Sewer Maintenance District 3 Regional Sewer Project
The project will abandon the existing Wastewater Treatment Plant (WWTP), construct a new pump station, and construct a new pipeline to convey wastewater from the WWTP to the City of Roseville’s Dry Creek WWTP. For more detail, please visit our SMD3 Regional Sewer Project Page.
Mid-Western Placer Regional Sewer Project
The project will abandon the existing Wastewater Treatment Plant (WWTP), construct a new pump station, and construct a new pipeline to convey wastewater from the WWTP to the City of Lincoln's WWTP. For more detail, please visit the Midwestern Placer Sewer Regional Project website.
None at this time, please check back later.
Applegate Wastewater Treatment Plant Closure & Pipeline Project (2012-2013)
Installed a pump station and pipeline to convey Applegate's wastewater to the existing sewer collection system that conveys wastewater to the SMD 1 WWTP on Joeger Road in North Auburn. The treatment ponds at the Applegate Wastewater Treatment Plant (WWTP) are no longer in use and are expected to be decommissioned in 2014.
Auburn Ravine Lift Station Upgrade
Upgraded the Auburn Ravine Lift Station in order to meet the current peak wet weather wastewater flow volumes and accommodated the wastewater generated in the lift station's service area due to planned growth identified in the Placer County General Plan.
Dry Creek Isolation Valves Installation
Increased the number of isolation valves to increase efficiency of system maintenance and minimize the potential for sewage spills.
Sewer Maintenance District 2 (Granite Bay Area) Trenchless Pipe Repairs
Repaired 2,000 linear feet of pipeline using pipe lining technologies.
Denitrification Treatment Process: Sewer Maintenance District 3 (Horseshoe Bar Road Area)
Helped meet State Discharge Permit requirements regarding final nitrate effluent limits.
Sheridan Wastewater Treatment Plant Upgrade and Expansion
Increased the capacity of the wastewater treatment plant by expanding the spray field operation, and increased system automation to minimize operational costs.