IFSJ Exclusive: Private-public firefighting power

By Kees Kappetijn, consultant at Kappeijn Safety Specialists and Jimi Korst, tactical commander and team leader at Unified Fire Service Amersterdam

The success of public-private fire safety and response largely depends on shared safety interests and mutual confidence between the partners involved, as is demonstrated in the Amsterdam Sea Port area. In April 2020 a public-private firefighting organisation was established in the Dutch capital for the extensive harbour- and industrial zone west of the city.

Public authorities and industry joined hands in order to raise the level of fire safety and incident response in this dynamic economic hub in The Netherlands. Three years after take-off the initiative proves to be very successful and the next steps for further development are taken.

Unified Fire Service Amsterdam started as collective company fire service for 15 industrial sites in the Amsterdam Sea Port. Three years later 16 new members joined the cooperation.

The intensive logistic and industrial activity and the mutual ‘chain dependency’ in a densely populated urban area lead to an accumulation of risks, requiring smart concepts for ensuring safety, security and incident response. The risk profile of the area runs from smaller fires and spills in logistic units and test-installations of start-ups, to fires in large solar fields and tank storage facilities.

Effective incident response by a dedicated industrial response team are a ‘must’ in this economic vital area.

Major incidents could cause extensive disruption to industrial continuity and logistical flows and also considerable financial loss for the port and industrial companies. Effective incident response by a dedicated industrial response team, trained and equipped for the typical risks in the area, are therefore a ‘must’ in this economic vital area.

Stakeholders and interests

GBA took shape in Amsterdam there was a mutual aid organisation in the area already, focussing on preparation for tank and bund fires. In 2009 five large oil storage terminals in the Amsterdam agglomeration joined forces in establishing the Amsterdam Mutual Aid System (AMAS). They collectively purchased large scale firefighting equipment, such as high-capacity pumps, water transportation hoses, foam supply and high-capacity monitors.

The public component was added by two adjacent public firefighting organisations (Amsterdam-Amstelland and Kennemerland) to form the AYMA-collaboration: Amsterdam-Ymond Mutual Aid, thus ensuring the availability of trained personnel for firefighting operations.

Until three years ago the Amsterdam western harbour area had very little facilities for basic industrial incident response. There was no fire station in the extended area and only a few companies were required to maintain a company fire brigade by law. They largely covered their risks by implementing stationary fire safety systems. In case of fires and accidents in the harbour area the public fire service had to respond from fire stations in the Amsterdam urban areas, often at far distances, especially in the western parts of the industrial zone.

In 2015 a study for improving the fire safety and incident response in the western harbour area resulted in an advisory report, concluding that a public-private mutual aid fire brigade was the best option to raise the preparedness level in the area. All stakeholders involved: the Safety Region Amsterdam, the City of Amsterdam and the Port of Amsterdam as ‘housekeeper’ in the port area, saw the need of investing in a dedicated 24/7 fire brigade, properly equipped and trained for industrial incident scenarios.

After three years of preparation GBA was established in 2020 with a formation of 30 firefighters and a flex pool of 10 industrial firefighting specialists, ensuring the first incident response 24/7 with a six-member operational team from a fire station within the harbour area. One standard fire engine and an industrial foam tender are at their disposal.

Port authority as partner

GBA is an independent incident response organisation, serving three ‘customers’: the industry collective, counting 31 member companies meanwhile, the Safety Region Amsterdam-Amstelland and the Port of Amsterdam. These three partners also form the board of the organisation, in a 6-seat model. Two seat for industry, two seats for the public fifi-service and two seats for the harbour authorities, being a PPP in itself. So there is no majority for public or private partners, all decisions must be discussed and need a PPP majority.

There is no majority for public or private partners, all decisions must be discussed and need a PPP majority.”

By providing swift and professional incident response in case of fires and accidents GBA contributes to that safe business environment. Apart from incident response GBA also provides proactive and preventive safety advice and maritime and shipping incident response. In the first three years of its existence GBA proved its value in terms of rapid incident suppression and limited damage. The safety in the industrial zone has improved considerably, making the area attractive for new industries to settle. Altogether the Amsterdam PPP-model is a win-win construction for all three stakeholders involved.

Added value for public and private partners

The Western Sea Port area of Amsterdam is the ideal environment for establishing a public-private mutual aid incident response organisation. The harbour area is situated on the border area of three public safety regions, contains an extended cluster of industrial and storage facilities and has an intricate infrastructure for transportation.

While the public and private stake holders rely on each other in process chains and logistics, they share strong interests of safety and security. For that reason they decided to also share the costs for investments in better preparedness, response capacity, training and maintenance. The three stake holders each contribute for one third in the costs. The industrial contribution is split over a total of 31 companies, minimising the costs for individual member companies. Moto for the industry: for 2% of the cost you get 100% of the services.

The growth of the GBA organisation to 31 companies within three years proves that the industry in the Amsterdam harbour area believes in the ppp-model. The key to success are the services GBA provides to its members. That service extends beyond quick response in case of fire and accidents. GBA offers added services like safety advice, preparation by joined exercises, educating CMT-teams and support for fire safety audits.

A fire brigade that is familiar with the company site, its risks and the values that have to be protected, is better prepared to set priorities in case of incidents and to apply the right strategy to control the incident and limit the effects. This approach makes GBA not only the ideal safety partner for high risk-companies but also for capital intensive companies such as a shipyard, consumer alcohol storage, large logistic storage facilities for luxury products and cocoa production companies.

Further evolution

GBA is the result of the joined ambition of the three stakeholders: Safety region Amsterdam-Amstelland, Port of Amsterdam and the collective of member companies, partners that dared to experiment with a smart and innovative organisation model without any management layers and with alternate duty schedules. In the design- and building phase, personnel were carefully selected, not only on operational skills but also on additional gifts like management capabilities.

GBA plays an important role in improving the safety in the harbour area of Amsterdam.

After being operational for three years it is clear that GBA plays an important role in improving the safety in the harbour area of Amsterdam. The number of responses is considerably higher than estimated in the design phase. In 2022 298 incidents were reported, most of which were relatively small and in the public area.

Meanwhile the Amsterdam PPP mutual aid initiative has its focus on the future, planning further evolution and added services. GBA hopes to extend the cooperation with other public services in the harbour regions in time, such as police and customs, in order to improve the integral safety in the area. Also, GBA has the intention to invest in the cooperation with other PPP-platforms in the Netherlands, by sharing knowledge and experiences and in time perhaps also their heavy-duty equipment and capacity in case of extensive industrial fires or temporary unavailability of equipment components. ‘Stronger together’ in specialised industrial incident response.

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

Exclusive: Complete component compatibility and connectability with GFE

Paul Pope, Group Business Development Director at Global Fire Equipment (GFE) explains the crucial role of EN 54-13:2017+A1:2019 in fire detection and alarm system components

EN 54-13 was first published in 2005 and has since been through a number of technical revisions. The latest version of the standard – EN 54-13:2017+A1:2019 – was published in February 2017. It supersedes EN54-13:2017 and replaces EN54-13:2005 which was withdrawn on the date of the publication of the latest version. 

EN 54-13:2017+A1:2019 is one of 23 standards for fire detection and alarm (products) systems in the EN 54 series of standards. The European standards define the requirements, test methods and performance criteria required by various individual components making up fire detection and alarm systems (FDASs).

Whereas other standards are ‘product’ performance approval, EN 54-13 is a ‘system’ performance approval. This makes it a particularly important standard as it confirms – through assessments and tests – the compatibility and ‘connectability’ of all the individual components of a FDAS. Even though some products on the network are not defined by an EN 54 standard, to achieve the latest EN 54-13 approval, all the individual components which make up the FDAS must be compatible and all the requirements relating to the performance of the overall system must be fulfilled.

