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REGION VI |
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30% Reduction - NOW WHAT? |
4 Sessions |
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Energy Session 1 & 2: Target Audience – Project Engineers 30% Reduction in Energy Usage? Zero Net Buildings? How are we going to get there?
DEDICATED OUTSIDE AIR SYSTEMS PARTS I & II Presented by Dr. Stanley Mumma P.E.
· Quick review of current leading building HVAC system issues. · DOAS defined. · Terminal equipment choices and issues (including series vs. parallel). · Air Side Economizer lost—implications. · DOAS equipment choices and Psychometrics. · 30% surplus OA for a LEED point--does it use more energy? Impact on required SA DPT. · DOE and ASHRAE Research findings. · Design steps and example. · Field applications (including pitfalls to avoid). · Conclusions. |
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Energy Session 3: Target Audience – Project Engineers Must have working familiarity with radiant cooling system ENGINEERING RADIANT COOLING/HEATING SYSTEMS CHILLED BEAMS and CHILLED SAILS Presented by Dr. Jerry Sipes, P.E.
· Review of room heat dynamics · Issues to avoid when using radiant heating and cooling · Passive chilled beam review · Active chilled beam review · Chilled sail review · Radiant heating review · Review parameters for all applications (Chicago basis) · Application: Open and Closed Office · Application: Conference Room · Application: Laboratory Spaces · Application: Classroom · Application: Renovation |
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Energy Session 4: Target Audience – Newer Engineers System Analysis DISPLACEMENT VENTILATION SYSTEMS SPECIFIC APPLICATIONS Presented by Dr. Jerry Sipes, Ph.D., P.E.
· Review displacement characteristics Ž Underfloor Ž Occupant level Ž Overhead · How is displacement commonly used? Ž Cooling and ventilating only Ž Coupled with separate radiant heat Ž Coupled with integrated heat · Energy savings potential · Application: Hotel ballroom · Application: Classroom · Application: Auditorium · Application: Open Plan Office · Application: Conference room with exterior glass · Application: Healthcare
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