Standard Helium
HeliumStandard Helium
The critical sovereign molecule.
Invisible. Indispensable.
Invisible.
Irreplaceable.
Helium has no real substitute in its critical applications. It plays a fundamental role in the technologies of the modern world. It cools closer to absolute zero than anything else. It leaks through seals nothing else finds. It lifts, it pressurises, it protects. It is inert and safe, reacting with nothing. There is no synthetic version. No second source. Strip it out, and healthcare, computing, and spaceflight stop.
Aerospace.
Stabilizing empty rocket fuel tanks in space.
Airships.
Prefer helium over hydrogen as a carrier gas for better safety.
Diving.
Respiratory gas for better oxygen absorption.
Driving safety.
Low-temperature gas ensures rapid inflation of airbags in just a few milliseconds.
Semiconductors.
Helium is used for leak detection in the production of high-tech electronics.
MRIs.
The giant magnets of MRI devices are being cooled down with liquid helium.
One Element.
Hundreds of
applications.
Quantum computing.
Quantum computing made possible using liquid helium.
Scientific research.
Helium is critical in cutting-edge science, creating special research environments.
Welding.
Protecting seams from oxidizing and welding workers from hot temperatures.
Data Centers.
Helium is a coolant for maintaining data centers.
A network in orbit.
Satellites, connected.
The engines of intelligence.
Building the infrastructure behind AI.
Standard Helium.
Superintelligence.
The irreplaceable molecule behind the material world of the AI boom.

To get there, we need infrastructure.

That infrastructure is data centers.

The Achilles heel of data centers is energy.

Everyone knows this. Everyone stops here.

Energy.
The bottleneck everyone points to.
Hundreds of rigs inside.
Built from semiconductors. And everything around them.
Helium touches this manufacturing at six stages.

Energy is the heel everyone looks at. But helium sits one step deeper, in the making of the hardware itself. Helium is the Achilles heel of the Achilles heel.

Demand

How much helium
does it really take?

Most analysts say helium demand grows three to four percent a year. That number reads the past and projects it forward. It does not see what is coming.

The AI build-out is real. Megaprojects are already announced and under construction. Data centers built by the largest companies on Earth. New fabs. Capacity that did not exist in any historical curve.

Every rack is built with helium. Chips, advanced packaging, optics, drives. The hardware inside every data center passes through helium-critical steps. More build-out means more helium, rack for rack.

Figure: illustrative
Helium demand vs. the AI build-out

Count forward, and the picture changes completely. Not a small annual increase. A structural break. True demand sits far above what backward-looking models project.

The race everyone wants to win runs straight through helium.

Up to
11.3BCF
projected global helium demand by 2035, driven by semiconductors (Reuters)

Geography is fragmenting.
Reliable supply is consolidating.

Supply

Where helium
comes from.

A by-product of natural gas. Helium is not mined. It forms over hundreds of millions of years, trapped in the same rock that holds methane. The search begins wherever gas is produced.

Few really produce it. Only a handful of countries, graded by output: the United States and Qatar dominate with over three quarters of world production. Then Russia and Algeria, then Canada, Australia, Poland, China. (USGS 2025)

Four countries carry the market. All of them deliver today. But three are increasingly out of reach for the Western market. Let’s go through them.

Russia falls out. Since the EU sanctions of September 2024, Russian helium is barred from Western markets. Gazprom’s new Siberian production flows through Vladivostok to China.

Algeria falls out. Since the war in Ukraine, Algeria pipes its natural gas straight to Europe. The helium is no longer separated. It is simply lost.

Qatar becomes a risk. Qatari helium ships through the Strait of Hormuz to Asia and Europe. Any tension at this chokepoint hits the chip industry in Korea and Taiwan immediately.

What remains. The United States and Canada. One connected North American market. Reliable jurisdiction, a stable supply chain. The US even refines Canadian helium.

United States

Helium in the No 1
Resource Country.

The deepest reserves, the most experienced operators, and the infrastructure to bring helium to market at scale.

New Sources
Average time from discovery to production
5-7
Years
IMF | 2023
Helium-Rich Gas Reserves
Helium concentration peaks in the American Southwest.
USGS | 2023
Boutique Explorers & Producers
Many new companies emerged exploring for helium as primary or secondary target.
~60 
Startups globally
Most of these companies are not producing helium
Kornbluth Helium Consulting, LLC | 2024
Startup Activity
Start-up activity has probably peaked.
Period of consolidation is likely.
Kornbluth Helium Consulting, LLC | 2024
Future Market Dynamic
By 2030, U.S. helium demand is projected to outpace domestic production, shifting the country from a top exporter to a net importer. This underscores the strategic value of in-country helium assets for industrial resilience and supply security.
Kornbluth Helium Consulting, LLC | 2024
Standard Helium

Built to win the AI race.

