Automated shades are utilized when excessive direct sunlight is present, minimizing glare and solar heat gain. Strategically placed pendant-mounted CMH downlights provide general illumination to the student-run aquaponics area, where plants are cultivated without soil in mineral rich water, and also to the bridge connecting the winter garden to the lobby, the bio fuel lab, and the classrooms.
Loyola University, Institute of Environmental Sustainability
Chicago, IL
The Loyola Institute of Environmental Sustainability combines academics and research with sustainable agriculture and community living. The Institute houses the university’s nationally recognized sustainability programs preparing students to become leaders in environmental research, policy, and justice.
Schuler Shook’s lighting design challenge was to mirror these sustainable themes to reinforce the concept of this unique building. To achieve this, designers employed environmentally-friendly strategies such as maximizing the use of daylight, utilizing energy-efficient, low-mercury content sources, and controlling fixtures via a digital dimming system and occupancy/vacancy sensors.
The Ecodome, the soaring glass feature of the complex, provides ventilation, collects rain water, and provides natural light for the plants growing inside. When daylight is abundant, lighting fixtures are turned off as part of the daylight harvesting strategy employed throughout all the daylit spaces.
The Geothermal system, housed in the student lounge beneath the winter garden, reaches 500-feet below ground, where the temperature remains 58° all year long. This system heats and cools the building, cutting yearly costs by approximately 30%. To draw attention to this unique system beneath the floor of the student lounge walkway, 12” LED fixtures with a cool color temperature were concealed on either side of the well.
With 110 LEED points submitted, the project is currently being considered for LEED Platinum certification.
The sustainable design of the building, which is targeted for LEED Platinum, required designing the lighting with the minimum possible power density; avoiding light pollution and light trespass; maximizing the use of daylight, while controlling glare; using energy efficient-sources with low mercury content, and dimming/turning off fixtures when daylight is present or when spaces are unoccupied.
Project Details
Service
Sector
Architect
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Solomon Cordwell Buenz
Recognition
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IES Illumination Design Award of Merit, 2014
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GE Edison Award for Environmental Design, 2013