Greed is God.....
Abu Muhammad al-Adnani: Another CIA Asset Bites the Dust
https://www.activistpost.com › Politics
Aug 31, 2016 - By Kurt Nimmo. The establishment media reports Abu Muhammad al-Adnani was killed in Syria this week. It's said al-Adnani was the Islamic State's number two man. He became infamous after he issued an edict calling on lone wolves to kill Americans an Europeans. Abu fit the standard CIAtemplate of a ...Why does blogger continue to harass me for criticizing fascism and ...
https://productforums.google.com/forum/#!topic/blogger/zylND5XkxTU;...my...
Dec 22, 2017 - 3 posts - 2 authors
I can't say for sure but I think perhaps my recent blogging about a 'Canadian' named Amir Adnani whose UEC or Uranium Energy Corp is now fracking the earth and groundwater of Goliad Texas for uraniumand is promoted by Agora Inc's CIA connected Doug Casey and Porter Stansberry(former editor of ...political and science rhymes: Google CIA,Agora Inc Porter Stansberry ...
politicalandsciencerhymes.blogspot.com/.../ciaagora-inc-porter-stansberrygrant.html
Dec 20, 2017 - CIA,Agora Inc Porter Stansberry,Grant Atkins Backed Arab Terrorist Amir Adnini Fracks For Uranium In Goliad,Texas I just noted that CIA,Mossad et.al. controlled Google has allowed hackers if that´s the right term to make it very hard to find my warning to Texans and Americans regarding CIAconnected ...https://www.sierraclub.org/texas/blog/2016/01/newly-discovered-uranium-sparks-mining-interest-despite-environmental
Newly Discovered Uranium Sparks Mining Interest Despite Environmental Consequences
January 27, 2016
By Evan Waring
Back in December, several media outlets reported on a study released by the U.S. Geological Service (USGS) that found 60 million pounds of uranium deposits in South Texas and estimated that another 200 million pounds of ore remains undiscovered.
To put that in perspective, last year the United States used about 53 million pounds of uranium to power its nuclear plants, meaning the discoveries in Texas could potentially provide up to five years of nuclear fuel if mined.
Uranium is the most common fuel for nuclear power, which currently provides 19 percent of the country’s electricity. In Texas, two nuclear power plants provided about 11 percent of the electric power in the ERCOT region in 2015. Setting aside the risks nuclear plants themselves pose, advocates of nuclear power point to the fact that, unlike coal or gas plants, it does not produce harmful air emissions or CO2. And given the desperate need to reduce carbon pollution and combat climate disruption, it’s tempting to think nuclear power is a good choice to replace fossil fuels with that argument in mind.
Those in favor of nuclear power may see the recent USGS study as good news, and while motives behind nuclear may be well intentioned, the process of mining uranium is harmful to the environment by contaminating groundwater, which have the potential to seep into sources of drinking water............
https://www.huffingtonpost.com/2013/03/13/goliad-texas-uranium-mining_n_2868248.html
Further, EPA scientists feared that radioactive contaminants would flow from the mining site into water wells used by nearby homes. Uranium Energy said the pollution would remain contained, but resisted doing the advanced scientific testing and modeling the government asked for to prove it.
The plan appeared to be dead on arrival until late 2011, when Uranium Energy hired Heather Podesta, a lobbyist and prolific Democratic fundraiser whose pull with the Obama administration prompted The Washington Post to name her the Capitol’s latest “It girl.”
Podesta — the sister-in-law of John Podesta, who co-chaired President Obama’s transition team — appealed directly to the EPA’s second in command, Bob Perciasepe, pressing the agency’s highest-level administrators to get directly involved and bring the agency’s local staff in Texas back to the table to reconsider their position, according to emails obtained by ProPublica through the Freedom of Information Act.......................
https://www.youtube.com/watch?v=DggHxJ2kzwU
The energy company, Uranium Energy Corporation, has been trying to launch a large-scale mining operation in Goliad, Texas, for quite a while. Because the mining activities could pollute the aquifer that supplies the city's drinking water, the EPA has been rejecting the company's request for an exemption from the federal Safe Drinking Water Act. Then, the company hired high-powered lobbyists Heather Podesta, a well-connected player in Washington who has been called, "the number one person you need to know in Obama's Washington." After she lobbied on behalf of Uranium Energy, the EPA relented, and Uranium Energy is now allowed to mine the Goliad aquifer. The Resident (aka Lori Harfenist) discusses the story.
http://www.truth-out.org/news/item/13588-on-a-wyoming-ranch-feds-sacrifice-tomorrows-water-to-mine-uranium-today
Environmental groups say the EPA should not be letting mining companies write their own rules.
