The Dirtiest Power Plants in the U.S.
The dirtiest power plants in the nation continue to generate a disproportionate amount of toxic pollutants—including arsenic, chromium, hydrochloric acid, lead, mercury, nickel and selenium—tracked in a new analysis by the Environmental Integrity Project (EIP) released Dec. 7 by EIP, Earthjustice and the Sierra Club.
According to the EIP report, the dozen dirtiest power plants in the U.S. in terms of sheer pounds of emissions of four highly toxic heavy metals—arsenic, chromium, lead and mercury—are:
- Plum Point Station, Ark.
- TVA’s Paradise Plant, Ky.
- Genon’s Shawville Station, Pa.
- Basin Electric’s Laramie River Station, Wyo.
- Consumers Energy’s JH Campbell Plant, Mich.
- AES Puerto Rico LP, Puerto Rico
- Edison International’s Homer City Plant, Pa.
- Consumers Energy’s De Karn/JC Weadock Generating Plant, Mich.
- FirstEnergy’s Bruce Mansfield Power Plant, Pa.
- Southern Company’s Bowen Plant, Ga.
- Basin Electric’s Antelope Valley Station, N.D.
- Luminant’s Monticello Power Plant, Texas
Based on overall rankings for the toxic pollutants reviewed in the EIP report, the five worst states identified are (starting with the bottom-ranked states):
- Pennsylvania (#1 rankings for arsenic and lead)
- Ohio (#2 rankings for mercury and selenium)
- Indiana (#4 rankings for chromium and nickel)
- Kentucky (#2 for arsenic)
- Texas (#1 rankings for mercury and selenium)
The balance of the 15 worst states for the key toxics reviewed in the report are: (6) West Virginia; (7) Georgia; (8) Alabama; (9) Michigan (including #2 ranking for chromium and #4 for hydrochloric acid); (10) Florida; (11) North Carolina; (12) North Dakota (#3 for arsenic); (13) Missouri (#4 for mercury); (14) Wyoming; and (15) South Carolina. The EIP report also notes that other states—including Arkansas, Iowa, Puerto Rico and Tennessee—are also among the worst in terms of emissions of certain toxic pollutants.
The EIP report is particularly timely since—after years of inaction, litigation, study and delay—the U.S. Environmental Protection Agency (EPA) is finally poised to adopt a power plant air toxics rule that will mainly target mercury, fine particulates (which contain heavy metals), and acid gases. The EPA is under a court-ordered deadline to finalize long delayed rules to clean up emissions of mercury and other harmful power plant air toxics. EPA has estimated that the power plant air toxics rule will avoid between 6,800 and 17,000 premature deaths each year, and will result in annual savings of $48 to $140 billion.
Ilan Levin, associate director, Environmental Integrity Project, said, “The only thing more shocking than the large amounts of toxic chemicals released into the air each year by coal- and oil-fired power plants, is the fact that these emissions have been allowed for so many years. For decades, the electric power industry has delayed cleanup and lobbied against public health rules designed to reduce pollution. But, the technology and pollution control equipment necessary to clean up toxic emissions are widely available and are working at some power plants across the country. There is no reason for Americans to continue to live with unnecessary risks to their health and to the environment.”
"For decades the coal industry has actively lobbied against public health rules to reduce pollution and has gotten away with it," said Bruce Nilles, director of Beyond Coal, Sierra Club. "We are eagerly awaiting the EPA finalizing on Dec. 16 the first national commonsense safeguards to keep toxic chemicals out of our air and water."
“This report makes clear that the health damage caused by power plants’ pollution is preventable," said Jim Pew, an attorney for Earthjustice. "The reason that people are still being sickened and killed by this pollution is that the worst polluters have refused to put on available control technology. They will continue to refuse until the public says ‘enough.’ We are counting on EPA to deliver that message next week, and we are counting on our elected representatives to back the agency up.”
Key report findings include the following:
Electric power plants comprise a relatively small number of facilities, but, their toxic emissions dwarf other industrial sectors. For example:
- Whereas literally thousands of chemical plants and other industries reported toxic emissions to EPA’s Toxics Release Inventory in 2010, only a few hundred power plants reported mercury and hydrochloric acid emissions, and only 59 power plants reported selenium emissions. Yet, despite the relatively small number of facilities, electric utilities emit more arsenic, mercury, selenium and hydrochloric acid than any other industrial sector, and the utility industry emits the second highest total emissions of chromium and nickel of all industry sectors.
- The electric power industry emits almost two-thirds of the nation's industrial arsenic emissions.
- Only 59 power plants representing the entire electric utility sector reported selenium emissions in 2010. Yet, the utility industry is still the top selenium emitter of all industry sectors, releasing 250,220 pounds, or 125 tons, of selenium into the nation’s air. That’s 76.3 percent of all industrial selenium emissions.
Some states have seen major drops in reported emissions of dangerous heavy metals, while other states have made little progress to reduce these air toxics. For example:
- Over the past decade, power plant arsenic emissions have dropped significantly in Virginia (from almost 10,000 pounds reported in 2000 to 352 pounds reported in 2010) and in Tennessee (from almost 8,000 pounds in 2000 to 637 pounds in 2010). Power plant arsenic emissions have also dropped in New York, North Carolina, and other states. But, states including Georgia, Indiana, North Dakota, Texas, and Utah have remained flat or seen only modest reductions in power plant arsenic emissions over the past decade. Montana has reported a steady rise in that state’s power plant’s arsenic emissions over the past decade.
- From 2009 to 2010, power plant lead emissions actually increased in 16 states.