The BSI addressed the importance of compatibility and connectability of components in a blog, stating: “Conformity of an individual component to a recognised standard does not necessarily ensure that it will operate satisfactorily in conjunction with another component that conforms to the relevant standard for that component. It is essential that compatibility between components is taken into account by the designer of the system. BS EN 54-13 can be used to confirm system compatibility”.

More stringent assessment procedures

The main difference between earlier versions of EN 54-13 and the latest version relates to testing procedures. Although the earlier versions of the standard emphasised the documentation analysis of the different components of a FDAS, the latest version tests a real-life installation of the system for worst-case scenario performance. This means that realistic cable lengths and number of devices must be installed in the set up. At GFE, we already take this approach and test all our products under extreme conditions to ensure full system compatibility.

The test procedures then create various fault scenarios and there is an evaluation of system performance under stress. As the possible configurations of FDASs are unlimited, the assessment is only carried out on the configuration(s) declared by the applicant.

Within the latest standard, two different component types are defined: Type 1 components (covered by an EN 54 standard) and Type 2 components (not covered by an EN 54 standard). Type 1 components are assessed for their compatibility with other Type 1 components of the system. Type 2 components, such as building management systems, printers etc, are assessed for ‘connectability’ to the system and for their ability to operate without negatively affecting the performance of the system.

The latest EN 54-13 standard takes into account new techniques such as Transmission Control Protocol/Internet Protocol (TCP/IP) communications and new interface technologies available on the market. 

Benefits of whole system compatibility

There are two different classifications of approval – component suppliers (such as detector or panel suppliers) and complete systems providers like GFE. GFE was awarded EN 54-13:2017+A1:2019 system compatibility approval by an international third-party accredited laboratory in March 2021 for our entry level and high-end addressable fire detection and alarm systems.

We chose to go down the route of applying for EN 54-13:2017+A1:2019 approval because we have seen a marked increase in the number of authorities, specifiers, installers and end users in certain markets requesting compliance with the latest standard. We are also seeing the standard being stated in the approval requirements for commercial installations in several European countries.

It is important to be aware that not all FDAS manufacturers will have the latest EN 54-13:2017+A1:2019 approval. There are a number of component suppliers who, unlike complete systems providers, will only be able to achieve approval for their whole system if one manufacturer (e.g. the fire control panel manufacturer) takes responsibility for the other’s products (e.g. the detector manufacturer). This complicates the approvals process and requires a more stringent communications process if there are any changes to the individual components.

You will not know if the whole system is compatible if you purchase different components for the FDAS from separate suppliers. If, one the other hand, you purchase from a complete systems provider who also has EN 54-13:2017+A1:2019 approval, you can be confident that they have independent certification of system compatibility.

It is easy to understand the growing interest in this latest standard, and there are a number of benefits of whole system compatibility for installers and end customers. A complete systems provider who has EN 54-13:2017+A1:2019 approval has far greater control and can test and maintain compliance/certification, including developing new products and making any adjustments to existing products – all under one roof.

Communications about any changes are made much easier which is really important for whole system compatibility. Ongoing systems testing is also much easier when the manufacturer is responsible for the full system. Regular testing of the whole system is key to ongoing compliance and if the system’s components are not tested regularly, there is a risk that you will drift away from compliance.

At GFE, as we manufacture our own components we can fully test the whole system on a regular basis to ensure it works. When we went through the application process for EN 54-13:2017+A1:2019 approval in 2020, the most difficult test scenarios were related to cable interruptions and short-circuits in critical areas of the installation.

EN 54-13:2017+A1:2019 compliance demonstrates the systems supplier has achieved the highest level of certification so customers and installers can have full confidence that the system has been tested under the harshest of conditions.

By choosing a manufacturer who has EN 54-13:2017+A1:2019 approval and using system designers to ensure compatibility is achieved, customers are guaranteed that each individual component of the FDAS will be compatible with the other components which, in turn, conform to their own relevant standards.

Furthermore, the manufacturer takes full responsibility for the system compatibility and regular conformance testing must be undertaken and communicated to third party approvals.

Customers also benefit from having technical support from a single, dedicated point of contact. This makes it far easier to get quick and easy resolutions for any warranty issues or component failures.

Finally, it is much easier to establish the Total Cost of Ownership (TCO) of a FDAS if you buy the whole system from one manufacturer.

The advantages of choosing a manufacturer with EN 54-13:2017+A1:2019 approval are clear so we anticipate more FDAS manufacturers will apply for this latest approval over the coming years. We are proud to be one of the first fire safety equipment manufacturers to have been awarded this latest approval.

For further information on Global Fire Equipment, please visit www.globalfire-equipment.com.

A summary of the benefits associated with complete systems procurement

  • Total cost of ownership is much easier to establish the TCO of a FDAS if you buy the whole system from one manufacturer
  • System control is guaranteed as a complete systems manufacturer develops the entire system from scratch in-house and can therefore support full system design and advise on how all the different parts of the system interact. If you have separate suppliers, on the other hand, you don’t know where all the individual components are coming from and how they interact
  • Liability is through one company, whereas there is a question mark over where the liability lies if components are purchased from multiple suppliers
  • Independent testing is undertaken for the system as a whole whereas if you have different suppliers, none of them are responsible for whole system testing
  • Technical and service support is provided for the entire system instead of having multiple points of contact and being passed from pillar to post between different suppliers
  • Access to system information will be freely provided, ensuring easy access to all the required information about the system such as installation and commissioning manuals
  • A dedicated point of contact will be able to assist you with any required sales, technical, maintenance and warranty support
  • A competent trained fire alarm company will be able to install, commission and maintain the system, giving you greater choice of who to appoint 
  • Spare parts will be easier and often quicker to order as they come from one source

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

FDIC International: Looking ahead to the ultimate firefighter conference

With new elements such as the Women in Fire Conference and IGNITE, there is a lot to look forward to at FDIC International 2023

FDIC International 2023 is one of the most anticipated events in the world for the firefighting community. The annual conference brings together thousands of fire and rescue professionals, world-class instructors, and industry experts from around the world to share knowledge, showcase innovative products and services, and participate in hands-on training and educational sessions. The 2023 event will be held from April 24-29 at the Indiana Convention Center and Lucas Oil Stadium in Indianapolis, Indiana.

With over 35,000 industry professionals expected to attend, FDIC International 2023 offers an incredible opportunity for attendees to develop stronger industry relationships, learn from other departments about the challenges they are facing, and bring back new insights to their own departments and businesses. The week-long event includes with interactive hands-on training sessions, where firefighters and fire and rescue professionals can participate in live training courses and pre-conference workshops.

Over 200 conference sessions will be taught by renowned instructors presenting new areas of interest within the fire service along with updated content on important topics. Attendees can learn about the latest tactics, techniques, and technologies designed to take their knowledge to the next level.

FDIC International 2023 also features special events, including the Women in Fire Conference, which provides training, support, and advocacy for women in the fire service, and IGNITE, an exhibiting destination for start-up businesses owned by emergency service entrepreneurs looking to make their debut at the show.

The North America region is expected to dominate the fire alarm and detection market at the event. The exhibition will showcase advancements in technology for fire protection, such as AI-powered and IoT-enabled fire detection systems. With its focus on learning, sharing, and innovation, FDIC International 2023 is an essential event for anyone involved in the firefighting industry.

IFSJ at FDIC

International Fire & Safety Journal will be present at the show at booth #4962. Feel free to stop by the stand and catch up with IFSJ Managing Editor Duncan J. White and the team who will be on hand to talk attendees. To arrange a meeting with Duncan at the show contact duncanj.white@intfireandsafetyjournal.com.

