BREEAM Excellent (70.9%)
Version: BREEAM In-Use USA Parts: 1 & 2
Owner: University of California, Davis
Assessor Company: Healthy Buildings
Management Team: UC Davis Facilities Management
As one of the most sustainable universities in the world, UC Davis saw great value in lowering carbon emissions using this science-based standard
Built in 2001 and located in Davis, CA, Plant and Environmental Sciences is a 3-story, 126,651 ft2 building that provides state-of- the-art facilities for research. Laboratories make up 80% of the building with the rest consisting of faculty offices from the Departments of Plant Sciences and Land, Air and Water Resources. The Green Building Team chose this building to pilot the BREEAM In-Use program because the building had undergone recent upgrades to increase energy efficiency, reduce water use, and improve indoor air quality and wanted to recognize the completed work.
â€śOut of nearly 700 buildings that make up the campus of UC Davis, we identified only 10 that couldÂ meet prerequisites with known green building rating systems. With the BREEAM In-Use standardÂ now available for the US marketplace, we wanted to identify if BREEAM was a better fit for theÂ bulk of our building inventory. The team was very pleased with the flexibility and simplicity of using BREEAM as a truly accessible program to help us move forward with our sustainability goals.â€ťÂ Amy Burns, Green Building Coordinator, Green Building Team
UC Davis is one of the most sustainable universities in the world. According to the University of Indonesia GreenMetric World University Ranking, it ranks No. 1 in the 2016 assessment of 516 colleges and universities in 74 countries for environmentally friendly campus operations and policies, and research and education on sustainability. UC Davis is also a Top 10 â€śCool Schoolâ€ť in Sierra magazineâ€™s ranking of Americaâ€™s greenest colleges and universities. As a global leader in sustainability, UC Davis understands the impact that buildings have in the big picture of sustainability and are eager to make a difference by lowering carbon emissions across campus.
Although UC Davis relies on the Solar Farm to lower their carbon footprint, they also realize how important it is not to â€śsolarizeâ€ť your inefficiencies. The facilities team has been outstanding in improving building operations. Recent upgrades include:
- In 2014, the Facilities Management Energy Conservation Office performed an HVAC retrofit on the laboratories, which resulted in 36% total energy savings. The following activities contributed to major energy savings:
– Temperature setbacks.
– Reduced exhaust velocities established through wind tunnel studies.
– Reduced air flow rates when building was unoccupied.
– Replaced ten existing exhaust fan motors with new high efficiencyÂ motors.
– Upgraded to new relays and direct digital controls (DDC).
– Established occupancy-based lighting and HVAC control for spaces and fume hoods.
- Low-flow fixtures.
- Energy Star computers.
- New LED lighting with HVAC control protocols in use to minimize energy consumption and lower carbon footprint.
â€śAs a university at the forefront of conducting research to improve the built environment, UC DavisÂ is a superb example of an institution that walks the sustainability talk. The Green Building TeamÂ made my job easy because they came with support from UC Davis leadership and had their strategic roadmap clearly defined. Surrounded by an atmosphere of science, the team was excited to learn how to use the BREEAM In-Use system on the Plant and Environmental Sciences building.â€ťMark Klein, Project Manager, Healthy Buildings
UC Davis Key Sustainability Facts:
- 14,000 metric tons (9%) of campusâ€™ carbon footprint reduced by the 62-acre Solar Farm–the largest installation in the UC system and largest â€śbehind-the-meterâ€ť solar plant on a US college campus offsetting electricity demand.
- 14% of campusâ€™ power supply comes from the solar installation.
- $5 million (15-20%) of savings annually at maturity from optimizing HVAC control systems for all campus buildings.
- 15,500 tons of material reduced, reused, recycled, and composted in 2015-2016.
- 61 million gallons of potable water (9% of campusâ€™ total potable water use for a year) saved annually by switching to recycled water in four cooling towers at UC Davis.
- The campus aims to be carbon neutral by 2025.
â€śAfter going through the process of using the BREEAM In-Use tool, it was really evident how BRE has simplified the process for benchmarking buildings. By following the suggested next steps, the results showed us in real time how operating performance of the building could be improved to lower costs and get closer to meeting our goal of being carbon neutral by 2025.â€ťJoshua Morejohn, Energy Manager, Energy Conservation Office
- 7% of energy in this building comes from the campus Solar Farm
- Well connected to the public transport network providing building occupants with a range of sustainable transportation alternatives
- Water-efficient fittings including low-flow fixtures
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