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ASME PTB 12 2017

ASME PTB 12 2017

$98.04

ASME PTB-12-2017 Guidelines for Addressing Data Gaps and Recordkeeping for ASME B31.4, B31.8 and B31.8S for Pipeline Integrity Management

Published By Publication Date Number of Pages
ASME 2017 81
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This guideline provides a recommendation and potential guidance to address observed gaps in data and recordkeeping practices that are currently prescribed in the ASME pipeline standards B31.8, B31.8S, and
B31.4. The authors reviewed pipeline industry standards and standards from other industries to identify potential best practices and lessons learned. The industry needs a go-forward approach that will manage
new records and data in a way that will maximize the utility of available records wherever practical, and improve upon record keeping practices for the future to take advantage of modern technology and lessons
learned.

PDF Catalog

PDF Pages PDF Title
6 Foreword
7 Abstract
8 Abbreviations and Acronyms
9 Definitions
11 1 Purpose and Use
1.1 Background of Data and Recordkeeping in the Pipeline Industry
1.1.1 United States
13 1.1.2 CSA Z662
1.1.3 AS 2885
1.1.4 International
14 1.1.5 Recent Improvements
15 1.2 Review of Data Management Challenges and Solutions in Other Industries
1.2.1 Medical Industry
16 1.2.2 Nuclear Industry
19 1.3 Recommendations
1.4 Recommendations for Revisions to ASME B31.4, B31.8, B31.8S, and Future Work
21 2 Program Overview and Typical Roles and Responsibilities
22 3 Company Pipeline Information Database
3.1 Locations and Formats of Pertinent Data
24 3.2 Modernizing and Digitizing Data and Information
25 3.2.1 Document Indexing with Metadata
27 3.2.2 Digitization Quality Assurance
3.2.3 Disposition – Disposal of Data
28 3.3 Structuring Data and Data Sources to Maximize Access
3.3.1 Data Mining and Gap Filling to Establish “Direct Links” to Source Records
30 3.4 Work Flow Process Diagram
31 4 Establishing Likely Boundaries for Unknown Values
4.1 Database Retrieval
32 4.2 Research Gathering
33 4.3 Determine Boundaries
35 4.4 Work Flow Process Diagram
36 5 Establishing Data Quality and Reliability
5.1 Document Type Review
37 5.2 Research Gathering
39 5.3 Determine Quality and Reliability Metrics
44 5.4 Work Flow Process Diagram
45 6 On-going Data Collection
6.1 Sources of On-Going Data Collection
6.2 Controlled Process for Management of Change
46 6.3 Continuous Cross-Check and Quality Control
47 6.4 Isolating and Resolving Inconsistencies
49 6.5 Work Flow Process Diagram
50 7 Closure
51 Appendix A: Guidance for Using a Bayesian Network to Bound Unknown Values into Likely Values
59 Appendix B: Guidance for Using a Document Hierarchy to Systematically Determine Document Reliability
62 Appendix C: Statistical Method for Tracking Pipeline Data Confidence and Reliability
70 Appendix D: Itemized Lists of Potential Revision Locations for ASME Standards B31.4, B31.8, and B31.8S
79 References

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ASME PTB 12 2017
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