Informations

Recycling catalysts as a source of platinum group metals (PGMs) is emerging as one of the most strategic responses to the rising demand for high‑performance materials combined with the need to reduce environmental and geopolitical risks. Platinum, palladium, rhodium, ruthenium, iridium and osmium are indispensable in applications ranging from automotive catalytic converters and chemical reactors […]

Global efforts to decarbonise energy systems, electrify transport and accelerate digital transformation rely heavily on a growing group of rare metals. These materials – including lithium, cobalt, nickel, neodymium, dysprosium, indium and others – are essential for batteries, permanent magnets, solar panels, wind turbines and advanced electronics. While they enable a cleaner and more connected

Understanding how **inflation** shapes mineral **exploration** budgets has become a critical task for mining companies, investors and governments alike. Exploration is highly capital‑intensive and long‑term by nature, which makes it especially vulnerable to sustained increases in costs. When inflation accelerates, the purchasing power of fixed budgets shrinks, risk premiums rise and access to funding becomes

Global demand for advanced materials has elevated a once obscure metal, niobium, into a strategic resource at the crossroads of economics, security, and geopolitics. As states seek technological superiority in a more contested international environment, niobium’s unique properties—especially in high-strength alloys and superconducting applications—are reshaping defense planning, industrial policy, and global supply chains. Understanding how

Mining waste, once regarded as an inevitable and largely useless by-product of resource extraction, is rapidly emerging as a strategic source of critical raw materials. Tailings, waste rock and metallurgical slags scattered across thousands of legacy sites hold significant quantities of critical and strategic elements such as rare earths, cobalt, lithium, nickel and gallium. As

The market for flame retardants is undergoing a significant transformation as regulators, manufacturers and downstream users re‑evaluate the balance between fire safety, environmental impact and supply security. Among the key materials at the center of this reassessment is antimony, particularly in the form of antimony trioxide (ATO), which has long been used as a synergist

Mining beyond Earth has long belonged to the realm of science fiction, yet rapid progress in rocketry, robotics and space exploration is pushing it toward commercial reality. If extracting resources from asteroids, the Moon or Mars becomes technically and economically feasible, the ripple effects could reshape **mineral** economics, global trade patterns and even geopolitics. Instead

High-purity alumina has become one of the most strategic industrial materials supporting the shift toward more efficient electronics, reliable energy storage and durable structural components. Its role extends far beyond basic refractories and into the heart of **advanced ceramics**, where stringent performance requirements demand exceptional cleanliness, tight particle-size control and tailored crystal morphology. As manufacturers

Vanadium redox flow batteries (VRFBs) are emerging as one of the most promising technologies for long-duration, stationary energy storage. Their ability to decouple power and energy capacity, tolerate deep cycling, and operate safely over long lifetimes positions them as a strong competitor to lithium-ion batteries in grid-scale applications. However, the global supply of vanadium, the

Carbon credit markets have become a central pillar of global climate policy, shaping how companies account for and reduce their greenhouse gas emissions. For the mining sector, which is both energy‑intensive and land‑intensive, participation in these markets presents risks, opportunities, and complex strategic choices. Understanding how carbon credits work, how they intersect with mining operations,