Last edited by Zulubei
Thursday, May 14, 2020 | History

5 edition of Introduction to class A foams and compressed air foam systems for the structural fire service found in the catalog.

Introduction to class A foams and compressed air foam systems for the structural fire service

John Liebson

Introduction to class A foams and compressed air foam systems for the structural fire service

by John Liebson

  • 166 Want to read
  • 11 Currently reading

Published by International Society of Fire Service Instructors .
Written in English

    Subjects:
  • Fire extinguishing agents

  • The Physical Object
    FormatUnknown Binding
    Number of Pages54
    ID Numbers
    Open LibraryOL11472248M
    ISBN 100929662083
    ISBN 109780929662084
    OCLC/WorldCa23988304

    Foam is a homogeneous blanket of a mixture of liquid chemical and air or a nonflammable gas. Foam fire suppression systems are classified as high or low expansion. High-expansion foam is an aggregate of bubbles resulting from the mechanical expansion of foam solution by air or other nonflammable gas. Expansion ratios range from –1 to –1. As a largely misunderstood firefighting tactic, the use of foam has at times been confusing to the fire service. The result is that many municipal brigades/departments have avoided the use of foam, especially Class A foam, and have transitioned to using emulsifiers or wetting agents.

    The Class A Compressed Air Foam System: Application of Alternative Suppression Agents course is a great training opportunity for all skill levels and ranks. The course will provide firefighters and fire officers with basic knowledge of foam and foam operations related to . In today’s wide world of available firefighting foam products, a number of fire chiefs with industrial responsibilities are looking beyond installing traditional foam proportioning systems alone and are investigating and then specifying an additional component like Compressed Air Foam Systems.. by Dominic Colletti. Ask virtually any refinery fire chief about specifying the right high-volume.

    The ICAF compressed air foam system is FM Approved as a local application extinguishing system for class B pool fires, spill fires and cascading fires. Full-scale fire tests have demonstrated ICAF to be an extremely effective extinguishing mechanism for flammable and combustible liquids, both miscible and . There are many Class A foam systems--aspirated low-expansion foam, aspirated medium-expansion foam, compressed air foam, and foam solution. For a fire department that wishes to minimize capital.


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Introduction to class A foams and compressed air foam systems for the structural fire service by John Liebson Download PDF EPUB FB2

Class A foam concentrate: CAF systems use Class A foams, suitable for use on Class A fires of ordinary combustibles, such as wood, paper, rubber and other common materials. In structural firefighting, Class A foams can be used for initial attack, overhaul and exposure protection.

They. The intent of this site is to assist those that seek information regarding compressed air foam systems. I have been blessed over the last six years to have traveled both in the states and internationally as a CAFS consultant, trainer, and educator and now wish to offer an avenue to those that desire to gain the same knowledge.

DOMINIC COLLETTI is the foam systems product manager for Hale Products and the author of the books The Compressed Air Foam Systems Handbook and Class A Foam — Best Practice for Structure. It has proven effectiveness in many applications including Compressed Air Foam Systems (CAFS), structural firefighting, forest fire suppression and prescribed burning, mine fires, industrial Class A fires, and for extinguishing hydrocarbon spill fires.

Phos-Chek WD is the most concentrated Class A foam product available today. Foam Classes. Illinois Class A Foam & CAFS Symposium - OctChampaign, ILL at the Illinois Fire Service Institute Register at New Delivery Instruction & Mechanics Classes Check this linked Calendar for a class in a department near you.

Custom Classes. inFOAMation associates Foam Training - Class A, Class B, Train-the. Great introduction to Class A Compressed Air Foam for firefighters at all levels. Running Time: 14 mins Firefighters Bookstore Item # An Introduction to Compressed Air Foam: Volume 1. Fortunately, there are ways departments can combat the environmental dangers of Class B foam, such as using compressed air foam systems, which minimize runoff when compared to nozzle-aspirated foam.

