Fire Recovery

Lessons in Resilience: Fire Recovery and Prevention

Tom Roche, Secretary of the Business Sprinkler Alliance takes a look at fire recovery and prevention in 2025. As we step into 2025, and reflect on fire incidents from the past year: a question springs to mind – how long does it truly take to recover and rebuild after a devastating fire? The lingering scars of fire disasters across the UK remind us of the enduring challenges involved in recovery and rebuilding. The current government’s ambitions on housing have been made very clear. A fire in August 2024 which consumed the privately owned Spectrum Building in Dagenham, a block of 60 flats highlights a threat to those ambitions. The stark, pictures which appeared at the end of 2024 showed the complete removal of the building, driven by safety concerns. Demolition began within months of the fire and is expected to be completed by the end of the January, but the human cost remains steep. Around 100 displaced and traumatised residents not only lost their homes but continue to pay leasehold charges for a building now reduced to rubble. Thankfully, no lives were lost in the incident, but the broader consequences linger for those affected. There are no disclosed plans for the rebuild of this property and anyone with knowledge of the sector will place that somewhere in 2027 at the earliest. One of the largest fires in Europe was a fire involving a Cannock Warehouse in May. Fast forward to the end of the year and the rusting remains of the 33,000m² logistics facility served as a solemn reminder of the devastation. More than seven months later, the site is slowly being cleared. No formal plans have been made for the land’s reuse, although consultants have made an application as to whether an additional Environmental Impact Assessment is necessary. Reflecting on this brings to mind another devastating fire, one that razed the Gardman garden supplies distribution centre in Daventry in March 2018. The unsprinklered, newly opened facility was completely destroyed, leaving a site that took years and over £30 million to clear, plan, and rebuild. The company never recovered. Today, the location finally has a new building erected upon it with a new tenant, Hankook Tyre UK, who took residence in late 2024. The scale of time and investment required to return this site to use illustrates a truth many are surprised to learn: the aftermath of a fire is not simply a matter of extinguishing flames but an enduring process of recovery and rebuilding. To illustrate how fire impacts extend across our built environment and go beyond just industrial sheds or buildings that are completely destroyed, consider an event from December. A fire at St Michael’s Primary School in Stoke Gifford required 40 firefighters to quell the blaze. The fire did not level the school but instead destroyed a small number of classrooms. The ongoing challenge now for the staff and children is the timeline for repair which is optimistically estimated at six months. Effectively running the rest of the academic year, the school must continue educating children while juggling limited space on site. All of this must be managed whilst having an active building site in their midst. Gap in resilience The fate of these buildings destroyed by fires highlights a troubling gap in resilience. The vast warehouses and distribution centres destroyed by fire, often requiring significant resources from regional fire services to subdue the flames, frequently sit for months or years as rusting hulks. The Dagenham fire adds to a list of residential building fires that thankfully have not resulted in injuries but have seen the structure damaged to the point where it cannot be occupied. This displaces scores of people, often due to an event that, in many cases, could have been foreseen – a fire. A school that is damaged by fire leaves a legacy of impact on teachers and the education of our children. I have long commented that people are quick to point out the compliance of the regulations and its guidance following such events. However, the response has to be to question whether this is a success? Or does it point to a lack of resilience that we can no longer afford to ignore? The time it takes to rebuild, reuse and rehouse following such event highlights that resilience must be brought into building design and safety considerations, particularly in an era marked by climate change and evolving urban landscapes. The lessons from Grenfell are being focused on high-rise residential buildings, but extend far beyond that sector. They demand a fundamental reassessment of our approach to building safety across all types of structures. Are we truly designing and regulating buildings to withstand and recover from disasters, or are we merely meeting the minimum requirements, hoping that our response will suffice? Three devastating fires – from Cannock to Gardman to Dagenham – all tell stories of fire’s far-reaching consequences. They do not last long in our memories as there were no fatalities and the news moves on. However, they leave behind a lasting legacy of time in rebuilding, reorganising and for some their lives on hold. For this reason it also underscores the importance of proactive measures to prevent such disasters and to mitigate their consequences when they do occur. As we look ahead, we at the Business Sprinkler Alliance (BSA) continue to advocate for the widespread adoption of sprinklers in warehouses and similar industrial units, knowing there has never been a better time to commit to building a safer and more resilient built environment – one where the harsh lessons of the past inform the designs of the future. To read more news and articles see our latest issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Dammam Airport

