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With Coal Company Polluters, It's Citizens Who Have to Force Clean Up

Public Policy Director, Waterkeeper Alliance

10/8/10

The media has been filled with recent accounts of the many misdeeds of the coal mining industry. From the uncontrolled devastation of mountaintop mining to the open disregard for mine worker safety, from the poisoning of our air and waterways to the destruction of our irreplaceable landscapes, this industry has demonstrated time and again that it will use any irresponsible shortcut to avoid accountability and increase profits. To that long list of industry wrongs, we can now add another - the falsification of their own pollution records.

Yesterday, environmentalists filed a sixty-day notice letter that they intend to sue three coal companies - ICG Knott County, ICG Hazard, and Frasure Creek Mining - for violations of the Clean Water Act. The letter -- written by Appalachian Voices, Kentuckians For The Commonwealth, Kentucky Riverkeeper and Waterkeeper Alliance -- alleges that the three companies not only exceeded pollution-discharge limits specified in their permits, but also consistently failed to conduct required monitoring of their discharges and, in many cases, submitted false monitoring data to the state agencies charged with protecting the public. In short, the mining companies have polluted the drinking water of Eastern Kentucky and bordering downstream states, and then brazenly lied about it.

State and federal agencies should be policing this kind of illegal behavior, but they're not. They're not enforcing the laws, like the Clean Water Act - which has been on the books for nearly 40 years - nor do they monitor or even verify information put forward by our largest polluters. Today, it's left to citizens to singlehandedly take on the major polluting industries like the coal companies.

The three coal companies named in the environmentalists' letter operate in eastern Kentucky under state-issued permits that require them to self-monitor and report their discharges to state officials. The monitoring reports become public documents, reviewable by anyone who asks for them. That's a good thing, because obviously the state of Kentucky doesn't bother reviewing them.

Among the allegations enumerated in the letter of notice are countless examples of companies exceeding their pollution limits; failing to complete or file their reports; and, most troubling of all, misreporting discharges of manganese, iron, total suspended solids and pH. In some cases, coal companies submitted the exact same discharge figures in report after report, year after year - or erased dates and filled in new ones.

The sheer number of alleged violations for these three companies is astounding. The notice letter claims the companies either exceeded permit pollution limits, failed to submit legally required monitoring data, or falsified that data more than 20,000 instances in total. Some discharges exceeded the daily maximum limit by more than 40 times. These violations could result in fines totaling more than $740 million.

As bad as the actions of the mine companies are, the records also show a pervasive pattern of neglect on the part of the state of Kentucky. A recent trip to Kentucky's Division of Mine Reclamation and Enforcement regional offices by Appalachian Voices' Waterkeeper found stack after stack of discharge monitoring reports, from more than 60 coal mines and processing facilities, covered in dust on the desks of mine inspectors' secretaries. They did not appear to have been evaluated for compliance by the regulators for more than three years.

This situation paints a vivid picture of mining companies making a mockery of their legal responsibility under the Clean Water Act and, more troubling, their ethical and moral obligation to the people of the state of Kentucky. It also shows a state government closing its eyes to the problems posed by toxic waste in local waters. And Kentucky's situation isn't unique: it's business-as-usual for big coal and the government agencies across the country charged with regulating the industry, which too frequently are now run by former coal executives or consultants.

And so, with industry unwilling to obey the law, and government unwilling to uphold it, it's left to individuals and groups to bring suit; ordinary citizens driven to extraordinary lengths. That isn't an easy thing to do for private individuals, but they have seen their lives and livelihoods damaged and destroyed by the dumping of mining waste into Kentucky's waterways.

The Waterkeeper movement was founded more than forty years by commercial and recreational fishermen on the Hudson River because the river that was so much a part of their lives was being stolen from them by corporate polluters. They knew that if we allow pollution to continue unchecked, we are doing what the government is now doing with these coal companies: allowing theft to not only go unpunished, but also unchallenged.

Those fishermen decided to enforce the laws that the government was failing to enforce, and to reclaim the bedrock American belief in "government for the people, of the people, and by the people." They demonstrated that it is not only our right, but our obligation to protect the natural treasures of this earth that we share in common - not only for ourselves but for the generations to come.

It's time again to demonstrate that lesson to the coal companies that are looting Appalachia in the name of profit: that through citizen action, corporate thievery can once again be stopped and industry made to pay the legal price for their actions.

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A source of sea-level rise to rival glaciers: Groundwater pumping

New study finds groundwater pumping for irrigation contributes to one-quarter of the sea-level rise observed in today's oceans.