Duncan says: “FDIC International is a fire trade show like no other in the calendar. FDIC 2023 will mark my 21st visit to the Circle City and I can’t wait! The opportunity to engage with manufacturers, distributors, and end users in one place makes a trip to Indianapolis a must for global fire and rescue professionals. This year will be particularly poignant following the passing in December of Chief (Ret) Bobby Halton, editor in chief of Fire Engineering magazine and education director of the Fire Department Instructors Conference. I am sure that Bobby will be the focus of many conversations during the show. RIP my friend.”

Everything to look out for at FDIC International 2023

Hands on Training

The H.O.T. Evolutions offers the latest training on fire service technology and techniques, led by some of the most influential figures in the industry. These sessions take place on 25-25 April and are designed to improve the skills of firefighters who attend, equipping them with valuable knowledge to enhance the safety of their communities.

Instructor Chris Minichiello, a firefighter from the FDNY and East Coast Rescue Solutions, will lead an informative session titled ‘Conventional Forcible Entry: The “Keys to the Job”‘. This class is designed to teach the basics of forcible entry, as well as advanced techniques, with an emphasis on hands-on experience for each participant, where they will be given the opportunity to force inward/outward doors on props.

Ray McCormack, a retired lieutenant from the Fire Department of New York, will lead a class titled ‘H.O.S.E.: Hoisting, Operating, Stretching, Estimating’. This session combines traditional best practices and contemporary research, offering advanced engine skill development. The class focuses on flowing while advancing, water mapping, interior hose stretches, and attack. Attendees will rotate through multiple stations to gain knowledge and confidence.

Firefighter Aaron Fields from the Seattle Fire Department will lead a session called ‘Nozzle Forward’, aimed at improving engine operations through a technique-driven methodology. The class will cover various topics such as handline stretching, hose bed configuration options, fire attack theory, hose-line management, and keystone angle configurations. Attendees will learn hose handling and advancement techniques, allowing them to apply their new knowledge in real-world situations.

Elsewhere, Joseph Berchtold, Chief of Teaneck (NJ) Fire Department, will conduct a session titled ‘Flashover and Modern Fire Behaviour Training.’ This class provides firefighters with a valuable opportunity to observe fire behaviour and the telltale signs that lead up to a flashover. The course aims to equip firefighters with the knowledge and skill required to recognise flashovers, along with escape methods and safe fireground operations.

Getting into gear

Show attendees will have the opportunity to participate in a series of pre-conference workshops on Monday and Tuesday. These workshops, which last around four hours, offer a comprehensive exploration of specific topics within the fire service, both traditional and new. With a variety of topics to choose from, participants can expect to gain new insights, ideas and approaches to bring back to their departments.

Captain Steven Hamilton of Fort Jackson (SC) Fire Department will be hosting a workshop on ‘Active Shooter: Preplanning the Response’. This session aims to equip attendees with guidelines and recommended practices to identify and analyse high-risk target areas, as well as the required multiagency participation to create practical and effective pre-incident plans.

Another workshop, ‘Developing Firefighter Resiliences’ will be led by Firefighter Ric Jorge of Tactical Resiliency Training. This session is based on the book Developing Firefighter Resiliency by Fire Engineering, and includes video and photos of immersion training classes. Attendees will learn performance training techniques such as bio-metric monitoring, team pairing, mindset work, and emotional regulation.

Battalion Chief (Ret.) William Peters of Jersey City (NJ) Fire Department will be leading a session on the intricacies of apparatus purchasing. The course will provide guidance to participants through the challenging process of specifying fire apparatus. Peters will look at justification, the use of the National Fire Protection Association 1901 Standard for Automotive Fire Apparatus (including upcoming changes), conducting successful preconstruction conferences, thorough final factory inspections, and the delivery and acceptance of new apparatus.

Meanwhile, Assistant Chief David Polikoff of Frederick County (MD) Fire and Rescue will be hosting a workshop called “Command Under Fire”, designed to teach new and experienced incident commanders, as well as line officers, the art of commanding an incident. Students will learn to make sound decisions, convey their strategy over the radio, and run an effective functional fireground.

Bill Gustin, Captain of Miami-Dade (FL) Fire Rescue, will conduct a workshop titled ‘Management and Operations for Newly-Promoted Company Officers’. The main goal of this workshop is to equip newly-promoted company officers with the necessary leadership skills and confidence to manage their company when responding to alarms, when operating at roadway incidents, and when their company is first to arrive at fires in different types of buildings.

And for those looking to better understand fire through technology, Joseph DeVito, Captain/Paramedic of Fort Myers Beach (FL) Fire Control District, will delve into Fire Behaviour and Thermal Imaging. Students will learn how to scan with a thermal imager, recognise flow paths, and identify go/no-go situations based on their understanding of fire behaviour,

Knowledge is power

FDIC International provides an abundance of opportunities for learning the latest tactics, techniques, and technologies in the fire service. With world-renowned instructors, attendees can take their knowledge to the next level through a variety of courses offered throughout the week.

Terri Reid, Captain of Baltimore County (MD) Fire Department, will be presenting a seminar on ‘Recruiting for All the Right Reasons’, addressing the persistent issue of recruitment in the fire service. The class will analyse the latest statistics on fire and emergency services in comparison to data over the past several years, public perception surrounding why some individuals do not believe they have what it takes to join the service, and proven techniques to recruit and retain a more diverse fire service.

Denis Onieal, former Deputy US Fire Administrator, will be sharing his expertise on ‘Leadership Lessons Learned on the Line’. This presentation is a practical exercise designed for aspiring or current fire officers. Participants will identify the leadership traits they admire and those they want to develop in themselves in a confidential setting.

Mental health is a critical topic in the fire service, and Daniel DeGryse, retired Battalion Chief and Director of the Rosecrance Florian Program, will be leading a conversation about suicide with leaders in the fire service and mental health field. The aim is to facilitate thoughtful perspectives on suicide and to generate ideas on how to shift from reactive approaches to preventive ones.

Paul Shoemaker, Firefighter Paramedic and Owner of Next Level Extrication in Colorado, will discuss the causes, risks, and tactics surrounding lithium-ion battery fires in a session titled ‘Electric Vehicle Fires: Causes, Risks, and Tactics’. Students will gain knowledge about electric vehicle fires, fire behaviour associated with lithium battery fires, causes of the fires, proper steps to extinguish them and more.

Bobbie Scopa, Deputy Director for Fire Operations at the US Forest Service – Oregon, Washington, and Alaska, will host a seminar on ‘Leadership and Diversity’. Through entertaining stories based on 45 years in the fire service, the instructor will share experiences of a long and successful fire career, from being a tailboard firefighter to an assignment in Washington, DC. The class will encourage firefighters, company officers, and chiefs to reflect on their behaviour in relation to diversity in the workplace.

And Todd McNeal, Chief from Dixon (CA) Fire Department, will lead a seminar on harnessing data during wildland emergencies called ‘Data-Driven Decision Making for Wildland Emergencies’. The class will introduce attendees to the volume of data available at their fingertips and accessed in a split second related to wildland fires. Students will be taught how to harvest data, apply context and filters, convert information to intelligence that is actionable, and incorporate that intelligence into their decision making and crew briefings for safer operations and decisions in the wildland fire environment.

Women in Fire Conference

The Women in Fire Conference is set to return to FDIC International, starting with an opening ceremony and followed by a line-up of educational classes that offer training, support, and advocacy specifically tailored to women in the fire service.

On Monday 24th, the dedicated day-long conference will feature a session by Bradley Pinsky, Attorney at Law; Chief (Ret.) – Pinsky Law Group, PLLC; Manlius (NY) Fire Department, titled ‘Must-Have Policies and Practices for Every Fire Department’. This class focuses on the most essential administrative policies and operational practices required by every fire department in the US and Canada.

