The Effects of Fracking in America: Bad or Good Influence?

Fracking has been a controversial topic in the world for several years. Some people say its bad while some think it’s better for the environment than all of the other current options that we have. According to Gayathri Vaidyanathan’s “Fracking can contaminate drinking water” people of Pavilion Wyoming complained of a bad taste, as well as smell in the drinking water. The EPA launched an investigation and concluded that the ground water contained toxic chemicals that were previously nonexistent in it. It is believed that wastewater from fracking which is stored in an unlined pit in the ground leaked into the water system. There was no proof to back this claim up and the EPA promptly backed off after the first analyses. The harming of wildlife is a proven negative side effect of fracking, the animal’s habitats are destroyed, and their water sources are depleted in order to keep the fractures in the well open. If the Fracking companies really did cause this then there should be punishments. The question that I’m researching through this essay is if fracking causes water contamination, as well as if it causes more environmental pollution than the industry claims.

Big oil companies play a huge roll in our American culture. They have control over almost every industry in the world. Almost everything produced has something to do with oil, whether its power to make the items or the plastic wrapped around it. We also use oil for transportation of goods as well as for cooking our dinners. Companies and governments want the cheapest prices they can get on natural gas and oil, so some negative impacts are overlooked and ignored. According to Gayathri Vaidyanathan’s “Fracking can contaminate drinking water”. Natural gas is seen as a sort of bridge fuel that will eventually help the world convert over to renewable non harmful energy. Shale fuels stay in the atmosphere for a significantly less time compared to CO2 emissions from other fuels. Eventually we will have windmill farms in the ocean that power whole cities, and maybe solar panels on top of all buildings to try and cut down electricity use. In the meantime, we require an efficient way to have electricity to power our everyday lives and fracking fills that void. Fracking is a process by which more natural gas can be extracted from the ground. When rigs frack, they drill deep into the ground then drill sideways for a good distance, they then fill the well with explosives that make big cracks within the earth. Natural gas seeps out of these cracks because they are a path of least resistance. In order to keep these cracks open, they have to pump the well with high pressure fracking fluid that is around ninety percent water “Marc Lallanilla, Facts about fracking”. The rest of the formula for fracking fluid is a highly gaurded secret, this hinders the investigations into water contamination. Labs are unable to see fracking chemicals in water so they can’t confirm if water was polluted by fracking or another source according to “Gayathri Vaidyanathan”. America has one of the largest shale reserves in the world. “Hydraulic Fracturing and its impact on water resources” The Briny water that has been underground for long periods of time rises to the surface after continued use of the well. This water contains naturally occurring radioactive elements and needs to be disposed of properly. This is where mistakes can be made that lead to ground water pollution. If disposal wells are dug too deep or have a crack that leads to the aquifer, this can pollute our water systems and harm animals. In some place’s wildlife pays the price when habitat is destroyed. Elsewhere the damage occurs when water is sucked away or polluted. Still other species can’t take the traffic, noise and dust that accompany extraction operations, (Tara Lohan). Animals are a very overlooked topic when it comes to fracking. Water pollution and other issues generally take the front line while animals are left on the back burner. When roads are built to get to these wells, thousands of trips are made by huge trucks transporting different things. This in itself causes noise pollution which scares animals and wildlife away. These roads bring many trucks and vehicles that kill wildlife crossing them, trucks with eighty thousand pounds behind them can’t stop on a dime. Research has shown that Endangered animal populations declined at a 15% higher rate near fracking zones than anywhere else, (Tara Lohan). Wildlife needs to be a top priority to the big oil companies, it’s not fair for us to take over their homes and kill the wildlife populations for a little bit of oil. The footprint for one well is around 30 acres which destroys the habit of hundreds of species. Endangered animals within these fracking areas are ignored so their populations continue to dwindle.

The EPA claimed that Fracking does not lead to widespread drinking water pollution, but they did finally confirm that groundwater has been polluted along points of the fracking water cycle according to the article “Hydraulic Fracturing and its impact on water resources”. The EPA admitting that fracking causes some pollution is a big step towards a cleaner environment. A fracking boom has occurred in the united states in the past couple of years due to rising oil prices and shortages on imports. In 2010 there were almost 510,000 wells located within the U.S, and according to “Marc Lallanilla, Facts about fracking” that number almost doubled in 10 years. Many opponents of fracking say that the industry’s success has made all of the negative effects be overlooked, including air pollution, groundwater contamination, and health problems. In support of their claims a fracking well in Bradford county malfunctioned in April and spewed thousands of gallons of fracking water for hours “Hydraulic Fracturing and its impact on water resources”. Company’s get away with these water pollution events by claiming their formula is intellectual property so no contamination events can be traced back to a specific well. As the researchers concluded in their paper: “Our finding of significantly higher levels of barium and strontium also suggests the possibility of surface water contamination by any of the hundreds of chemicals that may be used in hydraulic fracturing, including friction reducers, acids, biocides, corrosion and scale inhibitors, pH adjusting agents and surfactants”,(We are just starting to learn how fracking effects wildlife).Our country runs on oil-based products, so its partially all of our faults for supporting this industry. However, I do not believe that all fracking is bad. I think that companies that are responsible enough to not make a mess and actually care about the environment should be permitted to continue fracking. Companies that are irresponsible and don’t have all the proper safety precautions to prevent contamination events should not be allowed to frack within the U.S border. Since natural gas is cleaner than crude oil, I think we should increase the number of natural gas wells and decrease the number of crude oil wells. Legal settlements and nondisclosure agreements usually prevent instances of pollution from being available, this was reported by “The New York Times”. Methane is a pollutant of shale gas that goes into our atmosphere when used as fuel. While in our atmosphere methane traps in heat at 84 times the rate of CO2, (David Roberts). Methane however has a very short life span in our atmosphere while CO2 takes around Twelve years to be removed. More of it can build up in the atmosphere which ends up causing more heat to stay within our atmosphere. Shale is one of the main things recovered from fracking, we have huge reserves here in the U.S so fracking helps us curb our dependency on foreign countries.

