So Lets Unemploy Oilfield Workers and Hurt Their Families in Colorado With New Fracking Initiative
Bound to Section
- What Is Fracking?
- History of Fracking
- How Does Fracking Work?
- Why Is Fracking Bad?
- Fracking in the United States
- Laws and Regulations
- Alternatives to Fracking
It took some time for hydraulic fracturing—or "fracking"—to go as widespread as it is today. Although American entrepreneurs take known for more than a century how to crack open rocks deep beneath the earth's surface to access trapped fossil fuel deposits, fracking gained a serious foothold in the nation's energy marketplace merely in the past two decades. During this fourth dimension, a fracking boom has helped the United States become the global leader in natural gas and rough oil production. But the extraction of dirty fossil fuels by whatever ways comes at a cost, and the risks associated with fracking to the environment, our wellness, and the earth's climate are serious. Here's a look at the fracking boom and the perils it presents.
What Is Fracking?
Mod high-volume hydraulic fracturing is a technique used to enable the extraction of natural gas or oil from shale and other forms of "tight" rock (in other words, impermeable stone formations that lock in oil and gas and brand fossil fuel production difficult). Big quantities of h2o, chemicals, and sand are blasted into these formations at pressures loftier enough to crack the rock, allowing the once-trapped gas and oil to flow to the surface.
History of Fracking
The idea for fracking—or "shooting the well," as the exercise was one time referred to—dates back to 1862 and has been credited to a Colonel Edward A. Fifty. Roberts. In the midst of fighting during the Civil War's Battle of Fredericksburg, Roberts noted the impact that artillery had on narrow, water-filled channels. A few years subsequently, he applied his battleground observations to the pattern of an "exploding torpedo" that could exist lowered into an oil well and detonated, shattering surrounding rock. When water was then pumped into the well, oil flows increased—in some cases by every bit much as i,200 percentage—and fracking was established as a manner to increase a well's productive potential.
In the 1940s, explosives were replaced with high-pressure blasts of liquids, then "hydraulic" fracking became the standard in the oil and gas industry. Information technology wasn't until the showtime of the 21st century, still, that ii key changes helped spark fracking's current blast. One was the apply of a certain type of fracturing fluid: slickwater, a mix of h2o, sand, and chemicals to brand the fluid less gluey. The other innovation was the pairing of fracking with horizontal drilling, a technique that increases the productive potential of each well considering it can attain more of the rock formation that contains the oil and gas. These advances, combined with an influx of investment amid high global fossil fuel prices, sent fracking into overdrive. Indeed, of the approximately i one thousand thousand U.Due south. wells that were fractured betwixt 1940 and 2014, about 1-tertiary of those were fractured after 2000.
How Does Fracking Work?
It involves diggings fluid deep below the earth'southward surface to crack sedimentary rock formations—this includes shale, sandstone, limestone, and carbonite—to unlock natural gas and crude oil reserves.
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The process begins with the drilling of a long vertical or angled well that tin extend a mile or more than into the globe. Every bit the well nears the rock formation where the natural gas or oil lies, drilling then gradually turns horizontal and extends as far as thousands of feet. Steel pipes chosen casings are inserted into the well, and the space between the rock and the casing is fully or partially filled with cement. Small holes are made in the casing with a perforating gun, or the well is constructed with pre-perforated pipe. Fracking fluid is then pumped in at a force per unit area high enough to create new fractures or open up existing ones in the surrounding rock. This allows the oil or gas to flow to the surface for gathering, processing, and transportation, forth with contaminated wastewater that is stored in pits and tanks or disposed of in underground wells.
Fracking Equipment
Hydraulic fracturing requires an extensive amount of equipment, such as high-pressure, loftier-book fracking pumps; blenders for fracking fluids; and storage tanks for water, sand, chemicals, and wastewater. This infrastructure, plus more, typically arrives at drill sites via heavy trucks.
What Is in Fracking Fluid?
