ASHE 2012 45th Annual Conference and Technical Exhibition
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Surgical Suite Temperature and Humidity: Providing What Surgeons Want Versus the Limitation of Your Equipment
Program Code:
070
Date:
Monday, July 21, 2008
Time:
9:45 AM to 10:45 AM
EST
SPEAKER
(S):
Ronnie Moffitt,
PE, CEM, Principal Applications Engineer,
Trane, Applications Engineering
Ronnie is a principle applications engineer at Trane where he has been for 12 years. He is an airside applications engineer whose responsibility is to aid design engineers and Trane sales personnel in the proper design and application applied HVAC systems. His primary focus has been dehumidification and air-to-air energy recovery design. This includes the development, design and control optimization of desiccants in commercial HVAC systems. He has several patents related to this subject. Ronnie is also on the related ARI & ASHRAE engineering committees. He received his BS in Aerospace Engineering from Syracuse University.
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Alan R. Neuner,
CHFM, Associate Vice President, Facilities Operations,
Geisinger Health System
Alan Neuner, a native of Nazareth, Pennsylvania, received his mechanical engineering degree from Drexel University and worked for several years in the steel and air separation industries. In 1988 he joined the Facilities Operations staff of the Geisinger Health System, an integrated health system with facilities dispersed over a 31 county service area in central and north-eastern Pennsylvania. As Associate Vice President for Facilities Operations, Al is responsibility for 200 employees servicing a physical plant of 4 million square feet. The main campus in Danville realized a significant energy savings because Al and his staff devised a creative strategy to manage energy resources, which resulted in a reduction in overall energy utilization while the physical plant expanded by over 50%. Al has won many awards for his achievements. He received the prestigious 2002 Fame Award of Excellence from the Association of Facilities Engineers for his work on legionella remediation, and the Chesapeake Bay Foundation awarded him the 2000 Businesses for the Bay Award for large business.
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Description
The session looks at commonly used HVAC systems as well as new technology that is available today that offers surgical suite solutions and alternatives. The session will include two case studies one on how a hospital administrator reviewed alternatives, including what criteria was used for a system selection and the importance of precise temperature and humidity control I surgical suites. The second case study will review an installed system that has been monitored by the Department of Energy and how this mechanical system is currently delivering air at 35-40F dew point air to keep the surgical suite at 35-50% RH. Session attendees will be able to:
- Develop a list of criteria for evaluation and selection of HVAC systems utilized in surgical suites and provide tools and techniques necessary to evaluate the OR for proper ventilation and humidity control
- Describe the critical temperature and humidity control issues in a surgical suite and provide practical solutions to regulate humidity within acceptable parameters
- Evaluate the dehumidification capability of different HVAC systems for surgical suites and to assess the energy impact and operation costs of the various systems.