Dear Fire Chief

May 25, 2018
Dear Fire Chief,

I want to first thank you and all of the members of your fire department, for your sacrifice and service on behalf of our community. I write to make you aware that beginning in 2019, your fire department, as well as other New Jersey career fire departments, can again apply for federal funding to retain firefighters under the Staffing for Adequate Fire and Emergency Response (SAFER) grant program.

As a former New Jersey Mayor, I know how important SAFER funding is to ensuring that fire departments have the resources and funding needed to ensure adequate staffing of a robust response team. That’s why I wrote to the Appropriations Subcommittee on Homeland Security urging that appropriators reinstate the SAFER language authorizing the Federal Emergency Management Agency grant waivers in the SAFER statute, which the President proposed cutting. This important language is critical for firehouses across the state to maintain adequate staffing levels.

I am pleased to report that the recent omnibus government spending bill reinstated language to the SAFER grant program that will, once again, allow career fire departments to apply for federal funding to retain firefighters under the Recruitment and Retention category of the SAFER grant program.

I encourage you to take steps to place your department in the best position to compete for federal funding under the SAFER grant program. Consider my office a useful resource during this process, and l look forward to writing in support of your SAFER grant applications. Should you have any questions, please contact my Newark office at 973-639-8700.

I am proud we were able to reinstate this language and bring greater federal fund ing for emergency services back to New Jersey. I look forward to continue to working with you in support ofNew Jersey’s first responders.

Sincerely,
Cory A. Booker
United States Senator

Cover Story

Dangerous Down Wires Causing Havoc in Livingston as Firefighters Await PSE&G
By Rob Munson

June 14,2018 Livingston Fire Department responded to a Reported Primary Wire Down And Burning To the rear of 201 South Livingston Ave. Assistant Chief Francione arrived and reported that two wires dropped and were burning along parked cars in a lot. Before PSEG could shut the power off to the lines, Five Energized cars were destroyed by fire. The FD also rescued people trapped in elevators in the adjacent office buildings during the incident.

Firefighter University

Firefighter University
NO AIR MANEUVER
By Ret. DC John G. Riker

With the exception of death and taxes there are few absolutes’ in life. There is no guarantee that when firefighters enter a burning building they will come out alive. The obstacles firefighters face and dangers they encounter to often prevail over their dedication to duty. The answer is to be as well prepared as possible to react to any situation.

The SCBA has proven to be a reliable piece of firefighting equipment. Engineered and built to withstand the harsh conditions of the fire ground, break downs, and malfunctions are a rare occurrence.

Often firefighter SCBA training consists of what to do in the event the face piece becomes fogged or the harness gets tangled on an object. In all of these events air is still available to the firefighter. A simple adjustment of the by-pass valve or shoulder strap could easily remedy these situations.

But what can be done when there is no air remaining. Years ago, firefighters were taught to remove the low-pressure hose from their regulators and put it under their coats. The clothing that they wore was intended to filter smoke and allow the firefighter to breathe the air that was trapped next to their body. With many of the SCBAs in use today, this procedure is no longer an option. A new procedure was needed. The maneuver, outlined here, is designed to give firefighters a fighting chance to survive in a smoke-filled atmosphere. Here are the steps to remember when no air is being delivered to the facepiece:
1. Don’t panic. Stop all other actions. Concentrate on the procedure. Work quickly. Even during training, firefighters who suddenly lost their supply of air found it difficult to remain calm. Many members ripped off their facepiece to take a breath. The only way to overcome this problem is by training.
2. Drop to the floor. Dropping down helps you get relief from heat, improves your visibility, and helps you focus. This action may also alert other firefighters to your problem.
3. Activate PASS alarm. Call for help immediately by activating your PASS alarm. Should you fail to gain control, a single breath of toxic atmosphere could render you unconscious, resulting in a delay in your discovery. It was also discovered that wearing the PASS alarm on the back of the SCBA made it difficult to reach. The PASS alarm should be readily accessible and activated at the first sign of any emergency.

