Water Reliability Projects


EWEB has been working for several years on water reliability projects to ensure safe, reliable water continues to flow in our community. In addition to programs aimed at protecting water at the source, we are renovating the Hayden Bridge Water Filtration Plant, investing in our existing infrastructure, including replacing water mains and improving water pump stations, and developing neighborhood emergency water stations.  

Settling basins at Hayden Bridge Water Filtration Plant
Our community is investing in water

Just as your household invests in an emergency kit, EWEB is making investments to prepare, replace and maintain our community's water system.

Emergency Water Stations

EWEB is working with community partners to develop an emergency water supply program that would include several permanent distribution sites located throughout the community using groundwater wells, as well as mobile water trailers. Our plan calls for the development of five geographically dispersed well sites by 2022. As of October 2019, two sites are operational:

Water Storage Tank Improvement Projects

In the next decade, we plan significant upgrades to the existing water storage systems at EWEB's College Hill and Hawkins Hill sites, and a new water storage facility near East 40th Avenue and Donald Street. The proposed projects will be built to seismic and contemporary operating standards, providing more than 40 million gallons of resilient, safe water storage.

Would you like to receive news and updates on EWEB's Water Storage Tank Improvement Projects?
Click here to join our project email list.

Filtration Plant Improvements

We have invested more than $30 million upgrading, expanding and renovating our Hayden Bridge Water Filtration Plant. Over the past ten years, we have completed a series of seismic upgrades to the plant, including reinforcing basin walls and filter buildings and disconnecting an old flume from the filtration building. In 2019, we will complete a project to replace the gas chlorine system. Once operational, the system will be able to generate liquid chlorine at the plant site.