ASME STP-PT-003 : 2005
ASME STP-PT-003 : 2005
HYDROGEN STANDARDIZATION INTERIM REPORT FOR TANKS, PIPING, AND PIPELINES
American Society of Mechanical Engineers
HYDROGEN STANDARDIZATION INTERIM REPORT FOR TANKS, PIPING, AND PIPELINES
American Society of Mechanical Engineers
FOREWORD
ABSTRACT
PART I - Review of Existing Reference Standards to Support
New Code Rules for High-Pressure Hydrogen Vessels
1 INTRODUCTION
2 COMPARISON OF OPERATING MARGINS FOR
EXISTING STANDARDS
3 MANUFACTURING AND IN-SERVICE INSPECTION
AND TEST PRACTICES IMPACTING MARGINS
4 RECOMMENDED MARGINS FOR NEW CODE RULES
5 REQUIREMENT FOR SEPARATE DESIGN
MARGINS FOR FATIGUE
6 EVALUATION OF MARGINS FOR 15000 PSI METAL
AND COMPOSITE VESSELS
7 REVIEW OF SCOPE, LIMITATIONS AND MODIFICATION
OF EXISTING STANDARDS FOR LARGE AND SMALL
15000-PSI VESSELS
8 REVIEW OF EXISTING COMPOSITE CYLINDER
STANDARDS FOR APPLICABILITY TO HYDROGEN
STORAGE AT 15,000 PSI
9 NECESSARY VESSEL INSTALLATION CODES
References - PART I
PART II - A Study of Existing Data, Standards, and Materials
Related to Hydrogen Service (Storage and
Transport Vessels)
1 INTRODUCTION
2 ISSUES RELATED TO USING EXISTING STANDARDS
FOR HIGH-PRESSURE VESSELS
3 SUCCESSFUL SERVICE DATA OF EXISTING VESSELS
4 EFFECT OF HIGH-PRESSURE HYDROGEN ON
EXISTING COMMONLY USED MATERIALS
5 SUMMARY AND RECOMMENDATIONS
References - PART II
Appendix A - Metallic Vessel Service Data
Appendix B - Composite Vessel Service Data
PART III - A Study of Existing Data, Standards and Materials
Related to Hydrogen Service for Piping Systems
and Transport Pipelines
1 INTRODUCTION
2 EXISTING DESIGN PHILOSOPHY/EXPERIENCE
3 EFFECT OF HYDROGEN ON COMMON MATERIALS
4 FACTORS UNIQUE TO HIGH-PRESSURE HYDROGEN SERVICE
5 DESIGN AND MATERIAL SELECTION
RECOMMENDATIONS FOR HYDROGEN SERVICE
References - PART III
Appendix A - Design Margins and Pressure Ratios
Appendix B - Mechanical Joint Information
Appendix C - Piping System Data
Appendix D - Pipeline Data
ACKNOWLEDGMENTS
ABBREVIATIONS AND ACRONYMS
Describes priority topical areas within pressure technology applications for hydrogen infrastructure development.
Document Type | Standard |
Status | Current |
Publisher | American Society of Mechanical Engineers |