In the current industrial landscape, significant attention is paid to where resources are mined. However, a critical component of the supply chain lies in the processing stage, where raw ores are converted into usable materials.

In the opening weeks of 2026, the Arctic has once again become a center of a high-stakes geopolitical tug-of-war. President Trump’s renewed push for U.S. control or "strategic acquisition" of Greenland has reignited international tensions, framing the island not merely as a territorial ambition, but as a mandatory hedge against resource scarcity.

While the world’s largest nickel mines are often visualized as massive craters in the earth, the real story of 2025 isn't just about what is being pulled out of the ground—it's about the high-stakes chemistry happening right next to it.

In 2025, global uranium mine supply is projected to be 176 million pounds, while demand is expected to reach 182 million, resulting in a 6 million-pound deficit. This shortfall is expected to increase significantly over the next 15 years. By 2040, uranium demand is forecast to surge to 397 million pounds, a staggering 118% increase from 2025 levels, while supply is only expected to grow modestly to 201 million, up just 14%. The result: an anticipated deficit of 197 million po

The global silver market is no longer defined by its historical roles in coinage or photography. A fundamental transformation has occurred, cementing a new foundation for demand built on technology and green energy. This isn't just a shift; it's a structural realignment where industrial applications have become the market's primary, non-negotiable driver.

In the global race for clean, reliable energy, nuclear power is re-emerging as a key player. We often focus on the uranium that fuels the reactors, but the entire viability of the nuclear industry rests on a different, lesser-known material: fluorspar. This unassuming industrial mineral is the source of fluorine, an element so critical that without it, the modern nuclear fuel cycle would grind to a halt.

The global silver market is currently in the midst of a multi-year structural deficit, where total demand is consistently outpacing supply. According to the data presented in the Silver Survey 2025, published by the Silver Institute, this market imbalance has been a defining feature since 2021 and is projected to continue through 2025.

Silver, a metal long celebrated for its monetary value, is cementing its role as an indispensable material in our modern world. From the solar panels on our roofs to the electronics in our pockets, industrial applications are driving a significant surge in demand. This infographic, using data from the World Silver Survey 2025, reveals a critical divergence between silver's soaring industrial use and its constrained mine production.

For years, Sweden's world-class uranium resources have been locked away by a government moratorium, a rich legacy made inaccessible to a world hungry for clean energy. But with a major political shift now underway to reopen the country to uranium mining, a historic opportunity is emerging.

While previous discussions have highlighted tin's surging price and evolving demand drivers, a critical part of the story lies on the horizon: a looming structural deficit in supply. According to detailed forecasts from the International Tin Association (ITA), without significant investment in new mining projects, the world is on track for a substantial tin shortfall by the end of the decade.

Silver's role in the global economy is evolving significantly, as illustrated in our latest infographic. Data from the World Silver Survey 2025, presented in the infographic, indicates that total silver demand is projected to grow by +15.60%, from 993 million ounces (Moz) in 2016 to a forecast 1,148 Moz by 2025.

Industry analyses, including reports like the World Silver Survey, indicate these can stem from factors such as the maturation of major orebodies, shifting capital investment cycles, the extended timelines required for new mine development, fluctuating operational costs, and evolving regulatory environments in key silver-producing nations. This decrease from mining operations is a crucial factor in this year's overall market deficit.

Over the past decade, industrial demand has steadily claimed a larger share of global silver mine production. This trend reflects silver’s expanding role in technology and manufacturing, especially in areas such as renewable energy and electronics.

Copper Mine Production Infographic In 1970, the world’s copper mines produced approximately 5.9 million metric tons. By 2024, that figure...

Tin, often called the "glue" of the electronics industry due to its critical role in solder, is poised for a significant demand surge in the coming years. While traditionally used in tinplate for packaging and chemicals, its future is increasingly tied to the rapid advancements shaping our modern world. Projections indicate a substantial rise in global tin consumption by 2030, driven by a confluence of technological megatrends.

The global silver market is experiencing a notable shift, driven largely by surging industrial demand—particularly from the green energy and electronics sectors. According to the report, total silver demand is expected to reach 1.148 billion ounces this year, while supply is forecast at just 1.030 billion ounces. This shortfall marks the fifth consecutive year of market deficit.

Uranium Resources by Country 2021 Uranium, the key fuel for nuclear energy, is not evenly distributed around the world. Its concentration...

Chart: Projected Demand for Critical Minerals As the global push toward clean energy gains momentum, demand for certain minerals and...

This graphic explores how seafloor cobalt resources compare to global land reserves. While the DRC leads in above-ground reserves, its...

This graphic and article explores cobalt production in 2023, spotlighting top producers and analyzing changes in supply, demand, and...