Monday, April 15, 2013
Contaminated Wells Could Spark New Rules
By: Nathan Lamb
Officials from Somers, Connecticut are considering mandatory testing for private wells, after recent samples discovered uranium and arsenic in local drinking water, according to this story from the Journal Inquirer.
The issue came to light when officials tested more than 50 local wells. Town sanitarian Steven Jacobs didn’t give a specific number, but said high levels of contaminants were found in a small percentage of samples.
Arsenic and uranium are thought to have leeched into the water from bedrock, resulting in isolated pockets of contamination.
According the EPA, high levels of uranium can lead to increased cancer risk and/or liver damage. Arsenic—a naturally occurring, odorless and tasteless semi-metal—is linked to increased risk for a variety of cancers.
Two-thirds of the roughly 10,000 residents in Somers are on private wells. Jacobs said the town doesn’t regulate those drinking supplies, but that could change. The town’s Water Pollution and Control Authority recently collaborated with state health and environmental officials to draft an ordinance that would require testing of private wells.
Jacobs said the ordinance is still under development. In the meantime he advised residents with private wells to voluntarily do the testing.
Somers is located roughly 20 miles northeast of Hartford.
Thursday, February 16, 2012
Survivors on a Radioactive Wasteland
Wednesday, January 18, 2012
Uranium and Radon Contamination Not Always Linked to Mining
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| Photo from: BEAU CABELL/THE TELEGRAPH |
In Macon, some homeowners were recently surprised to find uranium at 21 times the safe limit in their well water and radon in their indoor air. One woman claimed she was drinking nearly a gallon of the water every day, and others who had their hair tested for uranium found it contained high levels of the radioactive material, according to this report in Macon.com.
There is a layer of granite that runs through several southeastern states. Water that lies below that layer can be high in uranium, and radon is more prevalent above ground in those places also. This creates double jeopardy for those living above the granite. Radon inside buildings is thought to contribute to incidents of lung cancer as people bathe and wash clothes in water containing uranium. In other cases, the radon may seep into buildings through the foundations as it naturally rises through the soil. One in 15 radon air tests in Georgia will have unacceptable limits of the gas.
Twenty-two water tests in the Macon area had uranium present in excess of 30 parts per billion, the recognized safe limit, but a few tests had concentrations as high as 300 and 400 parts per billion. Water testing is on the increase in Macon.
Friday, December 2, 2011
Montana Basin Eyes Contamination Sources
The Flathead Basin in Montana is a complex and sensitive watershed that may be seeing threats from septic systems, pharmaceuticals, personal care products and volatile and semi-volatile organic compounds.
Phase 1 assessment shows water contamination
Seventeen wells in the Evergreen area tested positive for VOCs and also had traces of chloroform, arsenic and uranium, according to a report in Hungry Horse News.com. As Phase I of an assessment of threats to the basin from increased human populations, the initial study by the University of Montana's Flathead Biological Station also found acetaminophen, sunscreen, bug spray and caffeine in the tested wells.The wells the samples came from are relatively shallow and therefore are more prone to contamination from surface sources, noted the Flathead City-County Health Department and the Montana Department of Environmental Quality in reinforcing the idea that the county's water is safe for drinking.
There will be a Phase II study done to look at similar pollution characteristics with greater scrutiny. Lower levels of contaminants will be detectable because of the lab used for the specimen analysis. The underground water's connection to the river is particularly mysterious so the studies are expected to help reveal some of those nuances.
Tuesday, September 21, 2010
Clear AZ Water Could Still Be Contaminated
Members of the Gila Watershed Partnership learned about contaminated wells and their threats to the health of people who depend on them during a Sept. 8 meeting. Kristine Uhl-man, program coordinator of the University of Arizona’s Nonpoint Education for Municipal Officials, known as NEMO, talked about several contaminants and the importance of testing private wells yearly.
Uhlman said 10 percent to 42 percent of water taps are contaminated with viruses, and 95 percent of small groundwater wells violate one or more of the nation’s drinking water standards.
There are 7,014 drinking water wells in Arizona. These are at risk of contamination from nitrates, fluoride, uranium, arsenic and other substances.
Nitrates come from several sources, including fecal matter, fertilizer and natural occurrence in the soil. The chances for well contamination in Arizona are elevated because not enough rain falls to dilute and disperse the contaminants.
More...
