Combined Heat and Power Systems in University Environment

Authors

  • Theodore A. Kozman Mechanical Engineering, Uni- versity of Louisiana Lafayette
  • Christopher M. Reynolds Engineering and Technology Management from the University of Louisiana at Lafayette
  • Jim Lee Engineering Management at the University of Louisiana Lafayette

DOI:

https://doi.org/10.13052/dgaej2156-3306.2544

Keywords:

CHP, building sector, university central plant, district heat- ing, power reliability

Abstract

Combined heat and power (CHP) technology is still underutilized
in the building sector due to the concern of insufficient economic returns
related to the seasonal heating and cooling loads and the initial costs of
installing these applications. In order to justify the use of CHP systems,
the thermal energy created has to be used in a fashion that is favorable
to the building’s environment. The thermal load is used for heating, hot
water, and thermal-driven cooling and humidity controls. This includes a
variety of CHP technologies along with absorption chillers or desiccant
dehumidification systems.
This article provides a summary on some of the CHP installations
in university environment. The constant influence of changing technolo-
gies and higher utility rates has forced universities and colleges to make
energy management improvements. The literature survey on these uni-
versities is not vast because the new and improved systems are still in
their beginning years and have not established concrete success stories.
They have, however, shown enormous decreases in consumption and
begun to establish very profitable returns on their investments.

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Author Biographies

Theodore A. Kozman, Mechanical Engineering, Uni- versity of Louisiana Lafayette

Theodore A. Kozman is Professor in Mechanical Engineering, Uni-
versity of Louisiana Lafayette. He is Director of Department of Natural
Resources (DOE grant) assigned Louisiana Industries of the Future
Teams (LIFT) for statewide interaction with major industry energy users
to develop roadmaps for the major energy problems, and Director and
Founder of Louisiana Industrial Assessment Center to assist manufactur-
ing in reducing energy, waste reduction and productivity improvement.
He received his Ph.D. in Engineering Science and Mechanics from the
University of Tennessee. Email: kozman@louisiana.edu

Christopher M. Reynolds, Engineering and Technology Management from the University of Louisiana at Lafayette

Christopher M. Reynolds is Senior Engineer at Schneider Electric.
He is managing energy and mechanical engineering efforts on Perfor-
mance Contracting (PC) Projects for the Southeast Region. He received a
Bachelor of Science in Industrial Technology and completed his Master’s
degree in Engineering and Technology Management from the University
of Louisiana at Lafayette. While attending UL Lafayette, Chris worked
with Louisiana Industrial Assessment Center and participated in over
45 assessments of energy usage throughout Louisiana’s industrial sector.
Email: Christopher.Reynolds@buildings.schneider-electric.com

Jim Lee, Engineering Management at the University of Louisiana Lafayette

Jim Lee is Professor in Engineering Management at the University
of Louisiana Lafayette and Associate Director of Louisiana Industrial As-
sessment Center. He received his M.S. and Ph.D. degrees in Industrial
and Management Engineering from the University of Iowa. His research
areas include simulation, statistical analysis, decision support systems,
and computer-integrated production systems.
Email: jlee@louisiana.edu

References

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Published

2010-10-19

How to Cite

Kozman, T. A. ., Reynolds, C. M. ., & Lee, J. (2010). Combined Heat and Power Systems in University Environment. Distributed Generation &Amp; Alternative Energy Journal, 25(4), 52–63. https://doi.org/10.13052/dgaej2156-3306.2544

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Articles