Finding Bulk Modulus of Refinery Fluids

In summary, the conversation discusses the study of waterhammer in a Refinery and the search for information on the bulk modulus of various refinery fluids. The group has found some information on kerosene in the handbook of aviation fuel properties, but is still looking for further information on other fluids. They have considered using NIST's REFPROP program, but it may be difficult to estimate the bulk modulus for blends such as diesel and kerosenes. They are open to other ideas and suggestions.
  • #1
Jorge Orueta
2
0
We are studying the waterhammer in a Refinery. Since the bulk modulus is involved in this study, we will like to know where to find the bulk modulus at different temperatures and pressures for several refinery fluids such as kerosene, diesel, atmospheric and vacuum residue.

We have found some info about kerosene in the handbook of aviation fuel properties, but not further information has been found in the net.

Thanks for your cooperation

Regards

Jorge de Orueta
 
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  • #2
Jorge Orueta said:
We are studying the waterhammer in a Refinery. Since the bulk modulus is involved in this study, we will like to know where to find the bulk modulus at different temperatures and pressures for several refinery fluids such as kerosene, diesel, atmospheric and vacuum residue.

We have found some info about kerosene in the handbook of aviation fuel properties, but not further information has been found in the net.

Thanks for your cooperation

Regards

Jorge de Orueta

NIST has a program called REFPROP that you should be able to use to find the properties. Try contacting them.

CS
 
  • #3
Thanks for the info Stewartcs. It seems that this page give information for pure components. For blends such as diesel, kerosenes, etc, looks a bit difficult to estimate this bulk modulus.

Any other ideas?
 

Related to Finding Bulk Modulus of Refinery Fluids

1. What is the bulk modulus of a fluid?

The bulk modulus of a fluid is a measure of its resistance to compression. It is a property that describes how easily a fluid can be compressed when subjected to external forces.

2. How is the bulk modulus of a fluid determined?

The bulk modulus of a fluid is typically determined through experimental methods, such as using a piston cylinder apparatus or a resonant column test. These tests involve subjecting the fluid to different pressures and measuring the resulting volume changes.

3. Why is the bulk modulus of refinery fluids important?

The bulk modulus of refinery fluids is important because it can impact the efficiency and safety of various processes in a refinery. It can also affect the performance of equipment and machinery that come into contact with these fluids.

4. What factors can affect the bulk modulus of refinery fluids?

The bulk modulus of refinery fluids can be affected by various factors, such as temperature, pressure, and the composition of the fluid. Additionally, the presence of impurities or contaminants can also impact the bulk modulus.

5. How can the bulk modulus of refinery fluids be optimized?

The bulk modulus of refinery fluids can be optimized by carefully selecting and controlling the temperature, pressure, and composition of the fluid. Regular maintenance and monitoring of equipment and processes can also help to maintain optimal bulk modulus values.

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