Is this project an undergraduate, graduate, or faculty project?
Undergraduate
Project Type
group
Campus
Daytona Beach
Authors' Class Standing
Isis Diaz-Acevedo, Senior Julie Ryterski, Senior Zachary Marin, Senior
Lead Presenter's Name
Isis Diaz-Acevedo
Lead Presenter's College
DB College of Aviation
Faculty Mentor Name
Ali Aljaroudi
Abstract
Wildfires are a significant threat worldwide causing immense property loss and environmental damage. To mitigate these impacts, we propose a dual-layered fire defense strategy: external property fire suppression and neighborhood-wide protection. Our External Property Fire Prevention System (EPFPS) is designed to safeguard buildings from external fire threats through an integrated network of water and foam sprinklers, heat sensors, and real-time fire tracking.
The system operates through strategically placed sprinklers, both rotary and stationary, activated by heat sensors and manual triggers. Real-time monitoring enhances situational awareness, allowing homeowners and emergency responders to make informed decisions. The EPFPS main objective is to prevent flames from reaching structures, reducing property damage and potential casualties. The proposed system is anticipated to significantly lower fire damage compared to those without protection. The system’s ability to act before a fire reaches critical levels ensures faster and more effective suppression ultimately saving lives while reducing financial losses. Beyond immediate fire prevention, the EPFPS will enhance long-term community resilience by minimizing recovery costs and supporting sustainable wildfire management. In conclusion, the External Property Fire Prevention System (EPFPS) offers a groundbreaking solution to significantly reduce wildfire damage and protect lives. Its adaptability to various environments makes it a viable solution for urban, suburban, and rural areas alike. By investing in proactive fire defense systems, communities worldwide can shift from reactive firefighting to preventive wildfire management, ensuring safer living conditions for future generations.
Did this research project receive funding support (Spark, SURF, Research Abroad, Student Internal Grants, Collaborative, Climbing, or Ignite Grants) from the Office of Undergraduate Research?
No
External Property Fire Prevention System
Wildfires are a significant threat worldwide causing immense property loss and environmental damage. To mitigate these impacts, we propose a dual-layered fire defense strategy: external property fire suppression and neighborhood-wide protection. Our External Property Fire Prevention System (EPFPS) is designed to safeguard buildings from external fire threats through an integrated network of water and foam sprinklers, heat sensors, and real-time fire tracking.
The system operates through strategically placed sprinklers, both rotary and stationary, activated by heat sensors and manual triggers. Real-time monitoring enhances situational awareness, allowing homeowners and emergency responders to make informed decisions. The EPFPS main objective is to prevent flames from reaching structures, reducing property damage and potential casualties. The proposed system is anticipated to significantly lower fire damage compared to those without protection. The system’s ability to act before a fire reaches critical levels ensures faster and more effective suppression ultimately saving lives while reducing financial losses. Beyond immediate fire prevention, the EPFPS will enhance long-term community resilience by minimizing recovery costs and supporting sustainable wildfire management. In conclusion, the External Property Fire Prevention System (EPFPS) offers a groundbreaking solution to significantly reduce wildfire damage and protect lives. Its adaptability to various environments makes it a viable solution for urban, suburban, and rural areas alike. By investing in proactive fire defense systems, communities worldwide can shift from reactive firefighting to preventive wildfire management, ensuring safer living conditions for future generations.