In Addition to water contamination, Fracking could also be causing unprecedented seismic activity. In Oklahoma were there has previously been almost no seismic activity, it was reported to be as prone to an earthquake as California “Marc Lallanilla, Facts about fracking”. When the land is cracked it leaves opening that are propped open by sand particles, over time the land compresses back to what it originally was causing tremors and earthquakes “Marc Lallanilla, Facts about fracking”. If scientists could figure out a way to fill these voids after they are done fracking the well, it would significantly decrease the seismic activity. When fracking opens up fissures under the ground, the earth shifts to try and close the cracks. This shifting causes earthquakes that destroy buildings and companies. Fracking should be done in uninhabited areas in order to minimize damage caused by it. Although Fracking has been shown to have negative benefits, a new study has shown that the benefits far outweigh the risks. According to “Seth Whitehead, fracking 10 Years Later”, the most inaccurate claim that has been made is that Fracking leads to more severe climate change and global warming. This statement was refuted by an intergovernmental panel on climate change. They actually found that fracking has been a huge factor in the reduction of greenhouse gas emissions in the united states. This was made possible by a large price reduction in natural gas due to fracking. Natural gas releases significantly less greenhouse gasses into the environment. By using it as a replacement for coal and crude oil it has helped to reduce overall emissions. Fracking does have some issues though regarding wastewater. The wastewater is often pumped into holding ponds where it can leak and settle into surrounding groundwater and impact wildlife. The contamination of groundwater is of major concern for those who live near drilling operations and rely on drinking water wells. And the contamination of watersheds that provide drinking water for millions of people in cities hundreds of miles away from any natural gas drilling sites poses a significant threat as well, (Hydraulic Fracturing and its impact on water sources). This is a big problem, but not all fracking rigs do this. The problem lies with the careless people wanting a cheaper way to do things. The government should have more oversight regarding fracking, but they shouldn’t completely shut it down it brings in too much benefit. The article “Seth Whitehead, fracking 10 Years Later” refutes the earlier claims that Fracking causes water pollution. The article says that over a dozen reports have been released that show there is no evidence linking fracking to water pollution. The article “Hydraulic Fracturing for oil and gas” explains why there isn’t any evidence linking fracking to water pollution. There are non-disclosure agreements and legality issues regarding the Fracking fluid formulas, therefore there is not much solid evidence linking fracking to water pollution. Fracking for oil instead of natural gas is bad for the environment, the methane output is significantly higher, but its still lower than traditional methods. In a different study “IPAA, Fracking” more than 25 scientific, peer reviewed studies and expert assessments have concluded that Fracking is not a major threat to groundwater. A study by Pennsylvania State University showed that an area heavily developed for shale gas with 1400 new gas wells has not gotten any worse contamination over time. The water purity actually increased over the course of the study. There is lots of conflicting evidence regarding Fracking and whether it is a negative of positive thing. I think with the mounds of evidence lined up in favor of fracking having no negative benefits shows that people try and push blame for their problems in life on new popular things. The Obama administration put a tight leash on oil companies regarding Fracking. The door to Fracking was shut to any small to medium size companies, the only people that have the available funds are massive companies with lots of resources. Spills or intentional dumping of wastewater or fracking fluid released 180 million gallons into the environment between 2009 and 2014, according to an investigation by the Associated Press. Unsafe levels of some contaminants have been found to persist for years, as was the case in North Dakota, (Tara Lohan). Since these companies doing this fracking have a huge budget, the proper steps should always be taken to stop unnecessary pollution. There needs to be severe consequences so that no company cuts corners to save money.

I think that fracking is a good thing for the U.S, it helps our economy and reduces overall Greenhouse gas output. There are many studies that are not backed up by facts, only opinions of those who would like to see the oil field fail. Big words and big machinery scare people, so fracking should not be eliminated from our country. However, I do think that we should do significantly more research into where all of the excess waste is going and how it is affecting the surrounding ecosystems. It is a big problem that we do not know what chemicals these big oil companies are using while fracking. These mystery chemicals are most likely chemicals that aren’t being tested for in the ground water supply. Hopefully we don’t discover in the near future that fracking really was bad by people getting strange cancers due to water contamination. Benzene, for example, is a known carcinogen, according to the American Cancer Society. In 2012, researchers from the Colorado School of Public Health released a study showing that air pollution caused by fracking could contribute to immediate and long-term health problems for people living near fracking sites. Research by over 150 studies suggests that chemicals released during natural gas extraction may harm human reproduction and development, (Facts about fracking). Anti-Fracking groups have tried to say that fracking causes a lot of environmental pollution, but experts disagree. “A 2014 United Nations Intergovernmental Panel on Climate Change assessment found that fracking is an “important reason for reduction of [greenhouse gas] emissions in the United States. Increased natural gas use, made possible by fracking and the resulting low prices, is the primary reason the United States has reduced carbon emissions by 13 percent since 2008, more than any other nation in the world so far this century on a raw tonnage basis”, (Fracking, 10 Years later: its benefits far outweigh its risks).

