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Applications of cooling towers in industries
Like any other cooling tower, the nuclear cooling tower is designed to help cool the water used in the process and increase the heat. Cooling towers let the discharged heat into the outside air instead of into the water. Therefore, water that has dropped in temperature can return to the process.
خروج بخار از دهانه برج خنک کننده هسته ای
There are many stains on nuclear power plants. One of the most prominent representations of power plants is the giant cooling towers. People see the towering massive structures, sometimes 600 feet, from miles away and quickly connect them to nuclear power plants. But these are not the only nuclear power plants that use cooling towers. Coal and other fossil fuel centers, for example, use cooling towers in their processes. Most people see images of nuclear cooling towers inside nuclear power plants because the media wants it that way. But when a cooling tower in a nuclear power plant has become an iconic and familiar image, why don’t some power plants use it?
Why do not all power plants use cooling towers?
Many factors influence the decision to use a cooling tower. The cooling tower needs a lot of water, which can be a costly source for certain parts of the country. If a power plant is not close to a river or lake, it will not be easy to supply enough water. This is why cooling towers are often built near water sources such as rivers and the sea.
There are other concerns in this system, including the impact on aquatic organisms and discharge streams. All of these factors could lead a government to ban the use of cooling towers and force engineers and scientists to use other methods. For this reason, each nuclear power plant must be analyzed separately. In addition, having a giant cooling tower near a city can make residents anxious. Although the tower is entirely safe, its structure still serves as a permanent reminder of the nuclear power plant.
Nuclear power plants are more than just a source of energy. They are a symbol of calamity and catastrophe and, at the same time, a symbol of human ability to provide a high amount of energy. In all cases, engineers tend to maximize power plant efficiency. However, this may not always happen because of the risks involved. In most areas, nuclear power plants are under strict regulations that prevent engineers from bringing the plant to its highest efficiency. But if these rules did not exist, almost all of them would have used a cooling tower. Although nuclear cooling towers are very efficient and vital in the process, other factors such as climate change will reduce their use in the future.
