How Disney Saves Energy (Hint: It’s Not Magic)

Authors

  • Paul J. Allen P.E. Walt Disney World

Abstract

The Walt Disney World Resort near Orlando, Fla., is among the
most highly visited destinations on earth. Its “campus” consists of
hundreds of buildings that include world-class hotel and conferencing
centers, exotic ride environments, and precisely controlled spaces for
horticulture and animal care.
In addition to a Wall-Street eye on the bottom line, Walt Disney
himself encoded the company’s DNA with an ethic toward conserv-
ing natural resources and the environment that remains to this day
as a program called “Environmentality.” Environmentality is a way of
thinking, acting, and doing business in an environmentally conscien-
tious way—from saving energy and water to reducing waste and other
environmental impacts.
At Disney, energy is a key to success. Air-conditioning, refrigera-
tion, compressed air, and water-moving systems for buildings, rides,
and transportation all run primarily on electricity and natural gas. To
maximize energy conservation and efficiency while minimizing costs
and environmental concerns, the Walt Disney World Resort has imple-
mented a state-of-the-art energy management program (EMP) that can
serve as a role model to owners and administrators of public and pri-
vate facilities.

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Author Biography

Paul J. Allen, P.E. Walt Disney World

Paul J. Allen, P.E., is the chief energy management engineer at Reedy Creek Energy Services (a division of the Walt Disney World Co.) and is responsible for the development and implementation of energy conservation projects throughout the Walt Disney World Resort. Paul is a graduate of the University of Miami (BS degrees in physics and civil engineering) and the University of Florida (MS degrees in civil engineering and industrial engineering). Paul is also a registered Professional Engineer in the state of Florida. The Association of Energy Engineers (AEE) inducted Paul into the Energy Managers Hall of Fame in 2003. (paul.allen@disney.com)

References

How Disney Saves Energy and Operating Costs, Paul J. Allen, P.E., Heating/

Piping/Air Conditioning (HPAC) Engineering, January 2005.

Continuous CommissioningSM in Energy Conservation Programs, W. Dan

Turner, Ph.D., P.E., Energy Systems Lab, Texas A&M University, Downloaded

from http://esl.tamu.edu/cc on Dec. 20, 2004.

ENERGY STAR Buildings Upgrade Manual—Stage 2 Building Tune-Up, US

EPA Office of Air and Radiation, 6202J EPA 430-B-97-024B, May 1998.

Disney’s “Environmentality Program,” Paul J. Allen, Brett Rohring, Proceedings

of the Energy 2003 Workshop and Exposition, August 17-20, 2003.

Information Technology Basics for Energy Managers—How a Web-Based

Energy Information System Works, Barney Capehart, Paul J. Allen, Klaus

Pawlik, David Green, Proceedings of the 25th World Energy Engineering

Congress October 9-11, 2002.

Sustainable Energy Management—Walt Disney World’s Approach, Paul J.

Allen, Proceedings of the Energy 2002 Workshop and Exposition, June 2-5,

Managing Energy Data Using an Intranet—Walt Disney World’s Approach,

Paul J. Allen, David C. Green, Proceedings of the Business Energy Solutions

Expo November 28-28, 2001.

Measuring Utility Performance Through an Intranet-Based Utility

Monitoring System, Paul J. Allen, Ed Godwin, Proceedings of the 23rd

World Energy Engineering Congress October 25-27, 2000.

Walt Disney World’s Environmentality Program, Paul J. Allen, Bob Colburn,

Proceedings of the Business Energy Solutions Expo December 1-2, 1999.

Walt Disney World’s Energy Management Program, Paul J. Allen, Ed

Godwin, Proceedings of the Business Energy Solutions Expo December 9-

, 1998.

Applications of Heat Pipes for HVAC Dehumidification at Walt Disney

World, Paul J. Allen, Khanh Dinh, Proceedings of the 15th World Energy

Engineering Congress October 27-30, 1992

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Published

2023-07-11

How to Cite

Allen, P. J. . (2023). How Disney Saves Energy (Hint: It’s Not Magic) . Strategic Planning for Energy and the Environment, 26(1), 32–45. Retrieved from https://journals.riverpublishers.com/index.php/SPEE/article/view/20075

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