/applications/industrial-gas-storage/
Composite Structures for Industrial Gas Applications.
Industrial gas-storage systems require a coordinated approach to pressure containment, material compatibility, mechanical durability, handling and regulatory compliance.
DANTA evaluates composite gas-storage applications based on their intended service conditions and manufacturing feasibility.
Different Gases, Different Requirements.
Different gases create different material-compatibility and safety requirements. A vessel suitable for one gas cannot automatically be assumed suitable for another.
The intended gas, operating pressure, temperature, filling conditions and applicable standards must be established before selecting a design or manufacturing process.
Development Opportunities.
Industrial Gas Storage
Selected applications for industrial gases, subject to material and product qualification.
Nitrogen Storage
Potential development applications involving nitrogen storage, subject to the vessel architecture and applicable approval requirements.
Portable Gas Systems
Selected portable storage applications where weight and handling requirements may justify composite construction.
Specialised Gas Systems
Other applications evaluated where technical feasibility, safety and regulatory requirements can be addressed.
Considerations We Review.
- Vessel capacity
- Operating and test pressures
- Gas compatibility
- Material selection
- Liner and interface design
- Structural reinforcement
- Fatigue and service-life requirements
- Manufacturing process suitability
- Inspection and qualification
- Production economics
Safety and Approval.
Industrial gas vessels must satisfy the requirements applicable to their design, intended use and jurisdiction.
DANTA does not represent an unqualified development concept as an approved or commercially released pressure vessel.
Discuss an Industrial Gas Application.
Tell us the gas, pressure and how the vessel will be used.