Hydraulic Fracturing
Sean Bonacum
Poe Engl. 1301
4 March 2014
The Benefits of Hydraulic Fracturing
Thousands of feet below the Earth’s surface, flows vast reservoirs of one of our planets most sought after commodities. In ancient Babylon there are writings of a dark elixir oozing from the lands surface, even then the people understood how precious this material was. Oil, along with Natural gas, are exceptionally rich sources of energy. A gallon of oil surpasses the output of five kg of coal, ten kg of wood, and over fifty times the amount of energy that fifty humans can produce. The richest oil can actually provide one hundred more times the energy, than the resources used to extract it from the ground. Currently the US is entering one of the largest modern oil booms the world has ever seen. Unfortunately unlike in ancient Babylon, oil today does not simply ooze out of the ground and into our cars. New advances in science and visualization technology have given us a process known as hydraulic fracturing. Also known as horizontal drilling, or fracking, these new techniques have caused a great controversy and sparked a public debate over the potential risks “fracking” could ensue on our environment. Despite the negative pictures environmental lobbyists have painted, hydraulic fracturing is essential for the future of America’s economy. Its main purpose is to create jobs, a stable market, and advance the future of clean energy in the United States.
Currently, there has been a focused attention on the negative environmental impacts fracking could potentially carry with it especially in the water supply. There are hundreds of on-going investigations taking place to ensure the protection of the environment as well the health of citizens who currently populate near sites that are using a horizontal drilling method. Most of the negative impacts on the environment, associated with fracking, are poorly understood by the general public. The water supply has been one of the main concerns
Poe Engl. 1301
4 March 2014
The Benefits of Hydraulic Fracturing
Thousands of feet below the Earth’s surface, flows vast reservoirs of one of our planets most sought after commodities. In ancient Babylon there are writings of a dark elixir oozing from the lands surface, even then the people understood how precious this material was. Oil, along with Natural gas, are exceptionally rich sources of energy. A gallon of oil surpasses the output of five kg of coal, ten kg of wood, and over fifty times the amount of energy that fifty humans can produce. The richest oil can actually provide one hundred more times the energy, than the resources used to extract it from the ground. Currently the US is entering one of the largest modern oil booms the world has ever seen. Unfortunately unlike in ancient Babylon, oil today does not simply ooze out of the ground and into our cars. New advances in science and visualization technology have given us a process known as hydraulic fracturing. Also known as horizontal drilling, or fracking, these new techniques have caused a great controversy and sparked a public debate over the potential risks “fracking” could ensue on our environment. Despite the negative pictures environmental lobbyists have painted, hydraulic fracturing is essential for the future of America’s economy. Its main purpose is to create jobs, a stable market, and advance the future of clean energy in the United States.
Currently, there has been a focused attention on the negative environmental impacts fracking could potentially carry with it especially in the water supply. There are hundreds of on-going investigations taking place to ensure the protection of the environment as well the health of citizens who currently populate near sites that are using a horizontal drilling method. Most of the negative impacts on the environment, associated with fracking, are poorly understood by the general public. The water supply has been one of the main concerns
Cited: Efstathiou, Jim, Jr. "Bloomberg." Bloomberg.com. Bloomberg, 3 Sept. 2013. Web. 03 Mar Pierce, Richard J., Jr. "Scholarly Commons." Site. Gwu.edu, 2013. Web. 04 Mar. 2014. . Progress Report Webinar. Epa.gov, 28 Feb. 2014. Web. 2 Mar. 2014. .