NFPA signs MoU with Dammam Airports Company

The National Fire Protection Association (NFPA) and Dammam Airports Company (DACO) are pleased to announce a strategic agreement focused on improving fire safety standards. As the first aviation entity in the Middle East to enter into a Memorandum of Understanding (MoU) with NFPA, DACO will collaborate with the association to deliver education, training, and certification for fire safety professionals, contributing to the creation of safer environments for all. The MoU was signed by Michael Brunzell, vice president for Global Business Development at NFPA, and Mansour F. Al-Otaibi, chief financial officer at DACO. This new effort is dedicated to advancing fire prevention and raising awareness of fire risks. DACO, which is at the forefront of advancing fire and life safety standards, will further strengthen its leadership through this agreement by incorporating global best practices, and enhancing training and certification programs. It will also leverage NFPA expertise to develop new safety protocols. Commenting on the agreement, Mansour F. Al-Otaibi, Chief Financial Officer at DACO said, “We are delighted to collaborate with NFPA to provide professionals in fire and life safety with access to world-class education and training on safety codes and standards, enabling us to create the safest possible environments. With the aim to enhance the Kingdom’s aviation sector, maintaining the highest fire and life safety standards remains a top priority to ensure the safety and well-being of both our employees and the public.” “We are excited to team up with DACO to help them further improve fire and life safety standards. As infrastructure development continues to grow in the region, it’s vital for governments, professionals, educational institutions, and industry leaders to work together to maintain the highest safety standards. This partnership will help create a strong network where fire safety professionals can stay informed with the latest resources, enabling them to ensure safer environments for all,” said Michael Brunzell, Vice President of Global Business Development at NFPA. Through this agreement, DACO will gain access to NFPA educational and training resources as well as certification programs. Moreover, DACO fire and life safety specialists will be granted NFPA membership, enabling them to participate in relevant industry events and the ability to review standards and codes as needed. The collaboration will also leverage insights from the NFPA Fire & Life Safety Ecosystem, a framework designed to reduce risks and prevent injuries, fatalities, and property losses caused by fire, electrical, and other hazards. Supported by NFPA analysis of publicly available fire data, economic impact studies, and international comparisons, this effort will enable DACO to enhance safety protocols and boost operational efficiency within the Kingdom’s aviation sector. To read more news and articles see our latest issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Fire Protection

Fire Protection System Market 2024-2028

The fire protection system market is forecasted to grow by USD 14.58 billion during 2023-2028, accelerating at a CAGR of 6.78% during the forecast period. The report on the fire protection system market provides a holistic analysis, market size and forecast, trends, growth drivers, and challenges, as well as vendor analysis covering around 25 vendors. The report offers an up-to-date analysis regarding the current market scenario, the latest trends and drivers, and the overall market environment. The market is driven by integration of smoke detectors with iot and big data, rising governmental concerns to prevent fire hazards, and development of construction industry. The fire protection system market is segmented as below: By Product Fire detection Fire suppression Fire response Fire analysis By Application Commercial Industrial Residential By Geographical Landscape North America APAC Europe Middle East and Africa South America This study identifies the growth in adoption of wireless technology in fire detection systems as one of the prime reasons driving the fire protection system market growth during the next few years. Also, technology advancement in fire protection systems and growing acquisitions and strategic alliances will lead to sizable demand in the market. The report on the fire protection system market covers the following areas: Fire protection system market sizing Fire protection system market forecast Fire protection system market industry analysis A robust vendor analysis within the report is designed to help clients improve their market position, and in line with this, this report provides a detailed analysis of several leading fire protection system market vendors that include ABB Ltd., API Group Corp., Carrier Global Corp., Eaton Corp. Plc, Encore Fire Protection, Fire Suppression Ltd., Fireline Corp., Firetrol Protection Systems Inc., Gentex Corp., Halma Plc, Hochiki America Corp., Honeywell International Inc., Johnson Controls International Plc., Minimax GmbH, Napco Security Technologies Inc., RTX Corp., Robert Bosch GmbH, Securitas AB, Securiton AG, and Siemens AG. Also, the fire protection system market analysis report includes information on upcoming trends and challenges that will influence market growth. This is to help companies strategize and leverage all forthcoming growth opportunities. The study was conducted using an objective combination of primary and secondary information including inputs from key participants in the industry. The report contains a comprehensive market and vendor landscape in addition to an analysis of the key vendors. The report presents a detailed picture of the market by the way of study, synthesis, and summation of data from multiple sources by an analysis of key parameters such as profit, pricing, competition, and promotions. It presents various market facets by identifying the key industry influencers. The data presented is comprehensive, reliable, and a result of extensive primary and secondary research. The market research reports provide a complete competitive landscape and an in-depth vendor selection methodology and analysis using qualitative and quantitative research to forecast accurate market growth. To read more news and articles see our latest issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Hochiki Training Academy