Made up of as much every bit 97 percent h2o, fracking fluid also contains chemical additives and proppants (small, solid particles used to go on the fractures in the rock formation open afterward the pressure from injection subsides). While well-nigh states with oil and gas production at present take rules requiring disclosure of chemicals used in fracking, those rules often contain exclusions for "confidential business data" (CBI), which tin can be used to shield the identities of chemicals that are considered merchandise secrets. The U.Southward. Environmental Protection Agency (EPA) examined more than 39,000 chemical disclosure forms submitted to FracFocus from January ane, 2011, to Feb 28, 2013; it found that more 70 per centum of the forms listed at to the lowest degree 1 chemical every bit CBI and that 11 percent of all chemicals were claimed as such.
Chemicals Used in Fracking
Different chemicals are added for unlike purposes, based on the rock type and other specifics of a fracking site. Acids, for example, are used to dissolve minerals to help fossil fuels period more than easily; biocides eliminate bacteria; gelling agents help carry proppants into fractures; and corrosion inhibitors prevent steel parts of the well from beingness damaged past fracking fluid. The EPA identified 1,084 dissimilar chemicals reported as used in fracking formulas betwixt 2005 and 2013. Common ingredients include methanol, ethylene glycol, and propargyl alcohol. Those chemicals, along with many others used in fracking fluid, are considered hazardous to human health. Meanwhile, and perhaps more disconcertingly, the potential homo health impacts of the majority of chemicals used in fracking formulas are just unknown. For case, scientists in California found that complete information near hazards and risks to humans and the environs is available for only well-nigh one-3rd of the chemicals used for fracking and other, similar operations in the state.
Proppants Used in Fracking
Sand is the fracking industry'due south favored proppant, with high-purity quartz—known as "frac sand"—prized the nigh for its round shape, uniform size, and vanquish resistance. A single well functioning tin truck in thousands of tons of frac sand. The U.s.a. is the unmarried largest producer of frac sand in the earth, with almost 70 percent of 2014 domestic production coming from the Dandy Lakes Region, particularly from Wisconsin and Minnesota, which both saw a doubling of sand mines between 2005 and 2015.
Why Is Fracking Bad?
While fracking has charged alee, the enquiry into how safe it is for homo health and the environment hasn't kept footstep. Many questions remain almost the dangers of the process, with mounting evidence raising serious ruby-red flags nigh the bear upon on drinking h2o, air pollution, and our climate.
H2o Supply Depletion
Fracking consumes a massive amount of water. In the The states, the average can run betwixt 1.5 meg and 9.7 million gallons of water to frack a single well, according to the Usa Geological Survey (USGS). The amount depends on a few factors, including the blazon of well and stone formation. (A fracking operation in the Horn River Basin in Canada, for example, used almost 16 million gallons of water.) H2o used for hydraulic fracturing is typically fresh water taken from groundwater and surface water resources. Although there are increasing efforts to use nonpotable water, some of these sources also supply drinking water. U.South. water consumption for fracking is even so considered "negligible" compared with other industrial h2o uses (such as the cooling of coal-fired ability plants). But fracking operations can strain resource in areas where freshwater supplies for drinking, irrigation, and aquatic ecosystems are scarce (and often condign scarcer thanks to climate change). Water used for fracturing is as well contaminated to return to its source without extensive treatment and so typically is disposed of deep underground, where it is removed from the freshwater cycle.
The corporeality of water used per frack job has grown over time, exacerbating fracking's impact on water supplies. In fact, a Duke Academy assay institute that while U.S. producers scaled back on the installation of new wells between 2011 and 2016, the amount of water used for hydraulic fracturing surged. In the already drought-ridden Permian Basin region of W Texas, for example, water use for fracking during those years increased by as much as 770 per centum. (Also concerning is the fact that the amount of wastewater generated during a well's first twelvemonth of production increased by every bit much as 1,440 percent during the study menstruation.) The authors predicted fracking's water footprint—the amount of water used and discarded—could increase past upwards to 50-fold in some regions by 2030.
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Water Contagion
Fracking operations not only strain water resource but risk polluting them as well. A 2016 EPA analysis plant that while large data gaps and uncertainties brand it hard to fully assess the impact on drinking h2o, fracking operations can—and exercise—affect drinking water resources. The activities that pose the biggest threats include spills and leaks of fracking fluids, the injection of fluids into inadequately built wells, and poor wastewater management practices.
