At which temperature will the relative humidity in a pipeline be 10%?

In summary, the conversation discusses an organic stream in a pipeline containing 11 g/s of liquid water and its relative humidity, with a question about calculating the temperature at which the relative humidity would be 10%. However, it is not possible to calculate without additional information such as the specific heat and heat of vaporization of the mixture.
  • #1
Rub3y
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TL;DR Summary
In a pipeline is an organic stream (mainly benzene and hydrocarbons, 60 m3/h) which contains 11 g/s liquid water. At which temperature will the relative humidity in the pipeline be 10 %?
In a pipeline is an organic stream (mainly benzene and hydrocarbons, 60 m3/h) which contains 11 g/s liquid water. At which temperature will the relative humidity in the pipeline be 10 %?

Is this possible to calculate? If not, which extra information would you need?
 
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  • #2
Rub3y said:
In a pipeline is an organic stream (mainly benzene and hydrocarbons, 60 m3/h) which contains 11 g/s liquid water. At which temperature will the relative humidity in the pipeline be 10 %?

Is this possible to calculate? If not, which extra information would you need?
It isn't clear to me whether there's a process happening or not. Liquid water is liquid water, so it isn't affecting relative humidity, unless it is evaporating. Otherwise, the amount of water vapor isn't known...though it may always be 100% if the system is at equilibrium.
 
  • #3
It seems like you would need to know the specific heat and heat of vaporization of the mixture.
 

1. What factors affect the relative humidity in a pipeline?

The temperature, pressure, and moisture content of the air in the pipeline all affect the relative humidity. As the temperature increases, the relative humidity decreases, while the opposite is true for pressure and moisture content.

2. Can the relative humidity in a pipeline be controlled?

Yes, the relative humidity in a pipeline can be controlled by adjusting the temperature, pressure, and moisture content of the air. This can be done through various methods such as heating, cooling, and dehumidification.

3. Is there a specific temperature at which the relative humidity in a pipeline will always be 10%?

No, the specific temperature at which the relative humidity in a pipeline will be 10% will vary depending on the initial conditions and the rate of air flow through the pipeline. It is important to monitor and adjust the temperature, pressure, and moisture content to maintain a desired relative humidity level.

4. What are the consequences of having a low relative humidity in a pipeline?

A low relative humidity in a pipeline can lead to issues such as corrosion, cracking, and static electricity buildup. It can also affect the quality and consistency of products being transported through the pipeline.

5. How can the relative humidity in a pipeline be measured?

The relative humidity in a pipeline can be measured using a hygrometer, which measures the moisture content in the air. It is important to regularly monitor the relative humidity to ensure it is within the desired range for optimal functioning of the pipeline.

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