CFD Modelling for Gas adsorption using Python
Budget: $250 – $750 USD
I am in need of an experienced freelancer with expertise in Computational Fluid Dynamics (CFD) and Python programming. The project involves the simulation and modelling of a Swing adsorption process for gas storage, with the following specifics:
- Modelling of the adsorbent material capacity, adsorption equilibrium, and adsorption kinetics in the swing adsorption process, using Python.
- Conducting a detailed simulation of the swing adsorption process, with a key focus on its application in energy storage.
The aim is to reproduce the results of the paper attached to this call.
Output Expectations:
- The output data from the simulation should be showing the same results as the paper.
- No need for reports. The python code is the delivery.
Ideal Skills and Experience:
- Proficiency in CFD and Python, with a proven track record of applying these skills to modelling and simulation projects.
- Prior experience in swing adsorption for gas storage or similar processes will be a significant advantage.
- Ability to present simulation results in a clear and comprehensive manner, with a focus on detailed analysis and visualization using graphs and charts.
- Modelling of the adsorbent material capacity, adsorption equilibrium, and adsorption kinetics in the swing adsorption process, using Python.
- Conducting a detailed simulation of the swing adsorption process, with a key focus on its application in energy storage.
The aim is to reproduce the results of the paper attached to this call.
Output Expectations:
- The output data from the simulation should be showing the same results as the paper.
- No need for reports. The python code is the delivery.
Ideal Skills and Experience:
- Proficiency in CFD and Python, with a proven track record of applying these skills to modelling and simulation projects.
- Prior experience in swing adsorption for gas storage or similar processes will be a significant advantage.
- Ability to present simulation results in a clear and comprehensive manner, with a focus on detailed analysis and visualization using graphs and charts.