500 Bar & 1000 Bar High-Pressure Gas Storage Skids Available Now – ASME Certified CP Industries Systems


500 Bar & 1000 Bar High-Pressure Gas Storage Skids Available Now – ASME Certified CP Industries Systems



High-pressure gas storage isn’t limited to one application or one gas. The real value comes from flexibility and being able to deploy storage across hydrogen, nitrogen, compressed air, and other industrial gases without waiting on long manufacturing lead times. That’s where these CP Industries ASME-certified storage skids stand out. They were originally used in hydrogen service, but the 500 bar systems in particular offer broad compatibility across multiple compressed gases, making them a highly versatile asset for industrial operations.



What This Equipment Is


These are CP Industries 4-tube high-pressure storage skids built to ASME standards and maintained under nitrogen purge with minimal operating cycles. They are engineered systems—not surplus inventory—and are available now for immediate deployment.  



Available Configurations


500 Bar (7,250 PSI) Storage Skids – Multi-Gas Workhorse: 4-tube horizontal skid configuration, 40 kg GH₂ capacity per skid, 52.8 cu ft total water volume, ASME Section VIII Division 1, weight 15,520 lbs, design temperature -40°F to +150°F. These systems excel in hydrogen storage, nitrogen storage, compressed air systems, industrial gas buffering, and virtual pipeline support. The 500 bar range hits the sweet spot between pressure, cost, and compatibility, making it one of the most usable configurations across industries.

1000 Bar (15,000 PSI) Storage Skids – High-Density Applications: 4-tube skid configuration, 21 kg GH₂ capacity per skid, 21.6 cu ft water volume, ASME Section VIII Division 3, weight 11,600 lbs, design temperature -40°F to +150°F. These are designed for advanced hydrogen fueling infrastructure, high-pressure compression environments, and specialized industrial applications.


7250 PSI / 500 Bar Storage Vessels 4-pack Skids


Configuration: Horizontal Ground-Mounted 4-Tube Skid

Total Storage Capacity: 40 kg GH₂ per Skid

Water Volume: 13.2 Cu Ft per Tube (52.8 Cu Ft per Skid)

Design Code: ASME Section VIII, Division 1

Weight: 15,520 lbs per Skid

Design Temperature: -40°F to +150°F

Fittings: 9/16” Medium-Pressure Plugs Each End


15,000 PSI / 1000 Bar Storage vessels 4-pack Skids


Configuration: Horizontal Ground-Mounted 4-Tube Skid

Total Storage Capacity: 21 kg GH₂ per Skid

Water Volume: 5.4 Cu Ft per Tube (21.6 Cu Ft per Skid)

Design Code: ASME Section VIII, Division 3

Weight: 11,600 lbs per Skid

Design Temperature: -40°F to +150°F

Fittings: 9/16” Medium-Pressure Plugs Each End


All 4-pack skids were previously installed with low to minimal cycles, have been decommissioned and currently under nitrogen purge.



Why the 500 Bar Systems Matter More Than Most Realize


Most buyers focus on pressure. Experienced operators focus on usability. 500 bar systems integrate easier into existing systems, require less extreme compression infrastructure, support a wider range of gases, and are more adaptable across projects. That’s why they move faster—they solve more problems.



Applications Across Industries


These systems are used in hydrogen energy and fueling, nitrogen supply and buffering, oil and gas operations, manufacturing and processing plants, and temporary or mobile gas supply systems.



Availability Changes the Equation


Most companies are waiting on fabrication. These are already built, ASME certified, maintained properly, and available now. That removes months from project timelines.



Inspection & Logistics


Located in Waxahachie Texas with in-person inspections, virtual walkthroughs, and loading support available. FOB South Dallas Texas.



FAQ


Can the 500 bar systems be used for gases other than hydrogen? Yes. The 500 bar systems are commonly used across multiple compressed gases including nitrogen and air, subject to engineering verification.

Why would someone choose 500 bar over 1000 bar? 500 bar systems are more versatile, easier to integrate, and require less extreme compression, making them ideal for multi-gas and general industrial use.

Are these systems ready for deployment? They are maintained under nitrogen purge with minimal prior use. Final commissioning depends on application and required checks.

Can these be scaled? Yes. Multiple skids can be manifolded together to increase storage capacity.

Do you support full system builds? Yes. Storage is one component and full system integration including compression and regulation can be supported.