Piping System Design Applying ASME
Courses & workshops
Technical engineering courses and workshops to share and/or expand knowledge on specific topics
Ingeniare will support you in the transfer of knowledge or perspectives and will provide you with interactive sessions that encourage the creation, exchange and dissemination of knowledge
WORKSHOP OF PIPING SYSTEM DESIGN APPLYING ASME "American Society of Mechanical Engineers" STANDARDS
GENERAL OBJECTIVE
Ensure that participants acquire the necessary skills for the Design, Selection, Construction, Operation and Maintenance of Piping Systems. This is done so that participants can carry out the aforementioned operations in an optimal and safe manner.
SPECIFIC OBJECTIVES
- Handle the codes, norms, and standards used in the design and construction of piping systems.
- Mastery of the processes involved in the design of pipes applying ASME standards.
- Identify the materials used in the manufacture of pipes.
- Layout and pipe support considerations.
- Types of flanges, gaskets, and bolts.
- Functions of valves.
- Fundamentals of Thermal Flexibility Analysis.
CONTENT
Session 1:
- Basic Considerations and Design Criteria for Piping Systems by ASME Standards
- Objectives
- Explanatory
- Introduction
- Process Plant Piping
- Design Procedure
- Process Piping Design Loads
- Permissible Efforts
- Metal Materials for Process Plant Pipes and Fittings
- Oil & Gas Pipeline Pipelines
- Pipeline Design Procedure
- Pipeline Design Procedure
- Design Loads for Oil & Gas Pipelines
- Permissible Efforts
- Metal Materials for Oil and Gas Pipeline Pipes and Fittings
Session 2:
- Wall Thickness Calculation of Straight Pipes Under Internal Pressure by ASME B31.3
Session 3:
- Wall Thickness Calculation of Straight Pipes Under Internal Pressure by ASME B31.4
Session 4:
- Wall Thickness Calculation of Straight Pipes Under Internal Pressure by ASME B31.8
Session 5:
- Wall Thickness Calculation of Straight Pipes Under External Pressure by ASME B31.3
Session 6:
- Wall Thickness Calculation of Straight Steel Pipes in Offshore Liquid Piping Systems by ASME B31.4
Session 7:
- Wall Thickness Calculation of Straight Steel Pipes in Offshore Gas Transmission by ASME B31.8
Session 8:
- Reinforcement of Branch Connections Welded by ASME B31.3
Session 9:
- Design Considerations and Pipe Supports
- Process Plant Piping
- Piping Layout Considerations
- Clearances (separations)
- Considerations for Facilitating Pipe Support
- Bracket Placement Guides
- Spacing between supports
- Space in laying pipes
- Loads on Stands, Hangers and Restraints
- Types of Brackets, Hangers, and Restrictions
- Recommended Tube Holders & Hangers
- Oil & Gas Pipelines
- Piping Layout Considerations
- Clearances (separations)
- Brackets & Anchors
- Backfill for buried pipes
- Requirements for "shirts" at road and railroad crossings
- Flanges, Gaskets & Bolts
- Types of Idlers
- Types of Gaskets (Gaskets)
- Types of Bolts
- Valves
- Introduction
- Valve Specification
- Functions of Valves
- Applications
- Valve seat
- Valve Selection
- Type of valves
- Valve Operator Type
- Thermal Flexibility of Pipes by ASME B31.3
- Introduction
- Fundamentals of Thermal Flexibility Analysis
- Purposes of Pipe Flexibility Analysis
- Temperature for Flexibility Analysis
- Number of cycles
- Requirements for Flexibility Analysis
- Guides for Solving Flexibility Issues
- Expansion Joints
INSTRUCTOR: Eng. Leonardo Bavaresco
ADDRESSED TO: Managers, Leaders, Supervisors and Engineers.
DURATION: 24 academic hours.
SESSIONS: 12 Online Sessions of 2 hours twice a week (days to be agreed)
SCHEDULE: To be arranged
LANGUAGE: English
COST: 140€ + VAT (VAT will only apply to invoices in Spain)
REGISTRATION & PAYMENT: Communicate with info@ingeniare.net