Services

Industrial Equipment

At Slidian, we perform advanced CFD simulations to characterize the operation of industrial equipment involving fluid flow, providing detailed information that supports informed engineering decisions and helps achieve the optimal configuration before manufacturing or commissioning.

Our studies enable detailed analysis of internal flow behavior, identification of phenomena affecting performance, and implementation of improvements aimed at maximizing equipment efficiency.

Performance Improvement

CFD analysis of hydraulic and thermal equipment, such as turbines, pumps, and fans, enables precise determination of performance characteristics and operating curves.

Through these simulations, it is possible to:

Evaluate overall machine performance under different operating conditions

Validate designs before manufacturing

Compare alternative configurations quickly and reliably

Reduce the need for costly physical prototypes

As a result, improvements can be implemented at early project stages, minimizing risks and optimizing investment.

Loss Reduction and
Design Optimization

Understanding fluid behavior inside industrial equipment in detail makes it possible to identify problematic areas such as:

Excessive pressure losses

Internal recirculation zones or unwanted turbulence

Flow separation

Unacceptable maximum or minimum temperatures

Inefficient concentration distributions or flow allocation

Based on these findings, we propose geometric modifications and operating condition adjustments to reduce losses and achieve the most efficient configuration.

These improvements can then be verified through additional CFD simulations, ensuring their effectiveness before proceeding with equipment manufacturing and installation.