver now, driving a marked influx of orders for reciprocating engines and aeroderivative turbines. Neither is a perfect replacement for a large frame turbine, but both are available, dispatchable, and well suited to modular on-site generation. This is the simplest form of working around a constraint: industrial expertise meeting surging demand precisely when the preferred supply is unavailable.

Battery storage is another example. Early lithium-ion cells relied on nickel-manganese-cobalt chemistries dependent on cobalt - a mineral concentrated in the Democratic Republic of Congo, where nearly 80% of global supply originates and where continuity and governance risk are acute. Chinese manufacturers leveraged their scale to commercialize lithium iron phosphate (LFP), a cobalt-free chemistry that, through sustained process improvement, became not only cheaper but technically superior on cycle life and thermal safety. LFP now accounts for the majority of global battery deployment, and prices remain roughly 36% below 2020 levels, with a further decline of about 33% expected by 2030⁶.

Here the alternative was born from innovation rather than mere availability - working around supply-chain risk while improving performance. LFP may not be the final answer for every use case, though, and recent lithium price spikes have renewed interest in alternative chemistries.

Sodium-ion, for instance, is less exposed to constrained mineral supply and volatile commodity prices, and offers advantages in safety and low-temperature performance - though its lower energy density currently limits use in electric vehicles. But as stationary storage demand accelerates⁷ and U.S. enthusiasm for EVs cools, those disadvantages matter less. To take meaningful share from LFP, sodium-ion will need to demonstrate competitive learning rates and credible commercialization at scale.

The lesson from LFP is that whoever has already climbed the manufacturing learning curve is well positioned to capture the next transition. That leaves the Chinese manufacturers that scaled LFP to dominance positioned to propel a next-generation chemistry.

3. Position for the shock

When a shock actually hits, some are prepared and others are caught exposed – and that gap determines who absorbs the disruption and who benefits from it.

The clearest current example is the oil supply disruption in the Middle East. It has been relatively contained, with Brent averaging $90–95 since early March against fears of $200 crude⁸ that some experts voiced months ago. The reason traces back to deliberate investment in energy security.

China - a major oil consumer with about 50% of imports exposed to the Strait of Hormuz⁹ - buffered the shock with petroleum reserves covering roughly four months of imports, allowing stockpile drawdowns and refinery cuts when prices rise. Aggressive EV adoption is displacing oil demand outright: China's EVs and hybrids displaced 1.4 million barrels per day in 1H 2026, equivalent to roughly 6% of the nation's oil imports in 2025 and over 1% of total global oil demand¹⁰. These levers show that security is as much about the buffers a nation builds as the strategic assets that gain value during shocks.

Others, less prepared, must turn to alternatives. European and Asian buyers most exposed to a Strait of Hormuz interruption can no longer rely on those flows with confidence, and they are increasingly turning to other trade partners to secure supply. This is where the United States' lead in energy infrastructure - built through the shale and hydraulic-fracturing revolution - becomes most valuable. The U.S. exported 73 million metric tonnes of LNG between January and July, a 23% increase from last year, with South Korea, Japan, India, and China accounting for around 40% of American supplies during the first two months of the conflict in Iran¹¹.

The dynamic rhymes directly with Europe's experience in 2022, when the bloc pivoted away from Russian pipeline gas toward U.S. LNG with remarkable speed. In both episodes, a supply shock rerouted global gas demand toward beneficiaries positioned across the U.S. value chain - in gas equipment, services, and export infrastructure. That same drilling expertise also provides traditional energy businesses with strategic advantages in high-growth, low-carbon markets such as enhanced geothermal systems, where those techniques are being applied to drill deeper into the Earth's crust and unlock greater energy potential.

Europe offers a different but complementary example of positioning, rooted in a long manufacturing heritage in the machinery and industrial equipment that other industries are built on. The region plans to double its electrification rate by 2040 under the EU's Electrification Action Plan, and its industrial base - spanning high-voltage grid infrastructure, electrical components, factory automation, and turbines - gives leading manufacturers a durable ability to sell into multiple high-growth end markets. Europe remains especially strong where intellectual property, engineering, and automation matter more than relatively higher energy costs.

These industrial leaders are well positioned for the reindustrialization now taking hold across Western markets, supplying the automation and efficiency systems that modernization requires alongside the electrical equipment that grids and data centers demand. Critically, this exposure ties to broad electrification and industrial-modernization themes rather than a narrow reliance on the AI trade - a more diversified demand profile that is itself a form of insulation.

4. Deliver the supply

At the base of it all sit the companies whose prior strategic investments and demonstrated execution convert every advantage above into realized supply. A credible track record signals competence, but it also reflects a deliberate effort to diversify risk away from any single end market and to redeploy hard-won expertise into new growth areas as demand evolves.

The U.S. energy example makes the point. A franchise levered entirely to LNG is exposed if demand surprises to the downside or if importing nations adapt away from gas over time, but the same operational know-how can be redirected toward adjacent growth markets. That transferability is what separates a durable franchise from a single-theme bet, allowing a company to stay relevant as the energy mix shifts rather than rising and falling with one commodity.

Engineering, procurement, and construction (EPC) firms sit at the same intersection of execution and diversification. Rather than being tied to a single form of energy, the strongest EPCs carry exposure across the full spectrum of power construction - gas, renewables, and grids - supported by a track record and customer trust that come only from repeated, reliable execution. It is here that a labor bottleneck becomes most acute.

Constructing a complex combined-cycle gas plant or developing sprawling transmission lines requires skilled trade labor, and the U.S. construction industry currently faces a shortage of nearly 440,000 workers^{12 13}. Firms that have built a genuine talent-retention advantage control one of the most critical and least replicable stages of the project development lifecycle.

For investors, that execution capacity offers a way to participate in the broader build-out without having to select every winning technology, chemistry, or supplier in advance, and ultimately success is measured less by the size of an announcement than by which projects convert into real, delivered supply.

In a market increasingly defined by scarcity, the beneficiaries are those that control what is needed, occupy the right place in the value chain, or build what the world cannot wait for.