Patrick Kenny, Chief (Ret.) – Western Springs (IL) Fire Department will present ‘Why We Need to Put the Cape Back On’. In this presentation, Kenny shares a personal perspective on the challenges of mental illness in the fire service. He discusses how the stigma surrounding mental illness can prevent firefighters from seeking help, and how this can lead to tragic outcomes.

Elsewhere, Mike Gagliano, Captain (Ret.) – Seattle (WA) Fire Department will look at The Art of Go/No-Go. The goal that Gagliano outlines is to create a framework of three varying profiles: Rescue, Building, and Fire. The instructor will show how these profiles allow you to keep focused on your decisions and give you the ability to draw on what you have learned and react to changes in the dynamic fire environment.

Networking opportunities

FDIC International provides a unique opportunity for members of the fire service from all over the world to come together, connect, and share knowledge. With so much to offer, attendees can maximise their experience by attending a variety of special events planned throughout the week. One such event is the MATCH! Program, which has returned this year to facilitate networking.

The MATCH! Program is structured in a way that allows both parties to come prepared for a productive business conversation, saving precious time at the event. Meetings are pre-scheduled and mutually agreed upon, which ensures that participants get the most out of their experience. This program is a great way for participants to connect with the right people, make meaningful business connections, and grow your network.

Small business in focus

One of the most exciting features of FDIC International is IGNITE, a special exhibit area dedicated to start-up businesses founded by emergency service entrepreneurs who are making their debut at the show. These companies will be joining other small businesses to create a supportive community within the Lucas Oil Stadium exhibit hall.

Participating exhibitors will have the opportunity to establish relationships, connect with, and network among industry professionals, including fire chiefs, officers, firefighters, EMTs, paramedics, distributors, and manufacturers of all sizes. Do not miss out on IGNITE, where you can discover the latest innovations and cutting-edge technology in the industry from emerging entrepreneurs.

Fire Rescue Station of the Future

FDIC International will feature the “Fire Rescue Station of the Future” – an interactive showcase of cutting-edge design and products. Designed by H2M architects + engineers (H2M) and featuring more than 30 additional sponsors, this walk-through exhibit of a futuristic station will look at essential programmatic changes to the current fire station model.

The futuristic station is designed to look at how current fire/rescue station designs evolve to accommodate new needs such as the growing number of electric apparatus and support vehicles and managing the electric service of a building while dealing with local codes and ordinances for proper fire separation and fire suppression systems.

It will seek to answer: how fire stations can accommodate battery storage technology; if drones and robots become common; if biometrics will become the new standard for measuring the health and well-being of responders; how we can retrofit existing stations with these ideas and equipment so that all battalions are prepared for the future; and above all what a ‘futuristic’ station look like.

Attendees will be able to navigate through the exhibit, exploring exciting new building and room designs with new equipment/products in each. Explorable spaces will include: bays with brand new electric apparatus, robots, drones, and the state-of-the-art apparatus support; decontamination and transition zones and laundering facilities that will bring visitors from the traditionally “dirty/red” side of the building to the “clean/green” side; cutting-edge training rooms where presentations will be offered throughout the conference; a top of the line command and dispatch centre; modern living quarters and exercise room; and an outdoor/well-being area.

A tribute to Bobby Halton

An evening event will be held on Wednesday 26 April from 5:30-7:15 pm to remember the late Chief (Ret.) Bobby Halton. He served as the education director of FDIC and editor in chief of Fire Engineering, and his sudden passing on December 19, 2022, was deeply felt by the fire service community.

The is a celebration of Halton’s life and career by encouraging attendees to share their funny stories and reminiscences about Bobby’s 18 years of service in those roles. It will serve as an opportunity to pay tribute to the man who loved, served, and taught the fire service throughout his life, and everyone is welcome to attend.

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

IFSJ Exclusive: Protecting energy storage from fire risk

Kristoffer Eldin, Managing Director for Dafo Vehicle Fire Protection’s Energy Storage Protection division, explores new risks and ensuring a global green future

With government leaders pushing towards ambitious sustainability targets, the global energy storage market continues to grow rapidly. Globally, it is estimated an additional 387GW/1, 143GWh of energy storage capacity is needed to meet rising demand before 2030. That is more than Japan’s entire capacity for 2020. China and the US are still leading the way, but Europe is soon set for a significant ramp up in the aftermath of the energy crisis. 

However, with more energy stored, more batteries are regularly being used to higher capacities. This brings about key fire risks, and many customers are seeking stronger assurance on fire safety as the market continues to grow.

Clean energy

With a growing volume of conversations around carbon emissions, governments around the world are continuing to push ambitious environmental agendas. A key part of this is the global shift to net zero emissions by 2050.

To achieve net zero, it is estimated the annual clean energy investment will need to more than triple before 2030 – to around $4t. Inevitably, this is placing intense pressure on energy storage, and as a result, global reliance on electricity is skyrocketing.

The resulting ‘electrification’ – both domestically and commercially – is undoubtedly having a positive impact on global carbon emissions. However, it is also seeing the number of batteries (predominately lithium-ion (li-ion) batteries) used to store and distribute energy increase. This brings about new fire risks, which are realised through many recent battery fires at energy storage facilities.

Unpicking the risks

When it comes to increasing energy storage capacity with li-ion batteries, the primary risk is thermal runaway.

Thermal runaway is a process that can initiate due to a malfunction in the battery cells. That malfunction can be as a result of physical damage, overcharging, overvoltage, mechanical failure or overheating, for example.

In thermal runaway, a battery will be subject to extreme temperature increases, which causes the battery to release additional energy, leading to further temperature increases. If rapid temperature increases are not controlled quickly, thermal runaway is likely to progress, putting the battery at risk of fire, toxic gas emissions and large explosions.

In energy storage facilities, where batteries are often stored in close proximity to one another, the risk is much greater, as thermal runaway can spread between batteries, amplifying the safety consequences.

A distinct lack of regulation

Unfortunately, there is a lag in government regulation when it comes to energy storage facilities. With the electrification movement still in relatively early stages, best practice safety measures are still being debated, with government and insurer discussions and outcomes yet to be shared widely across the market.

There are some optional standards, but these are yet to be mandated or globalised. As a result, the decision all too often is coming down to price – with facilities often opting for cheaper solutions, or no solution at all. In the short term, this can save money, however in the longer-term, at the expense of having a system that is not fit for purpose, there is a clear trade off in costs. The cost of the risk – once realised – will often far exceed the cost associated with installing an effective system at the beginning.

Handle with care

With electricity being used in so many applications, there is an increasing presence of scrap batteries in household and business waste streams. Batteries are also becoming increasingly prevalent in manufacturing processes, and scrap batteries can be present in a larger scale here.

As li-ion batteries can produce their own source of oxygen when in thermal runaway, they can self-sustain a fire from within, making suppression using traditional means particularly challenging.

To suppress thermal runaway risk sustainably, extensive research – conducted by Dafo Vehicle Fire Protection and Research Institutes of Sweden – reveals that an early fire warning system, supported by spot cooling is the most effective solution. This detects potential battery failure before temperatures rise, halting thermal runaway from progressing.

With a system built inside the energy rack, temperatures are able to be controlled from the inside before sharp rises, containing risk and minimising safety consequences.

Inevitably, as sustainable energy demand continues to grow, the risks associated with li-ion batteries are only going to become more prevalent. Yes, switching to sustainable energy is crucial for our environment, but doing so safely is critical.

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

Exclusive: Small space suppression with Fike

Fike looks at whether it is possible to both detect and suppress concealed fires

Everyone knows that the goal of any fire protection system is to identify a fire as early as possible so subsequent building evacuation and fire suppression systems may be activated to reliably protect people and property.

