Strategic Objectives
• Master the mathematical modeling of high-pressure fluid flow.
• Eliminate performance bottlenecks using advanced turbulence modeling.
• Reduce membrane fouling through strategic flow pattern optimization.
• Bridge the gap between theoretical physics and industrial water production.
The Core Challenge
Traditional desalination suffers from concentration polarization and energy loss due to unoptimized internal fluid dynamics.
01
The Physics of Desalination
02
Foundations of Fluid Mechanics
03
Navier-Stokes Equations
04
The Finite Volume Method
05
Turbulence Modeling
06
Boundary Layer Theory
07
Concentration Polarization
08
Reverse Osmosis Dynamics
09
Multi-Stage Flash Distillation
10
Multi-Effect Distillation
11
Mass Transfer Kinetics
12
Reynolds-Averaged Navier-Stokes
13
Computational Mesh Generation
14
Multiphase Flow Challenges
15
Shear Stress and Fouling
16
Energy Recovery Devices
17
Advection-Diffusion Modeling
18
Numerical Stability and Convergence
19
Eddy Simulation Techniques
20
Parallel Computing in CFD
21