University of Arizona Chemistry Building

Project Profile-U of A Chemistry Building

Press Release-U of A Chemistry Building

Originally constructed in three phases (1936, 1948 & 1962) the historic Chemistry Building had outlived its purpose as a laboratory space and was not suitable as a 21st Century education building. The University re-envisioned the project as a collaborative classroom structure incorporating biophilic design elements throughout, blurring the lines between interior and exterior spaces. Red List materials for interior finishes were eliminated, and combined with highly efficient mechanical systems a healthy learning environment has been provided. The project is the first purpose-built collaborative classroom building on campus and will be an important cog in the heart of the University for many years to come. As the winner of ENR’s Southwest Best Renovation 2023 and AIA Arizona 2023 Goodwin Collaboration Awards, the Chemistry Building is truly a demonstration of how an integrated project team can bring a historic building into the future.

SUSTAINABLE STRATEGIES

• Building systems do not use any chlorofluorocarbon (CFC) based refrigerants
• Project promotes alternative forms of transportation through the building’s proximity to bus and rail routes, secure on-site bike storage, and electric vehicle charging stations
• Green cleaning with non-toxic products promotes improved indoor air quality and decreased environmental impact
• Interior materials including paints, coatings, adhesives, sealants, carpe􀆟ng, cabinets and furnishings have low or zero VOC’s to improve indoor air quality
• Premium materials with Environmental Product Declarations (EPDs) were selected for the project
• Enhanced Commissioning procedure ensures that building systems continue to operate at peak performance

PROJECT RESULTS

• LEED for New Construction SILVER level achieved
• 16% energy cost savings above ASHRAE 90.1-2010 standard
• 100% annual energy use covered by Green Power
• 53% reduction of potable water for irrigation
• 90% construction & demolition waste diverted from landfill