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Power plants are industrial facilities built and used for the purpose of generating electric power. Their size, layout, and design vary greatly, but nearly all power plants are built around a generator that converts mechanical, chemical, or nuclear energy to electrical energy. This generator can be fueled by a vast array of energy sources. First, the process of fueling a power plant generates a stream of waste that varies in form and content, depending on the source of energy used. Nuclear power plants, for example, generate radioactive waste that, according to the Environmental Protection Agency (EPA), poses a direct threat to human health for as long as 10,000 years. This opens the door to several challenges. Where should such power plants be built? How and where should the nuclear waste be stored? How can a society ensure that the waste is still properly taken care of 5,000 years from now? Power plants using other types of fuels have other challenges attached to them in terms of generating and handling waste and pollution. Second, there are power plants that literally use what qualifies as trash in the rest of society as fuel. Thus, “garbage” in many settings, is given a new status as a commodity to be traded in an international market as fuel for power plants. This also affects the daily life of millions of households that contribute to the process through waste sorting. Because of the sheer size of a power plant and the need to handle a waste stream or bring large quantities of fuel to the plant, the construction of a power plant frequently results in substantial changes in the built environment of an area. Thus, the process of siting a power plant is often complicated, and the final decision is frequently unpopular with the local population.

Fossil Fuel Power

Large-scale generation of electricity has, since the emergence of the first power plants based on water power or coal in the 1880s, been tightly linked to the advancement and development of the modern world. The role of electrification in many social and historical processes cannot be underestimated; consider the Industrial Revolution as a case in point. Many of the technologies people have relied on for social, economic, and material growth would not have existed without the distribution of electricity. The role of power plants in this is obviously considerable. However, most types of power plants have generated waste or pollution, which has been associated with some form of negative externalities. In other words, power plants do not only generate power but they also affect the environment. The burning of coal, one of the more-common fuels in power plants, has historically been linked to local air pollution in the form of smog as well as the more global phenomenon of acid rain. When the latter is described as a global phenomenon, it is because the areas that are affected by the rain might be thousands of kilometers away from the site causing the problem. Further, the burning of coal in power plants has been pointed to as one of the main drivers of global warming. Many power plants are fueled by other fossil fuels, such as petroleum products or natural gas. These facilities are associated with many of the same problems as coal power plants.

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