4. Position your facepiece close to the floor, and remove the regulator. Place the facepiece opening down on the floor. The only remaining air in a smoke-filled room is at the floor level. Do not remove the facepiece. It offers some protection and aids your visibility.

5. Cover the facepiece opening with a Nomex® hood or gloved hand. Folding your hood or placing a gloved hand over the opening of the facepiece will act as a crude filter against smoke particles. If possible, signal a mayday according to your department’s operational procedures. Give your location, name, and company identification.6. Place the covered facepiece opening directly on the floor. The firefighter must maintain this position throughout the escape.

7. Leave the hazard. Get to an area where you are able to breathe.
8. Contact your officer; report your condition and location.

When a firefighter depletes their air supply there is little time to think it through. Reactions must be instinctive. This can only be accomplished through training. The “No Air Maneuver” was designed to give a firefighter a fighting chance, one more breath, a few more seconds to be rescued. There is no one answer for every fire ground situation. This procedure may help you escape in the event of an emergency. To have no procedure means you have less of a chance to survive should your SCBA malfunction.

New Deliveries

New Deliveries
By Dennis C. Sharpe

Westmont Volunteer Fire Company, Camden County, New Jersey. 2017 Seagrave Marauder II TB71CS Hydro Force Squirt, Serial #88022 is equipped with a 4 door 5 seat climate controlled cab, flat roof, 500HP Cummins ISX-12 Diesel engine, Allison EVS4000 automatic transmission, 2000gpm single stage Waterous CSU pump, 500 gallon UPF Poly Tank III water tank, two EMS compartments in the rear of the cab, InSight flow meter, FRC Pump Boss controls, Kussmaul auto-eject, LED compartment lighting, ROM shutters, Cummins Onan 6kW generator, Slide Master tool trays, high rise packs, 1500gpm Hydro Force articulating waterway with TFT Master Stream nozzle and 4 FRC Pioneer LED lights, rear 4” intake, saws, fans, tarps, receivers for low angle rescue, Genesis extrication tools, Hannay electric reel, front brow light, Whelen F4NMini LED light bar with Whelen M6R rear LED light bars, front discharge, Federal Q2B mechanical siren, Roto-Ray, LED MARS lights. Sold through EES, Inc. of Ewing, New Jersey and the salesman was Robert Evans, with a cost of $745,000.

Belleplain Volunteer Fire Company, Dennis Township, Cape May County, New Jersey. 2018 Pierce Enforcer, Job #31218 is equipped with a 4 door 6 seat climate controlled cab, raised roof, full height rear doors, Cummins L9 Diesel engine, Allison 3000EVS automatic transmission, Hale QMAX150-23L single stage pump, 1000 gallon UPF Poly Tank III water tank, 20 gallon Class A foam tank, Akron foam system, Wil-Burt Night scan, Kussmaul auto-eject, LED compartment lighting, Trident Air Prime, Pro Pak, Task Force Tips Extenda-Gun deck gun, booster hose reel, Amdor shutters, slide out tool trays, Honda EU 3000is portable Inverter, ladder tunnel, fan, 4 Hannay hydraulic reels, Hurst extrication tools, side & rear facing cameras, cribbing, rear tank fill, Federal Q2B mechanical siren, electronic siren, swing out tool boards, LED warning lights, front discharge & preconnect, receivers on all four sides for winch. Sold through Fire & Safety Services, South Plainfield, New Jersey. The salesperson was Sam Squire, and the cost was $550,000.

Bargaintown, N.J. (Egg Harbor Twp.)
2017 Rosenbauer Commander
2000 / 750 / Extrication Tools / Wil-Burt

PASSAIC 4TH ALARM GUTS BUILDING

PASSAIC 4TH ALARM GUTS BUILDING
By Chris Tompkins
www.BTFirephotos.com

A gas fed fire that originated in the basement of a building containing a deli with apartments above, spread throughout and took hours to control on April 18th.

