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Invention Title:

WILDFIRE DEFENSE SPRAYING PROCESS FOR AUTOMATICALLY SPRAYING ENVIRONMENTALLY-CLEAN WATER-BASED LIQUID FIRE INHIBITOR OVER COMBUSTIBLE PROPERTY SURFACES TO FORM THIN FIRE-INHIBITING POTASSIUM SALT CRYSTALLINE COATINGS THEREON BEFORE PRESENCE OF WILDFIRE

Publication number:

US20240252860

Publication date:
Section:

Human necessities

Class:

A62C3/0292

Inventor:

Assignee:

Applicant:

Drawings (4 of 37)

Drawing 01 for WILDFIRE DEFENSE SPRAYING PROCESS FOR AUTOMATICALLY SPRAYING ENVIRONMENTALLY-CLEAN WATER-BASED LIQUID FIRE INHIBITOR OVER COMBUSTIBLE PROPERTY SURFACES TO FORM THIN FIRE-INHIBITING POTASSIUM SALT CRYSTALLINE COATINGS THEREON BEFORE PRESENCE OF WILDFIRE
Drawing 02 for WILDFIRE DEFENSE SPRAYING PROCESS FOR AUTOMATICALLY SPRAYING ENVIRONMENTALLY-CLEAN WATER-BASED LIQUID FIRE INHIBITOR OVER COMBUSTIBLE PROPERTY SURFACES TO FORM THIN FIRE-INHIBITING POTASSIUM SALT CRYSTALLINE COATINGS THEREON BEFORE PRESENCE OF WILDFIRE
Drawing 03 for WILDFIRE DEFENSE SPRAYING PROCESS FOR AUTOMATICALLY SPRAYING ENVIRONMENTALLY-CLEAN WATER-BASED LIQUID FIRE INHIBITOR OVER COMBUSTIBLE PROPERTY SURFACES TO FORM THIN FIRE-INHIBITING POTASSIUM SALT CRYSTALLINE COATINGS THEREON BEFORE PRESENCE OF WILDFIRE
Drawing 04 for WILDFIRE DEFENSE SPRAYING PROCESS FOR AUTOMATICALLY SPRAYING ENVIRONMENTALLY-CLEAN WATER-BASED LIQUID FIRE INHIBITOR OVER COMBUSTIBLE PROPERTY SURFACES TO FORM THIN FIRE-INHIBITING POTASSIUM SALT CRYSTALLINE COATINGS THEREON BEFORE PRESENCE OF WILDFIRE

Smart overview of the Invention

A new process focuses on protecting properties from wildfires using an environmentally-friendly, water-based liquid fire inhibitor. This inhibitor primarily consists of tripotassium citrate (TPC) and a smaller amount of triethyl citrate (TEC) dissolved in water. The formulation remains stable at expected operating temperatures, ensuring it is ready for immediate use when needed.

Automated Spraying Mechanism

The system is designed to activate automatically upon receiving a trigger signal from an automated wildfire detection system or a mobile device. It utilizes an electric-powered hydraulic pump to spray the liquid fire inhibitor through strategically placed spray heads around the property. Once spraying is completed, the pump shuts off automatically.

Formation of Protective Coatings

As the water in the sprayed fire inhibitor evaporates, it leaves behind thin potassium salt crystalline coatings on the surfaces. These coatings serve to inhibit fire ignition and slow down flame spread, providing a protective barrier against hot wildfire embers.

Comparison to Existing Methods

Current wildfire defense methods often involve creating firebreaks or using chemical retardants that may not be effective or environmentally sustainable. The proposed method addresses these shortcomings by offering a proactive solution that is both efficient and safer for the environment, avoiding the use of harmful chemicals.

Installation and User Accessibility

The system includes a comprehensive installation kit that allows homeowners or contractors to easily set up the wildfire defense mechanism. It can be remotely activated, enabling users to protect their property even before a wildfire reaches their area. By utilizing a simple formulation process at the installation site, this system aims to enhance safety and sustainability in wildfire-prone regions.