Sharon Heights Recycled Water Project

As California comes out of its most severe drought in recorded history, California communities must get creative about how water is used.   Recycled water projects present a unique opportunity to reduce potable water use by reusing water for non-potable purposes, including outdoor irrigation. The West Bay Sanitary District “Recycled Water Project – Sharon Heights” will help reduce potable water use by constructing a satellite recycled water treatment facility at the Sharon Heights Golf Club (SHGCC) to use recycled water to irrigate the golf course. 

West Bay Sanitary District is implementing the “Recycled Water Project – Sharon Heights” as a two phase project involving, the construction of satellite treatment facility designed to treat a max day flow of 0.5 Million Gallons a Day (MGD), a wastewater pump station to divert flow to the treatment facility, 1,580 LF of pipeline to discharge solids to an existing sewer, a recycled water distribution line to SHGCC irrigation water storage pond. 

West Bay Sanitary District is implementing the “Recycled Water Project – Sharon Heights” as a two phase project involving, the construction of satellite treatment facility designed to treat a max day flow of 0.5 Million Gallons a Day (MGD), a wastewater pump station to divert flow to the treatment facility, 1,580 LF of pipeline to discharge solids to an existing sewer, a recycled water distribution line to SHGCC irrigation water storage pond. 

The image shows a facility with pipes, valves, and equipment, likely for water or wastewater management, set against a landscape.
A man stands on a metal grating surface near a maintenance access point, holding tools and preparing for work outdoors.
A person in a dark jacket and cap is using a hose to spray inside a metal tank in a workshop setting.
The image shows three blue and white blowers labeled 1, 2, and 3, along with pipes and control panels in a concrete space.
A man in a black sweatshirt and gloves operates a digital control panel in a utility room, focused on a screen.
The image shows a facility with pipes, valves, and equipment, likely for water or wastewater management, set against a landscape.
A man stands on a metal grating surface near a maintenance access point, holding tools and preparing for work outdoors.
A person in a dark jacket and cap is using a hose to spray inside a metal tank in a workshop setting.
The image shows three blue and white blowers labeled 1, 2, and 3, along with pipes and control panels in a concrete space.
A man in a black sweatshirt and gloves operates a digital control panel in a utility room, focused on a screen.