Maximizing Performance and Operation of Chilled Water Plants

After participating in this course, you will be able to:

• learn to control and operate a multiple chiller system efficiently, along with the selection and operation of cooling towers
• gain an understanding of the pros and cons of the types of chillers and their selection
• acquire up-to-date operational techniques for the pumping and efficient distribution of chilled water
• review the advantage and disadvantages of chilled water storage and ice storage system to determine which is best for you
• gain an understanding of how best to balance variable flows in a system
• learn how to analyze and control central chilled water plants
• study the heat recovery methods for efficient energy use

Description
Chilled water is widely used in industry for a great variety of reasons. Its production, distribution, storage and utilization create many technical problems that must be addressed for the system to operate smoothly and efficiently at both part load and full load conditions.

This practical course offers you the opportunity to review your existing operations and provides insights as to how you can overcome the problems you are currently facing. The sessions are designed so you can discuss your problems with the speakers, who are experts in their topics, as well as interact and share experiences with the other participants.

Who Should Attend
Central Chiller Plant Design Engineers • Consultants • Application Engineers • Facilities And Plant Managers • Building Systems Managers • Mechanical Contractors • Construction Engineers • Field Inspectors • Professionals Seeking To Enhance Their Knowledge and Expertise • Technical Personnel Responsible For Operating Central Chilled Water Systems

Day-1

• Characteristics of Chilled Water Plants
• Pumps
• Compressors
• Condensers
• Evaporators
• Cooling Towers
• Workshop
• Chilled Water storage
• Ice storage

Day-2

• Piping systems
• Pumps
• Pumping schemes
• Planning central chilled water plant
• Assessment and improvement
• Optimization strategies
• Analysis and control
• Summary and Conclusion