Solid State Gas Storage Modelling
Budget: $1,500 – $3,000 USD
I require expert assistance in developing a detailed model for natural gas storage using metal organic frameworks as adsorbents. This exciting project will have a significant focus on understanding the adsorption isotherm to determine the material's uptake capacity. Additionally, it is crucial to incorporate a transient heat transfer model considering operations below 100°C for optimal performance and safety.
Ideal skills and experience for this job include:
- Proficiency in Python for executing the necessary modeling work, as it's my preferred software due to its flexibility and extensive libraries related to scientific computing.
- In-depth knowledge of adsorption kinetics and isotherms, particularly in the context of carbon dioxide separation processes and natural gas storage.
- Experience with modeling transient heat transfer, especially under the specified temperature range below 100°C to ensure accurate representation of real-world scenarios.
- A strong background in chemical engineering, specifically with practical experience in the utilization of metal organic frameworks for gas storage applications.
This project presents a unique opportunity to contribute to an innovative solution for natural gas storage, leveraging cutting-edge materials and modeling techniques. I look forward to collaborating with a freelancer who shares a passion for sustainable energy solutions and possesses the technical expertise to bring this vision to life.
Ideal skills and experience for this job include:
- Proficiency in Python for executing the necessary modeling work, as it's my preferred software due to its flexibility and extensive libraries related to scientific computing.
- In-depth knowledge of adsorption kinetics and isotherms, particularly in the context of carbon dioxide separation processes and natural gas storage.
- Experience with modeling transient heat transfer, especially under the specified temperature range below 100°C to ensure accurate representation of real-world scenarios.
- A strong background in chemical engineering, specifically with practical experience in the utilization of metal organic frameworks for gas storage applications.
This project presents a unique opportunity to contribute to an innovative solution for natural gas storage, leveraging cutting-edge materials and modeling techniques. I look forward to collaborating with a freelancer who shares a passion for sustainable energy solutions and possesses the technical expertise to bring this vision to life.