Firefighters were dispatched to 234 Main Ave at about 5:30 AM. A heavy smoke condition was issuing from the structure, but no fire was showing. Two residents were removed as searches were performed. A second alarm was transmitted followed shortly by a third as members searched, but could not locate the seat of the fire. As the smoke condition intensified and it became apparent that the fire was traveling through the walls from the basement, all firefighters were withdrawn.

Walls were opened up from the outside and exposed visible flames in the “B”/”C” corner of the structure. That was quickly knocked down, but the smoke continued to intensify from the upper floors and from the vent hole in the roof. Over a hour into the fire, flames vented out of second floor windows on the “D” side and through the vent hole. A fourth alarm was called for, as water issues began to become apparent. Three elevated master streams were intermittently operated to knock down the heavy fire. The rear portion of the roof collapsed. PSE&G arrived and shut the gas off at the street.

Hours later smoke continued to rise from the building. Several firefighters suffered minor cuts and burns. No civilians were reported injured. Approximately 100 firefighters from multiple Passaic and Bergen County departments assisted at the scene and provided station coverage. The cause is under investigation.

Celebrity Spotlight

Celebrity Spotlight: Look Who’s Reading Jersey Firefighters Now:

Richard Stephen Dreyfuss an American actor best known for starring in popular films during the 1970s through 1990s, including American Graffiti, Jaws, Stand by Me, Close Encounters of the Third Kind, Down and Out in Beverly Hills, The Goodbye Girl, Always, and Mr. Holland’s Opus.

Dreyfuss won the Academy Award for Best Actor in 1977 for The Goodbye Girl, and was nominated in 1995 for Mr. Holland’s Opus. He has also won a Golden Globe Award, a BAFTA Award, and was nominated in 2002 for Screen Actors Guild Awards in the Outstanding Performance by a Male Actor in a Drama Series and Outstanding Performance by a Male Actor in a Television Movie or Miniseries categories.

Mr. Dreyfuss kindly asked that all of our readers, community leaders, emergency services, etc., visit his website https://thedreyfussinitiative.org/ and visit/join his Civics Discussion Club and submit a comment. The purpose of the club is to get the general public to think critically and discuss how we can improve our country. By participating in the club, participants will gain or re-gain understanding of our government in the context of political development over time. It is this aspect of American citizenship, the ability to impact our policies and representatives, which is so crucial to our political structure. Remember to mention that you heard about the website in Jersey Firefighters Now Newspaper.

Fourth Alarm Strikes Three Paterson Buildings

Fourth Alarm Strikes Three Paterson Buildings
By Bill Tompkins

A vacant home at 518 Summer Street was heavily involved in the rear as Paterson firefighters arrived at approximately 9:00 PM on February 7th. The flames were spreading to the occupied homes on both sides and with how closely packed the homes in the area are, additional alarms were quickly transmitted.

Firefighters made an aggressive interior attack on all three buildings, containing the flames to primarily the attic areas of each and keeping the fire from spreading further. The fire took over three hours to control as many hot spots lingered. All Paterson fire units operated as well as several mutual aid companies.

The cause is under investigation by the Paterson Fire Department and the Passaic County Prosecutor’s Office. Sixteen residents were reported to have been displaced, but none were injured. One firefighter was transported to Saint Joseph’s Medical Center with unknown injuries.

Fireground Size-Up, Factories and Warehouses

Fireground Size-Up, Factories and Warehouses: A Special Two-Part Series (Part 1)
By Deputy Chief Mike Terpak

Fires that involve factories and warehouses are going to be resource intensive requiring a well-managed and coordinated approach. Their involvement can and will tax the capabilities of any size fire department. From the varying classes of construction to the large square footages and heavy fire loads; fire officers have to anticipate the difficulties and plan ahead.

For the purposes of this two-part series, we have identified the factory and warehouse as two different type structures. What some may consider as one category of building, could also be considered as two different type structures with varying areas of concern.

