Piperack Design

In the world of industrial piping, pipe racks serve as the structural backbone for routing process and utility lines across a facility. Whether in refineries, chemical plants, or power stations, pipe racks ensure safety, support, and efficient layout of piping systems.

1. Introduction to Pipe Rack Systems

• Purpose and function of pipe racks

• Pipe routing philosophies (straight, looped, branching)

• Key differences: sleeper vs elevated rack

2. Structural Components

• Columns, beams, bracings, base plates

• Typical dimensions and spacing criteria

• Material specifications (IS/ASTM/AISC)

3. Design Parameters

• Pipe spacing, tier arrangement, expansion loops

• Thermal growth and flexibility analysis

• Support span & loads (dead, live, wind, seismic)

4. Load Calculation & Stress Considerations

• Pipe weight with insulation/fluid

• Load combinations and structural design

• Civil/structural interface and foundation design

5. Codes and Standards

• ASME B31.3, B31.1

• AISC / IS 800 / Eurocodes

• Company standards (L&T, EIL, TOYO)

6. 3D Modeling and Drafting

• Use of AVEVA E3D, PDMS or Tekla

• Creating pipe rack models with exact dimensions

• Isometric and GA drawings

7. Project Work (Live Case Study)

• Designing a pipe rack for a mini process plant

• Load chart preparation

• Structural BOM and detailing

Why Choose Us (Kagira-Inspired)

• 💼 Job-Oriented Curriculum

• 🏭 Real Project Experience

• 💻 Software-Based Design (E3D, Tekla, AutoCAD)

• 🧑‍🏫 Expert Trainers with Industry Background

Conclusion

Pipe Rack Design is a critical skill in piping and structural engineering. With industry increasingly adopting 3D design and integrated engineering, knowledge in this field opens doors to a wide range of career opportunities. Our Pipe Rack Design course empowers you to master these skills just like Kagira’s successful alumni – preparing you for real jobs in real projects.

Piperack Design