Services

Industrial Processes and Fluid Mixing

At Slidian , we evaluate the internal behavior of industrial equipment and reactors through advanced simulations, ensuring proper operation and defining the most suitable design configuration to maximize process efficiency.

Our studies provide detailed analysis of transport and mixing phenomena occurring within the equipment, optimizing both operational performance and the geometry and arrangement of internal components.

Realistic Process Modeling

We consider all fluids involved in the process, reproducing real operating conditions as accurately as possible, including:

Inlet and outlet flow rates

Operating temperatures

Fluid physical properties

Fluid state (liquid, gas, multiphase mixture, etc.)

When dispersed particles or suspended solid phases are present, their behavior is also incorporated into the model, allowing evaluation of transport, dispersion, and potential deposition phenomena.

Injector and Diffuser Design Optimization

One of the key aspects of many industrial systems is the proper configuration of injection and diffusion systems.

By accurately reproducing the arrangement of injectors and diffusers within the equipment, we simulate fluid entry and exit under real operating conditions, including operating sequences when required by the process.

These simulations make it possible to:

Determine the optimal injection configuration

Design the most appropriate geometry and orientation

Evaluate different operating conditions

Improve mixing and internal distribution

Increase overall process efficiency

The result is an optimized design that maximizes performance while reducing losses and inefficient regions.

Concentration and Process Variable
Analysis at Equipment Outlets

CFD simulations enable detailed analysis of flow dispersion and mixing within industrial equipment, evaluating conditions both at outlet locations and in any area of interest.

This allows highly accurate calculation of variables such as:

Final component concentrations

Velocity distributions

Temperature fields

Pressure gradients

Species and reactant evolution

This type of information is extremely difficult to obtain through analytical methods or direct measurements, making CFD simulation a fundamental tool for the design and validation of industrial equipment.