Fluid Leaks
Spills and leaks tin can occur throughout the fracking procedure, including during the transportation of concentrated chemic additives; the mixing and pumping of fracturing fluids; and the storage, transportation, and disposal of used fracturing fluid and wastewater. Both human error and equipment failure can cause spills and leaks, and some spills are known to accept reached surface water resources, according to the EPA. Indeed, the agency's analysis of spill reports from xi states revealed 151 spills of fracking fluids or additives between 2006 and 2012, with well-nigh x percentage of those spills (ranging from 28 to seven,350 gallons) ending up in creeks, streams, or other bodies of water. The full impact tin can exist difficult to measure, however, for many reasons, including that the chemical makeup of the spilled fluid may be unknown or poorly described, and the ultimate fate of the spilled fluids and impacts of the spill are not typically studied.
Well Construction
Oil and gas wells must exist properly constructed to withstand intense temperature and pressure fluctuations. Otherwise, a well may be damaged, peradventure assuasive oil, gas, and fracking fluid to leak. For instance, the EPA faulted burst casings—the steel pipes used to construct wells—in the leakage of fracking fluids into wells used to monitor water quality in Killdeer, Due north Dakota, in 2010. Another written report, of 133 cases of suspected drinking water contamination in Pennsylvania and Texas, pointed to faulty well construction equally the probable reason behind some cases of methyl hydride pollution.
Fractured Rock Formations
Operators can't completely control where fractures occur. When a fracture extends farther than intended, it can link up with a naturally occurring fault, other natural or human being-made fractures, or other wells and and then carry fluids to other geological formations, including, potentially, drinking h2o supplies. Equally apropos, according to the EPA, is the lack of data on how close induced fractures are to clandestine aquifers. This meant that in its 2016 assessment, the agency was oftentimes unable to make up one's mind with certainty whether fractures reached surreptitious drinking water resources. While most fracked stone formations are separated from aquifers past thousands of feet, in some cases hydraulic fracturing occurs within a drinking h2o resource. For example, in the Pavillion gas field in the Wind River Basin of Wyoming the same formation that contains natural gas besides provides drinking water for the nearby the town of Pavillion. While drinking water is generally shallower than the gas, there are no geologic barriers separating the 2. Some private wells that provide drinking water accept been contaminated with methyl hydride and other chemicals that may have escaped from the surface pits used to store wastewater or from improperly constructed production wells—although determining the exact source of the contagion is challenging.
Wastewater Mismanagement
Every year, the oil and gas industry generates billions of gallons of wastewater, a potentially hazardous mixture of flowback (used fracking fluid), produced water (naturally occurring water that is released with the oil and gas), and any number of other naturally occurring contaminants ranging from heavy metals, salts, and toxic hydrocarbons like benzene to radioactive materials such equally uranium. This wastewater can enter and contaminate the environs in myriad ways: when transported (in 2015, for instance, a cleaved North Dakota pipeline carrying produced water spilled virtually three million gallons of contaminants into a nearby creek), when stored (open pits that hold wastewater aboveground can spill, leak, and emit air pollution), or when treated (wastewater treatment facilities unable to properly handle pollutants institute in fracking waste tin can release contaminants into surface waters). Even the recycling of wastewater poses a threat as it generates full-bodied waste matter products, including a past-product called TENORM (technologically enhanced naturally occurring radioactive textile), which must then be properly managed. Recycled wastewater must also exist appropriately treated for its intended end use, which tin be challenging when companies practise non fully disembalm all the chemical contents.
Air Pollution
Air pollution from oil and natural gas production, including fracking activities, is a serious trouble that threatens the health of nearby communities. Flaring (a controlled burn used for testing, safe, and waste material-management purposes), venting (the direct release of gas into the temper), leaking, combustion, and release of contaminants throughout the production, processing, transmission, and distribution of oil and natural gas are significant sources of air pollution.
Natural gas is made up mostly of methane, a potent greenhouse gas that traps more than 80 times as much estrus as carbon dioxide. The oil and gas sector is the largest domestic industrial source of methyl hydride pollution. When gas is flared, vented, or accidentally leaked, it accelerates the costly health impacts of climate alter. Oil and gas operations, such as hydraulic fracturing, likewise release numerous toxic air contaminants: benzene, toluene, ethylbenzene, and xylene; fine particulate affair (PM2.five); hydrogen sulfide; silica dust; and nitrogen oxides and volatile organic compounds, which produce smog when combined. In rural northeastern Utah, researchers estimated that the amount of smog-forming compounds coming from oil and gas operations each year was equivalent to the emissions of 100 million cars. A broad range of wellness effects are associated with exposure to these air pollutants, including balmy to severe respiratory and neurological problems, cardiovascular impairment, endocrine disruption, nascence defects, cancer, and premature mortality. Meanwhile, manufacture workers face fifty-fifty greater risks from on-site exposure to toxic chemicals and other airborne materials, including silica (the master component of frac sand), which tin lead to lung disease and cancer when inhaled.
