Is Shale Wastewater Causing Radiation Spike in Ten Mile Creek?

Ten Mile Creek runs through Washington and Greene counties in southwestern Pennsylvania and is considered a “major tributary” to the mighty Monongahela River, a 130-mile-long river in north-central West Virginia and southwestern Pennsylvania. The Monongahela joins the Allegheny River to form the Ohio River at Pittsburgh. An abandoned coal mine, the Clyde Mine, sits near the Ten Mile Creek where the creek joins the Monongahela, and the abandoned coal mine (as many do) leaks acid mine water into the creek and ultimately into the Mon River. Anti-drillers suspect, apparently with no basis for doing so, that shale wastewater has been dumped in the Clyde Mine and is leaking out along with the acid mine water and is creating a radioactive hazard that could affect water in the Mon River used for drinking water sources. The PA Dept. of Environmental Protection (DEP) ran some initial tests in April 2014 and found ” high levels of radioactive materials and other chemicals typically related to Marcellus Shale drilling operations” according to the left-leaning news agency PublicSource. The DEP ran more tests in June of this year, but because the testing followed heavy rains, anti-drillers have already said they “won’t accept” the results from those tests. Anti-drillers love to cherry-pick their “science”. What’s really going on with Ten Mile Creek? Has there been, or is there still, illegal wastewater dumping going on at the Clyde Mine?…
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Something really big is about to happen in the Marcellus/Utica region. Starting August 1, the Rockies Express Pipeline (REX), originally built from Colorado and Wyoming to Monroe County, OH to bring natural gas from west to east, will reverse the flow for a large and important section of the pipeline. On August 1, the section of REX from Monroe County, OH to Mexico, MO will reverse the flow and carry 1.8 billion cubic feet per day (Bcf/d) of Utica and Marcellus Shale gas to the Midwest, including to the greater Chicago area. This flow reversal has the power to a) increase prices northeast drillers receive for their natural gas, and b) lower the cost of natural gas for consumers (and industrial companies, and electric generating plants, etc.) in places like Chicago. It is a win/win scenario. It is so important, and will have such a profound affect on natgas prices in the Midwest, that our friends at NGI’s Daily Gas Price Index have created a “REX Tracker”–a free daily chart updating the price of natural gas along the REX’s Zone 3 section…
Seventy Seven Energy, an oilfield services company with major operations in the northeast, is the old Chesapeake Oilfield Operating division of Chesapeake–spun off into its own company on July 1, 2014 (see
What could of been a valuable research project by a Stanford University researcher is, instead, just more “fracking maybe/might/could/possibly affect groundwater” headline grabber. Stanford environmental scientist Dr. Rob Jackson, a seasoned researcher, set out to determine at what depths is fracking safe and does not affect groundwater (“The Depths of Hydraulic Fracturing and Accompanying Water Use Across the United States” — abstract below). The press release describing the research attempts to redefine any shale well drilled and fracked at less than one mile down as a “shallow” well. This is an inaccurate characterization. From the release: “The most recent such study, published in Environmental Science & Technology, finds that at least 6,900 oil and gas wells in the U.S. were fracked less than a mile (5,280 feet) from the surface, and at least 2,600 wells were fracked at depths shallower than 3,000 feet, some as shallow as 100 feet. This occurs despite many reports that describe fracking as safe for drinking water only if it occurs at least thousands of feet to a mile underground, according to Jackson.” If a well was drilled at 3,000 feet down, that’s still 2,000-2,500 feet below water aquifers–a quarter of a mile of solid rock between the two! Not to mention that 2,600 wells out of 44,000 wells Dr. Jackson studied is a puny 6% of the total–a very small percentage. In other words, the vast majority of shale wells drilled are a mile or more under the surface. Interestingly, for all of the talk about “shallow” wells and the potential dangers of fracking, Dr. Jackson’s study “has not found evidence that frack water contaminants seep upward to drinking-water aquifers from deep underground”…