Hochiki Training Academy Celebrates Successful First Year

Hochiki is celebrating the first anniversary of its Training Academy. This milestone marks a significant achievement in Hochiki’s commitment to education and advancement within the fire safety industry. With over a century of experience, Hochiki has earned a reputation for manufacturing reliable and innovative life safety products. The Training Academy builds upon this legacy, providing fire safety professionals with the knowledge and skills necessary to effectively design, install, commission, and maintain Hochiki systems. The past year has seen remarkable growth and engagement, with over 789 registered users and more than 514 courses completed, both online and in person. The academy offers a diverse range of courses catering to all levels of experience, from engineers new to fire safety to seasoned experts. “From first contacting Hochiki support to completing their online course, and then face-to-face training, the communication has been fantastic,” said one Training Academy graduate. “I wish more companies had the same attitude and skill as Hochiki and their training academy.” The academy’s blended learning approach combines online modules, including webinars, how-to videos, and interactive courses, with hands-on, in-person sessions at Hochiki’s state-of-the-art facilities in Kent. This allows participants to learn at their own pace while also benefiting from direct interaction with experienced professionals. Practical exercises and simulations enhance the learning experience. “The first anniversary of the Hochiki Training Academy marks a significant milestone in our ongoing commitment to supporting the fire safety industry,” said Shinsuke Kubo, Managing Director at Hochiki Europe. “By providing high-quality training and education, we want to empower engineers to deliver safer and more effective fire protection solutions. The academy’s success is a testament to the value of continuous professional development and the importance of collaboration between us, as a leading manufacturer, and fire industry professionals, in the pursuit of enhanced life safety.” The Hochiki Training Academy plays a crucial role in ensuring the correct specification, installation, and maintenance of Hochiki products, contributing to enhanced fire safety in buildings worldwide. Looking ahead, the academy plans to expand its course offerings, introduce new modules covering the latest advancements in fire safety technology, and further enhance its online platform. Find out more here. To read more news and articles see our latest issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Lightweight

