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SECTOR

Industrial ventilation

At Slidian, we specialize in helping our clients create healthy, comfortable, and energy-efficient indoor environments. We use the latest Computational Fluid Dynamics (CFD) simulation technology to deliver advanced industrial ventilation and HVAC solutions. Our focus is on supporting engineering firms in validating and optimizing their designs by identifying areas for improvement and proposing solutions that maximize efficiency and comfort. This allows your engineering office to deliver more accurate and effective designs to your clients.

Slidian - Análisis de confort térmico en un restaurante

How is CFD simulation applied to the analysis and optimization of industrial ventilation and HVAC systems?

Slidian - Ventilación, A/C y calefacción

CFD simulation is a tool that allows us to analyze and predict air behavior in different environments. This enables us to visualize how air will move within a space, identify stagnation areas, and optimize temperature distribution and airflow.

HVAC Design Validation

We help you validate your HVAC system designs through CFD simulation. We analyze every detail—from the placement of inlets and outlets to the selection of equipment—to ensure optimal performance and compliance with energy efficiency and comfort standards. Additionally, we focus on reducing pressure loss and ensuring proper airflow distribution. CFD simulation is used to evaluate and minimize pressure drop in ducts and equipment, optimizing airflow and reducing operating costs.

Thermal Dissipation Analysis and Temperature Control

Thermal dissipation is crucial for maintaining a comfortable indoor environment and preventing overheating of equipment and spaces. We use CFD simulation to analyze and optimize heat transfer, ensuring that the generated heat is efficiently dissipated and a uniform temperature is maintained.

Assessment of the Ventilation System’s Capacity to Disperse Contaminants

Contaminant dispersion is essential to ensure indoor air quality. Using CFD simulation, we model the distribution of pollutants and design ventilation systems that minimize their concentration and spread, creating a healthier environment for occupants.

At Slidian, we have a team of highly skilled engineers with extensive experience in using CFD simulation for ventilation and HVAC projects. We are committed to delivering innovative, high-quality solutions that meet the expectations of your engineering office and your clients.

APPLICATIONS EXAMPLES

You can check some examples of application in the following projects.

Ventilation study of a gym

Contact us to a customized study.

Slidian - Fluid Dynamics Lab

Spain
Baixada Gándara 16,
36331 Vigo
Spain
+34 886113547

USA
2500 CityWest Blvd
Houston TX 77042 
USA
+1 7136145403

Slidian - Fluid Dynamics Lab

España
Baixada Gándara 16,
36331 Vigo
Spain
+34 886113547

hello@slidian.com

Netherlands
Steur 50, 3344 JJ
Hendrik-Ido-Ambacht
Nederland
+31 78 641 4525

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