Tuesday, April 20, 2010
Kentucky landowners settle lawsuit over contamination from uranium plant that cut land values
Edmund Schmidt, a Nashville, Tenn., attorney representing the landowners living near the Paducah Gaseous Diffusion Plant, about 10 miles west of Paducah, confirmed the settlement on Tuesday. Schmidt said the funds are aimed at compensating between 70 and 80 homeowners for the devaluation of their property because of radiation contamination.
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Monday, November 23, 2009
EPA: Uranium from polluted mine in Nevada wells
They say they have been met by a stone wall from state regulators, local politicians and the huge oil company that inherited the toxic site — British Petroleum. Those interests have insisted uranium naturally occurs in the region's soil and there's no way to prove that a half-century of processing metals at the former Anaconda pit mine is responsible for the contamination.
Monday, July 27, 2009
Uranium Contamination Haunts Navajo Country
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Monday, June 29, 2009
EPA to rebuild uranium- contaminated Navajo homes in Arizona
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Tuesday, March 3, 2009
Uranium found in Guilford, Connecticut home’s well
The initial test showed a uranium level of 42 micrograms per liter, 12 parts per billion higher than the federal Environmental Protection Agency’s maximum level of 30 micrograms per liter, Guilford Health Director Dennis Johnson said.
More . . .
Tuesday, February 24, 2009
Uranium found in 16 public wells in Connecticut
All residential public water systems serving 25 or more people must be tested quarterly for uranium. At the end of the third quarter in September, nine systems in four towns were out of compliance, according to the records, which were reviewed by The Hartford Courant. Seven other systems that had violated the uranium standard earlier in the year were in compliance after the latest round of tests, the newspaper reported yesterday.
More . . .
Tuesday, November 11, 2008
Toxic plume spurs study of public health in Colorado
The U.S. Department of Health and Human Services' Agency for Toxic Substances and Disease Registry launched the review in response to new data and community concerns that pollution may contribute to unexplained ailments including cancer, miscarriages and neurological problems.
More . . .
Tuesday, October 14, 2008
Uranium contamination found in Idaho drinking wells
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Friday, June 27, 2008
Idaho neighborhood has radioactive material in water
It's a very real threat, and part of a problem that has been going on for years.
The people who live in the Floating Feather Mobile Home Park in Eagle have received notices for several months that their drinking water has an excess of uranium.
Sunday, April 20, 2008
"Fly ash" may be contaminating residents' water in Chesapeake Virginia
The 217-acre course is made with more than 1.5-million tons of "fly ash" which is the by-product left behind when coal is burned to make electricity. It contains heavy metals like arsenic, lead and uranium.
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Sunday, March 2, 2008
Small Colorado community wages war against uranium mine
A Canadian company’s plans to establish a uranium mine just across the two-lane county road from Hediger’s farm has triggered a bitter tug-of-war with residents of this fast-growing region about 70 miles north of Denver who fear the risk of contaminated water and other health problems.
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Friday, January 4, 2008
Health and Environmental Impacts of Uranium Contamination in the Navajo Nation
The Waxman hearings led to a charge to federal and Navajo Nation agencies to determine a course of action for dealing with the aftermath of uranium mining: Identify a plan for the studies, tasks and long-term actions needed to get a handle on and deal with the contamination issues left behind, as well as a budget. Some close to the situation anticipated a multi-year plan and budget.
The agencies, however, returned with a one-year plan.
More . . .
Monday, August 27, 2007
Neighbors of former uranium processing plant in Ohio can Sue - Health threats linked to toxins
The suit was first filed against Divested Atomic Corporation in 1990 by residents who lived near the Portsmouth Gaseous Diffusion Plant, which once enriched uranium for weapons and nuclear fuel, but closed in 2001.
Plaintiffs can go forward on their claim that the plant contaminated their neighborhood with hazardous products, including carcinogenic materials, from its site, said attorney Stanley Chesley, of Cincinnati, who represents plaintiffs in the case.
Monday, August 6, 2007
Arizona residents fear uranium contamination from past industry
The area’s troubles began when the Rare Metals Corporation started processing uranium at the mill in 1956. Off and on for the next 10 years, it processed some 800,000 tons of ore, all of it for the federal government’s nuclear weapons program. Following the federal regulations of the time, Rare Metals dumped the damp tailings, the waste product of milling, into unlined evaporation ponds on site. Unfortunately, not all the water evaporated. Much of the water seeped into the ground, taking uranium and other contaminants in the tailings with it.
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