ANSI Launches Initiative to Standardize America's Hydrogen Future

NEW YORK, NY – February 09, 2026 – The American National Standards Institute (ANSI) today announced the launch of its Hydrogen Standards Coordination Initiative, a pivotal effort to establish a coherent framework of safety and technical standards for the rapidly expanding hydrogen industry. The initiative aims to unify development across the entire hydrogen value chain, from production and storage to transportation and end-use applications, signaling a concerted push to transform hydrogen from a promising concept into a cornerstone of the clean energy economy.

As the nation and the world pivot towards decarbonization, hydrogen has emerged as a critical, versatile energy carrier. It already plays a key role in industrial processes like petroleum refining and fertilizer production. However, its true potential lies in its ability to power clean transport, stabilize renewable energy grids, and decarbonize heavy industries that are difficult to electrify. This ambitious future hinges on a challenge that is both complex and fundamental: standardization.

"As hydrogen emerges as a cornerstone of America's clean energy future, robust standardization is essential for safety, interoperability, and commercial viability," said Dr. Laurie E. Locascio, ANSI president and CEO, in a statement. "We're calling on standards developers, industry innovators, and government partners to contribute their expertise and help shape the industry for decades to come."

The Standardization Supercharge for a Booming Economy

The timing of ANSI's initiative is critical. The global hydrogen economy is at an inflection point, with projections showing significant growth. According to BloombergNEF, clean hydrogen supply is forecast to surge 30-fold by 2030, with the United States positioned to become the single largest producer, accounting for 37% of global low-carbon hydrogen.

Despite this optimistic outlook, a significant gap persists between ambitious government targets and the reality on the ground. The International Energy Agency (IEA) notes that while low-emissions hydrogen production is growing, it still represents less than 1% of total hydrogen output, which remains dominated by fossil fuels. A recent wave of project delays and cancellations highlights the persistent headwinds facing the industry, including high costs, infrastructure deficits, and regulatory uncertainty.

This is precisely the gap that coordinated standardization aims to bridge. Without a common set of rules, the hydrogen economy risks becoming a fragmented landscape of incompatible technologies and disparate safety protocols. This not only stifles innovation and slows commercialization but also creates significant risks for investors and the public. By creating a unified playbook, the initiative seeks to de-risk investment, foster interoperability between different systems, and build the market confidence needed to move projects from the drawing board to reality.

Navigating the Hurdles: From Safety to Interoperability

The path to a widespread hydrogen economy is fraught with technical and safety challenges that demand standardized solutions. While hydrogen is a powerful fuel, its physical properties require meticulous management. It is far more flammable than natural gas and, due to its small molecular size, is more prone to leakage. Furthermore, hydrogen can cause embrittlement in certain metals, a critical consideration for the safety of pipelines and storage tanks.

ANSI's initiative will address the urgent need for standards covering:

• Material Compatibility: Defining which materials are safe and durable for high-pressure hydrogen storage, transport, and use.
• Infrastructure Safety: Developing protocols for safely repurposing existing natural gas pipelines for hydrogen transport or blending, a key strategy for reducing infrastructure costs.
• Interoperability: Ensuring that a fuel cell vehicle from one manufacturer can refuel at any station, and that industrial components from different suppliers can work together seamlessly.
• Purity and Measurement: Establishing consistent standards for hydrogen purity, which is crucial for the performance and longevity of sensitive equipment like fuel cells.

Building public trust is another paramount challenge. The safe deployment of hydrogen technologies in communities—from local refueling stations to regional pipelines—depends on robust, transparent, and enforceable safety codes. A unified set of standards, developed through a consensus-driven process, is the foundation for building that trust and ensuring hydrogen's social license to operate.

A Call to Action for a Collaborative Future

Recognizing that no single entity can solve these challenges alone, ANSI has structured its initiative as a collaborative effort. Phase I, which launched today, is focused on mapping the current landscape and fostering dialogue. A key component is a comprehensive Request for Information (RFI), calling on standards developing organizations, industry experts, and government agencies to submit data on existing standards and ongoing development activities by March 6, 2026.

This information will populate a public Hydrogen Standards Landscape database, creating an invaluable resource for identifying overlaps and, more importantly, critical gaps where new standards are needed. To further this dialogue, ANSI will host educational webinars on March 16 and 31, featuring briefings from key standards and code developers.

Phase II of the initiative, scheduled for Spring 2026, will convene a technical workshop to dive deeper into pre-standardization research needs and regulatory considerations. The findings will be consolidated into an executive report outlining a strategic roadmap with recommendations for advancing hydrogen standardization. The initiative is already backed by prominent organizations, with ASTM International, the Compressed Gas Association (CGA), and CSA Group providing generous sponsorship.

The Blueprint for a Clean Energy Cornerstone

The ultimate goal of this standardization effort extends far beyond technical specifications. It is about unlocking the immense economic and environmental potential of the hydrogen economy. Clear standards are expected to stimulate investment by reducing technical risk, drive down costs through economies of scale, and accelerate progress towards the U.S. Department of Energy's ambitious Hydrogen Shot™ goal of $1 per kilogram for clean hydrogen by 2031.

Successful standardization will catalyze job creation across the entire value chain—from manufacturing electrolyzers and fuel cells to constructing and operating new infrastructure. It will also enhance U.S. competitiveness in the burgeoning global clean energy market, which is projected to grow into a multi-trillion-dollar industry.

Environmentally, the stakes are even higher. A robust hydrogen economy is essential for achieving deep decarbonization. Green hydrogen can eliminate emissions from hard-to-abate sectors like steelmaking and long-haul transport. It can also function as a massive energy storage solution, absorbing excess power from wind and solar farms to ensure a stable and reliable grid powered by renewables. Through this coordinated effort, the blueprint for a safer, more efficient, and commercially viable hydrogen ecosystem is beginning to take shape.