Conveyor Belt Project Part 2
Nuclear energy has persisted to be an especially controversial topic due to issues concerning safety, efficiency, and cost. The very word, “nuclear” prompts the public to think of nuclear bombs. However, it may be possible for nuclear energy to be a feasible substitute to our existing energy sources.
Positive Aspects of Nuclear Power There are numerous advantages of nuclear power; the purity of the energy manufacturing process is one of them. While nuclear energy is not pollutant free, it also does not emit nearly the amount of pollutants as various fossil fuel energies. Nuclear power plants do not release air emissions, such as carbon dioxide, but the necessary process of mining for uranium does. This is, arguably, the most essential feature of substituting fossil fuels with nuclear power. The incineration of fossil fuels has greatly contributed to the global warming problems we are having today. In 2010 alone, approximately 5,800 million metric tons of carbon dioxide was released into the atmosphere. (EPA, 2010.) Nuclear power can assist our modern society in continuing our lifestyles, while still relieving the atmosphere of the massive amount of pollutants that are bequeathed on to it consistently. Uranium is the element that is used to operate nuclear reactors, and it is additionally a common metal that is frequently found in rocks. Such extensive availability means that we can maintain a sustainable society that is primarily based on nuclear power. Uranium is significantly more efficient than fossil fuels as it is, and as technology progresses, the use of nuclear reactors to contract energy from uranium is expected to grow more efficient. Globally substituting fossil fuels with nuclear power and additional renewable energies can also be incredibly beneficial to the economy. The law of supply and demand informs us that because the supply of power will increase dramatically, the price of power will decrease dramatically. The initial price of
Positive Aspects of Nuclear Power There are numerous advantages of nuclear power; the purity of the energy manufacturing process is one of them. While nuclear energy is not pollutant free, it also does not emit nearly the amount of pollutants as various fossil fuel energies. Nuclear power plants do not release air emissions, such as carbon dioxide, but the necessary process of mining for uranium does. This is, arguably, the most essential feature of substituting fossil fuels with nuclear power. The incineration of fossil fuels has greatly contributed to the global warming problems we are having today. In 2010 alone, approximately 5,800 million metric tons of carbon dioxide was released into the atmosphere. (EPA, 2010.) Nuclear power can assist our modern society in continuing our lifestyles, while still relieving the atmosphere of the massive amount of pollutants that are bequeathed on to it consistently. Uranium is the element that is used to operate nuclear reactors, and it is additionally a common metal that is frequently found in rocks. Such extensive availability means that we can maintain a sustainable society that is primarily based on nuclear power. Uranium is significantly more efficient than fossil fuels as it is, and as technology progresses, the use of nuclear reactors to contract energy from uranium is expected to grow more efficient. Globally substituting fossil fuels with nuclear power and additional renewable energies can also be incredibly beneficial to the economy. The law of supply and demand informs us that because the supply of power will increase dramatically, the price of power will decrease dramatically. The initial price of