But what happens if the fire is obscured from the view of a flame detector? Or if smoke detectors are ineffective in a particularly spacious environment? How can a fire inside a small, enclosed space be detected and suppressed before evolving into a serious situation?

Fike’s Missing Piece

Since 1973 Fike Corporation has protected the world’s industries with innovative fire detection solutions, including fire panels, air sampling devices and flame detectors, and suppressed fires with chemical agent, water mist, inert gas and CO2 systems.

Missing from its product catalogue, however, was a reliable method for protecting enclosed spaces, where a small flame may quickly become a well-developed fire before being identified. Because an increasing number of users have begun adopting solutions that protect individual at-risk areas rather than an entire room with a total flood system, the Fike team quickly got to work.

The Fike Small Space Suppression System launched in 2022 and is ideal for both detecting and extinguishing fires within electrical cabinets, CNC machines, wind turbines and more.

This technology uses a flexible heat-reactive tube that is strategically routed throughout these smaller applications. Upon ignition, the tubing melts and activates the connected cylinder of 3M Novec 1230 Fire Protection Fluid to suppress the hidden fire quickly and reliably, likely before anyone even realises a fire has occurred, and most importantly, before it has a chance to spread. Finally, it does all this without electrical power.

Direct and Indirect Systems

Fike Small Space Suppression is available in two different configurations for specific applications. The direct system is engineered for electrical cabinets, which may experience a fire due to excessive heating from overloaded circuits, faulty wiring and other sources. When a fire occurs and melts the nearby segment of the nitrogen-pressurised tube, the pressure loss opens the cylinder and releases Novec 1230 from the hole in the tube and directly onto the fire.

Wind turbines are another application where the direct configuration is commonly used. A wind turbine’s fire hazards occur within the nacelle, the housing which includes the generator, brake assembly, gearbox, drivetrain and more. Mechanical failure such as misaligned bearings may create overheated surfaces or sparks and lead to difficult-to-reach fires. Traditional fire protection systems may be ineffective due to high airflow and high-voltage electrical systems within these environments, so the direct Fike Small Space Suppression System may be used as an effective alternative.

The indirect system is designed for CNC machines, which are at risk of fire due to the flammable coolant used to increase longevity and improve the performance of the system. A single spark created during production may ignite the coolant, resulting in a very dangerous situation due to the excessive amount of heat and flammable components within the machine.

The indirect system also uses pressurised tubing, but in this configuration the extinguishing agent is delivered through a network of flexible hoses leading to strategically placed, UL-listed nozzles within the hazard. Indirect systems are designed to achieve 95 percent of the minimum design concentration for flame extinguishment in 10 seconds or less.

Component Features and Specs

The Tubing: The proprietary material and unique manufacturing process allow the detection tube to offer high resistance to stress, corrosion and moisture absorption while maintaining its performance and longevity. During its manufacturing process, the tubing is constantly monitored to ensure consistent wall thickness, whereas thin tube lining could result in weak spots prone to leaking.

The Cylinders: Fike Small Space Suppression is available in 1, 2, 3, 4, 5, 6, 9, 14 and 18kg cylinders to ensure the most cost-effective size is selected for the unique application. A ball valve is integrated into a stainless steel body to reliably deliver agent into the tubing network and prevent leaks. The system is run at 360 psi to ensure the atomisation of the agent.

The Nozzles: Used in the indirect system, the nozzles are machined from brass and specifically designed to give the best dispersion of the extinguishing agent to suit the flow characteristics of the medium. The nozzles utilise an orifice plate to control the flow rate of the agent into the protected volume, and its 360-degree discharge pattern evenly distributes the agent throughout the hazard, ensuring no space is left without proper concentration. The 1, 2, 3 and 4kg cylinders use one nozzle, the 6 and 9 kg cylinders use two nozzles, and the 14 and 18kg cylinders use three nozzles.

The Agent: Novec 1230 is a fluorinated ketone stored as a liquid and discharged as a gas. It is electrically non-conductive, leaves no residue after discharge, and has a zero-ozone depletion potential (ODP), a global warming potential (GWP) of just one, and an atmospheric lifetime (ALT) of only five days. Novec 1230 extinguishes fire by removing heat from the fire. When discharged, the fluid creates a gaseous mixture with air. A higher heat capacity means that this gas mixture will absorb more heat for each degree of temperature change it experiences. 

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

IFSJ Exclusive: Putting firefighters on the map with MSA Safety

Matt Quigley, Product Platform Manager for MSA Connected Firefighter, and Selma Sosic, Product Line Manager for MSA FireGrid talk product development and FDIC

At FDIC in 2019, MSA Safety announced the Connected Firefighter Platform. Since then, the platform has grown and developed to incorporate new elements such as LUNAR and FireGrid. Ahead of FDIC 2023, which returns to Indiana Convention Centre on 24-29 April, IFSJ caught up with Matt Quigley, Product Platform Manager for MSA Connected Firefighter, and Selma Sosic, Product Line Manager for MSA FireGrid to learn more about the Platform, its development, latest additions and what’s coming next.

Can you give me an overview of the Connected Firefighter?

MQ: Our aim for the Connected Firefighter Platform is to utilise connectivity and technology to make firefighters and fire departments more capable. From what we see from the Global Fire Service market, firefighters are typically being asked to do more. What we see, especially in North America, is that the number of firefighters isn’t really growing. The fire service is essentially being called upon to do more with the same or less resources. Our intent for the Connected Firefighter is to utilise technology to essentially make fire departments more capable in three primary areas.

The first one is people: making firefighters safer with new technological tools. The second is products – we’re developing a lot of functionality that leverages technology and data to inform maintenance procedures to make the product last longer and be less burdensome to maintain. The final one is processes – we’re collecting information on firefighter behaviour to inform departments of additional training opportunities and to make them safer by bringing awareness to their behaviours.

A big part of the Connected Firefighter is our FireGrid cloud software. All of our connected products have wireless transmission capabilities to FireGrid, which is our centralized location for storing and providing insights from customer data. FireGrid is essentially the central focal point that’s gluing our entire platform together.

What are the major components that you’re offering for FireGrid?

SS: There are four key functionalities that FireGrid offers. The first one is the live incident management, meaning being able to monitor live MSA product data on scene to help the incident commander make more informed decisions in real time.

The second is our post-incident analytics. Firefighters don’t have to change anything about the way that they’re using the breathing apparatus, but because our devices are cloud-connected, all that data is stored in their account in the cloud, and we’re able to utilize that data to provide more insightful analytics and reporting for the customer to better inform things like training or on-scene procedures.

Third is Inventory Management and Compliance. We currently offer an inventory management solution where you’re able to track all of your MSA products and manage all of the relevant maintenance and compliance requirements for each asset. Because this tool is part of the cloud-based ecosystem, MSA is specifically able to link the G1 SCBA’s hours under pressure to the inventory management tool, allowing customers to save time and resources by maintaining SCBAs based on actual usage data.

The fourth component that FireGrid offers is the individual firefighter health and safety component which primarily takes the focus from looking at individual products to looking at individuals and behaviours.

MQ: With our head-to-toe portfolio, MSA is able to provide multiple types of equipment than an individual firefighter will use while on-scene. With the Connected Firefighter, we want to provide a singular repository of collected data from all of these products. That information can be very insightful for a department for improving safety in real time. A big focus that we have is then using that same information for driving improvements to the procedures and processes that happened after the scene has ended, such as maintaining equipment, training firefighters, and understanding their lifetime health and safety.

Can you talk a little bit about the development process of the Connected Firefighter Platform?

