This project combined permeable pavers and a cistern to filter and store storm water from approximately 9 acres. The installation of permeable pavement and infiltration planter wells remove litter and sediment at the intersection of Hopkins Street and Milvia Street. The soil and plants provide bio-remediation of storm water before runoff enters Codornices Creek. This project was funded by…
This project includes a 90,000 gallon cistern and a 140 feet long bio-swale that will improve storm water quality and reduce peak storm water run-off flow. This project was funded by Measure M.
Storm water runoff from Vine Street is captured in an inlet and routed into a planted bio retention area (rain garden) inside the traffic circle. This area reduces water volume on the street by holding the water temporarily, allowing it to infiltrate slowly through the vegetation and porous soil and recharge groundwater. This project was funded by…
The intersection contained a large concrete traffic island. This location was identified as an opportunity to install a bio-swale while at the same time slightly altering the shape of the island to provide traffic calming while maintaining emergency vehicle access to the residences and to transit through this part of the City. This project was funded by…
This project will resurface approximately 1.7 miles of City streets and repair or replace curb ramps, curbs, sidewalks, drainage inlets and pipes, gutters, street signage and striping.
This project will resurface approximately 2.3 miles of City streets, and consists of pavement rehabilitation and surface seal. In addition to street pavement, the project incorporates many other improvements as part of a “complete street” approach that repairs or replaces street infrastructure such as curb ramps, curbs, sidewalks, drainage inlets and pipes, gutters, street signage, and…
The City of Berkeley Public Works Department will be rehabilitating the street pavement at several locations throughout the City. Timeline Construction is expected to begin in July/August 2022 and will take approximately three months to complete depending on weather and unforeseen conditions. Construction in the immediate vicinity may not extend for this entire period.…