Additionally, most CAF systems allow pump operators to precisely control the foam expansion ratio for the given situation, reducing foam waste and. Using Class A Foam For Structural Firefighting - Part 2 Dominic J. Colletti examines the role Class A Foam plays in increasing water’s effectiveness in fighting fires.

The second of four. A compressed air foam system is defined as a standard water pumping system that has an entry point where compressed air can be added to a foam solution to generate foam. The air compressor also provides energy, which, gallon for gallon, propels compressed air foam farther than aspirated or standard water nozzles.

It is proven that CAFS attacks all three sides of the fire triangle simultaneously. For structural firefighting with compressed air foam, Dominic Colletti recommends utilizing a cubic feet ( m3) per minute to 1 US gal ( L) per minute "air to foam solution" ratio, with.

A brief discussion on Foam in the Fire Service. Class A Foam is used on Class A fuels. Class B foam is used on Class B fuels. As in life, these are two very different fire classes. The two foams are also very different.

They may come in the same looking bucket, and make the same white bubbles on the ground, but they are very different. Compressed air foam systems create bubbles by combining water, foam and air. Bubbles make water more durable and able to absorb the caloric output of the fire. In the last two installments, we've looked at water, foam and air and the new technology of firefighting.

Now let's look some uses for foam. Comprehensive text for all personnel who need to develop new knowledge and skill levels in order to efficiently adopt and use foam technology in firefighting. Easy-to-read format with over color photos. Covers recent changes in strategy and tactics, incorporates real.

Start studying Chapter 17 fire attack and foam. Learn vocabulary, terms, and more with flashcards, games, and other study tools. Compressed air foam (caf) Class a foam produced by injecting compressed air into a stream of water that has been mixed with percent to 1 percent foam.

Class A Foam For Structural Firefighting December Reported by: Jeff Stern J. Gordon Routley OVERVIEW The increasing use of class A foam systems by urban and suburban fire departments for structural fire suppression has created a demand for information.

COMPRESSED AIR FOAM SYSTEMS AND FIRE HOSE BY DOMINIC J. COLLETTI Editor`s note: This article was chosen for this “Fighting Fire with Water” editorial package for the following reason: Foam.

A Compressed Air Foam System for hand hose, abbreviated CAFS, is a system used in firefighting to deliver fire retardant foam for the purpose of extinguishing a fire or protecting unburned areas from becoming involved in flame.

Description. Ron Rochna of the National Interagency Fire Center in Boise, Idaho defines a compressed air foam system as a standard water pumping system that has an.

From the definition of Class A foam to how to use compressed air foam systems (CAFS), this book will increase your department’s ability to stop a structure fire.

According to the author, "The use of Class A foam and CAFS can enhance the fire-suppression capability of water up to five times, thus dramatically improving the service it provides 4/5(1). Class A foam is for use against Class A fires such as paper, rubber, textiles and wood.

Class A foams are often intended for use at very low concentration of 0,1 to 1%, and are formulated using environmentally favourable raw materials. Class A foams are blend of surfactants.

The Waterous Around-The-Pump (RTP) Foam System is a simple and inexpensive way to add foam capability to all discharges of the fire pump. The Waterous RTP Foam System consists of an eductor (jet pump) and panel mounted foam proportioning valve.

A table on the foam control panel makes setting the proportioner for 1, 3 and 6% foam easy and accurate. The difference between a CAFS and all other foam systems is a high capacity air compressor that injects air into the foam solution within the fire pump discharge piping.

Figure 2. Components of a Compressed Air Foam System. Source: Colletti, D. (). Class A foam – Best practice for Structure Firefighters. Royersford: Lyon’s Publishing. TURBOCAFS - Compressed Air Foam Systems (CAFS) for FIRE TRUCK MTK Fire Protection Systems - Duration: MTKfire views.Class A foam: When used in conjunction with CAFS, class A foam has outstanding insulating qualities.

CAFS entrain large amounts of compressed air and small amounts of water into the foam solution to .