Cryogenic Storage of Hazardous Liquefied Gases
Engineered Systems for Safe, Compliant, and Thermally Stable Storage of Hazardous Cryogenic Gases
Storing hazardous gases in liquefied state at cryogenic temperatures requires exceptionally high standards for pressure vessels and containment systems to ensure absolute safety, thermal stability, and compliance with the strictest regulatory requirements. Roben Mfg, Inc. specializes in producing custom cryogenic storage systems that meet the exacting needs of industries working with hazardous liquefied gases, from specialized research applications to large-scale industrial operations.
Our cryogenic storage systems for hazardous liquefied gases are engineered to exceed the highest industry standards, including ASME, CGA, and specialized cryogenic codes. These systems provide uncompromising thermal efficiency, advanced containment features, and superior safety controls necessary for the safest possible storage of dangerous gases in their liquefied state.
Types of Hazardous Cryogenic Storage Systems
- Vacuum-Jacketed Hazardous Gas Storage Vessels
- Liquefied Toxic Gas Dewars
- Ultra-Cold Chlorine Storage Systems
- High-Integrity Cryogenic Transport Containers
- Multi-Layered Insulated Storage Tanks
- Super-Insulated Portable Containers
- Low-Temperature Hazardous Process Vessels
- Cryogenic Sample Storage Systems
- Hazardous Gas Liquefaction Equipment
- Cryogenic Flow Control Systems
- Low-Temperature Research Dewars
- High-Capacity Industrial Cryogenic Tanks
- Enhanced-Safety Cryogenic Valving Systems
- Specialized Cryogenic Transfer Equipment
- Emergency Response Cryogenic Systems
Key Features
- Advanced Vacuum Insulation: Multi-layer super insulation with vacuum-jacketed design
- Enhanced Containment Design: Multiple containment barriers for maximum safety
- Specialized Cryogenic Valves: Low-temperature valves designed for hazardous service
- Low-Temperature Materials: Materials specifically selected for cryogenic and hazardous service
- Pressure Management Systems: Integrated pressure relief and control systems
- Redundant Level Monitoring: Multiple systems for accurate content measurement
- Specialized Venting Systems: Engineered vent systems for safe pressure management
- Comprehensive Documentation: Material certificates, testing records, and safety verification
Applications
- Industrial Gas Manufacturing
- Semiconductor Processing
- Specialty Chemical Production
- Advanced Research Facilities
- Pharmaceutical Manufacturing
- Environmental Monitoring
- Healthcare Applications
- Energy Storage and Transport
- Specialized Chemical Processing
- Laboratory Research
- Metallurgical Processing
- Electronic Materials Production
- Food Processing
- Aerospace Applications
- Alternative Fuel Management
- Defense Applications
- Waste Treatment Processes
- Specialized Transportation
- Emergency Response Systems
- Low-Temperature Research
Industries Served
- Industrial Gas Suppliers
- Semiconductor Manufacturing
- Chemical Manufacturing
- Research Institutions
- Pharmaceutical Production
- Healthcare Organizations
- Energy Sector
- Electronics Manufacturing
- Defense Contractors
- Food Processing Industry
- Aerospace Industry
- Transportation Services
- Medical Equipment Suppliers
- Specialized Laboratories
- University Research Facilities
- Government Research Organizations
- Environmental Services
- Industrial Safety Equipment Providers
- Hazardous Material Response Organizations
- Chemical Distribution Companies
Compliance and Standards
Design Codes
- ASME Boiler and Pressure Vessel Code Section VIII
- ASME B31.3 Process Piping Code
- Compressed Gas Association (CGA) Standards
- International Cryogenics Safety Code
Industry Standards
- NFPA 55 Compressed Gases and Cryogenic Fluids Code
- ISO 21009 Cryogenic Vessels
- European Standards EN 13458 for Static Vacuum Insulated Vessels
- PED 2014/68/EU Pressure Equipment Directive Where Applicable
Regulatory Compliance
- EPA Risk Management Program (RMP) Requirements
- OSHA Process Safety Management (PSM) Regulations
- Department of Transportation (DOT) for Transportable Systems
- State and Local Cryogenic Material Regulations
Material Standards
- ASTM standards for cryogenic materials
- Impact testing requirements for low-temperature service
- Special material requirements for specific gas compatibility
- Enhanced testing for thermal cycling resistance
Testing Requirements
- 100% Vacuum Testing of Insulation Systems
- Specialized Leak Detection at Cryogenic Temperatures
- Thermal Performance Verification
- Extended Hold-Time Testing
- Pressure Relief System Certification
Documentation and Validation
- Material Test Reports (MTRs)
- Vacuum Testing Certification
- Thermal Performance Documentation
- Pressure Relief Certification
- Quality Control Documentation
Quality Assurance
- Complete Material Traceability: Full documentation from raw material to finished system
- Enhanced Welding Procedures: Specialized procedures for cryogenic service
- Comprehensive Inspection Protocol: Multiple inspection points throughout fabrication
- Functional Testing: Complete operational verification of all safety systems
- Enhanced Documentation Package: Complete records for regulatory compliance and safety verification
Custom Design Services
- Thermal Analysis: Comprehensive evaluation of insulation requirements
- Boil-Off Rate Optimization: Design refinements to minimize product loss
- Custom Piping Design: Specialized piping systems for specific applications
- Instrumentation Integration: Custom monitoring and control systems
- Regulatory Navigation Support: Guidance through complex regulatory frameworks
- Installation Planning: Site-specific design considerations and requirements
