Art also Speaks
No Science, Please, for Fracking
Commentary by S. Tom Bond, Retired Chemistry Professor and Resident Farmer, Lewis County, WV
The human brain is not a reality machine. It is a device for survival in a world where problems must be solved, but exact reality is not needed. Think about all the fantasies in literature, everything from “One Thousand and One Nights” which includes the flying carpet and the “roc,” a bird so large it can pick up a man and carry him away, to Frankenstein, the man crafted by early 19th century methods in the mind of Mary Shelly, and its predecessor, Prometheus, to Jules Vern’s fantasies, and so on. These Universes exist in the mind only. As the prisoner in Mahler’s symphony sings “die Gedanken sind frei” – thoughts are free.
Look too, at the variety of the world’s religions. People believe and act on them. An individual religion is not wired into human minds, but is learned from the culture surrounding the person.
However, the mind we have has made us a uniquely successful species. About half of the primary biological productivity of the earth – that is all new growth on earth – is devoted to feeding, clothing, housing and keeping us. No single species has been able to approach this in the past.
This presents a dilemma – a very powerful, useful organ for knowing is not directly attached to reality, but capable of unlimited flights of fantasy. In the past this might have been more useful than it is for today’s humanity. It provided diversity, while smaller, diverse systems are tolerant, because if one fails, others go ahead. This is the nature of evolution. It is not good when only one path is taken by all, because forethought and planning must be based on what is correct. Failure is disaster for all.
We understand narratives, stories of explanation. Cold facts must be linked into a story, an explanation, if they are to be remembered, transmitted, useful. Fitting facts into a narrative that is parallel to the real world takes a very high skill. It is injured by indifference, willful ignorance, and the big one, self interest.
Science is a system for getting a narrative, an explanation of phenomena, closer to reality. It works by using measurements, samples of the real world, and a procedure for debating proposed explanations. It involves a huge debating society, now so diverse there are many branches. People spend their lives learning what is known, and adding to it. It is written down and new ideas are debated worldwide. One makes points by suggesting new explanations for data, or by finding errors in new suggestions. Competition is fierce. It is a very social enterprise.
Rarely, people falsify data, and present new ideas based on false data. But one of the key principles is that experiments must be repeatable by others, so they will eventually be found out. Basic ideas change, too. At one time it was thought the planets go around the sun in circles. More careful measurements showed they move in ellipses. Most additions are not very large, but sometimes there is a tremendous change, such as when it was realized that the surface of the earth consists of plates that move, “plate tectonic theory” is a cornerstone of Geology today. Or the Quantum Theory, which is now a cornerstone of both chemistry and physics.
So careful measurements and active, open debate bring science as close to the real world as anything today. Unlike money, it has only indirect connection to power, however. It must be financed, it doesn’t pay directly for itself, like so many things that affect us collectively, rather than individually.
The public narrative about fracking, however, is not science. It is the device of individuals, not even checked with connections to reality, quite like literature. It has a “good” and “heartwarming” story, claims of abundance, jobs, affluence.
Here is an example on the fracking perspective. It is widely promoted by those who hope to have a piece of its benefit, and by those who are afraid not to be a valued follower. There is a lot left out of this narrative, however. The article referred to uses percent increase in O&G jobs, not actual figures. The actual numbers are small compared to total employment. The drilling industries are high investment, but actually low in needed labor, in contrast to solar and wind.
Another misunderstanding: the US gas industry has smaller reserves, much smaller, than places overseas, which already have production equipment in place, ready to pump. You can check this out yourself. The four nations ahead of us have 12.7 times as much gas as the United States, and Russia in particular hasn’t even prospected it’s area completely.
Other nations also have half-again as much as the four ahead of the US. So the WV gas industry is pumping gas from a smaller reserve with a bigger straw, which must be paid for with new money. The export or gas also requires building gas liquefaction plants and ships to move it across the ocean. It is a great receptacle for capital.
Then there is the matter of denial of ill effects on the environment and people. Some examples of research contradicting that claim are:
Why is there a huge methane hotspot in the American Southwest?
Lancashire fracking in doubt following critical report
Stanford biologist warns of early stages of Earth’s 6th mass extinction event.
Impact of Natural Gas Extraction on PAH Levels in Ambient Air.
Perinatal Outcomes and Unconventional Natural Gas Operations in Southwest Pennsylvania.
Evaluating a groundwater supply contamination incident attributed to Marcellus Shale gas development.
The volume of such research doubles each year, in spite of the lack of cooperation from the industry, which is not interested in verifiable fact, but in promoting it’s narrative.
It is amazing how poor the education of many people making important decisions really is. My guess is there are few climate change deniers whose knowledge of the physics involved is at the level of a first year student. They don’t know enthalpy of vaporization, enthalpy of fusion, heat capacity, coefficient of expansion. Nor do they know the Earth science of the global ocean heat conveyor, or the Hadley, Farrell and Polar cells. You shouldn’t worry if you don’t know these terms and how they relate to global warming, unless you are writing contradictions to global warming. The science is all available to those who want to take the time to learn, however.