9/24/10

Melting glaciers aren't the only reason coastal cities need to worry about sea-level rise.

Agriculture is pumping groundwater for irrigation at such a rate that the runoff equals the contribution from melting of glaciers and ice caps outside of Greenland and Antarctica, according to a new study looking at groundwater depletion.

It also exceeds or falls into the high-end of previous estimates of groundwater's contribution to sea-level rise, the researchers found.

Most water extracted from underground aquifers ends up in the ocean. The ceaseless pumping contributes about 0.8 millimeters of sea-level rise annually, about a quarter of the 3.1 millimeters per year scientists are observing worldwide, researchers reported.

The study, headed by Marc Bierkens of Utrecht University in Utrecht, the Netherlands, is to be published in an upcoming issue of the journal Geophysical Research Letters, the publication announced Thursday.

The study's main point was to assess the depletion rate of the vast underground stores that billions of people depend on for agriculture and drinking water and that sustain countless streams, wetlands and ecosystems.

The news wasn't good: The depletion rate has more than doubled between 1960 and 2000, with aquifers losing almost 70 cubic miles of water per year.

Because the amount of groundwater is unknown, scientists can't say how fast the global supply will vanish at this point. But if water was siphoned just as rapidly from the Great Lakes, they would go bone-dry in 80 years, according to the study.

"The rate of depletion increased almost linearly from the 1960s to the early 1990s," Bierkens said in a statement. "But then you see a sharp increase which is related to the increase of upcoming economies and population numbers; mainly in India and China."

Groundwater represents about 30 percent of the available fresh water on the planet, with surface water accounting for one percent. The rest of the world's potable, ag-friendly supply is locked up in glaciers or polar ice caps, according to the report.

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Power shift: New PG&E generator comes on line as old units shut down

10/1/10

The region's largest power plant on Humboldt Bay for 52 years was shut down and replaced by a modern facility meant to produce next-generation electricity.

The switch was thrown on Pacific Gas and Electric Co.'s new King Salmon power plant, which began generating power as its two aged fossil-fuel units went offline Wednesday and Thursday.

”We're powering the county,” said PG&E Plant Manager Paul Roller. “This is the first day they've actually done that.”

Eight of 10 Wartsila natural gas engines that are the guts of the plant roared inside insulated walls. When all the engines are running, the plant can produce up to 163 megawatts of electricity. It's also flexible enough to ramp up or down depending on demand and how much renewable energy like wind or solar is being pumped into the electrical grid.

PG&E officially broke ground on the project in December 2008, and gathered a work force that at its peak was about 280 workers. While operational, crews are still putting the finishing touches on the facility.

Sid Berg, chairman of the Humboldt-Del Norte Building and Construction Trades Council, said the project brought in some especially skilled tradesmen, including top welders who were able to train apprentices.

”Everybody worked together,” Berg said. “It was a good example of how business and labor can work together.”

The original plant was built in the 1950s, consisting of a nuclear facility and two fossil-fuel turbines. The nuclear element was last operated in 1976, and was not restarted after concerns about seismic issues were raised. The nuclear accident at Three Mile Island in Pennsylvania occurred three years later, and in 1984, PG&E decided to cap the King Salmon nuclear unit in 1984.

Now, PG&E is dismantling the nuclear unit and the two conventional elements. It has moved the 390 rods of spent nuclear fuel from a holding pool in the plant into specially built casks, which are now stored in an underground bunker on the site that is designed to withstand a 9.3-magnitude earthquake and a terrorist attack.

But there is substantially more work to be done. The radioactive reactor and nuclear infrastructure must be removed under strict protocols and trucked out of state to a certified facility. The 300-ton reactor vessel is in a hole 66 feet below sea level, and must be removed with a massive crane. Other parts of the facility must be cut down and removed in steel drums.

PG&E's Dave Pierce is responsible for the job, and the utility is determined to set a standard for other nuclear decommissioning efforts in the country.

”It's something we've never done before,” Pierce said, “so it's something new.”

Because the property is a nuclear site, parts of the two old conventional generators will have to be removed and tested before being shipped out. To handle that task, PG&E built a $2 million lab to check for potential radioactivity in components and soil.

Dozens of PG&E workers and contractors are busy moving onto the next phases of the effort, a complex and intertwined process that will take several more years to complete. The fossil-fuel units are expected to be removed by early 2012, with the complete decommissioning of the nuclear facility anticipated to be done in 2015.

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Desperately seeking salmon to count: Divers aim to get a picture of how Eel River diversion affects fish

10/2/10

Divers scoured holes on the lower Eel River on Friday looking to get an estimate of how many salmon and steelhead have moved in from the ocean so far.

