HVAC Cooling Tower Design – From Basics to Advanced
HVAC Cooling Tower Design – From Basics to Advanced
Published 6/2025
Duration: 1h 36m | .MP4 1280x720 30 fps(r) | AAC, 44100 Hz, 2ch | 548.67 MB
Genre: eLearning | Language: English
Published 6/2025
Duration: 1h 36m | .MP4 1280x720 30 fps(r) | AAC, 44100 Hz, 2ch | 548.67 MB
Genre: eLearning | Language: English
Learn cooling tower types, components, losses & capacity sizing with practical HVAC examples.
What you'll learn
- Understand the fundamentals and working principles of cooling towers used in HVAC systems.
- Identify and explain different types of cooling towers such as induced draft, forced draft, crossflow, and counterflow.
- Perform step-by-step cooling tower capacity calculations including heat load, range, approach, and effectiveness.
- Evaluate various cooling tower losses such as drift loss, blowdown loss, and evaporation loss, with practical formulas.
- Apply design criteria and selection parameters to choose the appropriate cooling tower for specific HVAC applications.
Requirements
- Basic understanding of HVAC systems is helpful but not mandatory.
- Interest in mechanical, HVAC, or building services engineering.
- A calculator or Excel software (for simple calculations and capacity sizing).
- No prior design experience is required – this course starts from the basics and builds up to advanced topics.
Description
Are you working in the HVAC field and want to mastercooling tower designfrom the ground up? This course is yourcomplete guideto understanding, analyzing, and designing cooling towers used in HVAC and industrial applications.
Whether you're astudent, design engineer, MEP professional, or asite/project engineer, this course will give you deep insight into thecooling tower system, its operation, components, sizing calculations, losses, and practical application in real-world projects.
What You Will Learn:
Introduction to cooling towers and their role in HVAC systems
Types of cooling towers –Natural draft, mechanical draft, crossflow, counterflow, etc.
Detailed breakdown of cooling towercomponentsand their function
Understanding important design parameters –range, approach, effectiveness, wet bulb temperature
Step-by-step cooling towercapacity calculationswith formula explanation
Losses in cooling towers– evaporation loss, drift loss, blowdown loss with formulas
Sample calculations fortonnage capacity,make-up water, andcooling load
Real-life application of cooling tower design inchiller-based systems
Best practices and selection criteria for cooling towers inMEP design
Why Take This Course?
Coverstheoretical + practicalaspects of cooling tower design
Learn tocalculate capacity and lossesconfidently for any project
Ideal for preparing forHVAC design jobs or interviews
Easy-to-follow explanations even for beginners
Boost your professional skillset as aHVAC Design or MEP Engineer
No prior experience in cooling tower design is required – this course starts with thebasicsand builds up to advanced design topics using a structured and practical approach.
Join now and take your HVAC design knowledge to the next level!
Who this course is for:
- Mechanical and HVAC engineering students who want to strengthen their understanding of cooling tower systems.
- HVAC design engineers and consultants looking to enhance their practical skills in cooling tower selection and sizing.
- MEP professionals, site engineers, and project engineers involved in HVAC system design or execution.
- Anyone interested in HVAC system design and learning how cooling towers contribute to energy-efficient cooling.
More Info