"It's disturbing that such a requirement would be so easy to get around," said Jeff Parsons, a senior attorney for the Western Mining Action Project, which is representing the Oglala Sioux in a challenge to stop the Powertech mine. "There is a reason that South Dakota prohibited Class 1 wells; it's to protect the aquifers."..........
In Goliad County, Texas, a proposal for a new uranium mine has triggered a bitter fight between state officials and the EPA.
In 2010, Texas regulators gave a mining company preliminary permission to pollute a shallow aquifer even though 50 homes draw water from wells near the contamination zone.
EPA scientists were concerned by the mining area's proximity to homes and believed the natural flow of water would send contaminants toward the water wells. At first, the agency notified Texas officials it would deny an exemption for the mine unless the state did further monitoring and analysis.
Texas regulators refused. "It appears the EPA may be swayed by the unsubstantiated allegations and fears of uranium mining opponents," Zak Covar, executive director of the Texas Commission on Environmental Quality, wrote in a May 2012 letter to William Honker, acting director of the EPA's local Water Protection Division.
As the case dragged on without a final determination, some within the agency worried that the EPA would go back on its initial decision and capitulate to appease Texas authorities, with whom it has clashed repeatedly.
"This aquifer exemption issue in Goliad County might become a sacrificial lamb that the federal government puts on the altar to try to repair some relations with the state," said a former government official with knowledge of the case.
On Dec. 5, the EPA approved the exemption in Goliad County.
Many disputes over aquifer exemptions focus on water people might need years in the future, but in Goliad County the risk is imminent. People already rely on drinking water drawn from areas close to those that would be polluted.
"This is a health issue as much as a water supply issue," said Art Dohmann, president of the Goliad County Groundwater Conservation District, a local agency that manages water resources.
As of now, it's unclear how the EPA will answer Wyoming's challenge to its authority at Christensen Ranch.
Meanwhile, uranium mining has resumed on the property.
Uranium One, a Canadian-based company with majority Russian ownership that bought the facility from Cogema in 2010, is moving forward with the added injection wells to expand the operation.
For Christensen, it's the same old story. "I'm going to be dead before it's turned back into grazing land," he said of the ranch. "I'm almost 63 years old... so you know, it's gone on my whole life."
.......................
Uranium was discovered underneath Christensen Ranch in 1973. In 1978, after the property had been divided between cousins, Westinghouse Electric launched the first large-scale uranium mine on John Christensen's portion.
Modern mining for the radioactive ore inevitably pollutes water.
To avoid digging big holes in the ground, operators inject a mixture of sodium bicarbonate, hydrogen peroxide and oxygen into the rock to separate out the minerals and bond to the uranium. Then, they vacuum out the uranium-laden fluids to make a fine powder called yellowcake. The process leaves a toxic mix of heavy metals and radioactive ions floating in the groundwater and generates millions of gallons of waste that need to be dumped deeper underground.
The federal Safe Drinking Water Act, implemented in the early 1980s as mining began in earnest on Christensen Ranch, posed a potential hurdle to such ventures because it prohibited disposal of waste in aquifers. But the law allowed regulators to exempt aquifers if they determined that water was too dirty to use, or buried too deep to be worth pumping to the surface, or unlikely to be needed.
In 1982, when Wyoming officials anticipated the need for an aquifer exemption at Christensen Ranch, the state's then-governor, Ed Herschler, wrote to urge EPA officials to streamline their review of such requests and not to delay energy projects or interfere with Wyoming regulators. Steven Durham, the EPA's regional administrator at the time, wrote back to assure the governor the EPA would not second guess state officials, and that he had adjusted the rules so that they "should assure a speedy finalization of any exemptions."
