A new report out this morning ties toxic coal ash to pollution of water supplies with the cancer-causing chemical hexavalent chromium.
Here’s the announcement:
Just weeks after recent headlines about hexavalent chromium, a cancer-causing toxic chemical, contaminated drinking water systems around the U.S., a new report shows that scores of leaking coal ash sites across the country are additional documented sites for such contamination.
Hexavalent chromium first made headlines after Erin Brockovich sued Pacific Gas & Electric because of poisoned drinking water from hexavalent chromium. Now new information indicates that the chemical leaks readily from leaking coal ash dump sites maintained for coal-fired power plants.
Public interest law firm Earthjustice, Physicians for Social Responsibility and Environmental Integrity Project are pushing for federally-enforceable safeguards from coal ash as this new information is released. Also, in a signal that the Senate Environment and Public Works Committee recognizes the hazards of hexavalent chromium exposure, they have called on U.S. Environmental Protection Agency Administrator Lisa Jackson to testify tomorrow on a hearing about the chemical.
I’ve posted a copy of the report here.
Lisa Evans, senior administrative counsel at Earthjustice, said this morning:
Communities near coal ash sites must add hexavalent chromium to the list of toxic chemicals that threaten their health and families. It is now abundantly clear that the EPA must control coal ash disposal to prevent the poisoning of our drinking water with hexavalent chromium.
The new report found:
— The U.S. Environmental Protection Agency found that the type of chromium that leaches from coal ash sites is nearly always of the hexavalent variety, which is the most toxic form of chromium.
— The threat of hexavalent chromium drinking water contamination is present at hundreds of unlined coal ash sites across the country.
— At least 28 coal ash sites in 17 states have already released chromium to groundwater at levels exceeding by thousands of times a proposed drinking water goal for hexavalent chromium.
— Power plants dump more than 10 million pounds of chromium and chromium compounds into mostly unlined or inadequately lined coal ash landfills, ponds and fill sites each year. The electric power industry is the largest single source of chromium and chromium compounds released to the environment.
— The U.S. Department of Energy and electric utility industry have known for years about the aggressive leaking of hexavalent chromium from coal ash.
— Hexavalent chromium contamination from coal ash is clearly a grave threat. Yet the U.S. EPA, which is currently in the process of deciding whether or not to regulate coal ash as a hazardous waste, has completely ignored the cancer risk from chromium in groundwater.
Coal ash, the leftover waste from power plants, contains arsenic, lead, cadmium, mercury, selenium and many other chemicals that can cause cancer and damage the nervous system and organs, especially in children. Hexavalent chromium is a highly toxic carcinogen when inhaled, and recent studies from the National Toxicology Program indicate that when leaked into drinking water, it also can cause cancer.
Barbara Gottlieb, Deputy Director for Environment & Health at Physicians for Social Responsibility, said:
The cancer risk from hexavalent chromium is one more serious threat to health from coal ash. To protect the public from carcinogens and other dangerous substances, the EPA needs to regulate coal ash as a hazardous waste.
Eric Schaeffer, executive director for Environmental Integrity Project, said:
Studies by the EPA, the state of California, and the Agency for Toxic Substances Disease Registry show that ingesting minute amounts of hexavalent chromium increases the risk of cancer. Coal ash dumps have contaminated groundwater with much higher concentrations of this deadly carcinogen, according to the industry’s own monitoring data. The Obama Administration should keep its promise to respect science and protect the public’s health, by putting strict standards in place to keep this contamination from spreading even further.