Introduction to Piping Systems and Pipe Types

What is Pipe II Schedule II Plastic II Jacketed II Steam tracing II Lined II FBE coated Pipes

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Introduction to Piping Systems and Pipe Types
Introduction to Piping Systems and Pipe Types

Introduction to Piping Systems and Pipe Types udemy course

What is Pipe II Schedule II Plastic II Jacketed II Steam tracing II Lined II FBE coated Pipes

This section lays the foundation for understanding piping engineering by introducing one of its most essential components—the pipe. Whether you're new to the field or looking to refresh your knowledge, this section will guide you through the fundamental terms, pipe classifications, types of materials used, and common industrial practices.

You will also get clarity on pipe schedules, standards like ASME B36.10, and modern piping solutions such as lined pipes, FBE coatings, and heat-traced systems. By the end of this section, you'll have a well-rounded understanding of what constitutes a piping system and the essential role of pipes in any industrial setup.

Course Content:

1. Introduction to Piping Engineering

  • What is piping engineering?

  • Importance in industrial plants

  • Industries where piping is used

2. Introduction to Piping Components

  • Pipes

  • Fittings

  • Valves

  • Flanges

  • Support systems

3. Understanding the Piping System

  • Functions and flow control

  • Layout and routing basics

  • Thermal and mechanical considerations

4. What is a Pipe?

  • Pipe vs. Tube

  • Material types and wall thickness

  • Role of nominal pipe size (NPS)

5. Pipe Schedule

  • Definition and significance

  • Schedule 40, 80, etc.

  • Relationship between schedule and pressure rating

6. Plastic Piping

  • Thermoplastics (e.g., PVC, CPVC, HDPE)

  • Thermosetting plastics (e.g., Epoxy, FRP)

  • Where and why plastic piping is used

7. Jacketed Piping Systems

  • Purpose and construction

  • Applications in chemical and food processing industries

8. Heat Traced Pipelines

  • Steam traced lines – how they work and where they are used

  • Electric heat tracing – advantages and control methods

9. Lined and FBE Coated Pipes

  • Purpose of lining (e.g., PTFE-lined, rubber-lined)

  • FBE coatings and their role in corrosion resistance

10. Non-Metallic Pipes

  • Common materials used

  • Benefits and limitations

  • Installation and maintenance concerns

11. ASME B36.10 Standard

  • Overview of the dimensional standard

  • Application in specifying pipe sizes

  • Dimensional tables and wall thickness guides

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