Molten salt fluid dynamics properties calculations

I am looking for an expert who can help me with my project on molten salt fluid dynamics properties calculations for energy storage. The ideal candidate should have experience in fluid dynamics, thermodynamics, and computational methods. The following are the project requirements:

- Desired temperature range for the molten salt fluid is 200°C-900°C
- Expected viscosity range of the molten salt fluid is high viscosity
- The specific application for the molten salt fluid is energy storage

The project will involve the following tasks:

- Conducting fluid dynamics properties calculations for the molten salt fluid within the specified temperature and viscosity range
- Developing computational models to simulate the behavior of the fluid
- Analyzing and interpreting the simulation results
- Providing recommendations for improving the energy storage system based on the analysis.

All that I need is you have to calculate the energy required to pump the molten fluid through a pipe of 20 meter long.
And the flow of the molten salt required to transfer 2 kw heat through a flat surface.

Also you have to suggest a suitable low cost salt that is liquid in the range of 200 deg c to 900deg c.


The ideal candidate should have:

- A background in mechanical engineering, chemical engineering, or a related field
- Experience in computational fluid dynamics (CFD) and numerical methods
- Experience in developing models and simulations for fluid behavior
- Knowledge of thermodynamics and heat transfer principles

If you have the required skills and experience, I look forward to hearing from you.