Willamette River Cleanup

It’s Your River. It’s Your Voice. It’s Your Choice.

Contribute to support the work of the Portland Harbor Community Advisory Group.

Community Event: Eat, Dialogue, Watch & Listen

Now is the time for communities on the front lines to unite, and honor/learn from our ancestors. This gathering is open to all and will generate inspiration, visions, power and protection.

News on the River: February 2025

Community News & Updates for February 2025

Portland Harbor CAG Public Meeting: February 12, 2025

Topic: EPA Clean Air Act Compliance Fenceline Air Monitoring in Portland’s CEI Hub

Portland Harbor CAG Public Meeting: November 19, 2024

Presentation: Bob Wyatt, Sediment Remediation Preliminary Design Report, Gasco

Bob Sallinger

Oregon's environmental community has suffered a grievous loss with the passing of Bob Sallinger. Read the November 10 Column by Steve Duin "Farewell to Portland’s force of nature" Read about Bob in the Willamette Week article by Nigel Jaquiss. and in The...

About the Portland Harbor Cleanup Site

The Portland Harbor Superfund Site spans 10 miles of the Lower Willamette River. The river sediments, surface water, and the fish that reside in the harbor have high levels of PCBs, PAHs, dioxins/furans, DDT and other pesticides which present an unacceptable risk to people’s health, especially subsistence and tribal fishers, and to the environment.

Under EPA cleanup plan, contaminated sediments at the site will be addressed through dredging, capping, enhanced natural recovery, and monitored natural recovery. Approximately 394 acres of sediment, out of 2,190 total acres in the site, will be actively remediated with dredging and capping, including removal of over three million cubic yards of contaminated sediments. Approximately 1,774 acres of the site with lower contaminant levels are expected to recover naturally over time.

Active cleanup construction work is expected to take about 13 years and cost $1 billion. Following the active cleanup construction phase, EPA expects a 100-fold reduction in contamination-related cancer and other serious risks. The river’s natural recovery process will further reduce these risks.