Helium as a Strategic Resource

Why helium is essential for modern industry and future technologies

Helium is one of the most strategically important resources for modern industrial economies. Its unique physical properties make it indispensable in several high-tech sectors, while its natural availability remains limited.

The combination of geological scarcity, growing industrial demand and technological importance makes helium a resource with long-term strategic relevance.

Helium in medical technology

One of the most important applications of helium is medical imaging. Liquid helium is used to cool superconducting magnets in magnetic resonance imaging systems. These extremely low temperatures are essential for stable magnetic fields and reliable MRI operation.

• ✔ MRI cooling systems
• ✔ Cryogenic medical applications
• ✔ Scientific diagnostics and research

Helium for semiconductors and high-tech manufacturing

In semiconductor manufacturing, helium is used for cooling, leak detection and process stability. As demand for AI infrastructure, advanced chips, data centers and microelectronics continues to grow, helium becomes increasingly relevant for high-precision production environments.

• ✔ Semiconductor and chip manufacturing
• ✔ Fiber optics production
• ✔ Laser technologies
• ✔ Data centers and high-performance computing

Aerospace and defense applications

Helium plays a central role in aerospace and defense technologies. It is used for pressurizing and purging fuel systems, cooling sensitive components and supporting satellite and rocket applications.

As global supply chains become more regionalized and strategically sensitive, reliable helium access becomes increasingly important.

Helium and quantum research

Research institutions rely on helium for low-temperature applications. Quantum research, superconductivity and cryogenic physics all require extremely low temperatures that are difficult to achieve without liquid helium.

• ✔ Quantum computing
• ✔ Superconducting systems
• ✔ Research laboratories worldwide
• ✔ Low-temperature physics

Limited natural availability

Helium is formed over geological time through radioactive decay within the Earth’s crust. It cannot be synthetically produced. Once released into the atmosphere, helium eventually escapes into space and is effectively lost.

Economically recoverable helium deposits are rare. This makes project quality, resource concentration and infrastructure central factors for long-term supply.

A long-term resource theme

As digital infrastructure, medical technology, aerospace activity and scientific research continue to expand, helium demand is expected to remain strategically relevant.

NASCO Energy & Resources AG develops helium projects in the United States, focusing on assets with high raw gas concentrations and long-term development potential.