Analysis of The Effects of Fracking in America

Numerous citizens of America have debated on whether hydraulic fracturing (fracking) should be supported or banned. Hydraulic fracturing is where chemicals are pumped underground to break through a rock and release the gases/oil. Fracking industries generate around 70 billion dollars from oil, part of which contributes to the government. However, is the revenue worth the damage caused? In recent months, fracking has been a very controversial topic. Countries such as Germany, France, Spain, Bulgaria and Romania have all banned fracking. Should the United States jump on the bandwagon? Hydraulic fracturing causes pollution, harms its surroundings and wastes resources and money. Fracking should be banned in every state across the United States to ensure the safety of its citizens and environment.

Fracking leads to pollution. Excluding fracking, pollution is already a huge environmental issue. Although some may refuse to believe it, fracking does affect the environment in numerous ways. Toxic chemicals including methane are released into the air during the process of hydraulic fracturing. According to the United States Environmental Protection Agency, methane has about twenty times more impact on climate change than carbon dioxide. Air pollution is unquestionably an important yet often ignored obstacle. Humans and animals are dependent upon the air quality. Pollution should be prevented in every way possible. Thus, fracking should be banned to lessen air pollution.

Furthermore, fracking disrupts the surrounding environment. First, space must be cleared to set up a fracking settlement. Numerous trees are cut down, forcing the animals living in the area to move to a different area. Also, animals cannot survive near fracking settlements due to pollution, chemicals in rivers, and a shortage of food since prey will have left the area. The wilderness is already decreasing at an alarming rate and fracking increases it. Professor M. Bamberger and R.E. Oswald from Cornell University have studied farm sites near fracking settlements. 60 cattle drank water from a creek that may have been infected from chemicals while 36 drank clean water. “Of the 60 cattle, 21 died and 16 failed to produce calves. Of the 36 cattle, no health problems were observed and only one cow failed to breed.” It’s very straightforward, many organisms are harmed by the fracking settlements.Most importantly, the safety of neighboring communities is at risk as well. The water quality is contaminated by the chemicals released from hydraulic fracturing. A Duke University study has shown that methane is 17 times higher in drinking wells within one kilometer of a fracking site than households further away. The safety of a community should come before the revenue earned from fracking.

Lastly, fracking wastes valuable resources such as water and money. According to the Ohio Environmental Council, one fracture would support one household for 51 years. The water used for fracking could be used for more valuable causes. Numerous children in Africa don’t have access to clean water while hydraulic fracturing not only wastes an enormous amount of water, but also contaminates more water. Hydraulic fracturing also costs a lot. The energy used to drill miles into the ground costs a lot. However, money is also spent cleaning water, curing health problems and saving the trees and animals. Without fracking, none of these problems would occur and numerous sums of money would be saved.

Hydraulic fracturing causes pollution, harms neighboring communities and wastes resources. Hopefully, the need for natural gas will decrease in the near future. The environment should be worth more than the money earned from natural gas. However, there are many actions one can take to help ban fracking. Supporting “Americans Against Fracking” and spreading the word about what hydraulic fracturing is will help immensely. Fracking should be banned to protect the delicate environment and save our planet. Thus, I believe fracking should be banned in the United States.

The Risks of Fracking to Humanity and The Environs

What does one think of when they hear the word fracking? Most people think of its similarity to a curse word. In reality fracking is a curse word, in terms of its severity. Fracking is one of the most dangerous styles of oil drilling, causing not only damage to the environment, but damage to the earth’s crust. Fracking is a way of drilling for oil, which involves forcing highly pressurized liquid into the earth’s crust, breaking apart rock formations, and forcing oil up out of the ground. Fracking is basically using high pressure water guns to break apart rocks in the crust, and forcing out oil with the pressure. Traditional oil reservoirs are large amounts of oil condensed in one area, but fracking is done when there is a large amount of oil, but it’s spread out in many rock formations. Not only is fracking endangering the lives of oil rig workers, but it is endangering the lives of everyone on earth. Fracking is directly responsible for destroying parts of major tectonic plates in Oklahoma, which in turn has resulted in major seismic activity in an area that previously had virtually no earthquakes. Now, Oklahoma experiences over 1000 earthquakes per year. Fracking is a dangerous practice because of loss of life, dangers to the environment, and there are many renewable alternatives that make fracking obsolete.

