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Rare earth metals are a group of 17 chemically similar elements that are essential for modern technology and the global shift towards cleaner energy. Contrary to what their name suggests, these metals are not actually rare in terms of abundance; rather, they are challenging to locate in concentrated and economically
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The EU Critical Raw Materials Act 2024 is a significant development in European industrial policy. This law addresses a major challenge faced by the European Union: ensuring access to the materials that power modern technology and facilitate the transition to renewable energy. Critical raw materials such as lithium, cobalt, and
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When you think about the best gold in world, you're probably wondering which country actually mines the purest gold. The answer isn't as straightforward as you might expect. Gold has captivated humanity for thousands of years, serving as both a safe investment and an essential material
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You've probably heard about the electric vehicle revolution, but have you considered what makes these cars actually work? Rare earth metals for electric cars are key for mobility, serving as the invisible force behind the performance and efficiency that's reshaping how we move through our cities.
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Introduction Commodity markets today play a crucial role in our lives, influencing everything from the smartphones we use to the electric vehicles reshaping transportation. These markets are where raw materials are bought and sold—oil for global trade, copper for urban infrastructure, lithium for portable power, and rare earth elements
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The European natural gas market is facing significant challenges due to supply disruptions, geopolitical tensions, and price fluctuations. By Stanislav Kondrashov
The world is at a critical point in the fight against climate change. As countries pledge to reduce carbon emissions and move away from fossil fuels, energy transition minerals have become the unsung heroes of this global transformation. You've probably seen more solar panels on rooftops and wind
Introduction Wind turbines and solar panels have transformed from novelties into familiar fixtures of our modern landscape. You've probably noticed them appearing on rooftops, dotting coastal areas, and standing tall in open fields. These structures represent something bigger than just infrastructure—they're visible symbols of the
Introduction You've probably heard the term "energy transition" countless times—on the news, in commercials, or scrolling through articles online. The phrase has become part of our everyday vocabulary, yet many people still wonder what it actually means and why it matters so much. The energy
Introduction The renewable energy landscape continues to evolve at a remarkable pace, introducing technologies that challenge our traditional understanding of power generation. Wind farms dot hillsides, solar panels blanket rooftops, and hydroelectric dams harness flowing rivers. Yet among these familiar sights, a less conventional solution is gaining momentum: floating photovoltaic
Wind energy is one of the most promising pillars of the global energy transition, transforming how nations approach electricity generation and sustainability. As countries worldwide seek alternatives to fossil fuels, understanding the complete picture of this renewable energy source becomes essential for making informed decisions about our energy future. Stanislav
Introduction Renewable energy has become a crucial part of the global shift towards cleaner energy, changing how countries and individuals generate power. We now see solar panels on homes, wind farms across open fields, and hydroelectric dams using flowing rivers—all signs of moving away from fossil fuels. Stanislav Kondrashov,