Thermodynamics Energy when flashing water -- How much water will be vaporized?

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Keeskwaak
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Thermodynamics Energy, flashing water how much water will be vaporized
Hello all,
For a project I really need to know some number i can't seem to produce myself.

we are flashing water @75 degrees Celsius, the water after flash-cooling is 67 degrees constant pressure is 0.27 bar (absolute) flow rate is 15000 KG/per hour.

how much water is vaporized?

Help is much appreciated
 
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Please repost this in the homework help section, and follow the template/show your work (even if not actual homework it is a homework type problem). Thanks, thread locked.
 

1. What is thermodynamics energy?

Thermodynamics energy is a branch of physics that deals with the relationship between heat and other forms of energy, such as mechanical, electrical, or chemical energy.

2. How is thermodynamics energy related to flashing water?

When water is flashed, it undergoes a phase change from liquid to gas, which requires a significant amount of energy. This energy is known as thermodynamics energy.

3. How much water can be vaporized through flashing?

The amount of water that can be vaporized through flashing depends on several factors, such as the initial temperature and pressure of the water, as well as the amount of energy applied. Generally, the higher the temperature and pressure, the more water can be vaporized.

4. What is the energy source for flashing water?

The energy source for flashing water can vary, but it is often provided by a heat source, such as a burner or electric heating element. Other sources, such as chemical reactions or nuclear reactions, can also be used.

5. Is flashing water an efficient way to vaporize water?

Flashing water can be an efficient way to vaporize water, as it requires less energy compared to other methods, such as boiling. However, the efficiency also depends on the specific conditions and energy sources used.

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