Wyoming environment officials issued the first permit exempting several deep groundwater aquifers on the ranch from environmental protection in 1988. It said the water was of relatively poor quality, and was too deep and too remote to be used for drinking. The permit did not address the possibility that usable aquifers could lie in even deeper rock layers beneath the site.
The EPA confirmed the state's exemptions and issued separate ones allowing the mine operator to contaminate the shallow layer of groundwater closest to the surface, where anyone who needed water — including John Christensen — was likely to go for it first.
Even as they gave their stamp of approval, EPA officials noted that the mine operator's application had not set precise boundaries for the depth or breadth of the exempted area. "The information contained in the submittal does not specifically delineate the area to be designated," the EPA's Denver chief administrator acknowledged in a letter to Wyoming regulators in August 1988.
Still, Christensen, who continued to run stock on his land, saw the pollution as an inconvenience, not a threat. He was assured that the mine operator could steer contaminants toward the center of the exemption zone by manipulating pressure underground. Monitoring wells surrounded the perimeter of the mining site like sentries, checking if pollutants were seeping past the border.
Drilling new water wells beyond the mine's boundary was expensive, but Christensen took comfort from rules obliging the mine operator to restore contaminated water within the exempted area to its original condition once mining was complete.
"That was our best quality water," Christensen said. "I've been given to believe that it is not sacrificed, that they will restore the groundwater quality."
The mining proceeded in fits and starts, stalling in 1982 with a collapse of the uranium market, picking up five years later, stopping again in 1990, and then restarting in 1993. Ownership of the facilities changed hands at least five times.
By 2000, mining activity seemed to be over for good, and restoration efforts geared up under the supervision of the Nuclear Regulatory Commission.
The restoration wouldn't go entirely as planned.
* * *
In July 2004, contaminants were detected in one of the monitoring wells surrounding the mining facility at Christensen Ranch.
This wasn't that unusual, mining and regulatory officials say. Other excursions, as they are called, had occurred over the years. The monitoring wells are an early warning system, detecting benign chemicals long before more dangerous toxins can spread.
"It's sort of like a smoke detector," said Ron Linton, who oversees the licensing for Christensen Ranch for the Nuclear Regulatory Commission. "They will go back in and adjust their flow with their production practices within their ore zone to get those levels down."
But according to documents from the Wyoming Department of Environmental Quality, Cogema — the company then handling the restoration effort — could not fix the problem or identify its cause. The company tested water from the area and examined their injection wells for defects, but told state officials they believed the contaminants had occurred naturally and were not from the mine.
For six years, the contaminants continued to spread, disappearing for short periods as the restoration progressed only to reappear again, records show.
"This really shouldn't happen," said Glenn Mooney, a senior state geologist who oversaw the Christensen Ranch site for Wyoming from the late 1970s until last July.
Mooney observed that the concentration of contaminants at the boundary had leveled, but "showed no hint that they may drop," and warned that some of the chemicals found posed a considerable risk.
"The increase in uranium levels, a level over 70 times above the maximum contaminate limit for uranium, in a well that is located at the edge of the aquifer exemption boundary, is a major concern to WDEQ," he wrote in a 2010 letter.
Christensen said he was never told about the excursions beneath his property and that, as far as he knew, several of the minefields had been fully restored. He said he expected to use the shallow aquifer polluted by the mining as a source of drinking water in the future.
Restoration is the most important backstop against the risk that contaminants will spread from the mining site after the mining is finished. Polluted water is pumped from the ground, filtered using reverse osmosis, and then re-injected underground. The worst, most concentrated waste is disposed of in deeper waste wells.
Yet the Nuclear Regulatory Commission approved Cogema's restoration of minefields associated with Christensen Ranch even as the excursion remained unresolved.
The commission deemed nine mining fields there successfully "restored" even though records show that half of the contaminants in the aquifer, including the radioactive byproduct Radium 226, remained above their natural levels.
Studies by the NRC, the U.S. Geological Survey and private consultants have found that similar cleanups elsewhere have rarely been fully successful.
