 
          CEI. view . fall 2012
        
        
          17
        
        
          
            GOING GREEN
          
        
        
          The University is developing the largest Gold LEED certified building in the region, providing a structure
        
        
          designed and built to the highest environmental architectural standards that other universities and
        
        
          businesses can then emulate.
        
        
          For example, the CEI’s Termobuild air distribution system uses
        
        
          less energy than a traditional system by transferring air through a
        
        
          living wall of plant material in the atrium to naturally filter the CO
        
        
          2
        
        
          content of the air.
        
        
          
            SOME OTHER CEI ENVIRONMENTALLY FRIENDLY
          
        
        
          
            TECHNOLOGIES INCLUDE:
          
        
        
          • Low-energy lighting systems
        
        
          • A Termodeck pre-cast hollowcore concrete plank
        
        
          terminal air delivery system utilizes the thermal
        
        
          mass of the building structure to reduce peak
        
        
          loads and air volumes, while reducing mechanical
        
        
          equipment and air ducting
        
        
          • Glass and solar active systems (top left) for advanced
        
        
          lighting control
        
        
          • A green roof (middle left) to collect and filter rain
        
        
          water to provide gray water
        
        
          • An exposed structural system comprised of various
        
        
          materials and assemblies: post-tensioned concrete,
        
        
          long-span, high-bay lab structure, light steel roof and
        
        
          ‘glu-lam’ wood
        
        
          • A Bio-filter living wall filters and re-oxygenates
        
        
          indoor air. Re-circulated air is removed of its toxins
        
        
          and passively humidified
        
        
          • Sensors installed throughout the building will
        
        
          continually monitor air quality, heating, lighting and
        
        
          cooling systems using specially designed software
        
        
          integrated into the workings of the structure
        
        
          • High-performance glazing, exterior vertical shading,
        
        
          (bottom left) occupancy and daylight sensors,
        
        
          demand-controlled ventilation with carbon dioxide
        
        
          sensors and energy recovery ventilator
        
        
          • Solar outdoor pole lighting
        
        
          The green goal extends outside, says John Quinn, principal,
        
        
          Quinn Design Associates Inc. “Existing trees have been maintained
        
        
          wherever possible. Landscape elements such as an extensive
        
        
          bioswale (landscape elements designed to remove silt and pollution
        
        
          from surface runoff water) in the parking lot will enrich learning by
        
        
          making sustainable ecological practices visible to students.”
        
        
          
            Solar panels
          
        
        
          
            The green roof
          
        
        
          
            Exterior sun shades