Public safety in shared spaces demands innovative solutions for pathogen mitigation. Aventus AI’s IoT-enabled pathogen mitigation system integrates real-time monitoring, AI analytics, and Computational Fluid Dynamics (CFD) to dynamically control environments and enhance safety.

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Industry Application

• Sector: Smart Buildings, Healthcare, Transportation.
• Use Case: Dynamic pathogen control for safer, healthier public environments.

The Challenge

• Public spaces, particularly during outbreaks, face heightened risks of pathogen transmission.
• Traditional HVAC and cleaning systems lack predictive capabilities, resulting in inefficient mitigation efforts.

Global Market Opportunity

• The global indoor air quality market is projected to grow to $15 billion by 2028, driven by increased demand for health-conscious environments and advanced technologies.

Solution

Aventus AI’s Pathogen Mitigation System Includes:

1. IoT-Enabled Real-Time Monitoring:
   1. Tracks airborne and surface pathogens dynamically.
2. CFD Simulations Using IoT Data:
   1. Multiphysics simulations predict pathogen dispersion and optimise environmental adjustments.
3. AI-Driven Predictive Analytics:
   1. Dynamically optimises HVAC operations and cleaning protocols.
4. High-Risk Area Identification:
   1. Enables targeted, proactive mitigation strategies.

Key Partnerships:

• JDCProjects: HVAC design and optimisation expertise.
• IoT Providers: Advanced sensors for real-time air quality and pathogen tracking.

Execution Plan

1. Risk Assessment:
   • Identify pathogen challenges and analyse current airflow dynamics.
2. System Deployment:
   • Install IoT sensors for real-time pathogen and air quality monitoring.
3. CFD Simulation Integration:
   • Leverage multiphysics models to analyse airflow and predict pathogen behaviour.
4. Optimisation:
   • Use AI insights and CFD outputs to adjust HVAC systems and inform cleaning protocols dynamically.

Return on Investment (ROI)

• 25% Reduction in pathogen transmission rates through precise adjustments.
• Improved public trust and safety, enhancing user confidence in shared spaces.
• Energy cost savings via optimised HVAC operations informed by CFD simulations.

Regulatory Standards

• ASHRAE 170: Standards for ventilation in healthcare and public spaces.
• ISO 14644-1: Guidelines for cleanroom air quality.
• CDC Guidelines: Best practices for pathogen control in shared environments.

Outcome

• Safer, healthier public spaces equipped with adaptive, predictive pathogen control systems.
• Enhanced understanding of pathogen behaviour for proactive environmental management.

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