A vertically integrated helium platform. Production, processing, and logistics, built in the one jurisdiction the industries of the future can rely on.

We are in the United States. The world’s most experienced resource country, particularly for the oil and gas industry.

Stable and predictable. The regulatory space offers little scope for expropriations, changes in tax legislation, and environmental regulations.

Proprietary infrastructure. Built and operated end-to-end, from wellhead to purified product.

U.S. Dollar. The world's reserve currency, settling contracts in the currency partners trust.

Tier-1 partners. Long-term supply contracts with the companies building the AI era.

Three verticals, one platform

The molecule behind compute.
The platform behind the molecule.

01Production

Helium-rich gas from producing wells in the United States.

02Processing & Liquefaction

Purification and liquefaction in proprietary plants.

03Transport & Logistics

Trailers, containers, and routes that reach the customer.

Standard Helium and the environment.

Every molecule counts. Helium is finite. Once released, it escapes to space. Capturing it is conservation.

No dedicated drilling. Our helium comes from gas streams that already flow. We recover what would otherwise be lost.

Efficient by design. Modular plants, short routes, and disciplined energy use across the platform.

Our values lead the way.

Reliability. Supplying the industries that matter. On time, every time.

Transparency. Verified numbers and real sources, with a data room behind every claim.

Long-term thinking. Infrastructure built for decades, not cycles.

Who controls helium, controls what comes next.

  1. Projected global helium demand by 2035: Reuters.
  2. Producer countries and production shares: USGS, Mineral Commodity Summaries, 2025.
  3. U.S. market outlook, startup and consolidation figures: Kornbluth Helium Consulting, LLC, 2024.
  4. Average time from discovery to production: IMF, 2023.
  5. U.S. share of producing sources: Intelligas Consulting LLC, 2024.
  6. Charts marked “illustrative” show direction and magnitude, not audited figures. Exact figures: Data Room.
Important Notice

This website has been prepared by Standard Helium AG (the “Company”, “Standard Helium”, or “SH”) solely for informational purposes. It does not constitute an offer to sell or a solicitation of an offer to purchase securities. Any such offer or solicitation will only be made by means of definitive offering documents and in accordance with applicable securities laws. Prospective investors should conduct their own investigation and analysis of the Company and the information presented on this website.

Market data on this website refers to commercial intelligence aggregated from helium industry participants, including operators, midstream providers, industrial gas majors and offtakers. It is based on private exchanges and direct counterparty conversations rather than published filings.

Certain statements on this website are forward-looking and reflect management’s current views with respect to future events and financial performance. These statements are subject to significant risks and uncertainties. Actual results may differ materially from those expressed or implied. Forward-looking statements speak only as of the date of publication, and the Company assumes no obligation to update them, save as required by applicable law.

Reserve figures referenced on this website are drawn from the SH Reserve Model V8 prepared by Bancroft Capital Corp. (June 2026), the platform’s primary reservoir engineering reference, which incorporates and independently re-evaluates the underlying third-party reserve reports by Aeon Petroleum Consultants for DBK (2018 to 2024), Hogback (year-end 2024) and Boundary Butte (2021). Where the Bancroft Reserve Model V8 is silent, the Aeon reports are referenced directly. Operating and production figures attributed to NASCO are referenced as such. The analytical baseline of this website is the audited and independently re-evaluated reserve base, not unaudited operator guidance. Effective dates are as stated in the underlying reports.

The Company’s internal financial model, capitalization tables, the SH Reserve Model V8 together with the underlying Aeon Petroleum Consultants reserve reports, NASCO audited financials, transaction documentation and tax structure memoranda are available in the Standard Helium data room, accessible to qualified investors under the customary confidentiality framework.

Through the body.Making modern healthcare work.
Helium is required for MRI systems, cooling the magnets. Up to two thousand litres per scanner. For decades, MRI was the single largest driver of helium demand. At its peak it was nearly a fifth of all consumption. This is where helium mattered first.
Computing the future.Built on something invisible.
But the center of gravity has moved. Today the largest pull on helium is the manufacturing of semiconductors. Yesterday that meant traditional chips and internet infrastructure. Today it is AI and the data centers behind it. Tomorrow, quantum. The old numbers are obsolete: demand did not double. It went exponential.
Into orbit.Chips, born in helium, now circling the Earth.
0