Gaseous Hydrogen Tanks - ASME Hydrogen Pressure Vessels

  • Type of Tank: gaseous hydrogen pressure vessel
  • ASME Section VIII Division 1 and Division 2 design basis
  • Single-wall or double-wall construction
  • Hydrogen-service material considerations incorporated
  • Design, analysis and fabrication for gaseous-hydrogen pressure service

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The HyperCellX ASME Hydrogen Pressure Vessels are custom-designed and fabricated gaseous hydrogen tanks engineered specifically for secure, high-pressure gas storage. Developed in strict compliance with the ASME Section VIII Division 1 and Division 2 design bases, these vessels are available in both single-wall and double-wall constructions. Every tank incorporates specialized hydrogen-service material considerations during the engineering phase to prevent hydrogen embrittlement and ensure long-term structural safety. This verified technical profile provides procurement teams and plant engineers with a precise baseline to evaluate custom-built, code-stamped storage systems for gaseous hydrogen infrastructure.

Use Cases

  • Gaseous-hydrogen storage
  • Industrial hydrogen pressure systems
  • Hydrogen storage requiring single-wall vessels
  • Hydrogen storage requiring double-wall vessels

Capabilities

  • Stores gaseous hydrogen under pressure
  • Supports single-wall and double-wall vessel designs
  • Can be engineered to ASME Section VIII Division 1 or 2
  • Can be custom-designed and fabricated for hydrogen service
HYPERCELLX

HYPERCELLX is a U.S. hydrogen engineering and manufacturing company based in Colorado Springs, Colorado, formerly operating as Element One Energy, with activities spanning hydrogen generation, purification, storage, pressure-vessel engineering, and integrated plant design. The company engineers and manufactures equipment at its Colorado Springs facility and holds ASME capabilities for pressure-vessel work, allowing it to combine electrochemical hydrogen systems with mechanical process equipment rather than operating only as an electrolyzer supplier. Its hydrogen-production portfolio includes zero-gap pressurized alkaline electrolyzers manufactured in-house, as well as AEM and PEM-based systems and hybrid configurations that combine different electrolysis technologies for variable renewable-power operation. HYPERCELLX also develops downstream purification equipment, including Deoxo, Dehydro and temperature-swing adsorption systems, together with treated-water systems, high-pressure gaseous storage, metal-hydride storage, and cryogenic liquid-hydrogen storage vessels. The company can integrate these technologies with compression, controls, safety systems, renewable-power interfaces, storage and dispensing as part of complete hydrogen-production plants. Within the hydrogen value chain, HYPERCELLX is therefore positioned as an equipment manufacturer, engineering company and system integrator serving industrial hydrogen production, fueling infrastructure, distributed energy, mobility and other applications requiring combined generation, purification and storage capability.

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