ENGINEERING OF DISASTER MITIGATION AND HEALTH MONITORING FOR SAFE AND SMART BUILT ENVIRONMENT

1. Development of water-mist based fire extinguisher
2. Development of evaluation facilities for fire extinguishing system
   

Scope of the work:

1. Experimental Set-up for 1m2 size Turbulent diffusion Fires
2. Capability enhancement of CFD Model of 1m2 size fire with extinguishment
3. Preparation of different Fire Extinguishing Compositions for Class A and Class B fires
4. Experimental design on reduced scale to simulate the turbulent diffusion fires
5. CFD modeling & validation based on experimental studies
6. Preparation of micro-size particles and their particle/droplet size analysis in non-fire conditions
7. Experimental studies on discharge density, particle size distribution and velocity profile in non-fire and fire conditions
8. Characterization of Fire Extinguishing compositions
9. Comparative evaluation of on micro-size particles in discharge cluster
10. Optimization of compositions based on fire suppression efficacy for water mist system
11. CFD Modeling of interaction of water mist fire suppression system
12. Design details for Fire Suppression System in respect of Water mist system
13. Preparation of innovative material composition and system design based on Validated results for Class A/Class B fires.
14. Field Trial under live fire conditions for Class A and Class B fires.
15. Sensitivity studies for Particle Size Distribution
16. Design Guidelines for Fire Suppression System for Class A and Class B fires in respect of Water-mist system