Utilities Articles

Team Spotlight: Central Heating and Cooling Plant

The Central Heating and Cooling Plant, or CHCP for short, is absolutely critical to keep campus operations running smoothly every day. The CHCP produces all chilled water, hot water, and steam needed for heating and cooling most of the large buildings in core campus. The team that works tirelessly to keep the CHCP online is integral to the lives of the entire campus community. The team has over 100 years of experience between them, and is composed of 6 maintenance technicians and 10 operators, as well as Randy Housewright, Maintenance Supervisor and Joe Yonkoski, Superintendent.

UC Davis Awarded $4.77M Grant to Convert Food Waste, Power Unitrans Buses

Tucked away on the west side of campus, UC Davis’ READ facility receives 20 tons of food waste per day from customers including local grocery stores and our own campus dining commons. With the improvements a recent $4.77M CalRecycle grant provides, the READ facility becomes an important part of UC Davis’ strategy to eliminate the use of fossil fuels from its operations and fight climate change.

Turning Trash into Treasure: Food Waste Byproducts Fertilize Fields

Since taking ownership in 2017, UC Davis Facilities Management has dedicated itself to revitalizing the READ facility, working with academic and industry experts to find creative solutions including the development of an ammonia extraction system that processes the ammonia-rich digestate, separating it into nearly ammonia-free digestate and concentrated ammonia. The ammonia-free digestate can be processed at the campus’s wastewater treatment plant, or by other means, locally without adding excess nutrients to inland waters. The concentrated ammonia product has now become a valuable commodity purchased by California Safe Soil as an ingredient in the formulation of a certified organic fertilizer.

Shining a Light on Campus Safety

The exterior lighting team, who manages over 13,000 lights and 5 intersections of traffic signals on campus, works tirelessly to improve campus safety. We sat down with Philip Erickson, who supervises the team, to talk about all the important work they are doing. 

Flush This, Not That

Flush This, Not That!

We need your help! Our pipes are getting clogged more often than expected. It's not just that some of our infrastructure is aging, or that we've installed low-flow toilets in multiple locations to improve sustainability, it's because items are being flushed that you might not know shouldn't be. The list below (while in no way exhaustive) includes many of our top offenders...many of which will surprise you!

Here's a guide to help you make the right choices.

Campus commits $55.5 million to the next phase of Big Shift

Earlier this month, the Chancellor and the Chancellor’s Committee on Campus Planning and Design, or CCCPD, endorsed moving forward with a $55.5 million investment of campus funds for the next phase of the Big Shift – a heating infrastructure overhaul that represents a crucial step in reducing the university’s fossil fuel usage. 

From Rusty to Reliable

In a recent interview, Joel McCoy, Director of Utilities Civil Infrastructure and Operations, shared insights on the campus-wide fire hydrant replacement project. The goal with the new hydrants is to improve the reliability of the campus fire protection system and protect our water resources.

Three planned projects underscore UC Davis’ sustainability leadership

From researching how to more efficiently cool buildings to adding compost bins to classroom buildings, many  units across campus perform invaluable work that allows UC Davis to continuously reach the highest levels of sustainability. Design and Construction Management, or DCM, plays its part in sustainability by facilitating large infrastructure changes in collaboration with other units in Finance, Operations and Administration, or FOA.

UV Lights Shine at the Waste Water Treatment Plant

Brad Butterfield and his team manage the UC Davis WWTP. During a recent tour, they showed the latest technology in using UV light to sanitize wastewater as it passes through the UV light system. A significant overhaul of the system updated the equipment.