- Pennsylvania—by far the largest state in terms of power plant arsenic emissions—has actually increased its reported power plant arsenic emissions over the past decade, from 15,861 pounds reported in 2001, to 17,666 pounds of arsenic reported in 2010.
- Over the past decade, power plant lead emissions have declined significantly in North Carolina, New York and other states, but lead emissions have held steady in other states like Texas and West Virginia. Power plants in Arkansas reported more chromium emissions in 2010 than did plants in any other state, due almost entirely to the newly-built Plum Point Energy Station, which emitted 12,179 pounds of chromium, or 90 percent of the state’s reported total in 2010.
A small handful of the nation’s most polluting power plants account for a disproportionately large amount of toxic emissions. For example:
- The top 20 percent of all power plant chromium emitters reported almost 40 tons of the chemical released into the air in 2010, which accounts for almost 60 percent of all power plant chromium emissions nationwide.
- The top 20 percent of all power plant lead emitters reported almost 32 tons of the chemical released into the air in 2010, which accounts for 65 percent of all power plant lead emissions nationwide.
- The top 20 percent of all power plant nickel emitters reported more than 90 tons of the chemical in 2010, which accounts for 74 percent of all power plant nickel emissions nationwide.
Toxic pollution from power plants can cause serious environmental impacts and health effects, especially for children, developing fetuses and vulnerable populations. Exposure to the air toxics that are emitted from coal-fired power plants can cause cancer, damage to the liver, kidney, and the nervous and circulatory systems, and respiratory effects including asthma, decreased lung function and bronchitis.
Overall power plant toxic emissions have declined over the past decade, but the decrease is being driven by a few companies that are installing modern pollution controls while the rest of the nation’s power plants are doing very little. The EIP data show that toxic emissions can be reduced, and have been at a number of plants, but that a strong national rule is needed to protect all Americans equally, and to force the dirtiest power plants to clean up.
The new EIP report analyzes data obtained from U.S. EPA’s Toxics Release Inventory (TRI), and accessible to the public by clicking here. All the rankings in the EIP report are based on 2010 annual reported emissions, the most recent data available, from electric power utilities. The number of power plants that reported emissions of each of these toxics varies considerably from one pollutant to the next. For example, 479 U.S. power plants reported lead emissions to TRI in 2010, whereas only 59 power plants reported Selenium emissions. The number of power plants reporting emissions of Arsenic (145), Chromium (234), Mercury (452), Nickel (222), and Hydrochloric acid (413), also varies considerably. This variation is partly due to the reporting threshold for TRI. Generally, the reporting requirement is only triggered if the facility produces a total of 25,000 pounds of the chemical, although for certain highly toxic, bioaccumulative, or persistent chemicals like lead and mercury, the reporting threshold is much lower.
For more information, click here.
The Environmental Integrity Project is a nonpartisan, nonprofit organization established in March of 2002 by former EPA enforcement attorneys to advocate for effective enforcement of environmental laws. EIP has three goals: 1) to provide objective analyses of how the failure to enforce or implement environmental laws increases pollution and affects public health; 2) to hold federal and state agencies, as well as individual corporations, accountable for failing to enforce or comply with environmental laws; and 3) to help local communities obtain the protection of environmental laws.
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For centuries, the delicate silver dove has been a symbol of love and fidelity.
Biodiversity and Habitat Loss<p>Their near extinction is a symbol of the <a href="https://www.dw.com/en/global-biodiversity-outlook-targets-extinction-summit-new-york-pledge/a-54932895" target="_blank">biodiversity crisis</a> in the UK, largely driven by habitat destruction. Britain is now one of the countries with the most <a href="https://www.wwf.org.uk/future-of-UK-nature#:~:text=The%20UK%20is%20one%20of,than%20half%20are%20in%20decline" target="_blank">depleted nature</a> in the world according to the World Wildlife Fund. Half its plant and animal species are in decline and more than <a href="https://www.rspb.org.uk/about-the-rspb/about-us/media-centre/press-releases/let-nature-sing-wales/#:~:text=a%20natural%20tragedy.-,Over%2040%20million%20birds%20have%20vanished%20from%20UK%20skies%20in,unaware%20of%20the%20impending%20danger" target="_blank">40 million birds</a> have vanished in just half a century.</p><p>"[Turtle doves] are the canary in the [coal] mine because there are all these other species before it and after it," said Tree. "It's an umbrella for all the other species that are heading that way."</p><p>Turtle doves migrate south through Europe to sub-Saharan Africa between July and September, ending up in dry woodland and farmland areas of countries like Mali and Senegal for winter. </p><p>Droughts in West Africa and the Sahel region are believed to have contributed to the fall in turtle dove species recorded in northern Europe, with low rainfall reducing supplies of the seeds and insects the birds rely on for energy for the long journey home.</p>
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A Turtle Dove Haven<p>The 3,500-acre Knepp Estate in West Sussex is another project taking a different approach and one of the few places where turtle dove numbers are increasing.</p><p>Isabella Tree and her husband Charlie Burrell converted their intensively farmed land into a rewilding project almost 20 years ago. They have let the land return to nature.</p><p>Just one year after they'd finished <a href="https://www.dw.com/en/uks-most-talented-architects-are-not-human/a-35952128" target="_blank">rewilding</a> the southern part of their property, they heard turtle doves for the first time. It's now a breeding hotspot for the birds with an estimated 19 pairs. Knepp is also home to <a href="https://www.rewildingbritain.org.uk/rewilding/rewilding-projects/knepp-estate" target="_blank" rel="noopener noreferrer">2% of the UK's population</a> of nightingales. </p><p>Tree is critical of supplementary feeding schemes that, in her view, are short term. She questions the chances of turtle doves getting to feed on scattered seeds before other mammals eat them first.</p>
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