Earthquakes
Noting an "unprecedented increase" in the number of earthquakes in the primal role of the United states of america since 2009, the USGS has adamant that disposal wells—which inject wastewater generated from oil and gas operations, including fracking, deep clandestine—are by and large to blame. (The hydraulic fracturing process itself is likely responsible for a very modest number of induced earthquakes, according to the agency.) The force per unit area exerted on a rock germination by the fluids injected into these disposal wells tin can cause faults to shift, resulting in human-induced earthquakes. The key and eastern United States averaged only 25 almanac earthquakes of magnitude three or higher (which is generally potent enough to feel) betwixt 1973 and 2008 but experienced more than than ane,000 of these quakes in 2015 alone. Oklahoma and Ohio are among united states with dramatic upticks in quakes as a upshot of booming oil and gas production and the need to dispose of the accompanying waste matter. Some of these human being-made earthquakes have been big plenty to cause holding damage and injuries, just these states find themselves ill-equipped to deal with seismic activity, given how rare natural earthquakes are.
Ecology Degradation
Fracking, like other oil and gas operations, involves intense industrial development. Well pads, access roads, pipelines, and utility corridors are typically accompanied by intense, round-the-clock noise, lights, and truck traffic. In add-on to potentially polluting local water and air resources, this vast web of infrastructure can fragment forests and rural landscapes and dethrone important wild fauna habitat. 1 study of mule deer in northwestern Colorado, for case, constitute that natural gas drilling operations had compromised as much as half of the animals' disquisitional winter habitat. Another report, analyzing the impact of fracking wastewater sprayed on forested land in W Virginia, institute that more than half of the trees in the area had died within two years.
Fracking in the Usa
Since 2014, hydraulically fractured horizontal wells have accounted for the majority of new oil and natural gas wells developed in the United States, surpassing all other drilling techniques. In 2016, nearly 70 percentage of the country's 977,000 producing oil and natural gas wells were horizontally drilled and fracked. The fracking boom is largely credited with making the The states the top producer of natural gas and crude oil in the world—a tendency expected to continue equally fracking becomes more efficient (with fewer rigs generating greater output) and enables access to more of the state'southward fossil fuel reserves.
Texas is the tiptop producer of crude oil and natural gas. North Dakota ranks second for rough oil and Pennsylvania second for natural gas. However, about 30 states are estimated to sit above gas- and oil-rich shale and other tight rock formations (besides called "plays"). The near productive U.S. shale gas plays are the Appalachia region's Marcellus Shale, which spans New York, Pennsylvania, and Due west Virginia; the Permian Basin, which rests under Texas and New Mexico; and the Haynesville Shale, located below northeast Texas and northwest Louisiana. The well-nigh productive tight oil regions include the Permian Basin, Northward Dakota'due south Bakken formation, and Texas'southward Hawkeye Ford shale play. The fossil fuel industry has also set its sights on areas that offer much less potential output, such as in the Florida Everglades, including the Big Cypress National Preserve, despite tremendous environmental risks.
Shale plays in the continental U.s.
