3M Chemical Contamination Widespread in Minnesota
For Immediate Release: February 27, 2006
Contact: Chas Offutt (202) 265-7337
New Report Finds Worst
PFC Pollution in Nation around Twin Cities
Washington, DC —
Minnesota soil, air, and groundwater show significant contamination from 3M
chemicals used to make Scotchgard and other products, according to a new report
released today by Public Employees for Environmental Responsibility (PEER) and
the Environmental Working Group (EWG). New data show perfluorochemicals (PFCs)
widely distributed in a dozen sites around 3M’s St. Paul facility, including two
chemicals that the company phased out three years ago. The research, repeatedly
impeded by state pollution control chief and former 3M executive, Sheryl
Corrigan, shows some of the highest concentrations of PFCs ever recorded
anywhere in the world.
The report by Dr. Fardin Oliaei, who
resigned earlier this month as the coordinator for the Minnesota Pollution
Control Agency program on emerging contaminants, was presented today before the
Minnesota Senate Committee on Environment & Natural Resources. Dr.
Oliaei resigned after the MPCA made clear she would not be able to complete her
studies into the scope of pollution from perfluorochemical compounds
manufactured by 3M for products such as Scotchgard, Teflon, Stainmaster and
Gore-Tex.
Dr. Oliaei’s report finds significant soil and
groundwater contamination in several sites where PFCs were dumped, as well as in
nearby lakes, water treatment plants and the Mississippi River where 3M
discharged as much as 50,000 pounds of the chemical per year. In addition,
PFCs are evident in the livers, blood and flesh of fish in state waters, some of
which register the highest PFC levels ever recorded.
The
data also show that although 3M ceased manufacturing the perfluorochemicals PFOA
and PFOS, those two highly persistent toxins remain in wide circulation.
Samples from 3M’s wastewater treatment plant show that even after the
water is processed for release back into the environment, it still contains
measurable levels of PFOS, the likely carcinogen PFOA, and related chemicals.
“These findings highlight the fact that without careful
monitoring and strict oversight to accompany voluntary phase outs, these toxic
chemicals will continue to pollute people, their food, and their environment,”
said Dr. Timothy Kropp, a toxicologist with EWG in Washington. “This report
confirms the need for states and federal agencies to rigorously oversee the PFOA
phase-out deal struck last month between the EPA and DuPont, 3M, and other
companies.”
PFCs are a highly toxic and persistent class of
chemicals found in the blood of over 95 percent of Americans. They have
been linked to developmental defects, high cholesterol and immune system
disorders. Perfluorooctanoic acid (PFOA) was recently labeled a “likely
carcinogen” by an EPA scientific advisory board. PFCs bio-accumulate to varying
degrees in living tissue and do not break down in the environment, so their
effects can intensify up the food chain, as tainted fish are consumed by birds
and mammals, including humans.
“At a minimum, these findings make a
compelling case for further investigations but that is apparently the last thing
the inaptly named Minnesota Pollution Control Agency wants,” stated PEER
Executive Director Jeff Ruch, whose organization is representing Dr. Oliaei.
“3M has opened a chemical Pandora’s Box in its home state and now finds
that it cannot recapture the demons it has unleashed.”
While MPCA
Commissioner Sheryl Corrigan, a former 3M executive has supposedly recused
herself from further decisions involving PFC’s, legislative testimony indicates
that her agency is foot-dragging on undertaking further tests that will shed
light on the public health impacts of PFC contamination.
Now that
Dr. Oliaei has left state service, she is seeking to continue her investigations
into PFCs and other emerging contaminants from the private
sector.
Read Dr. Oliaei’s new report on PFC Contamination in Minnesota
View the new data on record levels of PFC contamination of Mississippi River fish






