ASHE 2012 49th Annual Conference and Technical Exhibition
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From Worst to First: An Endeavor to Revive a Dilapidated Facility Using Advanced Energy Design (A)
Program Code:
285011
Date:
Tuesday, July 17, 2012
Time:
3:15 PM to 4:30 PM
EST
PRIMARY SPEAKER
:
Damon Greeley,
PE, CEM, HFDP, CBCP, EDAC, Principal,
Mazzetti Nash Lipsey Burch
Greeley is a southeastern US regional team leader for the research and design firm of Mazzetti Nash Lipsey Burch. His focus is on advanced energy design and overall reduction of energy, water, waste and emissions for healthcare facilities. He has completed over 400 new or renovation projects across the country through multiple project delivery methods including integrated project delivery (IPD). He has been a presenter for the American Society of Healthcare Engineers (ASHE) and an author for The ASHRAE Journal, Inside ASHE, Health Facilities Management, Healthcare Building Ideas, Hospital Engineering and Facilities Management, Healthcare Design, HPAC, and Engineered Systems Magazine publications regarding operational improvement and facility design. Each of his accreditations; certified Energy Manager (CEM), certified Building Commissioning Professional (CBCP), and the ASHRAE Health Facilities Design Professional Certification (HFDP), Evidence Based Design Accredited Professional (EDAC) signify additional depth of experience that he provides to each of his clients’ projects.
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CO-SPEAKER
(S):
Ashley Cooper, Senior Electrical Designer, Mazzetti Nash Lipsey Burch
Z Smith,
AIA, LEED AP, Architect,
Eskew+Dumez+Ripple
Z Smith received a Bachelors of Science in Physics from Massachusetts Institute of Technology, a Ph. D in Electrical Engineering and Computer Science from Princeton, and masters of Architecture from University of California Berkley. He has served as a Member of the Technical Staff Palo Alto Research Center (PARC), Chief Technology Officer, Desktop Document Services Division of Xerox Corp., worked as a VP Engineering, for an Internet Archive company, and led sustainable design, with an emphasis on day-lighting, energy performance, industrial ecologies, and alternate energy for Busby Perkins + Will in Vancouver, Canada.
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Description
This case study outlines how Children’s Hospital of New Orleans employed a simple advanced energy system design when transforming a 1970s office building into an aesthetically pleasing yet high-performing building. Hear about the challenges that were encountered and the unique solutions found to meet their objectives. This session will enable you to—
• Identify—from owner, architecture, and engineering perspectives—the best reuse of existing buildings not originally designed for modern health care delivery.
• List the key steps and components to planning and implementing a design for high-performance building reuse.
LEARNER OUTCOMES:
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Identify through individual owner, architectural, and engineering perspective the challenges approaching best reuse of existing buildings not originally design for modern healthcare delivery.
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Learn about key steps and components to high performance building design and implementation process.
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Understand how the energy model developed a decision matrix and ROI that was used to sell energy enhancements or improvements to Childrens Hospital facility administrators.
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What particular regulations were necessary to be tested and confirmed through the design and installation of advanced energy HVAC systems.