Research paper Example | Topics and Well Written Essays - 1000 words

Research Paper ExampleComputers manufactured with the ultimate objective of kelvin conservation atomic number 18 manufactured in a way that reduces the energy used and produced and the emission to the atmosphere (Young 230). As previously mentioned, green cpomputing also refers to the practice of manufacturing computing equipment that will increase the efficiency of the machine. This is done by manufacturing smaller computers that use less energy, has more integration of it parts, uses easily disposable parts and emits less transmission. The central transiting units that conform to green computing standards are smaller, faster and more energy efficient that older computers. As already mentioned, the ultimate goal of green computing is energy efficiency and environmental sustainability. The process of green computing benefits the environment in three main ways (Young 234). The first way is that less emissions are made to the environment from the hardware used, which is achieved by using material that do not emit harmful substances. The second benefit to the environment is that the products from green computing can be disposed of safely to the environment. Before the advent of green computing, the waste products from the IT field posed serious detriments t the environment. This is because these products were not biodegradable, and the harm caused to the environment was immeasurable. However, with the advent of green computing comes the ternary benefit, that of biodegradability and sustainability. The products used to manufacture green computing IT solutions can be disposed of without any worry of harmful emissions or releases to the environment. The running of the computers made in green computing standards also benefits the environment. As already mentioned, the goals of green computing is to make products that emit less to the environment, are energy friendly, and use as dwarfish resources as possible (Young 234). The green computing process ensures that the machinery used is safe for the environment, in that it releases minimal emissions to the environment and uses minimal energy. This means that the operation of green computing solutions is unspoilt to the environment in its operations. One of the most common terms in the conservation field is the carbon footprint, which refers to the total emissions of greenhouse gases and material that an entity makes during its lifetime (Roorda 31). nursery emissions are hard to measure through the lifetime of an entity, so it is measured by considering the carbon dioxide emitted by an entity, either an individual or company or organization. The greenhouse gas equivalent of an individual is measured to determine the carbon footprint of the entity. The reduction of the carbon print in green computing is aimed at one major factor, which is reducing the carbon footprint to zero in machines that comply with green computing requirements (Roorda 131). This is done by ensuring that the IT equipment u sed uses as little energy as possible, and emits as little carbon dioxide s possible. This ensures that the ecological benefit of green computing is measurable, as defined by the Kyoto Protocol. In 1992, a program was developed to measure the standards of products