RFS Engineering appointed Emerald and Preferred Mechanical Services to work with the design team in providing solutions for this complex project. Due to budget constraints, a geothermal system was not installed within this phase, so long-term allowances were made. However, the use of a reclaimed heat design to decrease and almost eliminate heating bills within the new Snyder Center was extremely appealing to the client. In addition, the plan allowed for provision of air conditioning-chilled glycol in the Snyder Center and the ability to use more waste heat. Finally, a BRR Reclaimed Heat Dehumidifier was planned for installation, serving both rinks and allowing the natural gas-burning desiccant dehumidifiers to remain dormant in standby mode. The proposed design is to install twelve ice³ Cubes, totaling 252 TR, which will serve the BRR and the AC load in the Snyder Center. A direct Digital Control System will provide control of the refrigeration and interface of the existing building automation systems. Also planned for installation are cold floor cube decouplers, AC cube decouplers and 1,000 gallons of thermal heat storage. An indoor fluid cooler will be employed as well, in order to maintain the aesthetics of the facility. The aggressive transition strategy is to ice out one sheet at a time so that by utilizing a rental chiller the existing plant will keep one sheet of ice in during the entire plant replacement. The ice³ Cubes will be fabricated onto two-tier stands, pre-piped and prepared prior to the installation.