Calculation of Z-factor
Budget: $30 – $250 USD
I require a well-versed MATLAB programmer to assist in creating a code that implements the Soave-Redlich-Kwong equation of state (SRK EOS). Calculate Z-factors for a mixture using Soave-Redlich-Kwong
EOS. The “Z” factor is the one fluid property that shows up everywhere at every stage of the design and calculations. As you know by now, the Z-factor concept quantifies the deviation of real fluid volumetric behavior with respect to the behavior of an ideal fluid. It constitutes a very important parameter in petroleum and natural gas system design.
Key requirements include:
- Crafting a MATLAB code capable of calculating the Z-factors
- The code must apply specifically to hydrocarbon mixtures
- Accuracy in estimating thermodynamic properties is vital
You will have exceptional experience in MATLAB programming, along with a strong understanding of SRK EOS and property estimation of hydrocarbon mixtures. Background knowledge of thermodynamics will be of great advantage. The final delivery is a robust, user-friendly MATLAB code that can efficiently and accurately compute the Z-factor using the SRK EOS.
Attached are the directions
EOS. The “Z” factor is the one fluid property that shows up everywhere at every stage of the design and calculations. As you know by now, the Z-factor concept quantifies the deviation of real fluid volumetric behavior with respect to the behavior of an ideal fluid. It constitutes a very important parameter in petroleum and natural gas system design.
Key requirements include:
- Crafting a MATLAB code capable of calculating the Z-factors
- The code must apply specifically to hydrocarbon mixtures
- Accuracy in estimating thermodynamic properties is vital
You will have exceptional experience in MATLAB programming, along with a strong understanding of SRK EOS and property estimation of hydrocarbon mixtures. Background knowledge of thermodynamics will be of great advantage. The final delivery is a robust, user-friendly MATLAB code that can efficiently and accurately compute the Z-factor using the SRK EOS.
Attached are the directions