SPECIAL VENTILATION SYSTEM

Improving Cattle Comfort and Milk Production through CFD Analysis by Flowpak in Baladna/UCC Dairy Barn

Dairy barn ventilation is a complex issue influenced by various factors such as barn architecture, weather conditions, cow heat sources, airflow obstructions, and flow rate.

Ensuring proper ventilation in dairy barns is crucial in preventing heat stress which can negatively impact milk production and increase the risk of respiratory illnesses.

Recognizing the importance of optimal ventilation, Baladna/UCC sought the assistance of Flowpak to conduct several Computational Fluid Dynamics (CFD) simulations to determine the best ventilation system for their dairy barns.

By utilizing the expertise of Flowpak, Baladna, a Qatari agricultural company specializing in cattle breeding and dairy production, is able to provide a comfortable environment for their cows while also maximizing milk production.

Optimizing Acoustics and Comfort for Musicians: CFD-Driven Design of Katara Musical Studio by Flowpak

Creating a professional-grade recording studio that effectively blocks out exterior noise requires a careful approach to both ventilation and air conditioning.

Given the tightly sealed nature of recording studio spaces, ensuring optimal thermal comfort and a consistent supply of fresh air for the musicians is essential.

To achieve this, Flowpak collaborated closely with Erga & Mi International in the Katara recording studio’s design, exploring various options and systems to provide efficient air conditioning. Utilizing the power of Computational Fluid Dynamics (CFD) simulations, the team was able to select the best locations for supply and return air, taking into account specific design criteria such as noise level, musician positioning, and thermal loads based on different instruments and play areas.

In the end, the result of this collaboration is a recording studio that delivers exceptional sound quality and provides a comfortable environment for musicians.

Optimizing Indoor Air Quality and Safety in the Internal Security Force (ISF) Firing Range: A CFD-Based Approach by Flowpak

At Flowpak, we specialize in providing advanced numerical simulations for ventilation systems in indoor shooting ranges, particularly for the Internal Security Force (ISF) in Qatar. We understand that the functionality and usability of a shooting range heavily relies on proper ventilation.

To ensure optimal performance, we utilize Computational Fluid Dynamics (CFD) analysis to assess the mechanical ventilation airflow at the shooting range.

By performing these simulations during the design phase, we can optimize the ventilation system’s performance before installation, saving time and cost.

Our team of experts leverages the power of CFD to test and evaluate various mechanical design options, allowing us to make informed decisions and ensure that the final design meets all requirements and standards.

This approach allows us to quickly and cost-effectively evaluate different design options and make any necessary adjustments before construction begins.