High-Pressure Gas and Cryogenic Systems
High-Pressure Gas and Cryogenic Systems
Unified Facilities Criteria (UFC) - ufc_3_490_03fa0002
Foreword - ufc_3_490_03fa0003
High-Pressure Gas and Cryogenic Systems -Cont.
Chapter 1. Introduction - ufc_3_490_03fa0008
Figure 1-2. Cryogenic Liquid to High Pressure Gas Conversion System
Chapter 2. Fluid Properties
Table 2-1. Selected Properties of Crygenic Liquids at the Normal Boiling Point
Chapter 3. Compressors, Pumps, and Related Systems
Table 3-1. Compressor Types and Approximate Maximum Pressure
High Pressure Centrifugal Compressor
Power Requirement Calculation
Table 3-3. Common Compressor Drives
Table 3-4. General Characteristics of Compressor Drives
Section II. Cooling System
Section III. Air Treatment
Section IV. Cryogenic Fluid Pumps and Vaporizers
Section VI. Foundation and Machine Bases
Section VII. Safety
Table 3-9. Basic Specifications
Chapter 4. Piping and Fittings
Figure 4-1. Typical Design Specification Steps
Section II.High Pressure Gas Systems
Fluid Mechanics - ufc_3_490_03fa0027
Table 4-4. Some Gasket Materials for Different Services
Table 4-5. AISI Steel Recommended for Bolts
Table 4-6. Guide to Valve Selection
Table 4-6. Guide to Valve Selection -Cont. - ufc_3_490_03fa0031
Table 4-6. Guide to Valve Selection -Cont. - ufc_3_490_03fa0032
Section III. Cryogenic Systems
Table 4-7. -20 to -50 F Material Specification
Table 4-9. Below -150 F Material Specification
Table 4-10. Aluminum Specification
Table 4-11. Approximate Comparative Pipe Costs
Insulation - ufc_3_490_03fa0038
Table 4-12. Cryogenic Insulation Materials
Table 4-13. Comparison of Cryogenic Insulation Performance
Fluid Mechanics - ufc_3_490_03fa0041
Figure 4-4. Bolted Flange Joint for Vacuum Jacketed Transfer Lines
Table 4-14. Gasket Materials for Cryogenic Flanges
Figure 4-5. Field Welded Joint Assembly for Vacuum Jacketed Transfer Lines
Figure 4-7. Copper Gasket Vacuum Seal
Section IV. Flexibility and Support
Table 4-15. Values of Stress Reduction Factor
Table 4-16. Unit Linear Thermal Expansion (in/100ft)
Supports, Guides and Anchors
Chapter 5. Storage Vessels
Inner Vessel Design
Figure 5-2. Typical Methods of Supporting the Inner Vessel within the Outer Vessel
Table 5-3. Strength Conductivity Ratio for Various Materials
Access Manways
Section IV. Safety Devices
Chapter 6. Instrumentation and Control
Table 6-1. Temperature Indicating Devices
Table 6-2. Comparison of Temperature Instruments
Table 6-3. Pressure Indicating Devices
Table 6-4. Comparison of Pressure Instrumentation
Table 6-5. Flow Meters
Table 6-6. Flow Meter Comparison
Liquid Level
Section III. Controls
Hydraulic Control
Chapter 7. Installation and Testing
Chapter 8. Sources for Design Calculations
Appendix A References - ufc_3_490_03fa0068
Appendix A References -Cont. - ufc_3_490_03fa0069
Appendix B: Equivalence Between Trade and Generic Names
Appendix C Bibliography - ufc_3_490_03fa0071
High-Pressure Gas and Cryogenic Systems
Unified Facilities Criteria (UFC) - ufc_3_490_03fa0002
Foreword - ufc_3_490_03fa0003
High-Pressure Gas and Cryogenic Systems -Cont.
Chapter 1. Introduction - ufc_3_490_03fa0008
Figure 1-2. Cryogenic Liquid to High Pressure Gas Conversion System
Chapter 2. Fluid Properties
Table 2-1. Selected Properties of Crygenic Liquids at the Normal Boiling Point
Chapter 3. Compressors, Pumps, and Related Systems
Table 3-1. Compressor Types and Approximate Maximum Pressure
High Pressure Centrifugal Compressor
Power Requirement Calculation
Table 3-3. Common Compressor Drives
Table 3-4. General Characteristics of Compressor Drives
Section II. Cooling System
Section III. Air Treatment
Section IV. Cryogenic Fluid Pumps and Vaporizers
Section VI. Foundation and Machine Bases
Section VII. Safety
Table 3-9. Basic Specifications
Chapter 4. Piping and Fittings
Figure 4-1. Typical Design Specification Steps
Section II.High Pressure Gas Systems
Fluid Mechanics - ufc_3_490_03fa0027
Table 4-4. Some Gasket Materials for Different Services
Table 4-5. AISI Steel Recommended for Bolts
Table 4-6. Guide to Valve Selection
Table 4-6. Guide to Valve Selection -Cont. - ufc_3_490_03fa0031
Table 4-6. Guide to Valve Selection -Cont. - ufc_3_490_03fa0032
Section III. Cryogenic Systems
Table 4-7. -20 to -50 F Material Specification
Table 4-9. Below -150 F Material Specification
Table 4-10. Aluminum Specification
Table 4-11. Approximate Comparative Pipe Costs
Insulation - ufc_3_490_03fa0038
Table 4-12. Cryogenic Insulation Materials
Table 4-13. Comparison of Cryogenic Insulation Performance
Fluid Mechanics - ufc_3_490_03fa0041
Figure 4-4. Bolted Flange Joint for Vacuum Jacketed Transfer Lines
Table 4-14. Gasket Materials for Cryogenic Flanges
Figure 4-5. Field Welded Joint Assembly for Vacuum Jacketed Transfer Lines
Figure 4-7. Copper Gasket Vacuum Seal
Section IV. Flexibility and Support
Table 4-15. Values of Stress Reduction Factor
Table 4-16. Unit Linear Thermal Expansion (in/100ft)
Supports, Guides and Anchors
Chapter 5. Storage Vessels
Inner Vessel Design
Figure 5-2. Typical Methods of Supporting the Inner Vessel within the Outer Vessel
Table 5-3. Strength Conductivity Ratio for Various Materials
Access Manways
Section IV. Safety Devices
Chapter 6. Instrumentation and Control
Table 6-1. Temperature Indicating Devices
Table 6-2. Comparison of Temperature Instruments
Table 6-3. Pressure Indicating Devices
Table 6-4. Comparison of Pressure Instrumentation
Table 6-5. Flow Meters
Table 6-6. Flow Meter Comparison
Liquid Level
Section III. Controls
Hydraulic Control
Chapter 7. Installation and Testing
Chapter 8. Sources for Design Calculations
Appendix A References - ufc_3_490_03fa0068
Appendix A References -Cont. - ufc_3_490_03fa0069
Appendix B: Equivalence Between Trade and Generic Names
Appendix C Bibliography - ufc_3_490_03fa0071
