Strategically positioned in the helium market

The platform

Based in Switzerland. Focused on North America.

Standard Helium is a Swiss industrial holding company. We invest in selected helium resources and infrastructure in North America and support their focused development. We understand industrial customers’ requirements for specification, volume, form of delivery and continuity of supply, and consider them in every investment decision. We deploy capital for the long term and according to clear, shared standards.

Even the most advanced technology depends on a physical foundation. More powerful AI requires more powerful chips; manufacturing those chips requires high-purity process gases, including helium. Our aim is a sovereign supply of primary helium for the age of artificial intelligence and its supporting infrastructure.

About the company

Illustration of an office façade beside a lake
Portrait of Karl Nagy

Helium can’t be manufactured, so we are buying the source.

Karl NagyCEO, Standard Helium AG

Corporate governance
Our mandate

From microchips and medical imaging to space flight, helium performs essential functions under demanding physical conditions. Our mandate is to make the long-term supply of this resource more predictable.

A resource for critical applications

Helium makes extreme physical conditions manageable: temperatures close to absolute zero, controlled environments in precision processes, and dependable pressure and leak testing. Its chemical inertness makes it suitable for sensitive applications with minimal tolerance for variation.12

Semiconductor cleanroom

Semiconductor manufacturing

In semiconductor fabrication plants, helium removes heat, supports controlled process conditions and detects minute leaks in vacuum and gas-supply systems. It therefore performs important functions at several stages of semiconductor manufacturing.1

Medical technology

Many MRI systems generate their magnetic field using superconducting magnets. Liquid helium keeps these systems at operating temperature, enabling medical imaging.3

Space flight

Rocket systems use helium to pressurize tanks, purge lines and test systems for leaks. Its chemical inertness is a significant technical advantage in these applications.4

Cryogenic laboratory

Research and emerging technologies

Helium-based cooling systems enable temperatures close to absolute zero. They underpin advanced low-temperature research, including quantum applications.5

Learn more about helium

Rising demand. Concentrated supply.

Investment in technology is broadening the industrial demand base, while helium production remains concentrated in a small number of countries.6 Our investment strategy reflects this market structure: additional sources of production in North America would bring supply closer to major industrial customers and place new capacity within a dependable legal and infrastructure framework.

6.7BCF
Estimated global production in 2025

U.S. Geological Survey estimate; 6.7 BCF is 6.7 billion cubic feet.6

91%
Share produced by four countries

The United States, Qatar, Russia and Algeria combined.6

3/4
The United States and Qatar

Together, the two countries accounted for around three-quarters of estimated global production.6

46%
North American share

The United States and Canada combined, calculated from the 2025 estimates.6

Why now

Four functions connect a resource with its customer

Columns and heat exchangers of a processing plant
  1. 01

    Production

    Robust data on gas composition, pressure and production performance indicate what a site may be capable of delivering.7

  2. 02

    Processing

    Gas separation and purification bring helium to the required specification.

  3. 03

    Delivery routes

    Compression or liquefaction creates the required product form. Transport and the circulation of containers secure its route to the customer.

  4. 04

    Customers

    Industrial applications impose specific requirements for product specification, volume, form of delivery and continuity of supply.

The supply chain

The foundations of a robust helium platform

Four foundations turn a resource into a robust industrial system.

Existing production

Operating data on gas composition, production performance and plant operation provide a traceable basis for assessment. They enable capital to be directed toward the industrial development of producing sites.7

Plant in an open landscape

Primary helium

We use “primary helium” to describe helium from resources developed principally for their helium content. The helium market therefore provides the economic basis for their development and production. We assess the geological and operating risks of each site individually.2

The complete chain

Production, processing, product form and logistics together create a product that can be supplied to industry. Customer requirements are integral to the planning process. The interaction between these elements determines specification, reliability and commercial viability.

A dependable legal environment

Rights, permits, contracts and property protection determine whether infrastructure can be financed and operated for the long term. In a globally concentrated market, legal certainty is part of supply quality.

The platform

How we select opportunities

We assess whether an opportunity fits the platform by examining its industrial substance, the robustness of its valuation, the security of access and the clarity of its integration route.

Our criteria

Wide open plain at first light

Where geology and industry meet

North America combines helium-bearing geology, experienced operators, industrial infrastructure and major customer markets. We focus our investments in this environment, support the development of suitable resources and bring the required parts of the supply chain together into one platform.

North America

The Helium Letter

The letter is published once a month and provides context on developments in the helium market.

Stay informed. Stay ahead.

Developments in production, delivery routes and availability.

Your details reach us directly. We maintain the distribution list and confirm your addition to it. Questions to office@standard-helium.com.

Sources for the home page (7)
  1. U.S. National Institute of Standards and Technology, Final Programmatic Environmental Assessment for Modernization and Expansion of Semiconductor Fabrication Facilities, 2024; Intel Corporation, testimony before the U.S. Senate Committee on Energy and Natural Resources, 2013; Semiconductor Industry Association, submission to the USGS, 2023. These sources support several uses of helium in semiconductor manufacturing, but not a fixed total of six process steps. NIST · Intel · SIA
  2. U.S. Geological Survey, World minerals outlook through 2029, 2025, and Mineral Commodity Summaries 2026. Technical information on uses, properties, limited substitutability and the predominance of by-product production. “Primary helium” is a working definition used by Standard Helium, not a standardized industry classification. World outlook · MCS 2026
  3. National Academies Press, via NCBI Bookshelf, Magnetic Resonance Imaging. Technical information on superconducting MRI magnets and their cooling with liquid helium. Source
  4. NASA, Propellants and Life Support Branch Fuels NASA Missions, and Helium Conservation by Diffusion Limited Purging of Liquid Hydrogen Tanks. Technical information on pressurization and purging. Applications · Purging
  5. National Institute of Standards and Technology, The Big Quantum Chill, 2024, and ITER Organization, Cryogenics. Technical information on helium-based cooling in quantum technology, low-temperature research and large superconducting magnet systems. NIST · ITER
  6. U.S. Geological Survey, Mineral Commodity Summaries 2026, Helium and Rare Gases. Estimate of 2025 global production and individual countries’ shares. USGS figures in cubic meters were converted to BCF at 35.31 cubic feet per cubic meter. Source
  7. U.S. Geological Survey, National assessment of helium resources within known natural gas reservoirs, 2021. Source