Environmental justice activists are celebrating a small victory in the long-standing struggle to clean up toxic pollution along the south Richmond shoreline: Last week, the US EPA called on the California Department of Toxic Substances to holistically manage numerous contaminated sites along the Richmond shoreline, and urged “an effective remediation of the area that would be fully protective of human health and the environment.”
The area, which stretches from the Marina Bay to Hoffman Marsh/ Central Avenue suffers from the toxic legacy of shipyards (Marina Bay), chemical manufacturing (by Stauffer Chemical, subsequently Zeneca), a mercury fulminate plant (on UC’s Richmond Bay Campus), a battery recycling plant (Liquid Gold), and a former industrial dump (Blair Landfill). The Blair Landfill site even has radioactive hot spots, which are also legacy of Stauffer/Zeneca pesticide manufacturing.
For over a decade, a group of tenacious volunteers, under the auspices of the Richmond South Shoreline Citizen’s Advisory Group, has been working to ensure the comprehensive clean up of the area. The toxic chemicals, vapors, and heavy metals chemistry is too complicated for most to understand, but the contamination affects everything from the mudskippers that live in Stege Marsh, to the crayfish in Baxter Creek, the offshore fish which locals eat, and the birds who use the former Stauffer Chemical evaporation ponds (“fresh water lagoons” of HA 2).
EPA’s letter is a welcome response to a community which has fought this legacy of environmental racism. The Citizens Advisory Group meets with the DTSC, the Responsible Party/s at 6:30 p.m. on the Second Thursday of the month (except June and December) in the basement meeting room of the Community Services Building at Civic Center. The public is welcome.
RPA Steering Committee member Tarnel Abbott lives less than ¼ mile from the site in the Panhandle Annex neighborhood, she is a member of the Richmond South Shoreline Citizen’s Advisory Group along with City Councilmember Gayle McLaughlin.