Since 2010, the death rate for oil rig workers has increased by over 7.4%, and is directly correlated to an increase in fracking. Fracking has been known to destroy the ground beneath oil rigs, creating room for mishaps such as sinkholes, caverning, or worse. In December 2016, an offshore oil rig located in the Caspian Sea collapsed due to 90 mile per hour winds, which caused pieces of the rig to break off and tumble into the sea. At least 1 person died in the incident, and 9 others were reported missing at the time of collapse. This not only demonstrates the instability of oil rigs, but it demonstrates the instability of the very platforms that support them. In September of 2014, 36 year old Matt Smith went to work at the oil rig he helped maintain, when he realized a water line had frozen due to the sub zero temperatures. Smith and his coworkers went to thaw the line with a blowtorch when the line spontaneously exploded, spraying out water at over 20 times the pressure of a fire hose. 2 of Smith’s coworkers were seriously injured, and were rushed to the hospital. Smith, taking the brunt of the blast, had the right half of his face torn off, and died. The company he worked for, Halliburton Co. was fined $7000, an infinitesimal sum for the multi-billion dollar company. Smith’s family were blocked by worker’s compensation laws, and were unable to sue for punitive damages. A later investigation found that the worksite operator failed to file a report about the water line, which resulted in Smith’s death. No further fines were levied. If this is not a gruesome reminder of the lives that fracking takes, nothing is.

Not only is fracking taking human lives, but it is also taking the lives of countless animals. Fracking, and oil rigging in general destroys ecosystems, wiping out animals homes, and killing animals and plants in the process. In fact, it is not at all uncommon for an entire area to be deforested, or for land formations and icebergs to be destroyed to make room for new fracking rigs. As more oil rigs appear both on and off land, fish, birds, and mammals die from pollution, sickness, or getting caught in machinery. The ongoing oil rush in the arctic ocean has many experts up in arms about the insane risks of oil drilling (https://gradesfixer.com/free-essayexamples/how-offshore-drilling-affects-the-environment/) operations in the arctic. According to Charles Emerson of Lloyd’s of London, pursuing fracking rig construction in the Arctic could have massive implications, all of which negatively affect the animals that live there. The disruption of migration patterns of currently endangered species of whales, caribous, and other animals is extremely likely, and could drive species to the point of extinction. The only way to end this is to stop the spread of fracking.

A direct result of fracking is destruction of pieces of major tectonic plates through class II disposal wells, which are used to dispose of dangerous and toxic brine. A class II disposal well is a deep well that is filled with toxic brine, which does considerable damage to the earth’s crust. Another form of class II well is called an Enhanced Recovery Well, which is the main cause of tectonic plate damage. Oil moguls continue to fatten their wallets with this dangerous process, all the while turning a blind eye to the destruction they are causing. In Oklahoma, a popular area for fracking, the number of earthquakes have increased from close to 0, all the way to over 1000 every year. On average, Oklahoma experiences 2 to 5 earthquakes every day. The most powerful earthquake last year was in Oklahoma’s capital, measuring at 5.8 on the richter scale. It caused major infrastructure damage to numerous buildings in Oklahoma, and even ended up killing 6 people. Considering the fact that fracking is moving toward the arctic, this increase in seismic activity is even more dangerous than expected. The density of the crust is considerably thinner on the ocean floor, and especially so in the arctic, making fracking in the arctic ocean a recipe for earthquakes. Offshore earthquakes are considerably more dangerous than continental earthquakes, due to offshore earthquakes creating massive tidal waves, and can often result in enormous storms. In addition to seismic activity, arctic fracking would cause sea-ice to be broken, making shipping routes considerably more dangerous, and also risking the structural integrity of the oil rigs themselves.

Fracking is not the only way for nations to obtain energy. There are multiple different processes that can effectively create energy, and produce as much, if not more energy as the oil obtained from fracking. Geothermal energy is an excellent way of obtaining energy. It harnesses the earth’s natural heat and energy to create usable energy. Similarly, there is hydroelectric energy, which harnesses moving water to turn turbines, producing efficient and fast energy. Placing these in our oceans, and harnessing the power of the tides is an excellent way to create clean, safe and affordable energy. Finally, there is wind energy, which can use the power of coastal winds to produce large amounts of energy. Clearly there are many alternatives to oil based power, which could completely eradicate the need for fracking.

In terms of efficiency, one of the most powerful forms of energy is nuclear energy, which is obtained through nuclear fission. According to Forbes Magazine, one large nuclear power plant can generate enough energy in one day, to power the city of las vegas for almost 2 weeks. Not only is this process safer than fracking, but is exponentially more efficient in terms of energy and infinitely safer to our precious environment.

Even if fracking is an enormous industry, that doesn’t mean that it can’t be changed. Legally, if a petition receives over 100,000 signatures, the addressed company is required to issue a response. Starting with extremely simple processes, we can help to end fracking, forcing oil companies to stop these harmful processes. These simple things can be anything from signing a petition, to purchasing solar panels. Investing in up and coming renewable energy businesses and projects is a great way to help move the clean energy industry forward, and help slowly convert our energy reliance from oil, to renewable resources. It may sound cliche to say that we need to “Save the animals”, but animals are an extremely important part of the human ecosystem, providing us with necessary natural processes like fertilization, food, and pollination. The end of fracking means a safer, more reliable future not just for us, but for humans yet to come. Thank you for your time.

Research Paper on Fracking

Introduction

Hydraulic fracturing or fracking is a technique used to extract non-renewable sources of energy such as oil and natural gas. This technique was developed because there are certain sources such as shales and subterranean rocks from which extraction cannot be done using existing methods known at the time of its invention.

What is fracking and how it came about?

