2008 International Conference and Exhibition
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Sustainability: Designing the Carbon Out: Part I: Theory
Program Code:
160
Date:
Tuesday, March 11, 2008
Time:
1:45 PM to 3:00 PM
EST
SPEAKER
(S):
Brian Dean, Senior Associate,
IFC International, Fairfax, VA
Mr. Brian Dean supports ENERGY STAR by providing technical and account management to the healthcare sector.
As an account representative to healthcare partners nationwide, Mr. Dean provides assistance in implementing strategic energy management initiatives that are designed to improve energy performance. Mr. Dean's experience
with new building design and construction includes HVAC system and plant design, energy modeling, and designing commercial buildings to LEED standards.
Mr. Dean earned his Bachelor of Science degree from Rensseleaer Polytechnic Institute and his Master of Science degree from Massachusetts Institute of Technology.
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Clark Reed, Director of Healthcare Facilities Division for ENERGY STAR,
US Environmental Protection Agency, Washington, D.C.
Clark Reed is the National Healthcare Manager for the U.S. EPA's ENERGY STAR program. As such, he plans,
coordinates, and oversees support for the EPA's partnering hospitals. Mr. Reed has delivered ENERGY STAR presentations at ASHE conferences for the past five years. He has over fourteen years' experience in the public policy arena and has been working in public service with the EPA since 1997.
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Description
In response to growing concerns of climate change, an increasing number of local governments are supporting calls for new buildings to be designed to consume 50% less energy than the national average. Since hospital buildings are more energy intensive than most, is this a realistic goal for healthcare institutions? Can a hospital be designed today to consume 50% less energy than the national average? This session enables attendees to:
•Demonstrate how to model whole-building energy use with software.
•State the impact of design decisions on energy consumption.
•Describe how to maximize energy efficiency and carbon emission reductions during the design process and eliminate costly redesigns.