composite image for firefighting foam category includes horizontal bladder tank, foam chamber and truck laoding rack with storage tanks in the b

YOUR SINGLE SOURCE SOLUTION FOR FIREFIGHTING FOAM SUPPRESSION SYSTEMS

FOAM SUPPRESSION SYSTEMS

If your business manufactures, stores, or transports flammable liquids, the thought of a devastating fire always burns in the back of your mind. Be as prepared as possible with reliable firefighting foam products from Vanguard.

Firefighting foam is made of three ingredients — a foam concentrate, water, and air. The concentrate is mixed with water (proportioning), creating a foam solution. That solution is mixed with air (aspirated) to produce the foam, which is very fluid, readily flowing over liquid surfaces. The foam itself is a stable mass of small, air-filled bubbles with a lower density than oil, gasoline, or water.

Firefighting foam agents suppress fire by separating the liquid fuel from the air (oxygen) it needs to burn. Depending on the type of foam agent, this is done in one of several ways:

  • Blankets the fuel surface, smothering the fire and separating the flames from the fuel surface
  • Cools the fuel and adjacent heat and ignition sources
  • Suppresses the release of flammable vapors that can mix with air

image illustrating how firefighting foam works

 

image of proportioner device used in firefighting foam applicationsProportioning Equipment introduces the foam concentrate into a flowing stream of water to produce a foam solution. There are many methods of proportioning, but fixed foam systems typically use balanced pressure proportioning equipment. All balanced pressure systems use a modified venturi device called a proportioner or ratio controller.

 

image of aspirated and non-aspirated sprinkler heads used in firefighting foam deluge systemsSprinkler Heads are available in both aspirating and non-aspirating versions. Aspirated sprinkler heads are required for protein and fluoroprotein foams in deluge systems. Non-aspirated heads with AFFF agents are more economical and can be used in either open deluge or closed-head sprinkler systems.

 

Handline Nozzles can be used with a variety of foam concentrates and applications. The nozzles are constructed of corrosion resistant materials, and are lightweight for ease of handling.

Eductors create a foam solution by adding a percentage of foam concentrate into the pressurized water stream for the handline nozzles.

 

image of firefighting foam horizontqal bladder tankBladder Tanks are a component of a balanced pressure proportioning system that includes a pressure-rated tank with an internal elastomeric bladder for foam concentrate storage. Upon system actuation, incoming water applies pressure to the concentrate in the bladder, which supplies pressurized concentrate to the proportioning device. The device meters the foam concentrate into the fire water line, creating foam solution. The solution is then piped to the discharge devices protecting the hazard area.

 

image of foam chamber used for storage tank protectionFoam Chambers and Foam Makers are air-aspirating foam discharge devices designed to protect flammable liquid storage tanks by applying foam down the inside wall of the tank. Foam Chambers are designed to generate foam and apply the expanded foam to the fuel surface in a manner that lessens submergence and agitation as the foam contacts the fuel.

 

image of firefighting foam pump proportioning systemThe Balanced Pressure Pump Proportioning System functions by maintaining an equal pressure in the foam concentrate and water inlets to the proportioner, allowing the proportioner to be used over a wide range of flows and pressures. The system connects to an atmospheric storage tank which allows refilling during operation. Controls respond quickly and accurately to changes in the water inlet pressures and flow rates.

 

image of firefighting foam foam monitorFoam Monitors control the horizontal and vertical directions of large capacity discharge streams. Water-oscillating monitors automatically move side-to-side using water pressure as the energy source. Remote controlled monitors use an electric joystick to control horizontal, vertical and stream pattern. Other monitors are operated manually using a tiller bar or housewheel.

 

image of firefighting foam mobilcartThe Foam Systems Mobilcart is designed to provide mobile firefighting foam capability for various hazardous areas where flammable liquids are present. Common applications include tank farms and refineries, loading areas, chemical processing plants, diked areas, warehouse facilities, paint storage areas, and other manufacturing areas where flammable liquids are a hazard.

 

 Trailers provide mobile fire protection for flammable liquid hazards typically found in such areas as refineries and associated tank farms, chemical processing plants, truck and rail car unloading facilities, and marine terminals. This portable equipment is extremely mobile and substantially increases the firefighting capabilities of industrial, municipal and military fire departments.

 

Ansulite ar-afff class b polar solvent foam agent product imageClass B Foam Agents are ideal for suppressing fires involving petroleum-based products, LNG, rubber, and flammable and combustible liquids; such as diesel fuel, crude oil gasoline and ethanol.

 

Ansulite afff class b hydrocarbon foam agent product imageClass B Foam Agents are ideal for suppressing fires involving petroleum-based products, LNG, rubber, and flammable and combustible liquids; such as diesel fuel, crude oil gasoline and ethanol.

 

 

To learn more about FIREFIGHTING FOAM, the array of applications and supported technologies call Vanguard today at

1-800-444-8719

 

CALL WITH QUESTIONS.
RELY ON OUR KNOWLEDGE.
DEPEND ON OUR EXPERIENCE.

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