Hydraulic fracturing is a technique in which a liquid mixture (containing certain chemical components and water) is injected into the rock which forcibly opens existing fissures and then we can extract oil and natural gas.

This technique was invented by Floyd Farris of Stanolind oil and gas corporation in 1947. J.B. Clark further studied this technique and published it in his research paper in 1948. Its first commercial successful application was done in 1950. After that Soviet Union carried out hydraulic fracturing in 1952 and subsequently other countries in Europe and Northern Africa started using this technique. After that, this technique was performed using high volumes of liquid mixture known as Massive hydraulic fracturing, which was first applied by Pan American Petroleum (an oil company) in Stephens country, Oklahoma, and the United States in 1968. Two or three years later after this, American geologists realized that there are large no of gas wells which have very low permeability, and as a result, Massive hydraulic fracturing started being used on a large scale. Hydraulic fracturing of shales(shale is a fine-grained sedimentary rock) started in 1965. In 1976 the United States government started the Eastern Gas Shales project which includes many public and private hydraulic fracturing project demonstrations. As of 2013 massive hydraulic fracturing of shales is being used on a commercial scale in the United States, Canada, and china. Many other countries are planning to use hydraulic fracturing.

So how do we do it?

  • Drill a well.
  • Use a high-pressure mixture of water, sand, and chemicals (Fracking fluid) to fracture the rock.
  • Shale rock is a type of fine-grained sedimentary rock which can be a rich resource of natural gas. (It is a more unconventional source, now only used as more conventional sources have been exhausted.)
  • The mixture usually (varies according to the size of the well) and consists of 2-8 million gallons of water, sand, and chemicals.
  • The liquid is drained out but the sand keeps the fractures open.
  • The natural gas coming out of the pores is extracted.
  • Once the well has been drained of all its resources, the filtered liquid is put back into the well to fill up the fractures as best possible.
  • The drilling process only lasts about 4-6 days.
  • The well lasts about 20 years.
  • Once the well is sucked dry, the disrupted area is landscaped.

Why we should or should not use Fracking?

  • Natural gas is becoming an increasingly important part of power production. But the possible environmental consequences of using hydraulic fracturing force us to take that extra step of caution. We should continue to research cleaner energy sources while also trying to come up with improved environment-friendly ways to tap into these reserves using Fracking.
  • Fracking is controversial because the chemicals that are mixed with water may find their way into groundwater reserves and as they can be very harmful, it’s indeed a cause of concern. Oil companies say that fracking is safe and presents no threat to drinking water. However, shareholders want companies to issue full disclosure about individual fracking operations and the chemicals used during the process.

Pros

  • Recent advances in technology such as hydraulic fracturing have meant that access to this valuable resource is now feasible. This is because we are getting a far cleaner and more economic source of energy than its competitors. Even though gas is a fossil fuel in replacing coal for electricity, it can lead to reduced CO2 emissions.
  • It is probably correct that we should try to avoid fossil use going out into a 30 or 40-year timeframe. But on the other hand, the global commonness and ubiquity of natural gas tell us that there is at least 200 years’ worth of supply and is therefore a huge resource.
  • Fracking also creates job opportunities for the local people. For example in 2012, more than 1.2 million people in the US were provided with jobs at fracking sites.

Cons

  1. The two most important objections to this technology are its impact on the environment and that it is a short-term fix with a sell-by date.
  2. Fracking is becoming very controversial, with concerns about contamination of underground drinking water reserves and revelations of surface water contamination by the wastewater (and possibly the existence of radioactive elements) which is a by-product of drilling.
  3. Fracking also produces smog-forming pollutants, contributing to air pollution. Also, these shale gas wells raise concerns about fugitive methane, which is a potent global warming pollutant.

In what ways are these arguments connected to different cultural values prevalent in society in general and technological spaces in particular? Further, in what ways can you connect these ethical positions to what you think is the culture of technological spaces?

The ways in which these arguments are connected to different cultural values prevalent in society in general and technological spaces, in particular, are the following. The argument that Fracking can pollute water resources and soil in nearby areas reflects the general value of health and safety in society. This value can be seen in almost all societies and cultures around the globe. In a similar fashion, the fracking process is polluting not only water and soil but also polluting air and because of this, the resistance it faces reflects the cultural value of environmental safety in society in general.

We can also observe the concept of “ Belief about resources” through the process of fracking in an indirect way. It is said that in fracking we extract out natural gas which is a way cleaner and green source of energy also, as far as the quantity of natural gas left on earth is concerned, it is predicted that it is enough to last for another 200 years. Now, this argument clearly reflects the attitude of “ we will find a way ” which is generally pre-dominant in technological spaces and now because of the popularity of highly effective scientific techniques to combat problems, it has also become a belief of some people in general society also (probably). We are happy that natural gas is going to last for 200 years but why are we not worried about what will we do afterward? We know that there is no need to worry because we will find a way! (hopefully)

Another cultural value connected to these arguments is political values and power arrangements in a particular society. Fracking is good or wrong is a different question but what is going on is the fact of life! It reflects that people in support of fracking are having better power relations than those who oppose it.

Now, we will discuss some values that are present in technological spaces and are connected to protecting deleted Life! It reflects that people in support of fracking are having better power relations than those who oppose it. Now, we will discuss some values that are present in technological spaces and are connected to fracking.

