Session Abstract This presentation will address how air entrained in a hydronic system fluid negatively affects the start-up, TAB, Cx, first-year warranty period, and ongoing operation ...
Session Abstract We present an energy management system (EMS) which demonstrates a model predictive control technique to ensure energy balance within district energy systems (DES). ...
Session Abstract This presentation will discuss how a district energy system can provide an even greater benefit to a campus setting that is developed and constructed from the ground ...
Session Abstract Following Caltech’s Utility Master Plan (2018), this feasibility case study aims to eliminate fossil fuel combustion for heating and proposes converting 72 buildings ...
Session Abstract Cornell University has taken a big step in converting its main campus in Ithaca, New York, from traditional steam heat to low-temperature hot water. The University ...
Session Abstract This unique project is for a campus wide steam to Low Temperature Hot Water (LTHW) with ground source heat pumps. In order to reduce the overall carbon emissions produced ...
Session Abstract A cross-functional team of key stakeholders was established to develop a roadmap for the successful operation of MIT’s Central Utilities Plant (CUP), taking into consideration ...
Session Abstract Legacy Power Plants are facilities that require additional effort to keep up with the ever-changing demands of technology and reliability. This presentation looks ...
Session Abstract This unique project was for 44 MW CHP addition to the existing central utility Plant at MIT. Project included two Solar Titan 250 dual fuel / SoLoNOx combustion turbines ...
Session Abstract Being plant-based, liquid biofuels, such as biodiesel, have the potential to provide carbon-neutral power over its lifecycle basis. Solar Turbines is at the forefront ...
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