Article

Concentration risk is reshaping critical mineral supply chains

Why middle market manufacturers and energy companies face rising volatility

August 07, 2026

Key takeaways

Three colored cubes—green, blue, and gray—arranged in a triangular layout within a hexagonal outline.

Supply chain risk stems from geographic concentration across mining, processing and refining.

Bar chart with rising bars and an upward line, showing growth in financial performance over time.

That concentration risk is colliding with accelerating demand across multiple sectors.

Human head silhouette with a central microchip, symbolizing artificial intelligence and data processing.

Disciplined working capital strategies can help organizations balance resilience with liquidity.

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Supply chain Manufacturing Energy

Critical minerals—including rare earth elements, lithium, cobalt, copper and platinum group metals—are essential inputs for manufacturing and energy companies. They underpin everything from industrial components and advanced manufacturing to power generation, grid infrastructure, electric vehicles and defense applications.

Supply chain risk for these critical minerals is not driven by a lack of resources in the ground. Instead, it stems from persistent geographic concentration across mining, processing and refining, particularly in China. That concentration has created structural exposure to disruption and volatility that affects manufacturers and energy companies alike.

“China controlled 91.3% of global processing and 61% of global mining for selected rare earth elements used in magnets in 2024,” according to S&P Global. That level of dominance gives the country significant leverage over downstream markets.

While mining often gets the most attention, the most acute bottlenecks sit further downstream with processing and refining. For manufacturers, this means that even diversified sourcing strategies can mask hidden dependencies. A tier one supplier based in Europe or North America may still rely on companies in China to process materials several tiers upstream. For energy companies, the same dynamics affect equipment availability, project timelines and capital deployment.

This lack of visibility makes certainty around procurement harder to achieve and increases the risk that geopolitical actions quickly translate into operational disruption.

Rising demand is amplifying volatility

Concentration risk is colliding with accelerating demand across multiple sectors. Energy transition investments, grid modernization, data center expansion and increased defense spending are all driving higher consumption of critical minerals. At the same time, alternative supply takes time to come online. 

This imbalance is already affecting pricing. For middle market companies with limited pricing power or longer contract cycles, volatility can quickly erode margins and complicate customer relationships. 

Managing the pressure on working capital

Persistent volatility in critical mineral pricing is pushing some middle market manufacturers and energy companies into reactive working capital decisions. Carrying excess inventory can protect operations but tie up cash. Absorbing price spikes can preserve customer relationships but compress margins.

Shifting away from reactive responses toward more disciplined working capital strategies can help organizations balance resilience with liquidity. Rather than relying on a single lever, this approach involves coordinating procurement, finance and operations around a shared view of supply risk.

Key areas of focus may include:

  • Targeted inventory buffering: Buffering involves identifying a limited set of materials that represent true bottlenecks and selectively increasing inventory only where disruption risk is highest.
  • Supplier diversification tied to cost control: Diversifying sourcing improves resilience and can strengthen negotiating leverage, reducing exposure to sudden price increases driven by single‑region constraints.
  • Improved supply chain visibility: Better insight into upstream sourcing enables earlier responses to volatility, allowing pricing, sourcing or inventory decisions to be made before margins are affected.
  • Crossfunctional decision making: Procurement decisions with cash‑flow implications are increasingly reviewed through a finance lens, helping align inventory policies with liquidity objectives.

Eliminating volatility would be an unrealistic goal, but there are strategies that can help companies avoid being forced into cash-intensive decisions under pressure.

How long‑term planning can improve clarity

Capital investments, project timelines and product roadmaps increasingly depend on materials whose availability and pricing are difficult to forecast. In response, executives are moving away from single‑forecast planning toward structured scenario analysis that reflects a range of supply outcomes. This approach allows leadership teams to make informed decisions even with limited certainty.

Useful planning practices include:

  • Scenariobased capital planning: Modeling how supply disruptions, price swings or delayed capacity additions could affect major investments and identifying trigger points for action
  • Supplier resilience assessments: Evaluating suppliers not only on cost and quality, but also on geographic exposure, refining dependencies and ability to adapt under stress
  • Longer-term sourcing strategies: Exploring longer-term contracts, alternative materials or design flexibility to reduce reliance on a single supply path
  • Boardlevel oversight: Elevating critical mineral exposure alongside other strategic risks to support alignment between operational decisions and long‑term objectives

While supply uncertainty is unlikely to disappear, companies that build flexibility into their planning are better positioned to invest with confidence rather than hesitation.

Governance questions executives should be asking now

Given the strategic importance of critical minerals for manufacturing and energy companies, concentration risk is increasingly a governance issue, not just an operational one.

Executives and boards should be asking:

  • How geographically concentrated are our critical mineral inputs across mining, processing and refining, beyond tier‑one suppliers?
  • Which materials represent single‑point‑of‑failure risks for our operations or projects?
  • Do supplier contracts require transparency around country of origin and downstream dependencies?
  • How quickly could sourcing pivot if a region becomes unavailable?
  • Are inventory strategies aligned with our risk tolerance and working capital objectives?
  • Have disruption scenarios been incorporated into long‑term strategic and capital planning?

These questions often surface gaps between perceived resilience and actual exposure.

Building resilience without overcorrecting

Rather than pursuing the lofty goal of eliminating concentration risk, executives should focus on understanding, measuring and managing it. Practical steps include mapping supply chains beyond tier one suppliers, engaging suppliers on transparency, diversifying sourcing where feasible, and integrating procurement risk into scenario planning and capital allocation decisions.

RSM contributors

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