The first one is the value of having a “Culture of expertise”. It is argued that fracking is one of the only ways to extract natural gas from hard rocks. Please note the word argued, It is just argued, but probably we can also find better ways to extract natural gas from hard rocks by doing some research. But someone trained in fracking will always try to find fracking as the best solution because he is an expert in fracking and according to him, it is the best way to do the extraction process. He might be tunnel-visioned and might not even think that other ways and techniques could be found.

Another technical value connected to fracking is efficiency-related value. Technical people are highly concerned about technology, generally. As most of the natural gas is recovered in the process, it is highly efficient and also profitable. Fracking also hints at the fact that many times Halfway technologies are produced in technological spaces.

Fracking leads to pollution and henceforth can be thought of as some part of halfway technologies.

Now, we will discuss the ways in which we can connect these ethical positions to what we think of the culture of technological spaces. We think along similar lines as discussed in the above section that the culture in technological spaces is that people who are involved in technological works want to produce technologies that are helpful for the welfare of society, they try to find new and effective ways to an existing problem although, the solution may be guided by certain values like the technology might be a product of tunnel visioning, might be a forceful application of one’s personal knowledge which might give the inventor a sense of joy, or the technology might be a result of an urge to find a solution, even if it is halfway. Also, not only technical values but, technological spaces are also influenced by political values and systems and power arrangements present around.

In fracking also, we can observe that it is a very efficient and profitable way of extraction. Almost all of the natural gas is recovered in this process, so it is efficient and also natural gas is a very good source of energy. Economically also it is sound as it results in profitable returns. But there are health and environmental concerns, so still it is sort of a halfway solution, but is still being applied with full force as the people trained in fracking might not be able to think of a different solution because of tunnel visioning, they are expert in that work and are following a culture of expertise, and also Power relations between government and industry might be supporting it.

Guiding the development of Fracking

The Drilling Down Series of Articles from The New York Times examines the risks of natural-gas drilling. Disturbing revelations by an investigation1 done by The New York Times raised concerns that natural gas production could lead to pollution of our rivers and streams. We do know that we need a full investigation into exactly how fracking is done and what its effects are on drinking water and our environment.

As The New York Times detailed, there are concerns regarding inadequate testing for radium in municipal and industrial plants that treat drilling wastewater as they are not designed to remove such pollution

The Center for American Progress advised such a cautious approach in an August 2009 report written by CAP president and CEO John Podesta and United Nations Foundation president Timothy E. Wirth. They recommend a comprehensive EPA analysis-

“Any proposal to incentivize the development of natural gas must also address the potential health and global warming impacts of developing this resource. It makes little sense to encourage natural gas use as a lower greenhouse gas alternative to coal or oil combustion if natural gas production yields sizeable amounts of toxic, air, or global warming pollution. As a first step, the EPA must undertake a comprehensive scientific analysis of the air, land, water, and global warming impacts from natural gas production, including a lifecycle greenhouse gas analysis.”

Another critical issue is the total carbon pollution resulting from natural gas production. What we need is a definitive new study of the lifecycle of greenhouse gas emissions (from extraction to distribution, to use to release into the atmosphere) from natural gas, one that takes into account changing industry practices as shale gas becomes more important and takes care estimating fugitive methane emissions from sources such as leaky pipes and valves. It is imperative to ensure that we don’t exacerbate one issue while trying to solve the other

Possible Actions to achieve more certainty on that point include:

  • Full public disclosure of the chemicals used in the process is required and what happens to wastewater from withdrawal from wells to its disposal
  • Improving our scientific understanding of Hydraulic fracturing.
  • Providing regulatory clarity and protections against known risks and ensuring the safe management of wastewater, stormwater, and other wastes.
  • Adequate testing for radioactive elements and other contaminants in wastewater should be mandatory near drill sites
  • Air and Water emission limits are required
  • Capturing fugitive methane is important and should be made mandatory
  • A comprehensive and credible study of the lifecycle of greenhouse gas emissions is needed

Bibliography

  1. https://www.americanprogress.org/issues/green/reports/2011/03/21/9241/drilling-down-on-fracking-concerns/
  2. https://www.forbes.com/sites/ucenergy/2018/02/20/fracking-has-its-costs-and-benefits-the-trick-is-balancing-them/#204b8d4519b4
  3. https://www.americanprogress.org/issues/green/reports/2011/10/21/10407/making-fracking-safe-in-the-east-and-west/
  4. https://energypolicy.columbia.edu/many-sides-fracking-debate
  5. https://www.ethicssage.com/2011/12/the-ethics-of-fracking.html
  6. https://www.sciencedirect.com/science/article/pii/S2214790X18300911
  7. https://en.wikipedia.org/wiki/Hydraulic_fracturing
  8. https://energypolicy.columbia.edu/many-sides-fracking-debate
  9. https://www.bbc.com/news/uk-14432401
  10. https://www.americangeosciences.org/critical-issues/faq/how-much-water-does-typical-hydraulically-fractured-well-require
  11. https://scroll.in/article/886020/fracking-or-food-a-water-heavy-way-to-extract-shale-could-threaten-crop-growth-in-parts-of-india
  12. https://geology.com/energy/shale-gas/
  13. https://www.epa.gov/uog
  14. https://archive.nytimes.com/www.nytimes.com/interactive/us/DRILLING_DOWN_SERIES.html?_r=
  15. https://www.americanprogress.org/issues/green/reports/2011/03/21/9241/drilling-down-on-fracking-concerns
  16. https://docs.lib.purdue.edu/ses2014/mss/cfm/16/
  17. https://www.brookings.edu/blog/brookings-now/2015/03/23/the-economic-benefits-of-fracking/
  18. https://eandt.theiet.org/content/articles/2013/01/debate-for-and-against-fracking-is-it-one-of-the-best-things-to-happen-to-onshore-gas-exploration/
  19. https://www.bbc.com/news/av/uk-england-lancashire-33230412/fracking-the-pros-and-cons-of-extracting-shale-gas
  20. https://www.thefrackingdebate.com/
  21. https://oilprice.com/Energy/Crude-Oil/The-Real-History-Of-Fracking.html
  22. https://en.wikipedia.org/wiki/United_States_Environmental_Protection_Agency

