Design and Operation of Ammonia Evaporators, Condensers, and Controls Training
- Advances the expertise of refrigeration technicians and engineering specialists through comprehensive professional development programs aligned with essential safety protocols.
- Available in:
English |
Español - Train at your convenience, across all devices
- Get your official certificate as soon as you’re done
- Take advantage of read-aloud course materials
- Available as SCORM, on-demand online, virtual instructor-led, or in-person training
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Bulk Buying
| Employee | Per Seat |
|---|---|
| 2-10 | $79.19 |
| 11-20 | $78.39 |
| 21-50 | $77.59 |
| 51-100 | $75.99 |
| 101-250 | $74.39 |
Course Facts
Training Duration
Learning Type
Course Access Validity
Device Support
Certificate Validity

Ammonia refrigeration systems are essential to industrial cooling operations. Evaporators and condensers manage heat transfer and overall system efficiency. This comprehensive training explains how these components are designed, operated, and controlled in real-world applications.
The ammonia refrigeration systems training course also covers preventive maintenance, system hazards, and safe work practices. Learners identify and resolve workplace catastrophes and component issues before they cause downtime or safety incidents. With this training, employees can extend equipment lifespan and supports safe, reliable ammonia refrigeration system operation.
Who Needs Design and Operation of Ammonia Evaporators, Condensers, and Controls Training?
This training is designed for professionals involved in industrial ammonia refrigeration systems, including:
- Chemical engineers
- HVAC technicians
- Industrial safety specialists
- Process engineers
- Facilities managers
- Maintenance supervisors
- Environmental engineers
- Refrigeration technicians
- Compliance officers
Why Choose Our Course for Industrial Ammonia Refrigeration Systems Training?
- Deliver practical, industry-relevant instruction on ammonia evaporators, condensers, and control systems.
- Focus on real-world operation, maintenance, and safety considerations.
- Build clear understanding of system design, performance optimization, and preventative maintenance.
- Integrate safety principles and hazard awareness throughout the training.
- Support consistent operation, reduced downtime, and long-term equipment reliability.
- Serve professionals responsible for operating, maintaining, or overseeing industrial ammonia refrigeration systems.
Design and Operation of Ammonia Evaporators, Condensers, and Controls Training Course Syllabus
This Design and Operation of Ammonia Evaporators, Condensers, and Controls Training course consists of 4 lessons . Students are required to take each lesson in sequential order as listed below.
Introduction
Lesson 1: Understanding Evaporator Principles, Functionalities, and Applications
- Identify core evaporator principles used in industrial cooling systems.
- Explain evaporator functions, types, and supply system configurations.
- Analyze factors that affect heat transfer and system performance.
- Differentiate evaporator applications, including chillers, freezers, ice makers, and intercoolers.
- Apply evaporator knowledge to support effective system design, operation, and maintenance.
Lesson 2: Design and Operations of Defrost Systems
- Explain the purpose of defrost systems in refrigeration, air conditioning, and heat pump units.
- Identify causes and risks of ice buildup on evaporator coils.
- Differentiate defrost methods, including hot gas, electric, water, and glycol spray systems.
- Understand operating mechanisms and selection considerations for each defrost technique.
- Apply defrost system knowledge to maintain efficient, safe, and reliable cooling operations.
Lesson 3: Design and Functions of Evaporative Condensers
- Explain the fundamental principles of evaporative condensers in refrigeration systems.
- Compare air-cooled, water-cooled, and evaporative condenser types and their applications.
- Identify condenser components, selection criteria, and operational factors.
- Analyze wet-bulb temperature effects and implement Legionella control measures.
- Apply best practices to safely maintain and optimize condenser performance in the workplace.
Lesson 4: Functions of Control Valves and Switches
- Identify essential valve types used in ammonia refrigeration systems, including safety relief, hand expansion, and float valves.
- Explain the functions of valves in pressure control and liquid level monitoring.
- Select appropriate valves for different refrigeration equipment and workplace applications.
- Apply safety procedures and best practices in valve operation.
- Maintain, optimize, and operate ammonia refrigeration systems through proper valve selection and usage.