Critical Need for Lightweight Equipment

Hannah Larvin, Features Editor explores how lightweight firefighting equipment enables agile, efficient responses to urban challenges as cities grow vertically and horizontally  Urbanisation is reshaping the world’s cities, bringing with it a complex set of challenges for fire and rescue services. High-rises are pushing skylines ever higher, while sprawling developments are extending cities horizontally, creating vast, densely populated areas. Multistorey car parks, interconnected residential complexes, and vertical mixed-use buildings are increasingly common, presenting firefighters with scenarios that demand agility, innovation, and endurance. However, as these challenges multiply, fire department budgets frequently fail to expand proportionally, forcing departments to prioritise technological advancements over manpower increases.  This shift is driving a growing reliance on lightweight, multifunctional equipment. From self-contained breathing apparatus (SCBA) to personal protective equipment (PPE), hoses, nozzles, and rescue tools, lightweight designs are transforming the way firefighters operate in urban settings. This feature explores how advancements in lightweight firefighting equipment are enabling fire departments worldwide to meet the evolving demands of modern urban landscapes.  Adapting to Vertical and Horizontal Urban Growth  High-rise buildings, by their very design, present unique challenges. Fires in these structures often originate in hard-to-reach areas, such as upper floors or basements, requiring firefighters to navigate narrow stairwells or lifts that may be rendered inoperable by the fire. At the same time, horizontal urban sprawl, such as attached complexes and vast industrial estates, forces firefighters to cover greater distances to access affected areas.  Despite these challenges, many fire departments operate under constrained budgets, limiting their ability to expand their workforce or invest in traditionally heavy and expensive equipment. Instead, departments are turning to innovative, lightweight solutions to maximise efficiency and minimise firefighter fatigue. The need for equipment that is not only portable but also durable, adaptable, and easy to use is more urgent than ever.  A hypothetical example illustrates this need: a fire breaks out on the 25th floor of a high-rise building. With the lifts non-operational, firefighters must carry essential equipment up multiple flights of stairs. Without lightweight tools, the physical strain could delay the response, reducing the chances of a successful rescue and suppression.  Lightweight SCBA  Self-contained breathing apparatus (SCBA) is a vital component of a firefighter’s kit, providing the breathable air needed to operate in smoke-filled environments. Traditional SCBA systems, however, are heavy and can significantly increase fatigue, especially during vertical operations. Modern SCBA designs are addressing this issue by focusing on lightweight materials and ergonomic construction.  To discover more about the importance of lightweight technology in SCBA, Fire Buyer caught up with James Cooper, Director, AMS Composite Cylinders. Cooper stated, “As urban landscapes expand both vertically and horizontally, firefighters face increasingly complex challenges. High-rise buildings with dozens of storeys and sprawling developments put a premium on firefighting and fitness skills. It also makes choosing the right equipment essential. Lighter, more portable equipment is crucial for first responders when every second – and every kilogram – counts.  “The best SCBA (self-contained breathing apparatus) cylinders need to be lightweight and durable. Type 3 carbon composite cylinders are up to 35% lighter than traditional aluminium cylinders, shaving significant weight from the loadout, and enabling firefighters to go faster and further. For example, AMS 6.8L cylinders are used by fire services worldwide and weigh just 3.9kg. Filled at a high pressure of 300 bar, these cylinders offer up to 35 minutes of air.   “In addition to being lightweight, the best cylinders have been specifically designed to withstand the dangers of hazardous field conditions, offering exceptional flame and impact resistance. With lightweight innovations, firefighters worldwide are better equipped to navigate the evolving demands of modern firefighting, reaching new heights with greater safety and efficiency.”  Manufacturers such as AMS Composite Cylinders have pioneered the use of composite materials for SCBA cylinders, dramatically reducing their weight without compromising capacity or durability. Similarly, MSA Safety’s G1 SCBA integrates lightweight design with advanced features such as thermal imaging and communication systems, enabling firefighters to work more efficiently in complex environments. 3M Scott Safety has also made significant strides with its Air-Pak X3 Pro, which offers enhanced comfort through optimised weight distribution and streamlined profiles.  These advancements demonstrate how lightweight SCBA can alleviate physical strain, allowing firefighters to conserve energy for critical tasks. Such equipment is particularly beneficial in high-rise scenarios, where the ability to ascend stairwells quickly and with minimal fatigue can mean the difference between success and failure.  The Role of Lightweight Mobility Aids  When lifts are unavailable, stairwells become the primary access routes for firefighters. Carrying hoses, tools, and other equipment up multiple flights of stairs is physically demanding, underscoring the importance of lightweight mobility aids.  Innovations such as The Bowring Tool simplify hose advancement, combining multiple functionalities into a single, lightweight device. Tracked stair-climbing aids are another area of development, with motorised devices enabling firefighters to transport equipment without expending excessive energy. Lightweight hose reels designed for portability further assist in ensuring rapid deployment of hoses in vertical environments.  These solutions exemplify how lightweight mobility tools are transforming operations in high-rise and mid-rise buildings. By reducing the physical burden on firefighters, these tools not only improve efficiency but also enhance safety during prolonged responses….. To read the full article, see our November issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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PPE