Research Paper on Fracking

Introduction

Hydraulic fracturing or fracking is a technique used to extract non-renewable sources of energy such as oil and natural gas. This technique was developed because there are certain sources such as shales and subterranean rocks from which extraction cannot be done using existing methods known at the time of its invention.

What is fracking and how it came about?

Hydraulic fracturing is a technique in which a liquid mixture (containing certain chemical components and water) is injected into the rock which forcibly opens existing fissures and then we can extract oil and natural gas.

This technique was invented by Floyd Farris of Stanolind oil and gas corporation in 1947. J.B. Clark further studied this technique and published it in his research paper in 1948. Its first commercial successful application was done in 1950. After that Soviet Union carried out hydraulic fracturing in 1952 and subsequently other countries in Europe and Northern Africa started using this technique. After that, this technique was performed using high volumes of liquid mixture known as Massive hydraulic fracturing, which was first applied by Pan American Petroleum (an oil company) in Stephens country, Oklahoma, and the United States in 1968. Two or three years later after this, American geologists realized that there are large no of gas wells which have very low permeability, and as a result, Massive hydraulic fracturing started being used on a large scale. Hydraulic fracturing of shales(shale is a fine-grained sedimentary rock) started in 1965. In 1976 the United States government started the Eastern Gas Shales project which includes many public and private hydraulic fracturing project demonstrations. As of 2013 massive hydraulic fracturing of shales is being used on a commercial scale in the United States, Canada, and china. Many other countries are planning to use hydraulic fracturing.

So how do we do it?

  • Drill a well.
  • Use a high-pressure mixture of water, sand, and chemicals (Fracking fluid) to fracture the rock.
  • Shale rock is a type of fine-grained sedimentary rock which can be a rich resource of natural gas. (It is a more unconventional source, now only used as more conventional sources have been exhausted.)
  • The mixture usually (varies according to the size of the well) and consists of 2-8 million gallons of water, sand, and chemicals.
  • The liquid is drained out but the sand keeps the fractures open.
  • The natural gas coming out of the pores is extracted.
  • Once the well has been drained of all its resources, the filtered liquid is put back into the well to fill up the fractures as best possible.
  • The drilling process only lasts about 4-6 days.
  • The well lasts about 20 years.
  • Once the well is sucked dry, the disrupted area is landscaped.

Why we should or should not use Fracking?

  • Natural gas is becoming an increasingly important part of power production. But the possible environmental consequences of using hydraulic fracturing force us to take that extra step of caution. We should continue to research cleaner energy sources while also trying to come up with improved environment-friendly ways to tap into these reserves using Fracking.
  • Fracking is controversial because the chemicals that are mixed with water may find their way into groundwater reserves and as they can be very harmful, it’s indeed a cause of concern. Oil companies say that fracking is safe and presents no threat to drinking water. However, shareholders want companies to issue full disclosure about individual fracking operations and the chemicals used during the process.

Pros

  • Recent advances in technology such as hydraulic fracturing have meant that access to this valuable resource is now feasible. This is because we are getting a far cleaner and more economic source of energy than its competitors. Even though gas is a fossil fuel in replacing coal for electricity, it can lead to reduced CO2 emissions.
  • It is probably correct that we should try to avoid fossil use going out into a 30 or 40-year timeframe. But on the other hand, the global commonness and ubiquity of natural gas tell us that there is at least 200 years’ worth of supply and is therefore a huge resource.
  • Fracking also creates job opportunities for the local people. For example in 2012, more than 1.2 million people in the US were provided with jobs at fracking sites.

Cons

  1. The two most important objections to this technology are its impact on the environment and that it is a short-term fix with a sell-by date.
  2. Fracking is becoming very controversial, with concerns about contamination of underground drinking water reserves and revelations of surface water contamination by the wastewater (and possibly the existence of radioactive elements) which is a by-product of drilling.
  3. Fracking also produces smog-forming pollutants, contributing to air pollution. Also, these shale gas wells raise concerns about fugitive methane, which is a potent global warming pollutant.

In what ways are these arguments connected to different cultural values prevalent in society in general and technological spaces in particular? Further, in what ways can you connect these ethical positions to what you think is the culture of technological spaces?

