construction-design

Learn how to estimate flow rate when draining liquid from a tank using a hose. A practical chemical engineering explanation using energy conservation and pressure loss, suitable for quick field calculations.

Learn the difference between gasket factor (m) and minimum seating stress (y) in chemical plant piping. This guide compares typical values by gasket type and explains practical selection tips to prevent leakage and over-tightening.

Learn the basic design of chemical-plant drain funnels, including funnel and reducer sizing, continuous and batch discharge, drain-pipe capacity, and practical measures to prevent liquid splashing and overflow.

This article explains P&ID line specifications in chemical plants, covering pipe size, fluid notation, materials, insulation, and line numbers, and how these details reveal critical design and manufacturing information.

Learn the basics of check valves used in chemical plants. This beginner-friendly guide explains lift, swing, ball, and spring check valves, their advantages, limitations, and how to select the right one to prevent backflow safely.

Learn how to think about pedestal strength in plant design. A beginner-friendly guide to support loads, anchor bolts, and concrete sizing.

Pipe supports like shoes and saddles are often left uninsulated—but should they be? Learn the basics of insulation design for supports in piping systems, explained simply for beginners.

Compare flanged and welded pipe connections in chemical plants. Learn the differences in maintenance, leakage risk, safety, weight, and cost in a practical guide for beginner engineers.

Learn the basics of elevation standards in industrial plant design. Understand how ground level, floor level, and elevation marks are used to align equipment and improve safety.

Learn how to calculate safe pipe support spacing using basic mechanics of materials.Step-by-step example with formulas for bending stress, deflection, and design tips for 50A carbon steel pipes.