Factories
Factory is a word that represents a building used for the manufacturing of a product or products. Buildings associated with this reference can range in size as well as in use. A factory building can vary from a large, ten-story heavy timber building that is more than a hundred years old with a number of different tenants, to a modern one-story noncombustible building used for the manufacturing of one product that could span an entire city block.

Warehouses
Warehouse is another word that represents a building that is used for the housing and storage of a product or products. These buildings will also vary in size, shape, and construction. It is here where you may also find variations from a one-story limited combustible building, to a five-story heavy timber building of varying contents – all within a congested residential neighborhood.
Buildings referenced as a factory or warehouse have produced large losses of life and property throughout the years. Many of these historical fires have changed not only the way buildings are designed and protected, but also the way we fight fires in them.

SIZE-UP: The 15 Points/Operational Guide
The following is a review of the 15 size-up points for the factory and warehouse type building which can be brought to mind using the acronymn “COAL TWAS WEALTHS”

CONSTRUCTION
The classes of construction and their inherent concerns for a fire that may involve factory and warehouse buildings will depend upon their age and size. With any of these type buildings you may find buildings built of Class 3/Ordinary construction, Class 4/Heavy timber construction, or Class 2/Non-Combustible, Limited Combustible construction.

Barring the content concerns of the building, each type of construction will present their own set of concerns that fire officers must recognize. As a basic review, the Class 3 constructed buildings are specifically known for their numerous concealed spaces and voids for fire to travel through. Class 4 constructed buildings are known for their large wooden interior timbers and their eventual involvement, while Class 2 designed buildings are known for their unprotected steel and combustible roof deck.

OCCUPANCY
When viewing the occupancy load of the two different buildings mentioned, concerns can vary based on whether the building is a factory or a warehouse.

Factories can have a significant occupancy load 24 hours a day. Depending upon the type of product or products being manufactured, workers may be present all hours of the day from the utilization of a second and third shift of employees. It is not uncommon in these type buildings to open a door to a factory building at four in the morning and find dozens of employees all at work. Obviously, this is an area where our pre-incident information becomes extremely valuable.

Warehouse occupancy loads will differ greatly from the factory building. Since the building is primarily used for storage, there is generally no need for a high occupancy load. People most associated with the operation of the warehouse will be responsible for the loading and/or removing of stock. Their presence usually follows normal business hours. In the evening hours, often the only occupant is a night watchman. If there are exceptions to this, your pre-incident information pertaining to a specific building will identify the added concerns.

Occupancy conversions: The occupancy load and status concerns for both the factory and warehouse listed above are based on their original or intended design. However, as many of us know, things can change. Anyone of these buildings, most notably the factory type building, can have a portion or its entire interior converted into another use. In many areas of New Jersey, we are finding these large buildings being converted into residential occupancies. When presented with this conversion, your size-up consideration will change most notably in the areas of the life hazard, the location and extent of the fire, and the strategy and tactics associated with those factors. This is another area where your pre-incident information can prove to be valuable.

Occupancy Contents: Occupancy content in both the factory and warehouse will present numerous concerns to the responding and operating firefighters. Depending upon the occupancy(s) within the building, these concerns can be numerous. From heavy fire loads, water absorbent stock, to hazardous materials; the concerns will seem endless. Information about the building’s content, storage methods, risks to the firefighter as well as the environment has to be identified. Accurate and up-to-date information from the Material Safety Data Sheet (MSDS) will assist the fire department with their strategical and tactical decision-making.

APPARATUS and STAFFING
As we have mentioned, a fire in a factory or warehouse is going to be resource intensive. With this thought in mind it is important to recognize the potential and request help early.

Fires in these types of buildings generally come in two sizes; small and large. Fires that are small on arrival will only stay that way for a short period of time. Efforts by the first arriving companies must focus around a well-executed and coordinated attack if success is going to be achieved.