Very few fracking executives or mid-staff understand elementary toxicology. Nor does the industry as a whole have such expertise. And it’s well understood that any employee who is not loyal to the objectives of the firm gets the boot. It is hard on one’s professional standing, if trained in petroleum science and you lose a job by being a whistle blower. CIA employees aren’t the only ones who have to “go along to get along.”
And the same is true with politicians. As I’ve said before, they don’t have time for research or going out in the field and talking to constituents. They have to spend their time raising money and getting re-elected. It’s all power brokering. This results in monstrosities such as the WV Senator who is on the Senate Clean Air Committee AND fighting to preserve Coal. In Pennsylvania they have a legislative bill that removes liability for drillers who use acid mine drainage for fracking.
For corporations there is little long-term view, hardly more than the next quarter or two, certainly none as long as it will take to pay off the debts. And no depth beyond “common sense.” If ”ignorance is bliss,” this must be the finest hour for the hydrocarbon burning industries. They have up a ”full head of steam,” but can’t see beyond the next wave.
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http://ecowatch.com/2016/05/09/radium-lead-fracking/
Rivers Contaminated With Radium and Lead From Thousands of Fracking Wastewater Spills [Duke University Study]
By Sharon Kelly, DeSmog Blog, May 9, 2016
Thousands of oil and gas industry wastewater spills in North Dakota have caused “widespread” contamination from radioactive materials, heavy metals and corrosive salts, putting the health of people and wildlife at risk, researchers from Duke University concluded in a newly released peer-reviewed study.
Some rivers and streams in North Dakota now carry levels of radioactive and toxic materials higher than federal drinking water standards as a result of wastewater spills, the scientists found after testing near spills. Many cities and towns draw their drinking water from rivers and streams, though federal law generally requires drinking water to be treated before it reaches peoples’ homes and the scientists did not test tap water as part of their research.
High levels of lead—the same heavy metal that infamously contaminated water in Flint, Michigan—as well as the radioactive element radium, were discovered near spill sites. One substance, selenium, was found in the state’s waters at levels as high as 35 times the federal thresholds set to protect fish, mussels and other wildlife, including those that people eat.
The pollution was found on land as well as in water. The soils in locations where wastewater spilled were laced with significant levels of radium and even higher levels of radium were discovered in the ground downstream from the spills’ origin points, showing that radioactive materials were soaking into the ground and building up as spills flowed over the ground, the researchers said.
The sheer number of spills in the past several years is striking. All told, the Duke University researchers mapped out a total of more than 3,900 accidental spills of oil and gas wastewater in North Dakota alone.
Contamination remained at the oldest spill site tested, where roughly 300 barrels of wastewater were released in a spill four years before the team of researchers arrived to take samples, demonstrating that any cleanup efforts at the site had been insufficient.
“Unlike spilled oil, which starts to break down in soil, these spilled brines consist of inorganic chemicals, metals and salts that are resistant to biodegradation,” said Nancy Lauer, a Duke University PhD student who was lead author of the study, which was published in Environmental Science & Technology. “They don’t go away; they stay.”
“This has created a legacy of radioactivity at spill sites,” she said.
The highest level of radium the scientists found in soil measured more than 4,600 Bequerels per kilogram [bq/kg]—which translates to roughly two and half times the levels of fracking-related radioactive contamination discovered in Pennsylvania in a 2013 report that drew national attention. To put those numbers in context, under North Dakota law, waste more than 185 bq/kg is considered too radioactive to dispose in regular landfills without a special permit or to haul on roads without a specific license from the state.
And that radioactive contamination—in some places more than 100 times the levels of radioactivity as found upstream from the spill—will be here to stay for millennia, the researchers concluded, unless unprecedented spill clean-up efforts are made.
“The results of this study indicate that the water contamination from brine spills is remarkably persistent in the environment, resulting in elevated levels of salts and trace elements that can be preserved in spill sites for at least months to years,” the study concluded. “The relatively long half-life of [Radium 226] (∼1600 years) suggests that [Radium] contamination in spill sites will remain for thousands of years.”
Cleanup efforts remain underway at three of the four sites that the Duke University research team sampled, a North Dakota State Health Department official asked to comment on the research told the Bismarck Tribune, while the fourth site had not yet been addressed. He criticized the researchers for failing to include any in-depth testing of sites where the most extensive types of cleanup efforts had been completed.
The four sites the researchers sampled instead included the locations of two of the biggest spills in the state’s history, including a spill of 2.9 million gallons in January 2015 and two areas where smaller spills occurred in 2011. The samples from the sites were collected in June 2015, with funding from the National Science Foundation and the Natural Resources Defense Council, an environmental group.
