Process Equipment Design Jun 2026

Design engineers typically approach each piece of equipment from two distinct but interconnected angles:

Focused on the physical integrity of the unit. This involves stress analysis, selecting material thickness (gauge), and ensuring the equipment can withstand internal pressures and operating temperatures without failure. 2. Standard Design Lifecycle

: This phase focuses on the "job" the equipment needs to do. Engineers determine the necessary capacity, power requirements, and operational control parameters. For example, in a heat exchanger, functional design involves calculating the required surface area for heat transfer based on fluid flow rates and temperature differences. process equipment design

Establishing the basic project foundation, identifying the problem the equipment must solve, and conducting initial feasibility studies.

Effective process equipment design requires balancing two distinct engineering perspectives: Design engineers typically approach each piece of equipment

Process equipment design is a specialized branch of engineering that focuses on the mechanical design, sizing, and specification of equipment used in chemical, petrochemical, pharmaceutical, and oil & gas industries. The goal is to ensure that equipment can safely and efficiently handle specific process conditions (pressure, temperature, corrosive environment) over a defined lifespan.

Corrosion allowance (C.A.) = 0 mm for SS, 3–6 mm for CS. Standard Design Lifecycle : This phase focuses on

Includes Pumps, Compressors, and Turbines.