Engine Company Operations, 1st Due: Initial decisions by the engine company officer will focus around what will be the quickest and easiest way to deliver the largest amount of water to the seat of the fire. This may involve the supplying of the buildings sprinkler system and stretching an attack hoseline, or operating a master stream or deluge monitor into the building. If your choice is an attack hoseline, the attack hoseline selection for a fire in factory and warehouse building must be governed by the following:

1. The building’s fire load. From the class of construction to the amount of combustible stock, you must expect it to be heavy.
2. BTU generation. Big fires are going to require big water. You will need the quenching capabilities of a large hose line(s).
3. The building’s square footage. Large open floor spaces with high ceilings will give the fire the opportunity to take possession of the entire floor area quickly.
4. Volume, reach, and penetration. From our association of all the factors listed above, you will need to provide a stream that is capable of reaching, penetrating, and controlling the fire. Medium size streams will not provide this, so stretch the big line.

To further add to this decision, it is also important to remember that the square footages commonly associated with these size buildings will greatly affect the friction loss of a smaller deployed hoseline. Even when stretching from a standpipe outlet, especially in a very old building, the age of the system will have piping most likely full of sediment, rust, scales, and possible debris further restricting the hose line’s flow. Even if that wasn’t enough, it must be further anticipated, especially in the warehouse, where getting sufficient water to the base of the fire can be compounded from narrow maze-like aisles and varied stock arrangements. When these conditions present themselves, deflecting a heavy caliber stream off the ceiling not only attempts to control the flashover potential, but also allows a large curtain of water to rain on top of and behind obstructions/stock like a giant sprinkler head slowing the fire’s development. It is for the reasons outlined, that engine companies must stretch and operate the largest hose line available.

Engine Company Operations, 2nd Due: The second arriving engine at a warehouse or factory fire must ensure that the first due engine has an established water supply. This practice may require the second due engine to establish a water supply and become the supply pumper for the first arriving engine company. Once established, the second due engine company officer may have to commit his/her crew to assist the first due engine company with their hose stretch. This decision will be determined by the square footage of the building, building accessibilty, the fires location, and the Incident Commander’s direction. If not needed with this procedure, the second due must be prepared to stretch a second hoseline for either the purposes of backing up the first due engine company, or stretching a hoseline to the floor above.

Ladder Company Operations, 1st Due: Ladder Company officers must place their apparatus to ensure the maximum scrub area of their apparatus. Keeping in mind the different types of aerial apparatus available, placement must reflect their ability to access the building, the ladder objective, the exposure priority, and the arrival and placement of the second due ladder company.
Ventilation responsibilities will focus on the fire’s location within the building and the location of any endangered occupants. Roof and interior stair ventilation must be achieved in an attempt to control the fire’s spread, as well as remove smoke from the building’s stair shaft. Removal of smoke from the stair shaft through bulkhead doors, skylights, and freight elevator shafts not only attempts to rid the smoke for fleeing occupants, but also aids the firefighters in their advance.

Forcible entry in factories and warehouses has historically been difficult and time consuming. Members must expect heavy swinging doors, roll-down steel doors, screened gates, and steel shutters to name a few. Hydraulic and conventional forcible entry will be required.

Searches in these buildings will also be very demanding and time consuming. Thermal imaging with disciplined search rope procedures and SCBA air management is a must when entering buildings of this size and configuration.

Special Operations responsibilities: Upon arrival, Rescue and Squad companies must report into the Incident Commander and be prepared for difficult forcible entry assignments, large area searches, and extended roof operations to name a few. Your special operations request should also include a Hazardous Material Unit. They are always needed at a fire in a commercial building.

Marine Operations: In the event the fire building is on a waterway or is near the shoreline, Incident Commanders should make every attempt to establish and deliver “big water” via a marine operation.

LIFE HAZARD
Life hazard concerns to the firefighter are significant in these type buildings. Statistically more multiple firefighter deaths will occur in commercial occupancies, than when compared to any other type building we respond to. It is critical that the fire officer and firefighter recognize the most common challenges and plan for them.

