Recycling of critical minerals is progressing, but it varies depending on the material. Discover the indicators, technologies, and public frameworks shaping the industry.

Discover the role of chromium in stainless steel, aerospace, hydrogen technologies and the global transition to clean energy.

Discover zinc's properties, major applications, global market and growing role in infrastructure, renewable energy and the energy transition.

Critical or strategic minerals: two terms that are often confused, yet distinct. Here are the definitions, the differences, and what it means.

Ilmenite, rutile, and leucoxene are the primary sources of titanium. Here is their composition, their formation, and what sets them apart.

Titanium combines lightness, strength, and exceptional durability. A strategic metal for aerospace, medical, and clean technology sectors.

Discover why AI relies on essential mining resources such as copper, gallium, and rare earths, from chips to data centers.

Lithium demand is surging. Learn how this critical mineral supports energy storage, renewables, aerospace and next-generation technologies.

Rare earths, wind power and electric vehicles: an analysis of the critical role of critical minerals in the energy transition and supply chains.

In 2024, Canada updated its official list, now establishing 34 minerals essential to the development of a sustainable and resilient economy. These minerals are the foundation of green technologies, defense systems, digital infrastructure, and strategic supply chains.