Less than three days after the Bush Administration left office, the Environmental Protection Agency (EPA) has overturned the State of South Dakota's approval of the massive BigStone II coal-fired power plant. The EPA's decision comes after the state failed to require state-of-the-art pollution controls for the coal plant that would address concerns about harmful soot, smog and global warming pollution.
EPA decision on Big Stone II, part 1 (pdf, 2.12 MB)
Overview
by Mary Jo Stueve, South Dakota Program Coordinator
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Plans for the proposed Big Stone II coal plant near Milbank, South Dakota call for using massive amounts of water. In addition to the 3.2 billion gallon surface draw approved last year, co-owners have now filed for another 3.2 billion gallons from groundwater. With concerns about pollution growing and spiraling costs for the proposed coal plant, excessive water demands add another reason to say no to Big Stone II. This huge demand for water could be disastrous for the local area and farmers - as well as Big Stone Lake. For many years, water discharge has exceeded recharge, and experts say that previous underground water levels are not likely to return because of increased demand on a limited resource.
Big Stone II Coal Case Study
by Mary Jo Stueve, South Dakota Program Coordinator
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Problem
Otter Tail Power Company, in conjunction with several other power companies, is proposing a major new source of air and water pollution for South Dakota and Minnesota. Otter Tail plans to more than double the output of the existing coalburning power plant at Big Stone by building a new $1.6 billion plant on the same site . Big Stone II. Coal pollution is a threat to our health and environment. Investing in a costly new coal-burning power plant wastes money and takes South Dakota away from safe, clean renewable energy from wind.
Toxic Coal Pollution
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by Barbara Freese, Union of Concerned Scientists presented at SoDak Park Supper Club on the South Dakota shores of Big Stone Lake at the September 28th, 2006 Public Education Forum.
by Greg Rislov, Commission Advisor to the SD Public Utilities Commission, SDEIA Board Educational Meeting June 9, 2006 presentation.
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What are the sources of mercury pollution in the region?
Mercury pollution from coal plants
Coal plants are the largest source of mercury pollution in Minnesota and South Dakota.
In March 2010, Clean Water Fund released Everglades for All.
Over 1,500 Florida residents participated in our survey which was intended to get a pulse on how the public and diverse constituency groups feel about ongoing outreach and historic Everglades restoration efforts.
This survey revealed new opportunities for relationship building and will hopefully increase public input on key decisions in Everglades restoration.
Over 1,500 Florida residents participated in our survey which was intended to get a pulse on how the public and diverse constituency groups feel about ongoing outreach and historic Everglades restoration efforts.
Turning Up the Heat exposes the dismal results of the manufacturers’
voluntary mercury thermostat collection program. The Thermostat
Recycling Corporation (TRC) has collected less than 5% of the
approximately 100 tons of mercury from mercury thermostats
removed from service in the last decade. The collection program in
Rhode Island is below the national average for preventing mercury
pollution from thermostats and far behind the national leaders. The
report recommends that states adopt strong laws, with financial
incentives and performance standards for recycling mercury thermostats,
to drastically improve the TRC program and prevent mercury pollution.
October 30, 2009
The Honorable Barbara Boxer, Chair
Senate Environment and Public Works Committee
410 Dirksen Senate Office Building
Washington, DC 20510
RE: Require Efficiency Investment of at least 1/3 of Allowance Value Given to Electric Utilities
Dear Chairwoman Boxer:
The potential for fatalities and economic disruption from an attack on one of these plants is staggering. A 2001 U.S. Army Surgeon General study estimated that in densely populated areas 900,000 to 2.4 million people could be killed or injured in a terrorist attack on a U.S. chemical plant in a densely populated area.