Heating, Ventilating, & Air Conditioning
    
        Topics Covered
    
        - operation and maintenance 
 
        - refrigerant selection and handling 
 
        - selection of air-handling systems 
 
        - system optimization 
 
        - energy recovery
 
        - equipment description and selection 
 
        - testing and balancing 
 
        - cooling towers 
 
    
    
        - water treatment 
 
        - safety 
 
        - indoor air quality 
 
        - modeling 
 
        - psychrometrics 
 
        - ASHRAE and OSHA codes 
 
        - controls 
 
        - energy management systems
 
    
     
    
        Program Objective
    
        The objective is to develop the participant's ability to recognize cost saving measures
        in HVAC equipment/operation and then to implement the right changes to effect these
        savings. Measures to be explored include low up-front-cost O&M procedures and fast
        payback equipment modification projects.
    
    
        Additional objectives include showing the participants the latest on measurement
        instrumentation/techniques for measuring and improving HVAC efficiency.
    
    
        An additional objective is to update participants on the status of existing and
        new refrigerants including handling, recovery and the purchase/retrofit of new equipment.
    
Workshop Outline
 
    
FIRST DAY (Begin at 8 am) 
   Registration 
   Welcome 
   Introduction of Institute Staff 
 
 
OVERVIEW OF PROGRAM 
   Reducing Maintenance Cost 
   Reducing Operation Cost 
   Meeting Comfort Requirements 
   Meeting Air Quality standards 
REFRIGERANT STATUS  
   Environmental Effects 
   Phase Out of Conventional Refrigerants 
   New Refrigerants/Equipment 
   Recovery, Handling, Storage of Refrigerants 
DESCRIPTION OF HVAC GENERATING COSTS  
   (Operation/Advantages/Disadvantages) 
   Generating Equipment 
      Absorption chillers 
      Centrifugal chillers 
      Roof-Top units 
      Evaporative cooling 
      Thermal storage 
      Boilers 
      Cooling towers 
WAYS TO REDUCE HVAC GENERATING COSTS  
   Heat Recovery 
   Reduce Scale & Corrosion 
   Improve Characteristics of Working Fluid 
   Load Management 
   Select Optimum Prime Mover/Fuel 
   Reduce Electrical Cost 
      Power factor correction 
      Variable speed drives 
      Metering 
      Demand charges 
      High efficiency motors 
   Improve Turbine Performance 
      Fouling 
      Back pressure 
      Throttle control 
   Raise Chilled Water Temperature 
   Control Chilled Water Flow Rate 
   Improve Cooling Tower Performance
 
    
	SECOND DAY
 
DESCRIPTION OF HVAC DISTRIBUTION SYSTEMS 
   Distribution Systems 
      Single zone 
      Thermal reheat 
      Multizone 
      Dual duct 
      Variable air volume 
      Fan coil 
      Others 
   Control Systems 
      Conventional 
      EMS 
      OAM/TC 
WAYS TO REDUCE HVAC DISTRIBUTION COSTS 
   Control Outside Air 
   Control Ventilation 
   Insulate 
   Balance Air Handling Systems 
   Reduce End Use 
      External load reduction 
      Night-time set back 
      Recalculation of internal heating/cooling 
      Thermal Storage 
   Avoid Simultaneous Heating/Cooling 
   Others 
DEMONSTRATION OF ACTUAL FACILITY 
   (Participants will have a hands-on opportunity to see various instruments and measuring techniques used at an actual facility to evaluate and improve system performance.) 
   
Instrumentation 
   Water and Air Quality 
   Maintenance 
WATER QUALITY 
   Chilled Water 
   Condenser Water 
   Boiler Water/Steam 
MEASURING AND SOLVING INDOOR AIR QUALITY (IAQ) PROBLEMS 
   Identifying indoor air quality problems 
   Eliminating indoor air quality problems 
   Complying with new ASHRAE Ventilation 
MEASUREMENT OF HVAC SYSTEM PERFORMANCE 
   Load and Efficiency 
      Cooling towers 
      Fans 
      Pumps 
      Motors 
      Chillers 
      Heat Exchangers 
BALANCING 
   Water Side and Air Side 
   Techniques For Balancing Efficiently 
   Instrumentation
 
 
Resource Materials
Each participant will receive a computer program on a floppy disk in a user-friendly format for IBM compatible computers. This program will evaluate the performance of a chiller of other refrigeration device. Participants can easily study effect of changes such as changing condensing or evaporating conditions, load, etc. The program determines system efficiency for all common refrigerants. THE VALUE OF THIS COMPUTER PROGRAM IS $100 IF BOUGHT SEPARATELY FROM BEI!
Each participant will be provided a textbook which will serve as a valuable resource guide after attending the course. This book of more than 200 pages contains numerous charts, illustrations, and background writing to make HVAC savings easy to master. THE VALUE OF THIS TEXTBOOK IS $25 IF BOUGHT SEPARATELY FROM BEI.
 
 Upcoming Boiler Efficiency Institute, LLC Courses 
(HVAC Courses $695 each) 
These are held May - September. South Carolina courses are available to state residents only and are offered at a reduced rate.