MPC’s Strategic Raw Materials Fund Framework
RARE EARTHS
MPC Strategic Raw Materials Stockpile Framework
Status Quo
As electrification, automation, and defence-related demand accelerate globally, critical raw materials—particularly rare earths and battery minerals—have emerged as a macroeconomic constraint rather than a cyclical commodity theme. Outside China, key elements of the value and supply chain remain structurally incomplete, while policy, licensing, and downstream qualification increasingly define access and timing.
Based on a global macroeconomic and industrial analysis, MPC developed the Strategic Raw Materials Stockpile Framework to explore how hard-asset-backed exposure, combined with deliberate stockpiling and downstream alignment, can act as a catalytic instrument. The framework is designed to address structural supply constraints and time asymmetries that traditional market mechanisms and financial instruments struggle to capture.
Our Strategy
Phase 1
Objective
Establish the foundational tools required to enable catalytic stockpiling, including physical material access, governance and control structures, storage and logistics capability, licensing considerations, and structured downstream engagement.
This phase is designed to reduce material-access risk and create early optionality—supporting feasibility work, qualification processes, and initial offtake discussions across refining, magnet production, and component manufacturing outside China.
Key Outcomes
A credible catalytic platform that demonstrates how controlled access to physical material can unlock downstream activity, investment confidence, and early industrial participation where supply constraints would otherwise stall development..
Phase 2
Objective
Establish the foundational tools required to enable catalytic stockpiling, including physical material access, governance and control structures, storage and logistics capability, licensing considerations, and structured downstream engagement.
This phase is designed to reduce material-access risk and create early optionality—supporting feasibility work, qualification processes, and initial offtake discussions across refining, magnet production, and component manufacturing outside China.
Key Outcomes
A credible catalytic platform that demonstrates how controlled access to physical material can unlock downstream activity, investment confidence, and early industrial participation where supply constraints would otherwise stall development..
Market & Supply-Chain Implications
The framework is grounded in the view that macro-economic forces—industrial policy, defence and energy-security priorities, and supply-chain concentration—are now primary drivers of availability and value, increasingly outweighing marginal cost curves alone. These dynamics introduce time asymmetry, where delays in capacity build-out materially affect outcomes.
Rather than treating demand as the limiting factor, the framework addresses the structural constraint common to non-Chinese supply chains: access to qualified material at the right point in time. This constraint creates asymmetric outcomes for projects and investors depending on timing, location, policy alignment, and downstream readiness.
A framework anchored in underlying physical assets provides exposure to structural dynamics that are difficult to replicate through financial instruments alone—particularly in environments shaped by licensing risk, export controls, delayed capacity expansion, and qualification bottlenecks. In this context, physical material access becomes a strategic enabler rather than a passive holding.
Our Investment Thesis
Since the framework was first articulated in late 2024, core commodity prices relevant to the framework have increased materially, in some cases by more than 100%. In parallel, policy-driven constraints—particularly those originating from Chinese regulatory and export-control actions—have materialised broadly in line with the structural dynamics anticipated in MPC’s analysis.
This evolution has reinforced the framework’s underlying assumptions around timing, concentration, and the strategic role of physical material access in shaping industrial outcomes.
MPC’s thesis is that material access, not demand, is the dominant constraint in the development of resilient critical-materials value chains outside China. The framework therefore integrates a comprehensive set of tools—physical stockpiles, structured access, logistics, financing interfaces, risk-mitigation mechanisms, and downstream engagement—to translate macro-economic insight into executable industrial leverage.
The framework is used as a thought-leadership and decision-support construct, signalling preparedness and depth of analysis when engaging with governments, industrial partners, and long-term capital.
Contact / Engagement
The MPC Strategic Raw Materials Stockpile Framework is applied within confidential advisory and interim executive engagements and shared selectively as a reference point in strategic discussions.
It signals that the analytical work has been done, assumptions tested, and structural dynamics understood—so that when the right partners and capital align, execution can proceed from a position of preparedness rather than reaction.