Is Helium Running Out?

Helium is not running out anytime soon, but the world faces significant long-term supply challenges that could impact availability in the coming decades. While new reserves continue to be discovered and production methods improve, the finite nature of this non-renewable resource combined with growing demand creates genuine concerns about future accessibility.

In this guide, we’ll explore the current state of global helium reserves, emerging production sources, rising demand across critical industries, and what the long-term outlook means for businesses that depend on this essential gas.

What Are the Current Global Helium Reserves?

The world’s helium reserves are substantial but unevenly distributed across the globe. The United States Geological Survey estimates 306 billion cubic feet of recoverable helium in U.S. natural gas reservoirs alone, with additional reserves found in specialized geological formations.

Qatar dominates global production, accounting for roughly 30% of the world’s helium supply. Algeria follows as the second-largest producer at 15%, while Russia has historically been another major contributor before recent geopolitical disruptions.

The discovery of 138 billion cubic feet of helium reserves in Tanzania represents a significant development for future supply. These reserves could position Tanzania as a leading global producer once extraction facilities come online.

Also, Iran’s South Pars gas field may be able to contribute a substantial amount to helium production. 

Are New Helium Sources Being Found?

Multiple countries are actively developing new helium production capabilities that will increase the diversity of the global supply of helium. 

Canada has emerged as a new producer, contributing to increased supply flexibility and reducing dependence on traditional sources.

South Africa is another promising entrant, with exploration activities identifying commercially viable helium deposits.

The shift toward non-hydrocarbon helium deposits offers particular promise for long-term supply security. Unlike traditional extraction from natural gas fields, these specialized geological formations can contain concentrated helium that’s easier to extract and purify.

Tanzania’s reserves exemplify this approach, as they exist in geological basins separate from conventional natural gas operations. This diversification of source types reduces supply vulnerability and opens new exploration opportunities.

How Is Growing Demand Affecting Long-Term Availability?

According to a 2024 report by IDTechEx, the global demand for helium is likely to nearly double by 2035.

The semiconductor industry is largely responsible for the expected increase in demand. Advanced chip manufacturing below 4-nanometer nodes requires helium for precise temperature control during production processes.

The medical sector is a major consumer of global helium, primarily for magnetic resonance imaging systems.

And demand from the space sector is growing.

What Does the Long-Term Outlook Reveal?

Conservation and recycling technologies offer a promising path toward sustainable helium use over the coming decades. Advanced recovery systems can capture the majority of helium from industrial processes, dramatically reducing waste and extending effective supply.

However, waste continues across various applications, with a significant portion of global helium consumption attributed to non-essential uses like party balloons and novelty applications. Addressing this waste represents an immediate opportunity to extend available supplies.

Prices reflect supply challenges – the long-term trend points toward higher costs.

Conclusion

Helium availability over the coming decades depends largely on how successfully the global community balances new production development with conservation efforts. While substantial reserves exist worldwide and new sources continue coming online, the rapid growth in critical applications like semiconductor manufacturing creates supply pressures that require proactive management. 

The combination of advanced recycling technologies, reduced waste, and continued exploration of non-traditional reserves offers the best path toward ensuring long-term helium availability for essential industrial and medical applications.

Tyler O'Brien

Tyler is a results-driven marketing professional specializing in the industrial gases and equipment industry, bringing his 10 years of technical expertise and digital marketing acumen to the complex industrial gas B2B environment.