The Geological Survey's study of uranium restoration in Texas found that no sites had been completely restored to pre-mining levels, and the majority had elevated uranium when the restoration was finished. The 2008 NRC review concluded that each of 11 sites at three mines certified by the agency as "restored" had at least one important pollutant above baseline levels recorded before mining began. The report concluded that restoring water to baseline levels was "not attainable" for many of the most important contaminants, including uranium.
Some regulators and mining industry executives call attempts to fully restore aquifers at uranium sites idealistic. Such water was often contaminated with uranium before mining began, they contend.
"When you restore it … you bring each individual ion down to a level that is within the levels that occurred naturally," said Richard Clement, the chief executive of Powertech Uranium, which is currently applying for permits for a new mine in South Dakota. "It depends what you mean by 100 percent successful. Are people saying it is different than what it was? Yes it is. But is it worse? No."
Efforts to restore the groundwater at Christensen Ranch had other consequences. While the water was supposed to be filtered and re-injected, millions of gallons were removed and disposed of permanently as a result of the process, lowering the ranch's water table.
Water wells outside of the mine area that had routinely produced 10 gallons a minute struggled to produce a single quart, Christensen said. The water levels in the aquifer also dropped — in some places by 100 feet.
"They have always claimed that they could restore the groundwater," Christensen said. "The main concern is there isn't much water left when they get it to that quality. It never came back."............
....................
Uranium was discovered underneath Christensen Ranch in 1973. In 1978, after the property had been divided between cousins, Westinghouse Electric launched the first large-scale uranium mine on John Christensen's portion.
Modern mining for the radioactive ore inevitably pollutes water.
To avoid digging big holes in the ground, operators inject a mixture of sodium bicarbonate, hydrogen peroxide and oxygen into the rock to separate out the minerals and bond to the uranium. Then, they vacuum out the uranium-laden fluids to make a fine powder called yellowcake. The process leaves a toxic mix of heavy metals and radioactive ions floating in the groundwater and generates millions of gallons of waste that need to be dumped deeper underground.
The federal Safe Drinking Water Act, implemented in the early 1980s as mining began in earnest on Christensen Ranch, posed a potential hurdle to such ventures because it prohibited disposal of waste in aquifers. But the law allowed regulators to exempt aquifers if they determined that water was too dirty to use, or buried too deep to be worth pumping to the surface, or unlikely to be needed.
In 1982, when Wyoming officials anticipated the need for an aquifer exemption at Christensen Ranch, the state's then-governor, Ed Herschler, wrote to urge EPA officials to streamline their review of such requests and not to delay energy projects or interfere with Wyoming regulators. Steven Durham, the EPA's regional administrator at the time, wrote back to assure the governor the EPA would not second guess state officials, and that he had adjusted the rules so that they "should assure a speedy finalization of any exemptions."
Wyoming environment officials issued the first permit exempting several deep groundwater aquifers on the ranch from environmental protection in 1988. It said the water was of relatively poor quality, and was too deep and too remote to be used for drinking. The permit did not address the possibility that usable aquifers could lie in even deeper rock layers beneath the site.
The EPA confirmed the state's exemptions and issued separate ones allowing the mine operator to contaminate the shallow layer of groundwater closest to the surface, where anyone who needed water — including John Christensen — was likely to go for it first.
Even as they gave their stamp of approval, EPA officials noted that the mine operator's application had not set precise boundaries for the depth or breadth of the exempted area. "The information contained in the submittal does not specifically delineate the area to be designated," the EPA's Denver chief administrator acknowledged in a letter to Wyoming regulators in August 1988.
Still, Christensen, who continued to run stock on his land, saw the pollution as an inconvenience, not a threat. He was assured that the mine operator could steer contaminants toward the center of the exemption zone by manipulating pressure underground. Monitoring wells surrounded the perimeter of the mining site like sentries, checking if pollutants were seeping past the border.
Drilling new water wells beyond the mine's boundary was expensive, but Christensen took comfort from rules obliging the mine operator to restore contaminated water within the exempted area to its original condition once mining was complete.
"That was our best quality water," Christensen said. "I've been given to believe that it is not sacrificed, that they will restore the groundwater quality."
