PCB contamination continues to plague the Hudson: The time to act is now
August 22, 2016
- A federal NOAA study finds that additional dredging of the left-behind PCB hot spots is necessary to reach the fish consumption levels in the timeframes anticipated by EPA. The current remedy will take almost an additional half a century to reach critical milestones for fish consumption. If additional dredging is required, the time to reach those milestones would be cut almost in half. The additional work would bring the cleanup timeframes closer to what EPA originally expected.
- The advisory to the public to limit eating Hudson River fish is utterly failing to protect human health. Despite these warnings being in place since the 1970s, people continue to eat fish from the Hudson River, many of them fishing to help feed their families. And yet EPA’s remedy relies heavily on this fish consumption advisory as the primary method to protect human health post-dredging. Failure of the fish advisory is a failure of the remedy.
- Recent studies by Dr. David Carpenter indicate that the volatilization of PCBs from the Hudson River may be an exposure pathway that was not previously considered by EPA. The exposure can be limited and reduced by removing additional PCBs by dredging some of the remaining areas in the Upper Hudson.
- The current information about the risks posed by PCBs is much clearer than in the past. PCBs have recently been declared a “human carcinogen” - at the time of the remedy selection the chemicals were known as a “probable human carcinogen”.
Related campaigns
Hudson River PCBs
Without effective action, the health risks and impacts to those living, working, and playing within the 200-mile stretch of the Hudson River PCBs Superfund Site will persist for generations to come
Remediating and preventing contamination
Cleaning up decades of pollution and preventing more requires scientific understanding, targeted legal action, and sustained advocacy
Saving Hudson River fish
Protecting iconic species vital to our local ecosystems