Challenges
Solutions and Recommendations
for stationary energy or lab use
- Steelhead offers high-capacity COPVs for stationary applications such as industrial gas storage, energy buffering, and laboratory research. These vessels are designed for long-term service life, minimal maintenance, and compatibility with a wide range of gases and pressures—making them ideal for both permanent installations and high-precision research environments.
for site-to-site delivery
- For operations that require gas transport between facilities or to remote locations, Steelhead provides mobile storage systems including skid-mounted and trailer-integrated vessels. These solutions are engineered for safe, efficient transport and rapid deployment, supporting industries such as oil & gas, mining, and field-based R&D.
for complex or global deployment
- Steelhead offers comprehensive testing and certification services, including hydrostatic, burst, and fatigue testing, to validate vessel performance under real-world conditions. This ensures readiness for deployment in regulated environments and supports customers in achieving compliance with both domestic and international standards.
Relevant Projects
Defense breathing air systems, Hydrogen generation & deployment systems
Steelhead’s vessels are used in military-grade breathing air systems and hydrogen generation platforms, where reliability, portability, and safety are paramount. These systems support field operations, mobile energy units, and mission-critical logistics.
Industrial gas storage for Carbon Dioxide, buffer air storage, nitrogen, helium storage and systems
Our COPVs are deployed in industrial facilities for the storage and regulation of various gases used in manufacturing, food processing, and environmental control. Their lightweight design and corrosion resistance make them ideal for both indoor and outdoor installations.
R&D hydrogen testing skids
Steelhead supports research institutions and technology developers with custom hydrogen storage solutions integrated into test skids. These systems enable safe experimentation with fuel cells, electrolyzers, and hydrogen combustion technologies—accelerating innovation in clean energy and propulsion.