Abstract
With the establishment of the US Forest Service, and the “1900s Fires,” fire suppression became the national policy, and efforts focused on extinguishing fires as soon as they ignited (Forest History). This policy successfully reduced the immediate extent of forest fires but consequently led to a dangerous accumulation of highly flammable dead trees and brush on the forest floor. Our intervention essentially disrupted nature’s natural balance. Additionally, due to global warming and its effect in creating increased drought(s), and a longer fire season are boosting these increases in wildfire risk. The Firepod presents a potential solution to the challenge of safeguarding our infrastructure from the threat of forest fires. When a forest fire warning is received, FirePod owners can activate the device either via a mobile app or by using a button installed in their home. Upon activation, the FirePod deploys fire-resistant materials named ‘Fire Zat’ outward at an angle, achieved through an air pressure system similar to the deployment method of a webcaster (net) gun. This deployment is assisted by weighted balls attached to the end of the fire-retardant material, ensuring precise and swift coverage of the entire house with exceptional consistency. FirePod allows homeowners to immediately seek shelter in the nearest alternate haven and increase their chances of avoiding injury, instead of attempting to protect their homes from the flames. Ultimately, the assurance of this protective technology for their infrastructures will not only help infrastructure but save many lives.
Presenters
Jisung YooStudent, Diploma, Seoul Foreign School, Seoul Teugbyeolsi [Seoul-T'ukpyolshi], South Korea Hwang Dong Ho
CEO, Educational Research Center, BOLD LAB, Seoul Teugbyeolsi [Seoul-T'ukpyolshi], South Korea
Details
Presentation Type
Theme
Technical, Political, and Social Responses
KEYWORDS
FOREST FIRES, FIRE BLANKETS, FIREZAT, AIR PRESSURE, PROTECTION