The mining proceeded in fits and starts, stalling in 1982 with a collapse of the uranium market, picking up five years later, stopping again in 1990, and then restarting in 1993. Ownership of the facilities changed hands at least five times.
By 2000, mining activity seemed to be over for good, and restoration efforts geared up under the supervision of the Nuclear Regulatory Commission.
The restoration wouldn't go entirely as planned.
* * *
In July 2004, contaminants were detected in one of the monitoring wells surrounding the mining facility at Christensen Ranch.
This wasn't that unusual, mining and regulatory officials say. Other excursions, as they are called, had occurred over the years. The monitoring wells are an early warning system, detecting benign chemicals long before more dangerous toxins can spread.
"It's sort of like a smoke detector," said Ron Linton, who oversees the licensing for Christensen Ranch for the Nuclear Regulatory Commission. "They will go back in and adjust their flow with their production practices within their ore zone to get those levels down."
But according to documents from the Wyoming Department of Environmental Quality, Cogema — the company then handling the restoration effort — could not fix the problem or identify its cause. The company tested water from the area and examined their injection wells for defects, but told state officials they believed the contaminants had occurred naturally and were not from the mine.
For six years, the contaminants continued to spread, disappearing for short periods as the restoration progressed only to reappear again, records show.
"This really shouldn't happen," said Glenn Mooney, a senior state geologist who oversaw the Christensen Ranch site for Wyoming from the late 1970s until last July.
Mooney observed that the concentration of contaminants at the boundary had leveled, but "showed no hint that they may drop," and warned that some of the chemicals found posed a considerable risk.
"The increase in uranium levels, a level over 70 times above the maximum contaminate limit for uranium, in a well that is located at the edge of the aquifer exemption boundary, is a major concern to WDEQ," he wrote in a 2010 letter.
Christensen said he was never told about the excursions beneath his property and that, as far as he knew, several of the minefields had been fully restored. He said he expected to use the shallow aquifer polluted by the mining as a source of drinking water in the future.
Restoration is the most important backstop against the risk that contaminants will spread from the mining site after the mining is finished. Polluted water is pumped from the ground, filtered using reverse osmosis, and then re-injected underground. The worst, most concentrated waste is disposed of in deeper waste wells.
Yet the Nuclear Regulatory Commission approved Cogema's restoration of minefields associated with Christensen Ranch even as the excursion remained unresolved.
The commission deemed nine mining fields there successfully "restored" even though records show that half of the contaminants in the aquifer, including the radioactive byproduct Radium 226, remained above their natural levels.
Studies by the NRC, the U.S. Geological Survey and private consultants have found that similar cleanups elsewhere have rarely been fully successful.
The Geological Survey's study of uranium restoration in Texas found that no sites had been completely restored to pre-mining levels, and the majority had elevated uranium when the restoration was finished. The 2008 NRC review concluded that each of 11 sites at three mines certified by the agency as "restored" had at least one important pollutant above baseline levels recorded before mining began. The report concluded that restoring water to baseline levels was "not attainable" for many of the most important contaminants, including uranium.
Some regulators and mining industry executives call attempts to fully restore aquifers at uranium sites idealistic. Such water was often contaminated with uranium before mining began, they contend.
"When you restore it … you bring each individual ion down to a level that is within the levels that occurred naturally," said Richard Clement, the chief executive of Powertech Uranium, which is currently applying for permits for a new mine in South Dakota. "It depends what you mean by 100 percent successful. Are people saying it is different than what it was? Yes it is. But is it worse? No."
Efforts to restore the groundwater at Christensen Ranch had other consequences. While the water was supposed to be filtered and re-injected, millions of gallons were removed and disposed of permanently as a result of the process, lowering the ranch's water table.
Water wells outside of the mine area that had routinely produced 10 gallons a minute struggled to produce a single quart, Christensen said. The water levels in the aquifer also dropped — in some places by 100 feet.
"They have always claimed that they could restore the groundwater," Christensen said. "The main concern is there isn't much water left when they get it to that quality. It never came back."
* * *
In 2007, as uranium commodities skyrocketed and a new mining boom began, Cogema applied to the Wyoming Department of Environmental Quality and the Nuclear Regulatory Commission for permits to restart and expand its operations at Christensen Ranch.
