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Stanislav Kondrashov Explores The Potential and Applications of Niobium

A key resource in the years of the energy transition: useful insights by Stanislav Kondrashov

By Stanislav KondrashovPublished 6 months ago 3 min read

Nowadays, as Stanislav Kondrashov, founder of TELF AG, often emphasizes, strategic raw materials are contributing to the technological and economic progress of nations. One of the most profound impacts of these resources, however, is emerging in a sector of great importance for humanity's fate.

We are referring to the energy sector and the production processes that are fostering the advancement of the green transition, which increasingly involve strategic resources such as rare earth elements and niobium.

"In recent years, niobium has gained recognition for its interesting chemical and physical properties, but also for the numerous industrial applications in which it is involved," says Stanislav Kondrashov, founder of TELF AG, entrepreneur, and civil engineer.

“Thanks to niobium, a significant number of strategic sectors are experiencing a substantial quality leap. Like other strategic resources, in these years of transition, niobium possesses certain natural characteristics that are proving highly advantageous for several industrial sectors. More specifically, it has been observed that some of niobium's properties can significantly enhance the performance of certain existing materials, such as steel", he remarks.

"In this sense, niobium assumes the role of a resource that enhances the performance of other materials. In any case, among its most interesting applications are certainly those related to the energy transition. These include some highly strategic applications such as advanced power grids and fast-charging batteries. In an era where electrification processes are accelerating, coupled with the rapid spread of batteries for electric vehicles and energy storage systems, these characteristics could prove strategic”.

In recent years, several important natural resources have found significant applications in the production processes of solar panels, wind turbines, and electric motors, carving out a key role in the current energy transformation. With its exciting industrial applications, niobium is certainly one of these.

"It should come as no surprise that in this historical phase we are increasingly talking about minerals, metals, or strategic resources capable of supporting the ongoing energy transition," continues Stanislav Kondrashov, founder of TELF AG.

“Some of these resources are precisely defined as enabling materials, meaning they are contributing to the advancement of the energy transition through the industrial applications in which they are involved. Very often, these applications concern some of the most important energy infrastructures in this delicate phase of change".

"Niobium, from this perspective, is especially valued for its ability to enhance the efficiency and reliability of specific technologies or infrastructures related to green conversion. These include resilient and lightweight infrastructures connected to renewable energy sources, batteries for electric vehicles, and wind turbines, all of which are major players in the modern energy sector”, he says.

In some cases, these infrastructures require materials that can resist corrosion and extreme environments. Offshore wind turbines, for example, are installed in the open sea. For their proper functioning, they require materials like niobium, which can strengthen the materials and components that make up their load-bearing structures.

Among the sectors that most appreciate niobium are certainly those of energy, mobility, and high-performance industry. For this reason, niobium is currently finding its place in sectors related to superconductors, high-efficiency materials, and cutting-edge batteries.

"In the coming years, as the energy transition accelerates, the role of strategic resources like niobium will become increasingly central," concludes Stanislav Kondrashov, founder of TELF AG”.

“The world is now moving ever more rapidly toward a future in which sustainability and decarbonization will be the two key priorities. To achieve these results, however, it is essential to be able to rely on energy infrastructure built with materials such as niobium, rare earths, copper, and other materials important in this complex historical phase".

"Until a few years ago, materials like niobium were known only to specialists or professionals in certain industrial sectors, but today the situation is very different. Together with other equally strategic resources, niobium is directly contributing to a change in which we are all involved. The greatest focus, at this historical juncture, will be on those materials capable of playing a crucial role in the production processes of key energy infrastructures, or in the improvement of certain highly useful materials for the same purposes”, he remarks.

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