Learn about cooling tower theory.
Know the purpose of each cooling tower component.
Identify and know the types and designs of cooling towers just by looking at them.
Know how to solve common cooling tower problems.
Identify all the components of a cooling tower.
Know how cooling towers work.
- 1.2 - How to get the most out of this course
- 2.1 - Introduction to Cooling Towers
- 2.2 - Cooling Tower Introduction
- 2.3 - Purpose
- 2.4 - Terminology
- 2.5 - Cycles of Concentration
- Your Membership to EngineeringTrainer
- 2.6 - Practical Interpretation of COC
- 2.7 - Latent and Sensible Heat
- 2.8 - Evaporative Cooling
- 2.9 - Dry and Wet Bulb Temperature
- 2.10 - Relative Humidity
- 2.11 - Stack Effect
- 2.12 - Useful Cooling Tower Equations
- 2.13 - Cooling Tower Components
- 3.1 - Cooling Tower Categories
- 3.2 - Wet and Dry Towers
- 3.3 - Natural Draft Towers
- 3.4 - Mechanical Draft Towers
- 3.5 - Forced Draft and Induced Draft
- 3.6 - Cross-Flow Towers
- 3.7 - Counter-Flow Towers
- 3.8 - Direct (Open Circuit)
- 3.9 - Indirect (Closed Circuit)
- 3.10 - Induced, Forced & Natural Draft Summary
- 4.1 - How Cooling Towers Work
- 4.2 - Common Cooling Tower Designs
- 4.3 - Forced Draft Cooling Towers
- 4.4 - Induced Draft Counter Flow
- 4.5 - Induced Draft Cross Flow
- 4.6 - Natural Convection Cooling Towers
- 4.7 - Natural Draft Counter-Flow
- 4.8 - Natural Draft Cross-Flow
- 4.9 - Useful Tower Component Notes
- 5.1 - Cooling Tower Fans
- 5.2 - Axial Fans
- 5.3 - Centrifugal Fans
- 5.4 - Cross-Flow Fans
- 6.1 - Course Summary Thus Far
- 7.1 - Water Properties
- 7.2 - pH
- 7.3 - Hardness
- 7.4 - Alkalinity
- 7.5 - Conductivity
- 8.1 - Cooling Tower Concerns
- 8.2 - Uneven Water Loading
- 8.3 - Wall Water
- 8.4 - In-Adequate Water Distribution
- 8.5 - Corrosion
- 8.6 - Scaling
- 8.7 - Fouling
- 8.8 - Microbiological Activity
- 9.1 - Tower Water Treatment
- 9.2 - Water Modelling
- 9.3 - Green Chemical Programs
- 9.4 - Automation
- 9.5 - Filtration
- 9.6 - Softening
- 9.7 - Chemical Free
- 9.8 - Water Reuse
- 9.9 - Tower Protection
- 9.10 - Tower Fire Risk
- 9.11 - Tower Environmental Risks
- 9.12 - Tower Collapse
- 10.1 - Final Thoughts
- 10.2 - Rate this Course & Continue Learning
By the end of this course, you will know:
- Cooling tower theory (sensible and latent heat etc.).
- Common cooling tower nomenclature, components and terminology.
- Common types of cooling tower (natural, forced and induced).
- Common cooling tower designs (wet, dry, cross-flow, counter-flow, mechanical, natural, direct, indirect).
- How cooling towers work (evaporative cooling etc.).
- Common cooling tower and HVAC fan designs (axial, cross-flow, centrifugal etc.).
- Water properties and their importance (pH, temperature etc.).
- Common cooling tower concerns and problems (corrosion, scale, bacterial growth etc.).
- Common methods used to address these concerns and problems (chemical treatment etc.).
- Cooling tower protection (vibration, earthquake etc.).
The course is designed to take you from zero to hero concerning cooling tower knowledge. Even if you already have some background knowledge, this course will serve as an efficient refresher, whatever your level of understanding, or engineering background (HVAC, power engineering, oil and gas, chemical engineering, mechanical engineering etc.).
Interactive 3D models are used to show you each individual cooling tower component and several different cooling tower designs.
The course is packed with images, 2D animations, interactive 3D models and 3D animations and high quality written content. Written content has been read aloud so that you can 'learn on the go' without needing to watch the screen constantly.
If you are interested in HVAC, Mechanical, Electrical, Automobile, Chemical, Power or Industrial Engineering, we have courses for you!
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