#910 - Process Plant Piping System Design and Maintenance
Course Objective
Upon completion of this course, attendees will be able to apply the design requirements of ASME B31.3 and the maintenance requirements of API 570 to process plant piping systems. They will also be able to perform engineering audits of designs and procedures that have been developed by others.
Who Should Attend?
Engineers who are responsible for the design or maintenance of process plant piping systems.
Course Description
This course is composed of two sections. The first section discusses the design requirements for process plant piping systems. The second section discusses the maintenance requirements for these systems. In each case, the course goes beyond merely repeating the material contained in the governing standards and discusses practical applications and typical procedures. The course also contains sample problems that are worked together and written exercises that are completed by the participants.
Table of Contents
Section A - Piping Design
- Overview of Piping Codes
- Process Plant Piping and ASME B31.3
- Liquid Transportation Piping and ASME B31.4
- Gas Transmission Piping and ASME B31.8
- General Comparison of ASME B31.3, B31.4, and B31.8
- Pipe Manufacturing Processes and Material Selection
- Introduction
- Pipe Manufacturing Processes
- Applicable Standards for Pipe and Piping System
- Material Selection Considerations
- Piping Specification
- Pressure Design of Pipe and Piping System Components
- Introduction
- Straight Pipe
- Curved Sections
- Branch Connections
- Pressure Ratings of Pipe Fittings
- Flanges, Gaskets, and Bolting
- Introduction
- Flange Types
- Flange Standards and Ratings
- Gaskets
- Bolting
- Piping System Layout, Supports, and Restraints
- Introduction
- General System Layout Considerations
- Layout Considerations for Specific Piping Systems
- Support and Restraint Considerations
- Types of Pipe Support
- Estimating Maximum Permitted Support Span
- Estimating Loads at Supports
- Types of Pipe Restraints
- Piping Flexibility
- Introduction
- Fundamentals
- Flexibility Analysis
- Identifying Lines with Adequate Flexibility
- Simplified Flexibility Analysis Methods
- Computerized Piping Flexibility Analysis
- Special Considerations for Specific Piping Systems
- Valve Selection
- Introduction
- Valve Functions and Applications
- Valve Types
- Valve Stem Packing
- Valve Selection Procedure
- Valve Inspection and Testing
- Piping Fabrication, Erection, Examination and Testing
- Fabrication
- Erection
- Examiniation
- Testing
- Piping Vibration
- Introduction
- Basic Concepts
- Fatigue Stress and Other Failure Considerations
- Types of Vibration Analysis
- Common Causes of Piping Vibration
- Vibration Measurement
- Screening Vibration Problems
- Vibration Control
- Overall Design Considerations
- General References
Section B - Piping Maintenance
- Piping Materials and Modes of Failure
- Materials Consideration
- Corrosion Rate and Remaining Life Calculations
- Cracking Mechanisms in Piping
- Piping Deterioration
- Piping Inspection and Evaluation
- API 570 Requirements
- Piping Inspection Planning and Data Analysis
- Inspection Techniques for Piping and Components
- Piping Retirements
- Piping System Repair, Alteration, Rerating, and Pressure Testing
- Valve Repair and Maintenance
- API 570 Piping Repair, Alterations, Rerating, and Testing Requirement
- Piping System Repair
- Piping System Alterations and Rerating
- Pressure Testing After Repairs or Alterations
- Flange Joint Assembly and Bolt Up Procedures
- Introduction
- Establish Flange Joint Categories
- Identify and List Flange Joints in Critical Services
- Determine Required Bolt Type and Material
- Select Bolt Tightening Method
- Develop Flange Joint Assembly and Bolt Up Procedures
- Procedure Qualification
- Crew Qualification
- Hot Bolting
- Additional Leakage Control Procedures
- Guidelines for Hot Tapping (Pressure Tapping)
- Necessary Conditions for Performing a Hot Tap
- Hot Tap Design Considerations
- Selecting the Hot Tap Site
- Installation
- Inspection
- Pressure Tests Before Cutting Pipe
- Hot Tap Operations
- Special Safety Considerations
- Hot Tap Machines
- Appendices
- Design Procedure for Designing Welded Full Encirclement Repairs With End Plates
- Design Procedure For a Welded Full Encirclement Sleeve
- Design Procedure For a Fillet-Welded Lap Patch
- Design Procedure For Welded Partial Leak Containment Box
Course Duration - 3-4 Days