MQ: Voice of customer (VOC) activities are critical to how we develop products as MSA. It’s critically important for our engineers, our product marketers, and people who are responsible for designing and developing our products to have a partnership with fire departments to ensure that what we’re developing hits the mark and is actually solving a problem that they see in their everyday life.

VOC was a critical component of what led to our G1 SCBA becoming the G1 SCBA that it is today. More recently, our VOC collection activities have matured beyond just having dialogue and conversation to simulated experiences of using potential future products. We’ve evolved as our products and technology have evolved to create a much more immersive experience for firefighters and fire departments to provide us with valuable feedback.

SS: It’s not just a one-time conversation with the customer – as you’re going through the lifecycle or the development process, you’re continuously checking in with the customer to understand, ‘is this what you’re looking for? Does this meet the mark?’ The VOC process has helped us immensely as much as it’s helped the end user.

What has the customer response been to the Connected Firefighter?

MQ: We’ve had a lot of deeper, more intimate discussions with fire departments since we’ve launched the Connected Firefighter because of the capabilities of the technology provides. The Connected Firefighter has provided us the ability to work and partner with fire departments and show them discreetly how the products are being used, how firefighters are performing on scene, and opportunities that are discreetly understood and automatically provided in terms of making them visible to the fire department.

Before the Connected Firefighter existed, typically, the insights of how equipment was being used and how firefighters were behaving was circumstantial. It was word of mouth. It was what you visibly saw during a very stressful environment. I’m sure a tremendous amount of what actually happened either was not seen or potentially misinterpreted just because of all the chaos that was happening on the active scene.

The discussions that we’ve had have matured beyond just what the Platform is doing on scene, but also what this can do by giving access to data and making fire departments more capable, which was the aim of what we had when we started the Connected Firefighter journey a few years ago.

Are there any specific plans to further develop the platform?

SS: For FireGrid we have a couple of releases that we’re planning for in 2023. We will be expanding our inventory management platform on FireGrid to include both MSA and competitive turnout gear solutions – you’ll be able to add those into your inventory and track the history of those assets specifically related to cleaning and maintenance within the FireGrid platform.

We’ve also launched a large feature on FireGrid Monitor called Map View. We’re able to utilise the GPS location of our LUNAR devices to plot the individual firefighters on a map. You’re able to see not only air pressure from the G1 SCBA or any alarm status from the LUNAR device, but you’re also now able to see where that individual is relative to a location or building/structure.

We’re also advancing our FireGrid reporting capabilities. We will be expanding the data that we show within the reporting structure to focus on individual firefighter information as well.

MQ: In terms of how we’re planning to expand the platform, a lot of focus that we put into it is digitising and automating manual procedures that fire departments are actively doing today. A big one that we’re going to be launching this year is the reporting analytics capability. With the advent of a dashboard and deeper analytical tools, we’re able to provide insights a couple seconds after a scene has ended through an automatically generated report.

Typically, if there is an incident, a fire department has to manually create a report sometimes using pen and paper, by asking firefighters what happened. What we’re providing with these tools is the capability to automate that process – from an otherwise very manually intensive effort. We have a lot of launches this year that span the entire platform, including incident management, inventory management, and the reporting analytics capability that we’re planning to improve this year.

What is MSA showcasing at FDIC?

MQ: MSA’s aim for the show is to demonstrate the maturation and the growth that we’ve had with our Connected Firefighter Platform since we announced it in 2019. This year you’re going to see an explosion of new launches that we have on that platform, showing our continued commitment to growing and supporting our Connected products and our G1 SCBA which benefits from all this investment as well.

We had demonstrated a beta version of Map View at FDIC last year, and the response was overwhelmingly positive in terms of a visual representation of firefighter behaviour on scene. Now that we’ve launched it, that is something that we’re really excited for and getting strong feedback from customers.

This article was originally published in the April edition of IFSJ. To read your FREE digital copy, click here.

IFSJ Exclusive: The Last Word with Hochiki Europe

Robert Drake, Director of Research and Development at Hochiki Europe talks R&D, teamwork and future plans

What does a typical day in research and development look like for you and the team?

As part of the R&D management team I not only guide the development activities I also act as a filter to protect the manager and team of engineers, who are a mix of hardware, software, and mechanical experts as well as test teams, from interruptions – something which is key to keep our new product designs on target, while providing our technical expertise in support of the rest of the business.

We hold daily stand ups, which are short meetings to discuss progress and identify blockers. The reason we call it a “stand-up” is because we hold the meeting standing, which helps to keep the meeting short and focused. The rest of my day is a mixture of sustaining, recruitment and product planning and building a strong product development funnel for the next 3-5 years.

What would you say are the fundamentals to a successful research and development team as well as output?

I think, and I’m sure the team here would agree, that the fundamentals to a successful R&D team output is clear goals, excellent communication and limited interruptions.  The processes we have in place here at Hochiki allow for this.  For example, our team is separate to production, but we have ensured that the link is still well maintained.  We work with support tickets and priority levels and ensure an engineer is available in the factory each week to help with improvements.

How important is customer insight and legislation to R&D at Hochiki?

Customer insight is critical to the success of our products. The voice of the customer alongside legislation drives everything from our department, through to customer support, sales, marketing, manufacturing, even the administrational side of the business. I’d say we are a customer first company.

In my career I’ve mostly worked with heavily regulated industries, and the fire industry is possibly one of the most heavily regulated there is. Legislation can make things slow moving, rightly so because it’s important, but I enjoy that challenge and Hochiki are committed to making sure the products they design, develop, manufacture, and put to market are 100% safe. We can only do this though through customer insight and having those experts in house to ensure we work closely with the governing bodies.

What can we expect to see from Hochiki over the next 12 months?

We’ve got some exciting research underway with Japan and with the BRE, plus some new products coming out this year, one being our newest intelligent emergency lighting product. The Middle East team were able to share a preview demo of this new system with the visitors to Intersec in Dubai. I can’t go into too much detail, but I’m excited to see how this is received by customers, new and old. I’ll just say watch this space because it’s an exciting road map year ahead for Hochiki Europe customers.

This article was originally published in the March edition of IFSJ. To read your FREE digital copy, click here.

FDIC International: Looking ahead at North America’s leading firefighter conference

IFSJ takes a look at some of the key sessions, speakers and opportunities in store at FDIC International

FDIC International is North America’s Leading Firefighter Conference, bringing together thousands of Fire & Rescue professionals from around the world, world-class instructors, classrooms, workshops, training, and the innovative products and services on display from 800+ exhibiting companies. Being held in Indianapolis form 24-29 of April, FDIC is a show that focuses on learning and sharing with your peers formally and informally through hallway conversations, developing life-long friendships, and recharging your passion for the industry.

More than 35,000 industry professionals from around the world will be in Indianapolis for FDIC International 2023, giving you the opportunity to develop stronger industry relationships, learning from other departments on the issues they are facing and bringing back these insights to our department.

The week-long event begins with FDIC’s interactive hands-on training evolutions where firefighters and fire and rescue professionals can advance their skills by participating in live training courses, pre-conference workshops and over 200 conference sessions taught by renowned instructors presenting new areas of interest within the fire service along with updated content on important topics. 

Hands on Training

Hands-on Training (H.O.T.) Evolutions at FDIC International are training sessions on the latest technology and techniques in the fire service, instructed by key players within the industry. They are designed so that firefighters that attend will become better firefighters and take back information to their hometown departments that will have an impact on the safety of their community

Among the training sessions on offer is one from Leigh Hollins, Battalion Chief (Ret.), Cedar Hammock (FL) Fire Department, who will host a session on ‘Advanced Vehicle Extrication’, presenting challenging, difficult extrication scenarios requiring advanced skills to stabilise the vehicles, gain entry, and remove patients entrapped and entangled in the wreckage.

