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Question: The diagram below shows the production of steam using a gas cooled nuclear reactor.
Summarise the information by selecting and reporting the main features, and make comparisons where relevant.
The diagram illustrates that the steam process is produces by using a gas cooled nuclear reactor. It is noticeable that there were two mains part in this process such as nuclear reactor and heat exchanger.
As closer looked at the diagrams, the cooling gas goes to reactor through gas blower. The reactor which is entered cooling gas is the pressure vessel and it has many features such as uranium fuel elements, graphite moderations. In the pressure vessel, cooling gas is changed to hot gas and goes to heat exchanger and supplies gas in hot temperature. After that, hot gas goes to vessel again as cooling gas. Gas in the process has circulation continually.
The second part is heat exchanger. In this part, water is changed to be stream and the steam can generate the reactor for industrial machine. The water enter to heat exchanger reactor through water circulation. In the heat exchanger, hot gas makes the water changing to stream.
As can be seen, this is a continuous cycle that keeps the reactor from heat gas circulation and making the water changes to steam.
Question: The diagram below shows the production of steam using a gas cooled nuclear reactor.
Summarise the information by selecting and reporting the main features, and make comparisons where relevant.
The diagram illustrates that the steam process is produces by using a gas cooled nuclear reactor. It is noticeable that there were two mains part in this process such as nuclear reactor and heat exchanger.
As closer looked at the diagrams, the cooling gas goes to reactor through gas blower. The reactor which is entered cooling gas is the pressure vessel and it has many features such as uranium fuel elements, graphite moderations. In the pressure vessel, cooling gas is changed to hot gas and goes to heat exchanger and supplies gas in hot temperature. After that, hot gas goes to vessel again as cooling gas. Gas in the process has circulation continually.
The second part is heat exchanger. In this part, water is changed to be stream and the steam can generate the reactor for industrial machine. The water enter to heat exchanger reactor through water circulation. In the heat exchanger, hot gas makes the water changing to stream.
As can be seen, this is a continuous cycle that keeps the reactor from heat gas circulation and making the water changes to steam.
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