Our Work

Our project showcases a remarkable blend of creativity, innovation, and hard work. Each piece on display exemplifies the dedication and expertise of our talented team. From groundbreaking technological solutions to captivating artistic expressions, our work reflects a diverse range of industries and disciplines.

Some of our Project work is displayed here for observation. Detailed list can be submitted upon request

New Palace of Justice - Kuwait

SEACO carried out a Computational Fluid Dynamics (CFD) analysis for the New Palace of Justice in Kuwait. The primary objective of this analysis was to assess and optimize the thermal comfort within the atrium area at the ground level.

The CFD simulations involved creating a detailed virtual model of the atrium volume, which allowed for the precise simulation of airflow, temperature distribution, and other relevant thermal parameters.

Outdoor Cooling Study - Qatar

Engineers from SEACO undertook a series of comprehensive outdoor cooling Computational Fluid Dynamics (CFD) analyses for prominent areas like Lusail and Pearl in Qatar, commissioned by the esteemed United Development Company (UDC). These analyses aimed to optimize and enhance the cooling systems for these areas, taking into account the unique climatic conditions of the region.

Car Park Smoke Control
- CFD Analysis

CFD Analysis, short for Computational Fluid Dynamics Analysis, is mandated by British Standards, Qatar Civil Defense, Saudi Civil Defense, Diriyah Gate & Development Authority (DGDA) Standards and other regulatory authorities for Basement car parks equipped with jet fans. This analysis is essential to ensure optimal ventilation and smoke management in the underground parking area. The picture provided showcases a CFD Analysis conducted for a specific client in Qatar, displaying a detailed simulation of airflow, temperature distribution, and smoke movement within the car park environment.

Cooling Tower CFD Analysis

Computational Fluid Dynamics (CFD) analysis is employed to investigate the recirculation pattern and validate the efficiency of a cooling tower for Qatar Cool. This numerical simulation technique models the tower's geometry and surrounding environment, accounting for airflow, heat transfer, and environmental factors. The simulation generates detailed results, including velocity distributions, temperature profiles, pressure distributions, and recirculation patterns.

Chillers CFD Analysis - Sindalah Island, NEOM- Saudi Arab

Computational Fluid Dynamics (CFD) analysis for the chiller cluster placed at Sindalah Island at Neom- Saudi Arab was performed by SEACO to find the flow recirculation pattern and validate the efficiency. This numerical simulation technique models the chillers and the surrounding building geometry accounting for airflow, heat transfer, and environmental factors. The simulation generated detailed results indicating the flow recirculation and accordingly the design was optimized to increase the efficiency and to maintain the chiller Inlet temperatures as per the wind temperature without recirculation patterns.