NRDC. Source: U.S. Energy Information Administration
Home to two of the country's nearly productive unconventional plays, the Permian Basin and the Eagle Ford, Texas leads the nation in oil and natural gas production. ("Unconventional" refers to oil and gas resources in less-permeable and less-porous rock.) The state also serves equally a cautionary tale for the many health and ecology consequences of fracking and other methods of fossil fuel extraction. Texas'southward industries make it the top emitter of smog-forming ozone pollutants in the U.s., and earthquakes are on the ascent. Studies take found increased levels of harmful chemicals in water virtually fracking sites, suggesting that further monitoring is in social club. Meanwhile, a state regulation designed to protect the public from the health impacts of fossil fuel extraction may be only loosely enforced, co-ordinate to a report by Dallas news station WFAA. With approximately 3-fifths of the country atop the Marcellus Shale play, Pennsylvania is the second-largest producer of natural gas, generating virtually one-5th of America's supply in 2017. Output is expected to continue to abound—though not everywhere. In 2018, the Delaware River Basin, a watershed that spans parts of Pennsylvania, New York, New Jersey, and Delaware, was marked off-limits to fracking (although the threat to drinking water and the surround hasn't been eliminated, since some proposed regulations would nonetheless allow wastewater to be disposed of in the watershed). Meanwhile, statewide concern about fracking's hazards is mounting: Co-ordinate to one 2018 poll, 55 percent of residents believe fracking's potential environmental risks outweigh its potential economic benefits—up from 37 percent in 2014. In some cases, Pennsylvania has already seen fracking's risks play out in the form of contaminated drinking h2o supplies and polluted air. In 2015, New York became the first state with significant natural gas reserves (its southern swath sits atop the Marcellus Shale play) to prohibit fracking. The New York Department of Environmental Conservation ended that the "meaning agin public health and ecology" threats the extraction method posed far outweighed "the limited economic and social benefits that would be derived." California'due south Monterey formation was once billed equally America'due south "black aureate mine," estimated to hold equally much equally two-thirds of the country's unconventional oil resources—that is, until a 2014 revision slashed that estimate by most 96 percentage. However, as of 2017, California was yet the fourth-largest producer of oil in the nation due to significant ongoing conventional production, from the largely rural Central Valley to some of the densest urban drilling sites anywhere in the globe in Los Angeles and surrounding municipalities. A 2014 analysis of oil and gas development in California showed that approximately v.4 meg people live within a mile of one of the 84,000-plus existing oil and gas wells, three,000 of which had used either hydraulic fracturing or acidizing, which is the process in which acid is pumped into a well to dissolve rock and increase permeability. When fracking does occur in California, information technology differs from elsewhere in the The states, every bit it often occurs at shallower depths and in closer proximity to drinking water sources, increasing the risk of h2o contamination. Nevertheless, the Trump administration has made moves to open up more than than one 1000000 acres of public land in the state—much of which supplies h2o for agricultural and urban areas—to oil and gas drilling. Home to 20 of the country's 100 largest oil fields, North Dakota sits atop the Bakken Shale and underlying Three Forks formations, themselves located in the larger Williston Basin (which spans portions of South Dakota, Montana, and the Canadian provinces of Manitoba and Saskatchewan). The nation's number ii rough oil state (behind Texas) since 2012, North Dakota shattered its ain production records in 2018, in large part due to the improved efficiency of its fracking operations. This nail in product has come up at a cost, however, particularly to land, air, and water resources. According to a 2016 Duke University written report, wastewater spills from fracked oil wells in the Bakken region accept caused "widespread and persistent" h2o and soil contamination with "clear bear witness of direct water contagion." And while North Dakota produces only 2 percentage of the nation'south natural gas, its operations however flare a "substantial" amount, producing significant air pollution. According to a 2014 report past the National Oceanic and Atmospheric Administration, drilling and fracking operations in the Bakken oil and gas fields alone contributed as much as 3 percent of global emissions of ethane (a greenhouse gas and precursor for ozone formation). Although fracking is typically associated with big producers like Texas, states with far more limited oil and gas reserves are affected too. According to an skilful study obtained by NRDC, both current production and the prospects for time to come expansion in Florida are minimal. However efforts keep to develop these modest amounts of oil and gas, at the expense of Florida's sensitive natural resources, including the Everglades. Florida has two oil‐producing regions: one at the western terminate of the Panhandle, bordering Alabama, and another in the southern office of the land, in and effectually the Big Cypress National Preserve, a fundamental role of the Everglades ecosystem. Oil well stimulation techniques such as fracking and acrid matrix stimulation, or "acidizing," facilitate product from unconventional oil deposits. Acidizing dissolves portions of the oil‐bearing rock formations