Advanced Nuclear for District Energy

Decarbonization has become a top priority for institutions, fueled by a united goal to address one of the most pressing issues of our time - climate change. In parallel, as electricity demand projections skyrocket, a global energy transition is racing forward ushering a host of new technologies. Amid the changes and uncertainty present in utility markets, the development of advanced nuclear technologies holds great promise for resilient, carbon-free energy supplies. This presentation will discuss how microreactors are emerging to serve the needs of district energy systems, considerations in evaluating microreactor options, and barriers that must be addressed as the technology moves toward commercialization. 

Presented by: Kevin Fox, PE, Engineering Manager, Burns & McDonnell

Kevin Fox, PE

Engineering Manager

Burns & McDonnell

Kevin is the national engineering manager for Burns & McDonnell’s OnSite Energy & Power business lane. His responsibilities include program leadership, business development, operations support, and strategy advancement across the national practice.

Kevin has spent the past 20-plus years dedicated to developing distributed generation, district energy, microgrid, and decarbonization projects for clients across North America, with experience on more than 50 college and university campuses.

Kevin is a licensed professional engineer in 13 states and holds a bachelor of science degree in Mechanical Engineering from Texas Tech University.

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Open to view video.  |  81 minutes
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0.14 CEUs credits  |  Certificate available
0.14 CEUs credits  |  Certificate available