Comprehensive Guide to Pipe Supports: Types, Design, and Applications

The operation of industries through industrial applications depends heavily on piping systems within oil and gas as well as chemical processing and power plant operations. The implementation of appropriate pipe support systems leads to pipeline stability while decreasing stress to result in longer system lifespans. This document explains the various types of pipe supports types alongside their purposes along with essential design requirements.

What Are Pipe Supports?

Pipe supports are structural components used to hold and guide pipes, preventing excessive movement, vibration, and stress due to thermal expansion, weight, and fluid flow. The types of supports in piping vary based on the function and application.

types of piping support

Rigid Supports - Restrict movement in all directions.

Spring Supports - Allow controlled movement with spring action.

Hanger Support in Piping - Used to suspend pipes from above.

Sliding Supports - Permit axial movement but restrict vertical motion.

anchor support in piping - Completely restrict movement in all directions.

guide support pipe - Controls lateral movement while allowing axial motion.

Limit Stop Pipe Support - Prevents excessive pipe movement in a specific direction.

Cross Guide Support in Piping - Guides the pipe in two directions while restricting lateral motion.

4-Way Guide Support - Controls movement in all horizontal directions but allows axial movement.

Types of Pipe Hangers and Supports

Pipe hangers and supports can be classified based on their design and application:

Rod Hangers - Support pipes from the ceiling or structure.

Clevis Hangers - Provide flexible support for pipes.

Spring Hangers - Allow movement while minimizing stress.

Pipe Clamps - Secure the pipe while allowing limited movement.

Saddle Supports - Provide a stable base for the pipe to rest on.Pipe hangers and supports can be classified based on their design and application:

Rod Hangers - Support pipes from the ceiling or structure.

Clevis Hangers - Provide flexible support for pipes.

Spring Hangers - Allow movement while minimizing stress.

Pipe Clamps - Secure the pipe while allowing limited movement.

Saddle Supports - Provide a stable base for the pipe to rest on.

Pipe Shoe Support Types

Pipe shoes elevate the pipe from the support structure, reducing wear and corrosion. Common pipe shoe support standards include:

Flat Base Pipe Shoe - Used for simple applications.

Guided Pipe Shoe - Controls lateral movement while allowing axial expansion.

Insulated Pipe Shoe - Prevents heat transfer between the pipe and support structure.

Adjustable Pipe Shoe - Allows for height adjustments.

Pipeline Support Types in the Oil and Gas Industry

 

The types of pipe supports in the oil and gas industry vary based on operational and environmental conditions. Key types include:

Roller Supports - Reduce friction for long pipeline sections.

Anchor Blocks - Completely restrict movement in all directions.

Expansion Loops - Absorb thermal expansion and contraction.

Trunnions - Support vertical pipes and prevent tilting.

Piping Support Standards

Different piping supports types ensure compliance with industry requirements. Some of the key standards include:

ASME B31.1 - Power piping systems.

ASME B31.3 - Process piping.

MSS SP-58 - Standard practice for pipe hangers and supports.

API 610 - Piping systems in the oil and gas industry.

Piping Support Design Considerations

When designing support for piping, engineers consider:

Load-bearing capacity - Ensuring the support can withstand the pipe’s weight.

Thermal Expansion - Accommodating movement due to temperature changes.

Vibration Control - Minimizing stress from fluid flow.

Corrosion Resistance - Using materials suited for harsh environments.

Methods of Supporting Pipes on Walls

Supporting pipes on walls requires specific techniques:

Brackets and Clips - Simple and cost-effective.

Straps and Clamps - Secure pipes while allowing slight movement.

Embedded Supports - Integrated into the wall for extra strength.

Pipe Support Spacing

Proper pipe support spacing is crucial to prevent sagging and excessive stress. General guidelines:

Steel pipes: 10–15 feet apart.

PVC pipes: 6–8 feet apart.

Copper pipes: 4–6 feet apart.

Pipe Saddle Support Design Calculation

Pipe saddle supports distribute the pipe's load evenly. The design involves:

Calculating pipe weight and content load.

Determining support material and dimensions.

Ensuring structural integrity under operational conditions.

Advanced Pipe Support Considerations

In complex industrial environments, additional considerations include:

Dynamic Loads - Accounting for seismic and wind loads.

Fireproofing - Protecting supports from extreme temperatures.

Acoustic Insulation - Reducing noise levels in piping systems.

Ring Girder Pipe Support

A ring girder pipe support is a circular structural element used for large-diameter vertical vessels and columns. It provides stability and distributes the load evenly across the structure.

Vertical Pipe Support Design

For vertical pipe support design, engineers use:

Clamped supports to secure vertical pipes.

Base plates to distribute load.

Intermediate guides to control movement.

Different Types of Pipe Hangers

Pipe hangers play a crucial role in suspending pipes. The different types include:

Band Hangers - Simple and adjustable.

Split Ring Hangers - Provide extra grip.

Swivel Ring Hangers - Allow angular adjustment.

Rigid Hangers - Restrict pipe movement.

Conclusion

Knowing valid pipe support types alongside their corresponding design rules represents a fundamental requirement for operating efficient and secure piped systems. The adoption of piping support standards with proper selection among suitable support types depends on industrial specifications. The correct selection of pipe support systems allows industries to increase operational reliability and minimize maintenance expenses for long-term successful operations. The right design of pipe supports improves both safety measures and extends the useful life of piping infrastructure that ultimately enhances overall operational efficiency.