Over the past decade, roughly 9,700 wells have been drilled in North Dakota’s Bakken shale and Bottineu oilfield region—meaning that there has been over one spill reported to regulators for every three wells drilled.
“Until now, research in many regions of the nation has shown that contamination from fracking has been fairly sporadic and inconsistent,” Avner Vengosh, professor of geochemistry and water quality at Duke’s Nicholas School of the Environment, said when the study was released. “In North Dakota, however, we find it is widespread and persistent, with clear evidence of direct water contamination from fracking.”
Dealing with wastewater generated by drilling and fracking has proved to be one of the shale industry’s most intractable problems. The industry often pumps its toxic waste underground in a process known as wastewater injection. Every day, roughly 2 billion gallons of oil and gas wastewater are injected into the ground nationwide, the Environmental Protection Agency estimates. Wastewater injection has been linked to swarms of earthquakes that have prompted a series of legal challenges.
The sheer volume of waste generated by the industry—particularly from the type of high volume horizontal hydraulic fracturing used to tap shale oil and gas—has often overwhelmed state regulators, especially because federal laws leave the waste exempt from hazardous waste handling laws, no matter how toxic or dangerous it might be, under an exception for the industry carved out in the 1980’s.
This leaves policing fracking waste up to state inspectors and not only do the rules vary widely from state to state, but enforcing those rules brings its own difficulties.
State inspectors have faced escalating workloads as budgets have often failed to keep pace with the industry’s rapid expansion. In North Dakota, the number of wells per inspector climbed from roughly 359 each in 2012 to 500 per inspector last year. In other states, the ratios are even more challenging, with Wyoming oil and gas well inspectors being responsible for more than 2,900 wells in 2015. And now, with the collapse of oil and gas prices, funds earmarked for oil and gas inspection have also nosedived in many states.
Lax enforcement may help explain why wastewater spills are so common across the U.S. More than 180 million gallons of wastewater was spilled between 2009 and 2014, according to an investigation by the Associated Press, which tallied the amount of wastewater spilled in the 21,651 accidents that were reported to state or federal regulators nationwide during that time.
The naturally occurring radioactive materials in that wastewater have drawn particular concern, partly because of their longevity in the environment and partly because the drilling industry enjoys looser federal standards for their radioactive waste than many other industries.
In January, North Dakota regulators further relaxed their standards for the dumping of radioactive materials, allowing many landfills in the state to accept drilling waste at levels higher than previously permitted, citing tough economic times for drillers.
But environmentalists argue that relaxing the rules for radioactive waste disposal could mean that radioactive materials receive less careful handling. “If people think this study points to a building tragedy, just wait,” Darrell Dorgan, who chairs the North Dakota Energy Industry Waste Coalition, told the Bismarck Tribune, when the Duke University research was released. “The new rules allow radioactive waste that is 10 times more dangerous.”
The spills the Duke University researchers identified often resulted from a failure to maintain infrastructure including pipelines and storage tanks. Roughly half of the wastewater spilled came from failed pipelines, followed by leaks from valves and other pipe connectors and then tank leaks or overflows.
But recent floods in Texas’s Eagle Ford shale region also highlight the risks that natural disasters in drilling regions might pose. Texas regulators photographed plumes of contamination around submerged drilling sites, a repeat of similar incidents in Colorado. “That’s a potential disaster,” Dr. Walter Tsou, former president of the American Public Health Association told the Dallas Morning News.
Risks associated with fracking in flood zones have drawn the attention of some federal agencies in the past, but perhaps not in a way that locals in affected areas might find helpful.
In 2012, the Federal Emergency Management Agency’s Hazard Mitigation Grant Program—a program designed to help people move away from areas subject to recurring floods—ran into a series of conflicts over oil and gas leases on properties that would otherwise be offered buy-outs. Some homeowners in Pennsylvania were denied the chance to participate in the program because of oil and gas leases or pipelines on their properties, as DeSmog previously reported.
In other words, it may be harder for those who have signed oil and gas or pipeline leases to abandon flood-prone areas, meaning that homeowners whose properties frequently flood could potentially face battles over cleanup costs without aid from the Federal Emergency Management Agency.
And the newly published research from North Dakota suggests that the less visible brines may ultimately be more of a long-lasting environmental hazard than the spilled oil.
Even though their study included only leaks that were reported to state regulators, the researchers warned that little is currently being done to clean up sites where spills have occurred—or even to track smaller spills, especially on reservation lands, where roughly a quarter of the state’s oil is produced.
This means that the real amount of wastewater spilled is likely even higher than currently reported. “Many smaller spills have also occurred on tribal lands,” Prof. Vengosh said, “and as far as we know, no one is monitoring them.”
Note: ”Groups Sue EPA Demanding Stricter Fracking Waste Rules”
See also: http://www.FrackCheckWV.net