Informations

The global scramble for critical minerals has prompted a powerful resurgence of mineral nationalism, a policy stance in which states reassert control over their geological resources to maximize domestic benefit. This trend is reshaping trade flows, investment patterns and industrial strategies across continents. As governments pursue policies that emphasize sovereignty, local value creation and strategic […]

The demand for high-performance permanent magnets has risen sharply as industries from electric vehicles to wind energy push for greater efficiency and miniaturization. Meeting this demand depends on securing a reliable supply of one critical element: dysprosium. This article examines the geological sources, processing challenges, market dynamics, and technological strategies involved in sourcing dysprosium for

The following article examines the global potential of thorium as an alternative nuclear resource and its relevance for advanced reactor systems. It surveys the geological distribution of thorium, evaluates current estimates of recoverable reserves, contrasts thorium-based fuel cycles with conventional uranium cycles, and discusses technological, economic and policy challenges that determine whether thorium can play

The transition to a low-carbon energy system positions hydrogen as a cornerstone of future energy vectors, enabling long-duration storage, decarbonization of heavy industry, and zero-emission mobility. Behind many hydrogen technologies lies a group of critical elements whose unique chemical and physical properties enable efficient reactions, long service life, and compact device design. This article examines

The global relationship between large-scale public works and commodity markets is complex and often decisive for basic industrial cycles. When an economy embarks on an era of rapid infrastructure expansion — whether driven by stimulus packages, urban development, or strategic connectivity projects — the ripple effects extend to raw materials markets, most notably to iron

The global market for titanium has become a focal point for manufacturers, investors and policy makers because of its unique combination of strength, low density and corrosion resistance. This article examines the near- and medium-term outlook for the metal across two of its most critical end markets: the aerospace and medical sectors. We analyze demand

The proliferation of electronic devices has created an urgent need to rethink how societies manage discarded products. Recycling electronic waste offers a promising pathway to secure supply chains for critical minerals, reduce environmental harm, and foster a more resilient industrial base. This article explores the scale of the problem, the types of valuable materials embedded

The global market for scandium is at a pivotal moment. Once a niche specialty metal recovered in tiny quantities, scandium is increasingly visible across advanced industries due to its unique properties. This article examines the evolving balance of supply and demand, the production constraints and opportunities, and how technological advances, policy shifts, and recycling strategies

The accelerating shift to electrified transport and large-scale energy storage is reshaping demand for battery materials. Among them, manganese is emerging from the shadow of better-known elements like lithium, nickel and cobalt. As battery chemistries evolve and manufacturers seek more cost-effective, safe and reliable options, high-purity, battery-grade manganese is becoming strategically important. This article explores

The global transition to low-carbon energy and transport systems has profound implications for the markets that supply the raw materials underpinning this transformation. As governments tighten emissions targets and roll out incentives for clean technologies, the interplay between public policy and resource economics reshapes demand patterns, investment decisions, and geopolitical alignments. This article examines how