To do it, the company would need to use two additional deep injection wells, making four total, to dispose of waste produced from ongoing restoration efforts and absorb the byproducts of drying and refining yellowcake. The plan called for more than tripling the amount of waste the company could pump into the Lance aquifer, more than 3,000 feet under Christensen Ranch.
Wyoming had permitted the additional wells years earlier, which it can do under authority delegated to states by the EPA to enact the Safe Drinking Water Act. But Cogema's request required something more — a change to past exemptions — that only the EPA had the power to grant.
Earlier exemptions issued for Christensen Ranch had only indirectly addressed the deep aquifers underlying the Lance.
In November 2010, Wyoming officials asked the EPA to exempt every layer of water below the Lance, regardless of its quality or whether it was being used by the mine, and without additional study. The water quality at those depths was "not reliably known," they wrote. The EPA should apply the exemptions to all of the deep aquifers, they said, "whether or not they meet the definitions of 'underground sources of drinking water.'"
For the EPA, Wyoming's request opened up a morass of legal and environmental concerns.
In the eight years since the agency had approved the last exemption at the ranch, its scientists had grown increasingly convinced that the deep layers of aquifers beneath the property might contain one of the state's largest reserves of good water. One layer, the Madison, is described in a state assessment as "probably the most important high-yield aquifer in Wyoming" and supplies drinking water to the city of Gillette.
Some within the EPA worried that approving Wyoming's request would create a damaging precedent, several EPA employees told ProPublica. It would write off billions of gallons of water in perpetuity, stripping them of legal protections against pollution, even though they were not necessary to the mining process.
Also, arguments that nobody would ever pay to pull water from aquifers below Christensen Ranch seemed more tenuous as scarcity made every drop of clean water more valuable and changing technology made deeper resources economically viable.
"Where do we get that water?" asked Mark Williams, a hydrologist at the University of Colorado at Boulder who has received a National Science Foundation grant to look at energy and water issues. "Right now we want to get it from the near surface because it's cheaper. The question is, is that going to change in the future?"
If the EPA rejected Wyoming's request, it opened itself to other problems, however.
The EPA had granted exemptions allowing the two injection wells already operating at Christensen Ranch based on the notion that the aquifers below them did not qualify as sources of drinking water. If the agency reversed itself on this, it could make the existing mine operations illegal.
"I don't think that you could argue very strongly that it was the intent of the law to routinely use these exemptions to get around complying with the law," Wireman said.
"The law is very clear," he added, referring to the prohibition against allowing injection wells for toxic waste above aquifers. "That was done for a reason."
The process slowed to a crawl as federal officials from Denver to Washington considered the matter.
In December 2010, the EPA sent a letter to Wyoming's chief groundwater supervisor saying the agency saw no justification for granting new exemptions at Christensen Ranch and asked the state to make a stronger scientific argument.
The EPA also informed Wyoming regulators it planned to publish the exemption requests in the Federal Register, a move that would open them up for public comment and push back their potential approval date.
Infuriated, Wyoming officials approved the renewal permit on their own authority on Aug. 7, 2012, and decided the new injection wells did not need EPA permission because they were covered by past exemptions that could not be reversed.
"We were pretty disappointed with the amount of time it was taking to get a determination, and of course the operator was as well," Kevin Frederick, groundwater manager for the Wyoming Department of Environmental Quality, told ProPublica. "The delay… really kind of caused us to rethink what we were asking EPA to consider. We recognized that we were essentially issuing a permit that had already been approved."
Wyoming's top elected official punctuated the state's position on the case by complaining to EPA administrator Lisa Jackson about the agency's interference.
"Wyoming is the number one producer of uranium in the United States. The industry provides the nation with a reliable, secure source of domestic uranium," Gov. Matthew Mead wrote in a stern Aug. 29 letter. The EPA's review was having a "direct impact on operations, planning, investment and jobs. This has resulted in a standstill which has been the situation for far too long."
* * *
The problems and pressures the EPA is facing at Christensen Ranch are not unique.
With uranium mining booming, the agency has received a mounting number of requests for aquifer exemptions in recent years. So far, EPA records show, the agency has issued at least 40 exemptions for uranium mines across the country and is considering several more. Two mines are expanding operations near Christensen Ranch.