Final Examination
Frequently Asked Questions
- The training ensures safety and efficiency for professionals working with industrial ammonia refrigeration systems across many diverse industries.
- Mastering these components allows individuals to identify hazards and mitigate risks through specialized management and technical knowledge.
- Proper training optimizes system performance while ensuring full compliance with strict safety regulations and environmental standards.
- Skilled personnel can troubleshoot mechanical issues promptly to reduce equipment downtime and prevent expensive operational delays.
- Understanding these operational principles enhances overall productivity while minimizing the risk of hazardous chemical leaks or accidents.
- This specialized knowledge helps organizations maintain reliability and avoid the burden of costly legal fines and penalties.
- Deliver practical, industry-relevant instruction on ammonia evaporators, condensers, and control systems.
- Focus on real-world operation, maintenance, and safety considerations.
- Build clear understanding of system design, performance optimization, and preventative maintenance.
- Integrate safety principles and hazard awareness throughout the training.
- Support consistent operation, reduced downtime, and long-term equipment reliability.
- Serve professionals responsible for operating, maintaining, or overseeing industrial ammonia refrigeration systems.
This training is designed for professionals involved in industrial ammonia refrigeration systems, including:
- Chemical engineers
- HVAC technicians
- Industrial safety specialists
- Process engineers
- Facilities managers
- Maintenance supervisors
- Environmental engineers
- Refrigeration technicians
- Compliance officers
There are no prerequisites for this course.
Employers are advised to offer refresher training to their employees every three years.
Certificate of Completion: Immediately after passing the final exam, you can download, save, or print your certificate in PDF format.
Validity: The course certificate is valid for three years.
Renewal: Simply take this course in 36 months to maintain compliance and stay current on industrial ammonia refrigeration training.
COURSE OBJECTIVES
Course Objectives
After completing the course, the learner will be able to:
- Define what an evaporator is and explain its role.
- Recognize the different types of evaporators and their uses.
- Grasp the working principles of flooded and dry expansion systems.
- Weigh the pros and cons of flooded versus dry expansion evaporators.
- Explain how a Controlled Pressure Receiver (CPR) affects evaporator operation.
- Identify the factors that influence the evaporator's overall heat transfer efficiency.
- Discover what ice defrost systems are and why they are essential in refrigeration.
- Understand the basic process of defrosting using hot gas from the compressor.
- Explain how the soft hot gas defrost system protects large industrial coils.
- Explore other common defrost methods like electric, water, continuous glycol spray, and room air defrost.
- Explain how a condenser works and its function in different systems.
- Recognize the differences between air-cooled, water-cooled, and evaporative condensers, and discuss their main features.
- Comprehend the functioning principles of an evaporative condenser.
- Identify the essential components of an evaporative condenser.
- Choose the right evaporative condenser based on important functional factors.
- Learn appropriate practices to maintain and ensure the safe operation of evaporative condensers.
- Describe the operation and purpose of various control valves in refrigeration systems.
- Understand the ASHRAE and ASME standards and requirements for installing and setting safety relief valve pressure in ammonia systems.
- Identify key considerations when selecting valves for a refrigeration system.
- Differentiate between different types of shutoff valves and their applications.
- Distinguish between mechanical and electronic methods for monitoring liquid levels in refrigeration systems.
Choose Your Ideal Training Format:
Virtual Instructor-Led
$199.00/Seat (minimum 10 seats)
Client-Site In-Person
$750.00/Seat (minimum 10 seats)
This course was an invaluable addition to my safety knowledge. The detailed explanations really helped me understand how ammonia refrigeration equipment functions and the potential safety risks involved. A must for anyone in industrial safety!
I enrolled in this course to empower my entire maintenance team with a deeper understanding of ammonia refrigeration systems. The course exceeded expectations! Now, my team feels confident in handling maintenance tasks more efficiently and safely.
As a refrigeration technician, troubleshooting ammonia systems can be tricky. This course provided a solid foundation in the core components, making it much easier to diagnose and fix problems.
The course was well-structured with a good balance of pace and detail.
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