Information That Concerns Steam Conduits

Few of us question what actually happens within the confines of a nuclear power plant, but to the masses it may point to an intriguing quest to find out more about the workings of such an industrious location. In particular there are specific machines that can be looked at through the lens of an observer such as a steam generator. This contraption has many details yet to be revealed like it’s identity, history, and how one is manufactured. Yes obviously one could ascertain that it generates steam because steam engines generate steam, but how it utilizes the different mechanic complexities and how it also takes substances to create an alternative substance is altogether another body of knowledge. 

What is a steam machine? According to Wikipedia a steam machine is a machine that takes heavy water and converts it into steam through the utilization of massive heat. This concentrated heat stems from a nuclear reactor core which is basically a nuclear fuel induced reaction which creates the heat to transmute the water into steam. The height of such a machine averages to about seventy feet and typically there are four steam providers installed within each individual power plant. One of these generators adds up to a massive weight of eight hundred tons. Inside each of these contain at most sixteen thousand half inch tubes. To heat the water the tank is always pressurized to prevent boiling from taking place and the water is then looped through the nuclear reactor core over and over again for the steaming to take place. Once this process is completed the condensed steam is then utilized as an energy source thus finishing its purpose. 

How is a steam contraption made? Well according to documentation the materials that construct such a machine are those that can withstand the radiation and heat that comes from the generator after completion. Even the tubes need to be resilient to the corrosion that occurs after long term usage with the impact the water has when traveling through the conduits. A high nickel chromium called inconel is used and heat treated to be able to endure the acids, heat, and corrosion which arise when using this machine to generate energy. Even though such materials have generally proven themselves strong, they are still prone on occasion to denting and thinning. Manufacturing can be applied to mitigate this problem but in the process this shuts off the nuclear reactor thus temporarily halting energy generation. 

Besides the construction and identity of the generator, what can its historical roots tell us? Originally and interestingly enough the steamer was served to provide energy to submarine technology. It was not far after that when steam allocation was introduced to power plants thus providing undisclosed companies to expand on this opportunity to provide energy for entire cities. In modern times the UK and France seem to be more interested in the benefits of utilizing steam energy while the United States seem to be more concerned with the risks associated with such means to provide a more convenient life style to the community.

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