With electric and hybrid vehicles on the rise, Jason Defosse, Firefighter, Quinte West Fire Department. will lead a training course on ‘Electric and Hybrid Vehicle Response’. Students will have the opportunity to receive hands-on training on the latest vehicles on the market today. The class will focus on electric hybrid vehicle response as well as new emerging technologies and attendees will be given a unique perspective on proper shutdown procedures, extrication tactics, the removal of patients entrapped and entangled in the wreckage, and firefighting considerations while applying real hands-on training with brand new and late model hybrid and electric vehicles.

Pre-conference workshops

Pre-conference workshops are offered on Monday, April 24 and Tuesday, April 25 ahead of the conference program. These 4-hour sessions provide an in-depth look at specific topics covering new areas of interest within the fire service as well as traditional training topics. Attendees can choose from a variety of topics and should be prepared to walk away with new insights, ideas and approaches.

Among the workshops is ‘25 to Survive: The Commercial Building Fire’, with Doug Mitchell, Captain, Fire Department of New York. This interactive program will address 25 critical firefighting concerns common to the commercial building fire and tactically sound tips, techniques, and drills that firefighters can implement into their firehouse.

Justin Bailey, Chief, Oliver Springs (TN) Fire Department, will host a session on ‘Prioritising Your Department’s Training Program’. This course will help determine the need for training for firefighters and their department and how to make it the leading priority. Topics include organisational training needs and expectations, the selection of a training officer, training program delivery, and personal responsibility in maintaining a healthy training environment.

In the classroom

FDIC International offers more ways than ever to learn the latest tactics, techniques, and technologies designed to take your knowledge to the next level with world-renowned instructors.

‘Cancer: Prevent It, Detect It Early, and Survive It’ will see an interactive presentation and discussions, where students will learn about the scope of the problem of cancer in the fire service, hosted by Russell Osgood, Chief, Ogunquit (ME) Fire Department; Firefighter Cancer Support Network.

 ‘Fight the Fire, Not the Building’, hosted by Ron Kanterman, Executive Inspector, Fire Department of New York Bureau of Fire Protection, will review the built-in active and passive fire protection systems that make up the building’s fire and life safety system and the basic working of these systems.

Women in Fire

Women in Fire Conference returns to FDIC International. This conference will begin with an opening ceremony, followed by a line-up of educational classes that provide training, support, and advocacy for women in the fire service.

Its keynote address on Monday 24 April at 8am comes from Mira Leinonen, a senior officer for a state administrative state agency in Southern Finland and chairperson for the international association CTIF’s Women in Fire and Rescue Services commission.

A seminar called ‘Health and Wellness for Women in the Fire Service’ will present attendees with information and resources regarding the impacts of culture, harassment and bullying, mental health, and suicide among women in the fire service. Included are resources for pregnant firefighters along with information about risks, impacts, and best practices. The session will be hosted by Amy Hanifan, President; Operations Chief, Women in Fire; McMinnville (OR) Fire Department.

‘Your Guide to Responding to Harassment, Discrimination, and Retaliation in Emergency’, with Candice McDonald, Deputy CEO; Firefighter/EMT, NVFC; Cumberland Valley Volunteer Firemen’s Association, will educate on protected groups; define and identify types of unlawful discrimination; examine the behaviours of unlawful harassment; educate on what liability has in addressing harassment and discrimination, and more.

Networking

FDIC International brings together members of the fire service from around the world to exchange information, network, reconnect with old friends and meet new ones. Attendees can maximise their experience by attending a variety of special events planned throughout the week.

Returning this year to facilitate networking is the MATCH! Program. It is designed help participant get business done in the most efficient and convenient way possible and is available to officers (or committee members) who are decision-makers and actively sourcing products or services for their department. Meetings are pre-scheduled and mutually agreed upon, which allows both parties to come prepared for a productive business conversation while saving precious time at the event.

IGNITE

Finally, not to be missed at FDIC International is IGNITE: an exhibiting destination for start-up businesses owned by emergency service entrepreneurs looking to make their debut at the show. Companies will feature alongside other start-up and small businesses, creating a dedicated community within the Lucas Oil Stadium exhibit hall. Participating exhibitors will be looking to build relationships, connect and network with industry professionals including fire chiefs, officers, firefighters, EMTs, paramedics, distributors, and other manufacturers large and small.

This article was originally published in the March edition of IFSJ. To read your FREE digital copy, click here.

IFSJ Exclusive: First responder drones

Charles L. Werner. Founder and Director of the DRONERESPONDERS Public Safety Alliance, tells all about the Drone as a First Responder Program

Several years ago, the Chula Vista California Police Department created the Drone as a First Responder (DFR) Program through the Federal Aviation Administration’s (FAA) Uncrewed Aircraft System (UAS) Integration Pilot Project (IPP). This DFR program launches a drone to high priority calls immediately upon receiving the emergency call.

In most cases, the drone is over the emergency scene prior to arrival of ground units while streaming real time video back to the dispatch center and out to responding law enforcement officers. This drone’s eye view allows responders to have critical information on the circumstances at the scene.

Chula Vista Police Chief Roxanna Kennedy said in an interview: “DFR has become the best de-escalation tool in our department’s tool box and greatly enhanced for the safety of citizens and responders.” 

Since the DFR program’s inception, the program has flown over 13,000 flights, assisted in 1534 arrests, avoided dispatching ground units 3284 times, on scene first 7284 times, average response time when first on scene 209 seconds.

The DFR response provides information that helps to increase or decrease priority which ensures that the appropriate resources are responding.  It is clear to see the value of the DFR program through de-escalation, returning units to service more quickly, enhancing safety and protecting the community.

While the program was initiated by the Chula Vista PD has now expanded to include fire responses. On one of the first fire-EMS calls, it was able to quickly locate a patient in an alley where the initial call information was vague. Dispatch was quickly able to provide EMS units the location as well as scene reconnaissance. There present responses now also include structure fires, brush fires, and hazmat incidents and provides invaluable information to responding firefighters.

DFR Programs in the United States has been made possible by the innovative visionaries and through cooperation with the FAA which enabled a 2 mile beyond visual line of sight (BVLOS) waiver which allows the drone to fly beyond the normal visual line of sight (VLOS). Today there are over 16 public safety agencies operating a DFR program.

In addition to Chula Vista, some of the other cities include, but not limited to Clovis California, Santa Monica California, Beverly Hills California, Pearland Texas, Brookhaven Georgia, Elizabeth New Jersey, Easley South Carolina with many more in the process.

Even though the DFR programs are similar, each of them have their own nuances based on the operations needed for their specific needs. Some programs may fly only for specific times as needed and others may fly a great deal more for slightly different needs.

The Fire Service

More recently, the Fremont California Fire Department is one of the first fire departments initiating a DFR program with plans to launch from the rooftops of five fire stations which will provide coverage for most of the city.

From a fire service perspective, these flights provide invaluable information for structure fires by providing a full 360 and aerial view to identify hazards that may not be seen from the ground. Thermal imaging can provide heat signatures that may reveal location of hidden fire and structural integrity issues.

During hazmat situations, drones can provide a much better situational assessment of area involved, waterways contaminated and with thermal to be able to see invisible plumes and/or vapor clouds. In both law enforcement and fire service situations, the DFR program is a game changer which enhances safety, provides better operational effectiveness and real time situational awareness.

As DFR has proven to be such an effective and life saving tool, DRONERESPONDERS initiated a Nationwide DFR Working Group to share information between departments, vendors and industry. From this working group, documents have been created on policy, privacy, community outreach, CONOPS and more which can be accessed free in the DRONERESPONDERS.org Resource Center. The goal is to share information to assist other departments advance the implementation of DFR programs.

