Specifications include, but are not limited to: This project will replace the two low pressure steam boilers in the power plant, one of which has been condemned and tagged out by the boiler inspector, with a state‐of‐the‐art, high‐efficiency, condensing hot water boiler system. Steam piping within the boiler room would require replacement; however, all piping leading outside the boiler room is already hot water. To allow flexibility and longevity, the new system is expected to operate as two primary boilers, with a third as back‐up for the capacity on the coldest days, and will replace multiple heat exchangers, pumps, steam traps, valves, strainers, fittings and electrical components. Variable frequency drives will improve the efficiency of the new pumps. The existing glycol system will need to be pre‐tested, tested, cleaned and flushed. New building automation system controls will allow remote monitoring of the boiler plant. The steam‐fired domestic water heater is expected to be replaced with 2 high‐efficiency, gas‐fired, 100‐ gallon domestic water heaters with stainless steel heat exchangers and the existing recirculating system will be reconnected to it. New pumps and balancing valves are anticipated. New roof penetrations and patching and exterior wall penetrations and patching is anticipated as part of this project. These will need to comply with Minnesota State Facility Design Standards. Concrete equipment pads will need to be removed and replaced according to the new layout and the floor patched. Asbestos is not anticipated in this room. The boiler runs on natural gas with propane as a back‐up fuel to allow billing at the 20% reduced interruptible rate. The campus would like assistance seeking rebates from the utility.