The ways in which these arguments are connected to different cultural values prevalent in society in general and technological spaces, in particular, are the following. The argument that Fracking can pollute water resources and soil in nearby areas reflects the general value of health and safety in society. This value can be seen in almost all societies and cultures around the globe. In a similar fashion, the fracking process is polluting not only water and soil but also polluting air and because of this, the resistance it faces reflects the cultural value of environmental safety in society in general.

We can also observe the concept of “ Belief about resources” through the process of fracking in an indirect way. It is said that in fracking we extract out natural gas which is a way cleaner and green source of energy also, as far as the quantity of natural gas left on earth is concerned, it is predicted that it is enough to last for another 200 years. Now, this argument clearly reflects the attitude of “ we will find a way ” which is generally pre-dominant in technological spaces and now because of the popularity of highly effective scientific techniques to combat problems, it has also become a belief of some people in general society also (probably). We are happy that natural gas is going to last for 200 years but why are we not worried about what will we do afterward? We know that there is no need to worry because we will find a way! (hopefully)

Another cultural value connected to these arguments is political values and power arrangements in a particular society. Fracking is good or wrong is a different question but what is going on is the fact of life! It reflects that people in support of fracking are having better power relations than those who oppose it.

Now, we will discuss some values that are present in technological spaces and are connected to protecting deleted Life! It reflects that people in support of fracking are having better power relations than those who oppose it. Now, we will discuss some values that are present in technological spaces and are connected to fracking.

The first one is the value of having a “Culture of expertise”. It is argued that fracking is one of the only ways to extract natural gas from hard rocks. Please note the word argued, It is just argued, but probably we can also find better ways to extract natural gas from hard rocks by doing some research. But someone trained in fracking will always try to find fracking as the best solution because he is an expert in fracking and according to him, it is the best way to do the extraction process. He might be tunnel-visioned and might not even think that other ways and techniques could be found.

Another technical value connected to fracking is efficiency-related value. Technical people are highly concerned about technology, generally. As most of the natural gas is recovered in the process, it is highly efficient and also profitable. Fracking also hints at the fact that many times Halfway technologies are produced in technological spaces.

Fracking leads to pollution and henceforth can be thought of as some part of halfway technologies.

Now, we will discuss the ways in which we can connect these ethical positions to what we think of the culture of technological spaces. We think along similar lines as discussed in the above section that the culture in technological spaces is that people who are involved in technological works want to produce technologies that are helpful for the welfare of society, they try to find new and effective ways to an existing problem although, the solution may be guided by certain values like the technology might be a product of tunnel visioning, might be a forceful application of one’s personal knowledge which might give the inventor a sense of joy, or the technology might be a result of an urge to find a solution, even if it is halfway. Also, not only technical values but, technological spaces are also influenced by political values and systems and power arrangements present around.

In fracking also, we can observe that it is a very efficient and profitable way of extraction. Almost all of the natural gas is recovered in this process, so it is efficient and also natural gas is a very good source of energy. Economically also it is sound as it results in profitable returns. But there are health and environmental concerns, so still it is sort of a halfway solution, but is still being applied with full force as the people trained in fracking might not be able to think of a different solution because of tunnel visioning, they are expert in that work and are following a culture of expertise, and also Power relations between government and industry might be supporting it.

Guiding the development of Fracking

The Drilling Down Series of Articles from The New York Times examines the risks of natural-gas drilling. Disturbing revelations by an investigation1 done by The New York Times raised concerns that natural gas production could lead to pollution of our rivers and streams. We do know that we need a full investigation into exactly how fracking is done and what its effects are on drinking water and our environment.

As The New York Times detailed, there are concerns regarding inadequate testing for radium in municipal and industrial plants that treat drilling wastewater as they are not designed to remove such pollution

The Center for American Progress advised such a cautious approach in an August 2009 report written by CAP president and CEO John Podesta and United Nations Foundation president Timothy E. Wirth. They recommend a comprehensive EPA analysis-

“Any proposal to incentivize the development of natural gas must also address the potential health and global warming impacts of developing this resource. It makes little sense to encourage natural gas use as a lower greenhouse gas alternative to coal or oil combustion if natural gas production yields sizeable amounts of toxic, air, or global warming pollution. As a first step, the EPA must undertake a comprehensive scientific analysis of the air, land, water, and global warming impacts from natural gas production, including a lifecycle greenhouse gas analysis.”

Another critical issue is the total carbon pollution resulting from natural gas production. What we need is a definitive new study of the lifecycle of greenhouse gas emissions (from extraction to distribution, to use to release into the atmosphere) from natural gas, one that takes into account changing industry practices as shale gas becomes more important and takes care estimating fugitive methane emissions from sources such as leaky pipes and valves. It is imperative to ensure that we don’t exacerbate one issue while trying to solve the other

Possible Actions to achieve more certainty on that point include:

  • Full public disclosure of the chemicals used in the process is required and what happens to wastewater from withdrawal from wells to its disposal
  • Improving our scientific understanding of Hydraulic fracturing.
  • Providing regulatory clarity and protections against known risks and ensuring the safe management of wastewater, stormwater, and other wastes.
  • Adequate testing for radioactive elements and other contaminants in wastewater should be mandatory near drill sites
  • Air and Water emission limits are required
  • Capturing fugitive methane is important and should be made mandatory
  • A comprehensive and credible study of the lifecycle of greenhouse gas emissions is needed

Bibliography

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