How It Work
From design to performance — a smarter way to build and maintain façades.
Project Setup & Surface Assessment
Users start by registering their building project on the TiO2-
ECS platform, providing details such as façade dimensions,
material type, environmental exposure, and intended lifespan.
Built-in tools analyze thermal fluctuations (±40°C), humidity
levels, and expected UV radiation to determine the baseline
conditions for coating performance.
Nanoparticle Selection &
Coating Design
Based on surface data, the system recommends TiO2 nanoparticle concentrations (3%–10% w/w) and optimized cementitious coating formulations. Users can adjust parameters according to budget, maintenance frequency, or aesthetic preferences. Python-powered algorithms simulate chemical stability, pollutant degradation efficiency, and adhesion compatibility
for each configuration.
Application Guidance & Workflow
Step-by-step instructions are provided through the web and mobile interface, including substrate preparation, mixing procedures, and controlled application techniques. The platform offers BIM- integrated visualizations and real-time monitoring suggestions using IoT-enabled sensors to ensure even coating thickness and optimal coverage for maximum photocatalytic efficiency.
Performance Tracking &
Predictive Maintenance
After application, embedded sensors or portable monitoring devices continuously collect data on pollutant concentration, façade degradation, and UV exposure. The platform’s dashboard processes this data, providing actionable insights, performance metrics, and alerts for maintenance before surface degradation becomes critical.
Lifecycle & Sustainability
Analysis
Users can access LCA simulations and ROI calculations directly within the platform, comparing different coating strategies for cost savings, reduced cleaning requirements, and environmental impact. This allows architects, engineers, and public agencies to justify sustainable construction investments while maintaining façade aesthetics over time.