In several cases, the EPA has struggled to balance imposing water protections with accommodating the industry's needs.
In South Dakota, where Powertech Uranium is seeking permits for a new mine in the Black Hills, state regulations bar the deep injection wells typically used to dispose of mining waste. The EPA is weighing whether to allow Powertech to use what's called a Class 5 well — a virtually unregulated and unmonitored shallow dumping system normally used for non-toxic waste — instead.
Powertech officials say they will voluntarily meet the EPA's toughest construction standards for injection wells and will treat waste before burying it to alleviate concerns about groundwater.
"It's not going around the process," said Clement, the company's CEO. "It's using the laws the way they were designed to be used."
Environmental groups say the EPA should not be letting mining companies write their own rules.
"It's disturbing that such a requirement would be so easy to get around," said Jeff Parsons, a senior attorney for the Western Mining Action Project, which is representing the Oglala Sioux in a challenge to stop the Powertech mine. "There is a reason that South Dakota prohibited Class 1 wells; it's to protect the aquifers."
Similar disputes are erupting across the country.
In Goliad County, Texas, a proposal for a new uranium mine has triggered a bitter fight between state officials and the EPA.
In 2010, Texas regulators gave a mining company preliminary permission to pollute a shallow aquifer even though 50 homes draw water from wells near the contamination zone.
EPA scientists were concerned by the mining area's proximity to homes and believed the natural flow of water would send contaminants toward the water wells. At first, the agency notified Texas officials it would deny an exemption for the mine unless the state did further monitoring and analysis.
Texas regulators refused. "It appears the EPA may be swayed by the unsubstantiated allegations and fears of uranium mining opponents," Zak Covar, executive director of the Texas Commission on Environmental Quality, wrote in a May 2012 letter to William Honker, acting director of the EPA's local Water Protection Division.
As the case dragged on without a final determination, some within the agency worried that the EPA would go back on its initial decision and capitulate to appease Texas authorities, with whom it has clashed repeatedly.
"This aquifer exemption issue in Goliad County might become a sacrificial lamb that the federal government puts on the altar to try to repair some relations with the state," said a former government official with knowledge of the case.
On Dec. 5, the EPA approved the exemption in Goliad County.
Many disputes over aquifer exemptions focus on water people might need years in the future, but in Goliad County the risk is imminent. People already rely on drinking water drawn from areas close to those that would be polluted.
"This is a health issue as much as a water supply issue," said Art Dohmann, president of the Goliad County Groundwater Conservation District, a local agency that manages water resources.
As of now, it's unclear how the EPA will answer Wyoming's challenge to its authority at Christensen Ranch.
Meanwhile, uranium mining has resumed on the property.
Uranium One, a Canadian-based company with majority Russian ownership that bought the facility from Cogema in 2010, is moving forward with the added injection wells to expand the operation.
For Christensen, it's the same old story. "I'm going to be dead before it's turned back into grazing land," he said of the ranch. "I'm almost 63 years old... so you know, it's gone on my whole life."
ABRAHM LUSTGARTEN
Abrahm Lustgarten is a former staff writer and contributor for Fortune, and has written for Salon, Esquire, the Washington Post and the New York Times since receiving his master's in journalism from Columbia University in 2003. He is the author of the book China’s Great Train: Beijing’s Drive West and the Campaign to Remake Tibet, a project that was funded in part by a grant from the John D. and Catherine T. MacArthur Foundation.
...........................................
Goliad - Uranium Energy Corporation
www.uraniumenergy.com/projects/texas/goliad/
Construction at the Goliad ISR project is now accelerating;; Measured and Indicated Resource Estimatess for the Company's Goliad Project are 3,790,000 tons grading .05% U3O8 containing 5.5 million pounds and an Inferred Resource of 1,547,500 tons grading .05% U3O8 containing 1.5 million pounds U3O8;; Uranium ...
Missing: cia
Why does blogger continue to harass me for criticizing fascism and ...
https://productforums.google.com/forum/#!topic/blogger/zylND5XkxTU;...my...
