LEED Double Platinum Certified!
Associated Students is committed to sustainability and it shows in its work on campus projects and through the work of the Green Love sustainability advisory board.
Associated Students of SDSU prides itself as a leader, trendsetter, history maker and role model for sustainability on the San Diego State campus and in the California State University system. Nearly 80 percent of the materials from the original student union, Aztec Center, have been recycled or reused in Conrad Prebys Aztec Student Union.
Architect: Cannon Design
Building Contractor: Sundt Construction
What is LEED Platinum certification?
Leadership in Energy and Environmental Design (LEED) is a "green," or sustainable, building design-rating system developed by the U.S. Green Building Council, also known as the U.S.G.B.C. The system provides standards for environmentally sustainable construction and it includes three levels of certification: silver, gold and platinum.
Aztec Student Union was designed as LEED Platinum-certified project according to the U.S.G.B.C. Upon completion, Conrad Prebys Aztec Student Union was the only LEED Platinum-certified student union in the California State University. The facility then earned its second LEED certification for Existing Building Operations and Maintenance just two years after opening.
To achieve the highest rating — platinum — Associated Students hired Simon & Associates Inc., a consultancy, to work directly with architects and contractors. Associated Students of SDSU Sustainability Coordinator Glen Brandenberg, who has overseen a variety of sustainability upgrades to A.S.-managed facilities in addition to serving as advisor to the Associated Students Green Love sustainability board, oversees LEED aspects of the facility.
40% Energy Reduction
Reduces environmental and economic impacts associated with energy use
Increases ventilation effectiveness and control
Underground stormceptor removes pollutants from stormwater runoff
Underground Storage Tank
Collects rainwater eliminating discharge into storm sewer system
Reduces dependence on artificial lighting
On-site renewable energy to reduce carbon consumption
Radiant Floor Plan
Concrete structural slab provides heating and cooling mass
Reduces heat island effect while promoting natural habitat