P13421: Ice Pile Air Conditioning
/public/

Home

Project Summary Project Information

For an original project description, click on the following link for the Project Readiness Package. For more information click on the following link for the Campus Improvements Project Page.

As an institution dedicated to sustainability, RIT strives to become carbon neutral by 2030. With this goal in mind, RIT is also rapidly expanding and has recently approved a proposal to construct a new ice arena in addition to the existing one. The running costs of an ice arena for surpass a typical building and, in fact, are one of the most inefficient structures in comparison to any building. The inefficiencies stem from the need to sustain a cool environment for the ice as well as a comfortable environment for spectators. Along with the temperature difficulties, the building humidity must be kept as low as possible as not to create fog over the cold ice. With all of this being done to sustain the "most expensive ice in the world", between 100 and 500 cubic feet of ice is discarded behind the building daily. This waste ice will become the focus of our project.

The project goal will be to create a proof-of-concept device proving that the discarded ice can be used in a way such that cooling and conditioning of air can take place at a significantly reduced energy cost than that of a standard air conditioning unit. A successful prototype would demonstrate the cooling of an airflow and a demonstration that ice can be melted in an efficient manor to cool the air.

Part of the project will also set a theoretical plan for scaling of the successful prototype to a scale appropriate to make an impact on the ice arena.

Put photo of project here
Put Sponsor logo(s) here
Project Name
Ice Pile Energy Extraction
Project Number
P13421
Project Family
Sustainable Technologies for the Third World
Start Term
2012-F
End Term
2013-W
Faculty Guide
Rick Lux
585-303-5995
Sponsor (financial support)
RIT Senior Design Budget

Team Members

Alex Gee, Kylie Rhoades, Joseph Cooper, Clara Echavarria, Jonathon Locke

Alex Gee, Kylie Rhoades, Joseph Cooper, Clara Echavarria, Jonathon Locke

Name Role Contact
Alex Gee ME asg4012@rit.edu
Jonathon Locke ME jol6896@rit.edu
Joseph Cooper ME jmc5437@rit.edu
Kylie Rhoades ME kcr4263@rit.edu
Clara Echavarria ME cie4431@rit.edu

Table of Contents

MSD I MSD II

Photo Gallery

Planning & Execution

Systems Design

Detailed Design

Project Review

Photo Gallery

Planning & Execution

Build, Test, Document

Project Review

Final Presentation

Technical Paper

Final Poster

Acknowledgements