Dec 22, 2017 - 3 posts - 2 authors
I can't say for sure but I think perhaps my recent blogging about a 'Canadian' named Amir Adnani whose UEC or Uranium Energy Corp is now fracking the earth and groundwater of Goliad Texas for uraniumand is promoted by Agora Inc's CIA connected Doug Casey and Porter Stansberry(former editor of ...political and science rhymes: Google CIA,Agora Inc Porter Stansberry ...
politicalandsciencerhymes.blogspot.com/.../ciaagora-inc-porter-stansberrygrant.html
Dec 20, 2017 - CIA,Agora Inc Porter Stansberry,Grant Atkins Backed Arab Terrorist Amir Adnini Fracks For Uranium In Goliad,Texas I just noted that CIA,Mossad et.al. controlled Google has allowed hackers if that´s the right term to make it very hard to find my warning to Texans and Americans regarding CIAconnected ...Goliad, Texas Uranium Mining Permitted By EPA After Lobbyist ...
https://www.huffingtonpost.com/.../goliad-texas-uranium-mining_n_2868248.html
Mar 13, 2013 - When Uranium Energy Corp. sought permission to launch a large-scale mining project inGoliad County, Texas, it seemed as if the Environmental Protection Agency would stand in its way. To get the ore out of the ground, the company needed a permit to pollute a pristine supply of underground drinking ...
Missing: cia
On a Wyoming Ranch, Feds Sacrifice Tomorrow's Water to Mine ...
www.truth-out.org/.../13588-on-a-wyoming-ranch-feds-sacrifice-tomorrows-water-to...
In Goliad County, Texas, a proposal for a new uranium mine has triggered a bitter fight between state officials and the EPA. In 2010, Texas regulators gave a mining company preliminary permission to pollute a shallow aquifer even though 50 homes draw water from wells near the contamination zone. EPA scientists were ...The Resident: How a lobbyist helped pollute Texan water - YouTube
https://www.youtube.com/watch?v=DggHxJ2kzwU
The energy company, Uranium Energy Corporation, has been trying to launch a large-scale mining operation in Goliad, Texas, for quite a while. Because the mining activities could pollute the aquifer that supplies the city's drinking water, the EPA has been rejecting the company's request for an exemption from the federal ...Newly Discovered Uranium Sparks Mining Interest Despite ...
https://www.sierraclub.org/.../newly-discovered-uranium-sparks-mining-interest-despi...
Newly Discovered Uranium Sparks Mining Interest Despite Environmental Consequences. January 27, 2016. Stop Uranium Mining in Goliad County billboard. By Evan Waring. Back in December, several media outlets reported on a study released by the U.S. Geological Service (USGS) that found 60 million pounds of ...
Missing: cia
Leaks, spills, and other problems at in situ uranium mines across the ...
rapidcityjournal.com/...uranium.../article_694a875f-aa4e-5abd-9d23-2da9536acb73....
Sep 23, 2013 - Powertech, a Canadian company that is proposing to begin mining uranium near Edgemont, has worked for years to reassure South Dakotans that its mine will not ... Goliad exploration wells, Goliad County, Texas (Uranium Energy Corp): A recently permitted but presently inactive mine inGoliad County.[PDF]a geologic report on the oakville-goliad drilling project
geothermal.smu.edu/gtda/rest/fileSystem/getFile?uuid=58b0047d-3c88-352f...
the Goliad Formation, the Oakville Formation, and in some cases the Catahoula ... Only the Goliad crops out in the project area (Fig. 5). Uranium was first discovered in Karnes County, Texas, in 1954, in rocks assigned to the Jackson Group (Fig. 4). ...... Pyrite, as so cia ted with reduced sediments, occurs in relatively.wolfblitzzer0: CIA Connected Arab Terrorist Amir Adnani Securities ...
wolfblitzzer0.blogspot.ru/2017/11/fracking-for-uranium-first-accidentally.html
Nov 5, 2017 - CIA Connected Arab Terrorist Amir Adnani Securities Fraudster Fracking For Uranium In Texas Connected To CIA's,J.D.Davidson's Agora Inc .... The company has not found Texas to be as friendly at its Goliad project site, where the cutting-
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