Sovereign Grand: Pathogen Defense & Laminar Flow Validation
Project Description:
Solved a critical atmospheric failure within the clinical envelope by re-engineering the internal service plenum. Orchestrated a fluid dynamics validation to ensure 100% clinical-grade air purity for high-occupancy wellness environments.
Key Achievements:
Manifold Engineering: Implemented a proprietary 48-slot parallel manifold array to distribute 275 CFM across the 20.69m² footprint.
Laminar Flow Stability: Successfully reduced the Reynolds Number to a verified Re < 1800, eliminating the risk of turbulent pathogen bypass and ensuring acoustic silence.
Plenum Optimization: Expanded the aluminum-reinforced service plenum to 60mm, providing zero-clash clearance for multi-stage filtration and UVC grid integration.
Acoustic Stealth: Verified airflow velocity at the manifold aperture to maintain "Silent Flow" standards for luxury residential and clinical use.
One problem. Two design directions. Which would you choose?
For AEGIS / 001.05 . Traffic Operations, we explored two approaches to the same challenge: helping city operators understand congestion, incidents and network-wide disruptions without overwhelming them with information.
Both solve the same operational problem. Different approaches to hierarchy and interaction.
If you were behind the control desk . Option A or Option B?