Ford Hall was completed in 2009. It is LEED certified at Gold level and one of the most energy-efficient buildings of its type.
Because lab venting hoods are always on, science buildings must have a constant supply of fresh air. One of Ford Hall's most impressive controls is the energy recovery system, which allows fresh air changeover without losing the heat in used air. In addition, by separating the building into laboratory and office areas, some heated/cooled air can be reused in the office area, which includes a large atrium. The office end has operable windows. Classroom lighting is monitored by ballast controls that adjust to natural light levels, are motion-sensitive, and 40 percent more efficient compared to traditional classrooms.
During construction, Ford Hall achieved a 95 percent waste recycling rate, significantly higher than the usual 70 to 75 percent. Recycled materials were also used in construction.
The building uses a 19,000-square foot green roof planted with sedum, a succulent plant that has water-storing leaves, to help recapture and filter substantial amounts of rainwater, which is stored in a 30,000-gallon tank under the landscaping and used in laboratory sinks and toilets throughout the building. The green roof allows Ford Hall to use about 40 percent less heat and 60 percent less water. In 2012, a 44.66 kilowatt solar array was added to Ford Hall's roof.
Partial content provided by Stephanie Huynh '15.