Drone as a First Responder International Initiative

In November 2022, DRONERESPONDERS and UAS Norway partnered to create the DFR International Initiative to expand this DFR concept globally. Regarding this DFR International Initiative, Anders Martinsen with UAS Norway said, “Drone as a First Responder has had great success in the United States and it is our goal to collaborate between UAS Norway and DRONERESPONDERS to advance this life saving program internationally, and the network both organisations bring together in this initiative can globally help law enforcement and public safety further use drones more widely as a tool and also focus on flight safety during operations.”

About the author

Chief Charles L. Werner (Ret.) is a 49 year public safety professional, the retired fire chief from Charlottesville VA Fire Department and founder/director of the DRONERESPONDERS Public Safety Alliance.

This article was originally published in the March edition of IFSJ. To read your FREE digital copy, click here.

Exclusive: The drop safety challenge with Perimeter Solutions

Perimeter Solutions Director of Research and Development Melissa Kim and Agency Liaison Ron Raley look at safe fire retardant drops

When asked to comment on the proliferation of wildfires in recent years, a recurrent theme among leaders in fire management over the past 12 months has been that we no longer have a wildfire season, but a wildfire year. In 2021 alone, more than 8,500 wildfires took place across North America with fires burning through the end of December into January 2022. And conditions aren’t expected to get any better.

 Earlier this year, a new report from the United Nations forecast that the total number of wildfires around the world will increase 50% by the end of the century. With that expected growth in activity and considering that developers are continuing to build homes and businesses within the wildland-urban interface (WUI), there will be increased dependency on aerial attack to suppress and stop the spread of wildfires in order to save lives and protect property. Whenever pilots take to the skies to battle wildfire, they are not only putting their lives at risk to protect others, but also firefighters on the ground working to extinguish the fire.

Pilots have to deal with the heat from the fire, turbulence, reduced visibility from smoke, and a host of other dangers inherent with fire. The act of dropping fire retardant is one of the most significant threats faced by both pilots and fire suppression crews on the ground. This article will outline years of innovation in fire retardant formulation that have helped to improve drop safety for pilots and firefighters.

Challenges with drop safety

The predominant safety issue when applying retardant on active fires is “low drops” – when retardant is released by aircraft from an altitude that is not sufficiently high to ensure safety. Low visibility from smoke can block obscure trees or mountainsides from view, creating safety issues for pilots. For those on the ground, the retardant itself presents a major safety issue.

In order to understand the safety issues associated with low drops it is important to first understand the dynamics of a safe and effective drop.  As the aircraft doors open and the retardant is released from the tanks it forms into a mass of fluid.  The retardant is moving at the same forward airspeed as the aircraft, which can be anywhere between 120 to 150 knots, depending on the airtanker type. This forward-moving mass of fluid is immediately subjected to winds equivalent to the forward airspeed.  It begins to erode by wind shear and break apart into smaller droplets. As these smaller droplets are formed, their forward airspeed begins to decline to a point where they reach terminal forward velocity and begin entering the fuel vertically.

When the aircraft is at an altitude in which this dynamic occurs, it is considered a safe and effective drop height. These safe and effective altitudes are contingent upon the type of tank door system, forward airspeed, and volume of retardant. The United States Forest Service (USFS) has issued guidance requiring drop heights to be no lower than 150’ above ground level (AGL). In actuality, it is the altitude above the top of the target fuels or vegetation that is important. Higher safe drop heights have been established for Very Large Airtankers (VLATs). 

A mixed solution of retardant weighs roughly nine pounds per gallon. If a 3,000-gallon airtanker drops 2,000 gallons of retardant on a fire, that means 18,000 pounds of retardant are coming out of the plane all at once. Drops released at less than the safe and effective drop heights do not have sufficient time to erode and reach terminal velocity. These drops will impact terrain, vegetation—and many times—firefighters with this tremendous weight and at full force. (See figure 1 below.) When this happens, the results can be devastating, as was the case during the Mendocino Complex Fire that burned in Northern California during the summer of 2018.

The Mendocino fire burned nearly 460,000 acres before it was completely contained. During the firefight, an airtanker was cleared by the Air Tactical Group Supervisor to drop and inadvertently released the retardant load below the established safe drop height. An 87-foot tree was toppled and, unfortunately, killed a firefighter and injured three others.

The minimum safe drop height for a VLAT like a 747 or DC 10, is at 250 feet AGL. As mentioned earlier, the USFS has established a minimum safe drop height of 150 feet for large air tankers (LATs), while there is a minimum safe drop height of 90 feet AGL for single-engine air tankers (SEATs) according to the Bureau of Land Management.

While minimum drop heights are established for different aircraft, calculating the optimal drop height for each aircraft is challenging, primarily because each type of aircraft has a different gating system, different volumes of product it can safely transport, drop speeds and more. The sweet spot for each aircraft must be established, which is why drop testing and immediate pilot feedback is critical.

Improving Safety with Fire Retardant

Even after determining the sweet spot for any given aircraft, reduced visibility and unfamiliarity with surrounding geography will continue to present challenges to aerial firefighters. The use of highly advanced fire-retardant formulations today plays a role in improving drop performance and safety.

Recovery is an important parameter when dealing with long-term fire retardant. Recovery is a measure of the amount of solution that actually reaches the target compared to the quantity dropped.  It is represented as a percentage.  Gum thickeners are critical to drop performance, allowing for drop effectiveness at much higher altitudes while increasing recovery. 

Typically, gum-thickened retardants will have recovery rates over 85 percent while those without gum thickeners may have as little as 50 percent. The gum thickeners increase viscosity, droplet size, provide cohesion and elasticity, which combine to result in less evaporation and drift, and therefore higher recovery rates. Elevating drop heights provides for a much higher level of safety for both firefighters and pilots.

How effective the retardant drop is—regardless of altitude—is heavily dependent on properly mixing the solution. Whether you’re 150 feet in the air or 850 feet in the air, retardant mixed improperly can clump together, creating a mass of retardant that weighs thousands of pounds and is falling through the air at up to 140 miles an hour.  Thoroughly mixed solutions of fire retardant improve safety for aerial firefighters. Current day advanced retardant mixing systems have nearly eliminated these issues providing for a higher degree of safety.

Visibility of retardant is another advancement that has improved performance. When fire retardant solutions are applied, successive drops are often made by the aircraft to form a fire line. When creating the line, it is essential for the aircraft’s pilot to visually determine where the preceding loads were dropped and ensure that the next load sufficiently overlaps the previous drop. This will provide a continuous line with no breaks, which helps prevent the active wildfire from burning through any gaps in that line.

Since fire retardant components may be colorless or include colors that do not contrast well with the ground or vegetation, coloring agents are added to give fire retardant solutions their distinct red color. This color provides significant contrast with the hue of the ground vegetation, enhancing the ability of the pilot to determine where the last loads of fire retardants were dropped.

One of the less obvious ways retardants helps improve drop safety is through improved solutions that inhibit corrosion and damage to aircraft parts.  When the US Forest Service created the first modern specification for long-term fire retardants in 1986, it covered a broad range of issues relating to efficacy and use of fire-retardant chemicals, including “uniform and intergranular corrosion”. These new formulations of retardant have essentially eliminated corrosion on aircraft as a critical safety issue.

While wildfire season continues to grow in length and intensity the demands on aerial firefighting will continue to increase. Responsible fire-retardant manufacturers like Perimeter Solutions are working with leaders in the fire management industry to continually introduce innovations that improve environmental footprint, help pilots do their job more effectively, and make it safer for them to protect themselves and firefighters.

This article was originally published in the March edition of IFSJ. To read your FREE digital copy, click here.