Introduction:
Ducted car park ventilation systems are often assumed to provide optimal air quality and CO removal. However, our recent CFD analysis for one of our project revealed unexpected challenges. Despite the ducted design, re-circulation and stagnation zones persisted, leading to incomplete CO removal.
Key Findings:
- Re-circulation and Stagnation: CFD simulations identified areas where air flow was stagnant or recirculated, hindering CO dispersion.
- Incomplete CO Removal: Even with a ducted system, CO levels remained elevated in certain areas.
The Importance of CFD Analysis:
This case study highlights the critical role of CFD analysis in understanding the complex dynamics of car park ventilation. By simulating airflow patterns and identifying potential issues early in the design process, we can ensure efficient ventilation and compliance with regulations.
Conclusion:
While ducted systems are often considered a reliable solution for car park ventilation, CFD analysis is essential for uncovering hidden challenges and optimizing system performance. By investing in CFD simulations, project teams can make informed decisions and avoid costly retrofitting.
Call to Action:
Are you considering a new car park ventilation system? Let’s discuss how CFD analysis can help you avoid costly mistakes and ensure optimal performance. Contact us today for a consultation.