through the injection of acid mixed with water and other chemicals, allowing oil to more hands period to the well bore. In Florida, acidizing is more probable to exist used than fracking due to the state's geology. Aquifers—crucial sources of drinking h2o—are vulnerable to contamination because large areas are characterized by sandy soils and porous limestone. Since Florida oil fields generally lie deeper than the shallow aquifers that provide the state with fresh drinking h2o, acidizing techniques threaten groundwater resources. Additionally, wastewater from acidizing techniques can contain hazardous pollutants and pose threats to underground aquifers. Proposals for a statewide legislative ban on fracking and acidizing techniques have been introduced, with bipartisan back up, in both houses of the state legislature. Dozens of counties and municipalities have already said no to fracking within their corresponding borders—and for good reason. Oil and gas product threatens public lands, natural resources, wildlife, water supplies, and Florida tourism, a vastly larger manufacture in the country than oil. Although prove continues to mount virtually the negative touch of fracking on our water, air, and health, the industry remains seriously underregulated. Oil and gas operations do good from a range of exemptions or limitations in regulatory coverage inside the bedrock environmental statutes that are meant to protect Americans from contaminated water, hazardous waste, and polluted air. Consider the "Halliburton loophole," nicknamed for the largest oil and gas services visitor in the state and passed every bit part of the Energy Policy Act of 2005 (while sometime Halliburton CEO Dick Cheney was vice president). Unless diesel fuel is used in the fracking fluid, it exempts hydraulic fracturing from regulation nether the Underground Injection Control Plan of the Safe Drinking Water Human action, the law protecting our drinking water from pollutants. The oil and gas manufacture enjoys an exemption for sure exploration and production wastes from regulation as "hazardous wastes" under the Resource Conservation and Recovery Act. Such oil and gas exploration and production wastes could include used fracking fluids, produced h2o, and many other types of waste. The manufacture besides enjoys a loophole in the Make clean Air Act that exempts oil and gas wells, compressor stations, and pump stations from aggregation every bit major sources that would otherwise have to implement pollution controls once emissions hit a certain threshold. As to the Clean Water Act, Congress exempted stormwater runoff from oil and gas exploration, production, processing, or treatment operations or transmission facilities from certain permitting requirements, provided that such stormwater is not contaminated. Bills seeking to close these and other statutory loopholes and exemptions were introduced in Congress in 2017 merely have made niggling progress . Meanwhile, the Trump assistants is aggressively opening up more public land to fracking and proposing rollbacks of existing regulations on oil and gas operations. This includes a scaling back of methane protections as well every bit a repeal of fracking rules canonical in 2015 by President Obama'due south Bureau of Country Direction. The rules, which take been held up in the courts, impose safeguards to protect h2o supplies from fracking on federal lands—safeguards that health and environmental advocates already believe practise non go far enough. Stricter federal oversight of the oil and gas industry would get a long style toward protecting our communities and environment, but state and local agencies can besides play a significant role in governing the industry. Every bit a weigh to the Halliburton loophole, for example, many states have some level of fracking chemical disclosure laws on the books (though companies often manage to skirt even those). For the almost part, however, states accept failed to provide acceptable oversight of fracking operations, with regulations often left largely unenforced and few if whatever requirements to notify the public of violations and spills. Merely non every state is ignoring the science. Some—New York, Maryland, and Vermont—have banned fracking altogether and others, like California and Colorado, are taking important steps to provide meaningful oversight. Though natural gas produces less carbon pollution than other fossil fuels when it burns, it is far from a "clean" energy source—especially when it comes to u.s. thanks to fracking. As the science increasingly shows, the extraction of natural gas or oil via fracking can release significant amounts of air and water pollution that imperil the health of our communities and environment. It is for this reason that many municipalities have rallied against the fracking industry. Instead of increasing our dependence on fracking and fossil fuels, the United States needs to continue to transition toward a truly make clean free energy economy. That means continuing to develop renewable ability and improving energy efficiency, which has really contributed more to the nation'due south energy needs over the past 40 years than oil, coal, natural gas, or nuclear power. It'southward non just the health of communities that is at pale. Every bit the latest report past the Un Intergovernmental Console on Climate Alter (IPCC) warns, the earth needs to speedily wean itself off fossil fuels—on a global scale—to avert the catastrophic effects of a changing climate. 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Fracking in Pennsylvania
Fracking in New York
Fracking in California
Fracking in Northward Dakota
Fracking in Florida
Laws and Regulations
Alternatives to Fracking
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