machine-design

Discover 9 common tank nozzle design patterns used in chemical plants. Learn their applications, advantages, and risks to improve safety, operability, and maintenance.

Learn what to check in a piping diagram (P&ID) before designing equipment in a plant. A simple guide for beginners in plant design and engineering.

Safe depressurization of pressure vessels: learn how to coordinate pressure-reducing valves and safety valves, understand cracking/popping/reseat/blowdown, and avoid nuisance relief or unsafe overpressure.

Learn what an analysis 10-dish plate is and how it's used to take samples from distillation columns. A beginner-friendly explanation for process engineers.

Learn the key design guidelines for tank nozzle orientation. Improve safety, reduce pipe stress, and ensure easy maintenance with these practical engineering tips.

Learn how to estimate pressure loss in piping systems and how it affects pump performance. A beginner-friendly guide to flow, friction, and elevation.

Learn the fundamentals of heat transfer calculations used in chemical plants. Understand conduction, convection, radiation, overall heat transfer coefficients, and practical engineering applications for heat exchangers, reactors, and process equipment.

A practical introduction to centrifugal pump design for chemical plants. Learn how to select pumps based on application, materials, flow rate, head, sealing methods, and electrical specifications.

Learn how to read P&ID diagrams in batch chemical plants. This beginner-friendly guide explains symbols, flow tracing, and common challenges in simple English.

Learn what average flow velocity means in piping. A beginner-friendly guide to help you understand flow speed and make better pipe design choices.