SUNY Brockport to receive energy efficiency projects grant
State University of New York at Brockport has received a $75,000 grant to assist in financing a $5.8 million energy efficiency project at the Harrison Dining Hall facility on campus. "Our state university system, including SUNY Brockport, should be commended for being at the forefront when it comes to energy efficiency," said Senator Maziarz, who announced the grant award. "The energy saving measures, identified by a New York Power Authority audit, will assist the college in lowering their energy consumption and cost during a time of fluctuating prices in our energy markets."
"From our founding in 1867, SUNY Brockport has evolved to provide a dual mission encompassing both the liberal arts and professional education while assuring student success to thousands of individuals from across New York state and the nation," said Dr. John R. Halstead, SUNY Brockport president. "Our college will now initiate an energy efficiency project aimed at reducing the use of electricity, ultimately resulting in energy savings of $50,000 annually. This, too, is an important message to our students and alumni that energy savings and respect for the environment are important values."
Based on an energy audit, the college has agreed to implement the following energy saving upgrades at the Harrison Hall Dining Facility. They include:
- Replacement of incandescent lighting fixtures in the dining hall with efficient compact fluorescent and T-8 fluorescent lighting.
- Replacement of electrical kitchen equipment including walk-in coolers and freezers, refrigerated countertops, dishwasher conveyors and warming cabinets.
- Installation of new kitchen exhaust fans operating with variable speed drives. The new fans will be equipped with carbon dioxide, monoxide, thermostatic and heat sensors to detect the condition of the air exhausted.
- Replacement of all gas-fired kitchen equipment at the dining hall including steam trays, dish washers, stoves, heaters, kettles and ovens.
- Renovation of the roof and entrances/exits.
- Installation of a variable air-volume system, replacing the constant-volume system, which reduces the air flow to space within the building.