Disorientation: The most common concern encountered is disorientation. Large buildings, some with open spaces, others with narrow aisles, maze-like configurations, and highly piled stock are pre-requisites for disciplined movement of firefighters. Strict control and accountability of members with the use of search ropes and thermal imaging are a few of the mandatory requirements when going to work in buildings of this type.

Fire Spread: Heavy fire loads and the rapid growth associated with the factory and warehouse is another life hazard concern for the firefighter. The building’s size, as well as the stock amount and configuration will often at times slow the engine company’s movement in getting water to the seat of the fire. The longer it takes to get water on the fire, the more opportunity fire has to travel.

High Ceiling Occupancies: One factor that contributes to the fire spread concern is the unusual height of the roof deck above the floor space. Factory and warehouse buildings are characteristic of this concern and must be referred to as high-ceiling occupancies. In buildings that have this type of association, conditions at the ceiling level can be producing roll over conditions, yet not observed or felt at the floor level. In many instances firefighters have been able to walk into a building with a light smoke condition at eye level, only to be caught in a violent flashover over the entire floor space minutes later. With ceiling heights in some of these buildings at levels 30 feet and higher, conditions above may be drastically different than conditions below. Any building that fits this description must be entered with caution, regardless of what is showing at the floor level.

Collapse: The building features and building loads are another consideration. Firefighters must be aware of any heavy machinery, roof-mounted water tanks, safes, hoppers, bins, and air conditioning units that may fall through burned out or weakened areas onto suspecting firefighters. Firefighters must also exercise caution when climbing on or working under loading dock canopies. Their design is intended to shield factory workers and stock from the weather as deliveries and pickups are made at a loading dock. With any fire exiting a loading dock opening, their integrity must also be questioned.

This concludes part one of my special two-part series on the complex concerns of operating at a factory and warehouse fire. I hope that you have found part one to be useful. Don’t forget to look for part two in the next issue of Jersey Firefighters Now, which is scheduled to be released in July.

Three-Story Dwelling Fire in The City of Bridgeton

Three-Story Dwelling Fire in The City of Bridgeton
By Dennis C. Sharpe

The City of Bridgeton Fire Department in Cumberland County responded to the 200 Block of Cottage Avenue at approximately 12:10 hours for a report of a dwelling fire on January 26th.

Bridgeton Car 1 (Chief Todd Bowen), Engine 701, Engine 705, Tower 7, and BLS responded and arrived on scene to find heavy smoke issuing from a three-story wood frame dwelling with a report of an occupant trapped. Chief Bowen issued the working fire box bringing mutual aid from Cedarville, Millville, Gouldtown, and Hopewell-Stow Creek.

Firefighters had to force entry and once inside discovered the occupant reportedly trapped had jumped out a window to safety, and was checked out by EMS. Firefighters fought their way into the seat of the fire and brought it under control within one half hour, with the cause of the fire under investigation. Also responding were Cumberland County OEM, Bridgeton Police, and Inspira Paramedics.

Newark Battles Heavy Fire Two 3 Story Frames

Newark Battles Heavy Fire Two 3 Story Frames
By Rob Munson

March 1st, 2018, Newark Fire Department responded to two fires in one night located at the same location of 364 Fairmont Avenue. The first fire was a Signal 11, plus a Special Call for an additional Signal 9 (2&1). The units arrived and had fire showing on the 2nd floor of an occupied 3 story frame. Four family members were rescued from a fire escape located on the 2nd floor with ground ladders.

An hour or so after that, a 2nd floor fire in the 3 story frame was extinguished, after another Box was transmitted for fire at the same location. This time, heavy fire on the 3rd floor was coming out of all the windows and had extended into the 3 story exposure. A 2nd Alarm, plus Special Calls were made to fight this fire. Firefighters were ordered to evacuate and Master Streams were put to work. A Tower Ladder and Ladder 6 was special called to operate on heavy fire in the cocklofts. Great work by NFD!