Enhanced Archive (163 posts)

Learn how to design mist eliminators for three-phase separators and process vessels, including mesh pad, vane-type, and multi-cyclone options, with selection criteria and sizing guidelines....

Comprehensive guide to three-phase separator design for vapor–liquid–liquid systems, including sizing, internals, phase control, and real-world application in oil, gas, and petrochemical industrie...

Detailed guide on designing horizontal liquid–liquid separators with boots and weirs for efficient oil–water or immiscible liquid separation in process industries....

A complete guide to designing vertical and horizontal liquid–liquid separators, including Stokes’ law, sizing calculations, holding time, and best practices for reliable operation....

Compare vane-type, multi-cyclone, and enhanced mesh pad internals for process separators to boost efficiency and reliability....

Learn how to design and size wire mesh mist eliminators for maximum vapor separation efficiency in industrial processes....

A step-by-step guide to designing vertical and horizontal knockout drums for efficient vapor–liquid separation in process plants....

Explore the mechanical design criteria for process drums, including diameter, wall thickness, PWHT, and nozzle requirements....

Discover how to determine holding time and set liquid level control ranges for process drums in industrial plant design....

Learn the fundamentals of drum sizing for refineries and petrochemical plants, from process data to mechanical design best practices....

Learn the essential thermal design inputs for shell and tube heat exchangers. Understand what process engineers must include in datasheets to ensure accurate vendor design and optimal performance....

Choosing the right material for shell and tube heat exchangers is vital for performance and longevity. Explore how to select materials based on corrosion, temperature, pressure, and cost....

Explore key bundle design parameters in shell and tube heat exchangers, including tube layouts, pitch, and number of passes. Learn how these affect heat transfer, pressure drop, fouling, and mechanica...

Discover the types of fouling in shell and tube heat exchangers and how to prevent them. Learn design strategies, fouling factors, and industry best practices to ensure long-term performance....