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Apr 20, 2014
Research Papers / Which energy source is the best for the future? [2]
The instructions are to choose an energy source that you think is the best and explain why it is the best.
Here's my essay on nuclear energy:
The Future of Energy: Nuclear
Today, one by one, more governments around the world are incorporating nuclear energy as their fundamental energy source. Nuclear energy is the best form of energy for the future because it is a reliable source, produces only clean air, and helps economic growth as well as increasing the number of jobs.
To start, nuclear energy is a reliable source. Nuclear reactors can work around the clock, and have an average up time of 95%. It is not subject to weather or climate changes, unpredictable fuel cost changes, or over-dependence on foreign suppliers. In addition, one uranium pellet, about the size of an eraser cap, can produce the same amount of energy as 149 gallons of oil, 17,000 cubic feet of natural gas, or one ton of coal ("The Basics of Nuclear Energy," 2014). At a low price of 2.4˘ per kilowatt, nuclear produced energy is very low and stable. ("Clean Air Benefits", 2014) Compare that to coal, 3.27 cents per kWh; natural gas, 3.4 cents; and petroleum, 22.48 cents. Nuclear energy, rated 86% efficient and producing more energy than all other clean air sources combined, is the of all.
In addition, nuclear power plants create absolutely nothing harmful to the environment. Compare this to the enormous 996 metric tons of carbon dioxide from a coal-fired plant, 809 metric tons of carbon dioxide from an oil-fired plant, 476 metric tons of carbon dioxide from a natural gas-fired plant. ("The Basics of Nuclear Energy," 2014). Obama's 2011 blueprint shows that nuclear reactors are one of the main energy sources by 2035. He as well as republicans are all leaning on the low-carbon fuels. This clean air energy production techniques keeps our Earth's dirt and water clean as well as our wildlife.
Finally, economic growth and job creations are a great issue in today's modern day. However, creating nuclear power plants is a good solution to it. An amazing 239,250 jobs have been created by nuclear reactors. According to to the NEI (2014), "Just one nuclear facility generates on average $470 million in sales of goods and services in the local community and nearly $40 million in total labor income annually. Each year a facility pays over $65 million in federal taxes and almost $16 million in state and local taxes-crucial revenue that benefits schools and other infrastructure programs. Construction of a nuclear energy facility provides a substantial boost to suppliers of concrete, steel and other commodities as well as to manufacturers of hundreds of components. For example, each new reactor requires approximately 400,000 cubic yards of concrete-as much concrete as needed to build the Pentagon-and enough electric wiring to stretch from Boston to Philadelphia." (Economic Benefits, para. 1,2). John Kennedy even said "guide the program in such directions to make possible the exploitation of the vast energy resources latent in the fertile materials, uranium-238 and thorium." ("Does Thorium Deserve a Role in Next-Generation Nuclear Energy?", 2013). Nuclear energy supports economic growth and creates numerous jobs every year.
Now, some may say nuclear reactors are dangerous. If everyone believes that nuclear energy is the best for the future, and everyone works on it, then the design would make nuclear power plants very safe. In addition, people might say that uranium will soon run out and we will have no source of energy. That problem will not occur until over 230 years later ("How Long Will the World's Uranium Supply Last?", 2009). In fact, according to top scientists, special seawater uranium extractor machines can produce up to 4.5 billion metric tons of uranium, a 60,000 year supply at today's increasing rates. Not to even add on to that, but breeder reactors, a prototype reactor type, can produce the same energy that today's LWRs (light water reactors) with the same amount of uranium, for over 30,000 years. This proves that uranium is the best source of energy for the future.
Today we wonder, what should we rely on for energy in the future? The unmistakable answer is nuclear energy. Nuclear energy is a reliable source, produces only clean air, and helps economic growth as well as increasing the number of jobs. Choose nuclear as your future energy source.
The instructions are to choose an energy source that you think is the best and explain why it is the best.
Here's my essay on nuclear energy:
The Future of Energy: Nuclear
Today, one by one, more governments around the world are incorporating nuclear energy as their fundamental energy source. Nuclear energy is the best form of energy for the future because it is a reliable source, produces only clean air, and helps economic growth as well as increasing the number of jobs.
To start, nuclear energy is a reliable source. Nuclear reactors can work around the clock, and have an average up time of 95%. It is not subject to weather or climate changes, unpredictable fuel cost changes, or over-dependence on foreign suppliers. In addition, one uranium pellet, about the size of an eraser cap, can produce the same amount of energy as 149 gallons of oil, 17,000 cubic feet of natural gas, or one ton of coal ("The Basics of Nuclear Energy," 2014). At a low price of 2.4˘ per kilowatt, nuclear produced energy is very low and stable. ("Clean Air Benefits", 2014) Compare that to coal, 3.27 cents per kWh; natural gas, 3.4 cents; and petroleum, 22.48 cents. Nuclear energy, rated 86% efficient and producing more energy than all other clean air sources combined, is the of all.
In addition, nuclear power plants create absolutely nothing harmful to the environment. Compare this to the enormous 996 metric tons of carbon dioxide from a coal-fired plant, 809 metric tons of carbon dioxide from an oil-fired plant, 476 metric tons of carbon dioxide from a natural gas-fired plant. ("The Basics of Nuclear Energy," 2014). Obama's 2011 blueprint shows that nuclear reactors are one of the main energy sources by 2035. He as well as republicans are all leaning on the low-carbon fuels. This clean air energy production techniques keeps our Earth's dirt and water clean as well as our wildlife.
Finally, economic growth and job creations are a great issue in today's modern day. However, creating nuclear power plants is a good solution to it. An amazing 239,250 jobs have been created by nuclear reactors. According to to the NEI (2014), "Just one nuclear facility generates on average $470 million in sales of goods and services in the local community and nearly $40 million in total labor income annually. Each year a facility pays over $65 million in federal taxes and almost $16 million in state and local taxes-crucial revenue that benefits schools and other infrastructure programs. Construction of a nuclear energy facility provides a substantial boost to suppliers of concrete, steel and other commodities as well as to manufacturers of hundreds of components. For example, each new reactor requires approximately 400,000 cubic yards of concrete-as much concrete as needed to build the Pentagon-and enough electric wiring to stretch from Boston to Philadelphia." (Economic Benefits, para. 1,2). John Kennedy even said "guide the program in such directions to make possible the exploitation of the vast energy resources latent in the fertile materials, uranium-238 and thorium." ("Does Thorium Deserve a Role in Next-Generation Nuclear Energy?", 2013). Nuclear energy supports economic growth and creates numerous jobs every year.
Now, some may say nuclear reactors are dangerous. If everyone believes that nuclear energy is the best for the future, and everyone works on it, then the design would make nuclear power plants very safe. In addition, people might say that uranium will soon run out and we will have no source of energy. That problem will not occur until over 230 years later ("How Long Will the World's Uranium Supply Last?", 2009). In fact, according to top scientists, special seawater uranium extractor machines can produce up to 4.5 billion metric tons of uranium, a 60,000 year supply at today's increasing rates. Not to even add on to that, but breeder reactors, a prototype reactor type, can produce the same energy that today's LWRs (light water reactors) with the same amount of uranium, for over 30,000 years. This proves that uranium is the best source of energy for the future.
Today we wonder, what should we rely on for energy in the future? The unmistakable answer is nuclear energy. Nuclear energy is a reliable source, produces only clean air, and helps economic growth as well as increasing the number of jobs. Choose nuclear as your future energy source.