Piping Engineering

Piping Engineering is a vital discipline within mechanical engineering that focuses on the strategic arrangement and design of pipeline networks in industrial facilities like oil refineries, chemical plants, and power stations.

Piping Engineers oversee the entire plant layout, ensuring optimal placement of equipment and seamless integration of piping systems. Their expertise guarantees compliance with strict industry regulations, enhancing operational safety and system durability over decades of use.

A piping network functions as an engineered pathway for fluid transport, constructed from key components such as tubes, connectors, joints, control mechanisms, and sealing elements. While auxiliary supports like hangers and braces are included, larger structural frameworks like steel supports and concrete foundations fall under civil or structural engineering.

The ASME B31.3 standard mandates that designers rigorously verify system adherence to safety protocols while accommodating project-specific requirements from stakeholders. Beyond basic code compliance, piping engineering involves material selection, stress analysis, thermal expansion management, and corrosion prevention. Among the various ASME codes, B31.3 is the gold standard for high-pressure and high-temperature process piping in sectors like petrochemicals and LNG processing.

This section covers fundamental topics in piping engineering, including design principles, material selection, stress analysis, and industry standards. You’ll find guides, tutorials, and reference materials to support your learning or professional work.