Fisheries biologist Patrick Higgins, joined by divers with the Wiyot Tribe, the Bear River Rancheria and the U.S. Fish and Wildlife Service, briefed the group on how to go about counting fish in different types of holes, letting them know that poor visibility from algae growth would make the task difficult.

”This is a challenging exercise,” Higgins said on the banks of the Eel River at Fernbridge.

Higgins has been contracted by Friends of the Eel River to get an idea about how the first salmon and steelhead in the river are affected by the diversion to the Russian River. Currently, some 130 cubic feet per second of water is being sent through the diversion tunnel to Potter Valley into Lake Mendocino. Only 28 cfs is being released into the Eel.

At the same time, Lake Mendocino is substantially more full than is allowable in the winter, when space is needed for floodwaters.

Dressed in wetsuits and donning snorkels, the team worked through pools from below Fernbridge up to the Van Duzen River confluence. Higgins said he saw hundreds of chinook salmon and steelhead two weeks ago when he dove, and was hoping to see several hundred more Friday. If the team can get a good count, he said, the California Department of Fish and Game may follow the dive with weekly surveys.

These salmon are not migrating upstream due to the low flows in the river, and could be vulnerable in dry years if a heat wave sparked an algae bloom that stripped oxygen from the water, Higgins said.

Wiyot Tribe Councilman Alan Miller said that the tribe wants to get the river back to health, to where tribal members can harvest salmon and lamprey sustainably. With the river so shallow and so choked with algae -- in parts of the watershed harmful to contact or drink -- there's clearly a long way to go, Miller said.

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Report Casts World's Rivers In 'Crisis State'

9/29/10

The world's rivers, the single largest renewable water resource for humans and a crucible of aquatic biodiversity, are in a crisis of ominous proportions, according to a new global analysis.

The report, published today in the journal Nature, is the first to simultaneously account for the effects of such things as pollution, dam building, agricultural runoff, the conversion of wetlands and the introduction of exotic species on the health of the world's rivers.

The resulting portrait of the global riverine environment, according to the scientists who conducted the analysis, is grim. It reveals that nearly 80 percent of the world's human population lives in areas where river waters are highly threatened posing a major threat to human water security and resulting in aquatic environments where thousands of species of plants and animals are at risk of extinction.

"Rivers around the world really are in a crisis state," says Peter B. McIntyre, a senior author of the new study and a professor of zoology at the University of Wisconsin-Madison's Center for Limnology.

The Nature report was authored by an international team co-led by Charles J. Vörösmarty of the City University of New York, an expert on global water resources, and McIntyre, an expert on freshwater biodiversity.

Examining the influence of numerous types of threats to water quality and aquatic life across all of the world's river systems, the study is the first to explicitly assess both human water security and biodiversity in parallel. Fresh water is widely regarded as the world's most essential natural resource, underpinning human life and economic development as well as the existence of countless organisms ranging from microscopic life to fish, amphibians, birds and terrestrial animals of all kinds.

What jumps out, say McIntyre and Vörösmarty, is that rivers in different parts of the world are subject to similar types of stresses, such things as agricultural intensification, industrial development, river habitat modification and other factors. Compounding the problem is that some of the negative influences on rivers arrive in indirect ways. Mercury pollution, for example, is a byproduct of electricity generation at coal-fired power plants and pollutes surface water via the atmosphere.

"We find a real stew of chemicals flowing through our waterways," explains Vörösmarty, noting that the study represents a state-of-the-art summary, yet was unable to account for such things as threats from mining, the growing number of pharmaceuticals found in surface water and the synergistic effects of all the stresses affecting rivers.

"And what we're doing is treating the symptoms of a larger problem," Vörösmarty explains. "We know it is far more cost effective to protect these water systems in the first place. So the current emphasis on treating the symptoms rather than the underlying causes makes little sense from a water security standpoint or a biodiversity standpoint, or for that matter an economic standpoint."

Among the startling conclusions of the study is that rivers in the developed world, including much of the United States and Western Europe, are under severe threat despite decades of attention to pollution control and investments in environmental protection. Huge investments in water technology and treatment reduce threats to humans, but mainly in developed nations, and leave biodiversity in both developed and developing countries under high levels of threat, according to the new report.

"What made our jaws drop is that some of the highest threat levels in the world are in the United States and Europe," says McIntyre, who began work on the project as a Smith Fellow at the University of Michigan. "Americans tend to think water pollution problems are pretty well under control, but we still face enormous challenges."

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