PRIMARY SPEAKER
:
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about each speaker.
Walter Vernon, PE, MBA, JD, LEED AP, CEO, President, Mazzetti
Walt has been working to research, consult to, and design healthcare facilities around the world for twenty-five years. He is co-chair of the IEEE White Book, Electrical Systems for Healthcare Facilities. He is the Chair of the NFPA 99 Electrical Systems Technical Committee. He is the Electrical Engineer on the California Hospital Building Safety Board. He is one of the electrical engineers on the Healthcare Guidelines Revision Committee. He is one of three co-coordinators for the Green Guide for Healthcare. He is also chairing the Evidence Assessment subcommittee of the Healthcare Guidelines Revision Committee.
CO-SPEAKER
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Ron Bourgault, PE, LEED AP, Principal, Mazzetti Nash Lipsey Burch
Ron has over 25 years of broad-based electrical engineering experience in healthcare, mission critical, mixed-use, residential, retail, and hospitality structures, as well as experience in the oil and gas industry. Prior to joining M+NLB, Ron spent 15 years as a partner in a Denver engineering firm, responsible for millions of square feet of building space across the country.
Description
Fuel cells have been developing slowly as an energy supply system for health care, despite the clean, reliable power they produce and their low emissions. Many environmentalists suggest fuel cells as strategies for replacing emergency generators. Yet hurdles of cost, system performance, size, and lack of familiarity have prevented the effective implementation in health care settings. This session will examine the barriers and suggest opportunities and developments that will render this a viable future technology. This session will enable attendees to:
Distinguish between fuel cell technologies and their performance characteristics. Define financial strategies for implementing fuel cell technologies. Identify code barriers to fuel cell adoption and developments that will permit radically different emergency power designs. Learn about Kaiser’s implementation of 5 megawatts of fuel cells at its Southern California campuses.
LEARNER OUTCOMES:
Learn about available fuel cell technologies and their performance characteristics.
Learn about code barriers to fuel cell adoption, and developments that will permit radically different emergency power designs.
Learn about financial strategies for implementing fuel cell technologies.
Learn about Kaisers implementation of 5 MW of fuel cells at its Southern California campuses.