ºÚÁϳԹÏÍø±¬ÍøÕ¾

Bicycle racks placed adjacent to the entrance to Adams Hall encourage alternative transportation in order to reduce the environmental impacts of automobile use. The building's addition footprint was limited to reduce disturbance to the site. New impervious surface totaled less than 700 square feet.

Strategies involved in the conservation of water resources for the Adams Hall project followed the USGBC guidelines of installing landscaping that does not require irrigation. By specifying low-flow plumbing fixtures that have sensors and automatic controls the use of water is significantly reduced.

New mechanical and electrical systems designed for Adams Hall were optimized to reduce energy demand. High-efficiency motors, fans with variable speed drives, increased insulation, zoning of the building, and digital monitoring and control of HVAC systems allow for reduced energy consumption. ºÚÁϳԹÏÍø±¬ÍøÕ¾ also replaced the windows with new low E, insulated windows that were designed to match the historic size, shape, and character of those being removed. New lighting fixtures use energy-efficient lamps. Occupancy sensors that are part of a lighting control system turn off lights in offices and classrooms when not occupied. Natural daylight through existing window openings, new skylights, and from the new addition, reduces the need for artificial lighting. ºÚÁϳԹÏÍø±¬ÍøÕ¾ College retained the services of an independent commissioning agent to review the design and installation of mechanical systems as part of the renovation project.

The most sustainable construction strategy is to reuse what is currently there. The renovation of Adams maintained the entire exterior shell. During construction, the condition of the multiple wythe exterior brick walls was observed to be in poor condition. This necessitated reinforcing at the floor levels and above the arched window openings. The repairs will ensure that the 150-year-old structure will continue to serve the college for many years to come.

374 tons of construction wastes and debris were removed from Adams Hall during construction. Of this, 134 tons were sorted for recycling and diverted from landfills.  In addition to preserving and reusing as much of the existing building as possible, new materials were selected that included recycled content, were manufactured regionally, and would be durable and long-lasting.