Date/Time
11/15/2021 - 12/03/2021
All Day
Online Course – Self Paced
(to be completed during dates shown)
CHILLER PLANT VARIATIONS
Learning Objectives:
• Discuss key considerations for alternative fuels in chiller plant design
• Explain the requirements for a hybrid plant design
• Describe methods of preferential chiller loading
• Explain the advantage of tertiary piping in specific applications
• Describe the impact of tall buildings on system design
CHILLER PLANT OPTIMIZATION
Learning Objectives:
• Explain load profile and why it is important
• Describe key design considerations
• Recommend design conditions for optimizing a chiller plant
• Describe various optimization tactics
• Explain chiller staging in chiller plant optimization
ENERGY RECOVERY
Learning Objectives:
• Explain how constant flow systems function in single chiller plants, parallel chiller plants, and series chillers
• Explain series counter flow
VARIABLE FLOW SYSTEMS (self-directed online content)
Learning Objectives:
• Explain energy recovery using a split condenser unit
• Explain why templifiers are used and the advantages and disadvantages of using templifiers in energy recovery
• Explain how system design and control affect energy recovery
WATER-SIDE-FREE COOLING
Learning Objectives:
• Explain the advantages and disadvantages of different applications of water-side-free cooling
• Explain cooling tower sizing
• Describe the sequence of operation for water-side-free cooling
THERMAL STORAGE IN CHW SYSTEMS
Learning Objectives:
• Explain load profile (run time) related to thermal storage
• Explain the difference between full and partial load storage
• Describe the differences between thermal storage technologies
– sensible storage
– latent storage
PROCESS COOLING
Learning Objectives:
• Explain the difference between process cooling and comfort cooling
• Explain the impact of chiller selection for process cooling
• Describe different types of process cooling
• Describe operating conditions for process cooling
DISTRICT COOLING
Learning Objectives:
• Describe chiller plant design considerations related to district cooling
• Explain chiller staging as it relates to district cooling
• Describe the advantages of series counter flow chillers
• Explain the advantages of changing a primary secondary piping layout to a distributed piping system
• Explain the benefits of district cooling
GARDINER
Additional Information
TARGET AUDIENCE: HVAC Professionals, Owner/Operators, Contractors & Service Technicians
RECOMMENDED PREREQUISITES: Module 0 & Module 1 (Modules 2-6 can be attended in any order)
CLASS SIZE: Class size is limited and is offered on a first-registered, first-attend basis
COST: $300/student
EDUCATION CREDITS: Continuing Education Units (CEU’s) are available upon request following completion of course.
GARDINER
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