2011 ASHE Annual Conference & Technical Exhibition
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Six Strategies for Energy Savings in Community Cancer Centers
Program Code:
238388
Date:
Wednesday, July 20, 2011
Time:
9:15 AM to 10:30 AM
EST
PRIMARY SPEAKER
:
Mary Alcaraz,
PE, LC, CEM, LEED AP, Electrical Engineer / Lighting Designer,
EwingCole
Mary Alcaraz, PE, LC, CEM, LEED AP
Electrical Engineer / Lighting Designer
Ms. Alcaraz is currently a principal, lighting designer and electrical engineer at Ewing Cole in Philadelphia. With over twenty years of experience, she specializes in lighting design and energy analysis for healthcare projects. She holds a bachelor of Architectural Engineering from the Pennsylvania State University and Masters of Engineering Management from Drexel University. She has won numerous awards for her lighting design work on several of EwingColes projects and has been published in LD&A with the article, Heres to your Health in Spring 2005, and in Oncology Issues and Medical Design and Construction with energy efficient articles in 2010. Ms. Alcaraz has spoken on LEED and Energy Optimization for Healthcare Facility Design at Globalcon, Healthcare Facilities Management Society of New Jersey, and on Healthcare and Energy Efficient Lighting at Lightfair.
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CO-PRESENTER
:
Click the plus sign to see more detailed information
about each speaker.
Mr. Fierko specializes in healthcare design, energy optimization, and sustainable (LEED) projects. He
holds an undergraduate bachelor of Architectural Engineering
from Drexel University and a Masters of Engineering
Management from Drexel University. He has been the lead
mechanical engineer on several LEED certified projects,
including the Geisinger Center for Health Research which
received a LEED Silver certification. Mr. Fierko's paper,
"Uncertainty-Based Quantitative Model for Assessing Risks in
Existing Buildings" was published in ASHRAE Transactions
and presented at the 2004 ASHRAE winter meeting. Mr.
Fierko has also spoken about Energy Optimization at the
Healthcare Facilities Management Society of New Jersey and
energy efficient systems at Lightfair.
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Description
As a community cancer center becomes more energy-efficient, the facility is able to reduce expenses while still enhancing the care environment for patients, families, and staff. This session will address six proven strategies for lowering utility bills by adapting exterior building materials, lighting, and mechanical systems. This session will enable you to:
* Describe the impact that exterior building materials, lighting, and mechanical systems have on utility bills.
* List six strategies for improved energy efficiency and explain how they can be used within your facility.
LEARNER OUTCOMES:
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Describe how lighting can improve energy efficiency as well as the quality of lighting.Options inlcude switching from T12 to T8 lighting as well as changing from parabolic fixtures which drive light downwards creating rooms with dark walls, to volumetric lighting that is more diffuse and can cut energy costs by more than 40%.
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Describe how updating a buildings thermal envelope through insulation retrofits or glazing upgrades can help reduce heating and cooling loads, minimize energy consumption and create a more comfortable environment for patients and staff.
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Identify exterior building materials, lighting and mechanical systems that will help lower utility bills.
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Identify the advantages of converting to a centralized lighting system.