Piping Design

The course is structured into ten detailed volumes:

1. Introduction

   • Overview of piping design engineering and the role of piping engineers.

2. Piping

   • Fundamentals of piping systems, including pipe sizes, thicknesses, materials, components, and insulation.

3. Pressure Vessels

   • Study of columns, towers, reactors, separators, jacketed vessels, heat exchangers, and storage vessels.

4. Power Plants

   • Detailed exploration of power plant equipment such as deaerators, pumps, boilers, turbines, condensers, and cooling towers.

5. Oil & Gas

   • Insights into onshore and offshore facilities, including platforms, subsea systems, wellheads, separation processes, and storage.

6. Calculations

   • Engineering calculations covering orifices, flow dynamics, friction losses, pressure drops, and ASME code calculations.

7. Codes & Standards

   • Understanding of national and international codes like ASME, API, and NACE, and their applications in piping design.

8. Stress & Supports

   • Analysis of stresses in piping systems and the design of appropriate supports and flexibility considerations.

9. Drawings

   • Training in various engineering drawings, including PFDs, P&IDs, GA drawings, and isometric drawings.

10. Welding

    • Comprehensive coverage of welding processes, joint designs, positions, procedures, and symbols.

Conclusion:

Kagira’s comprehensive course, professionals can contribute significantly to the development of robust and efficient systems. With a strong emphasis on practical training and adherence to international codes like ASME B31.1 and B31.3, Kagira ensures that its students are well-prepared to meet the challenges of the industry.

Piping Design