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Cooling Tower

A complete engineering reference on cooling tower design and operation, covering evaporative cooling fundamentals, natural and mechanical draft types, psychrometric principles, water balance, heat load and loss calculations, and troubleshooting methods. Ideal for process, chemical, and mechanical engineers involved in utility system design or plant optimization.

What is a Cooling Tower and How Does it Work?Utilities

What is a Cooling Tower and How Does it Work?

A complete engineering reference on cooling tower design and operation, covering evaporative cooling fundamentals, natural and mechanical draft types, psychrometric principles, water balance, heat load and loss calculations, and troubleshooting methods. Ideal for process, chemical, and mechanical engineers involved in utility system design or plant optimization.

Chemcasts Team
November 6, 2025
Cooling Tower Efficiency: Formula, Psychrometric Principles, and Real-World OptimizationUtilities

Cooling Tower Efficiency: Formula, Psychrometric Principles, and Real-World Optimization

An engineering guide to calculate true cooling tower efficiency, optimize L/G ratio, and implement predictive maintenance using psychrometrics and field data.

Chemcasts Team
November 6, 2025
Wet Bulb vs Dry Bulb Temperature | Cooling Tower GuideUtilities

Wet Bulb vs Dry Bulb Temperature | Cooling Tower Guide

Understand wet and dry bulb temperatures, their difference, psychrometric principles, and how they determine cooling tower performance and efficiency.

Chemcasts Team
November 6, 2025
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