PPE: Trending protective gear

PPE: Exploring 2024 trends that will remain at the forefront for 2025, focusing on advanced materials, smart technologies, ergonomics, sustainability, and customisation for enhanced safety, writes Hannah Larvin of Fire Buyer  Firefighting is one of the most hazardous professions, requiring exceptional physical endurance and mental resilience. Personal protective equipment (PPE) plays a pivotal role in ensuring the safety of firefighters while enabling them to operate effectively in extreme conditions. As 2024 progresses, the landscape of firefighter PPE is being reshaped by advancements in material technology, ergonomics, smart systems, and sustainability. These innovations are not only enhancing protection but also addressing operational challenges that are becoming more complex due to environmental and industrial changes.  Advances in Material Technologies  The foundation of firefighter PPE lies in its materials. Over recent years, there has been a significant shift towards high-performance fabrics that offer improved thermal protection, durability, and comfort. In 2024, these advancements continue to be a driving force behind the evolution of protective gear.  Lenzing fibres, renowned for their flame-resistant properties, remain a cornerstone of many manufacturers’ designs. These fibres are not only highly resistant to extreme heat but also breathable, which is crucial for reducing heat stress during prolonged operations. By incorporating Lenzing fibres into multi-layered garments, manufacturers can ensure that firefighters are shielded from thermal hazards without compromising mobility or comfort. Lakeland Industries is another example of how material science is shaping modern PPE. The company has developed protective fabrics that integrate thermal and moisture barriers, creating a balance between external defence and internal comfort. These fabrics are designed to repel water and hazardous substances while allowing perspiration to escape, which helps to maintain firefighters’ focus and stamina during challenging operations. Durability is also a critical factor. Protective garments must withstand rigorous use in harsh conditions, from structural fires to wildfires. Companies like BOCHE are addressing this by incorporating abrasion-resistant outer layers, ensuring that PPE can endure repeated exposure to sharp objects and rough surfaces.  Ergonomics and Mobility  Firefighting is a physically demanding job that requires gear capable of supporting dynamic movement without hindrance. PPE manufacturers are focusing on improving ergonomics and mobility to reduce fatigue and enhance operational efficiency. Fire Dex and Kivanc Group have been at the forefront of this trend, designing turnout gear with articulated joints, stretch panels, and optimised fit. These features enable firefighters to move more freely, whether climbing ladders, crawling through confined spaces, or operating equipment. Lighter weight designs are also becoming a priority, as they reduce the strain on firefighters during extended missions. Fit is another critical area of improvement. Ill-fitting PPE can lead to discomfort and even safety risks. To address this, manufacturers are offering customisation options that allow fire brigades to order gear tailored to individual firefighters. Gender-specific designs are also becoming more prevalent, ensuring that female firefighters have access to PPE that meets their unique needs. By prioritising inclusivity, companies such as Kivanc Group are setting new standards for comfort and functionality. Integration of Smart Technologies  Technological integration in firefighter PPE has become a key trend in 2024, with smart systems providing real-time data to enhance safety and decision-making during emergencies.  MSA Safety has been pushing connected solutions to the forefront of the industry, offering helmets equipped with built-in communication systems, thermal imaging cameras, and environmental sensors. These technologies allow firefighters to assess hazards quickly and maintain situational awareness, even in low-visibility conditions. Additionally, sensors embedded in PPE, such as those developed by ATI-Fire, monitor physiological data like heart rate, body temperature, and exposure to toxic gases. This information is relayed to incident commanders, enabling them to make informed decisions and intervene if a firefighter’s health is at risk.  Smart PPE is not just about monitoring; it is also about enhancing operational capabilities. For instance, thermal imaging embedded in helmets helps firefighters locate hotspots or victims in smoke-filled environments, significantly improving response times. As these technologies evolve, the potential for integration with broader systems, such as building monitoring or drone surveillance, is becoming increasingly apparent…. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Richard Parker - Amthal Group

Amthal Group Companies Appoints Richard Parker

Amthal Group Companies has appointed Richard Parker as its new Group Head of Sales. With over three decades of experience in the fire and security industry, Richard brings a wealth of expertise in sales leadership, business development and strategic growth to the company. Richard joins Amthal from Walker Fire UK Ltd., where he served as Group Sales Manager UK, successfully building and leading high-performing sales teams while driving business expansion across multiple sectors. Prior to that, he spent 30 years at Chubb Fire & Security, holding senior leadership roles including Account Director, Sales Director, and National Accounts Sales Manager. His impressive track record includes exceeding revenue targets, leading multi-disciplined teams and implementing strategic sales initiatives to enhance customer retention and market penetration. In his new role, Richard will oversee Amthal Group Companies’ sales operations, with a focus on driving sustainable revenue growth, strengthening client relationships, and further positioning Amthal as a leader in the fire and security industry. Commenting on his appointment, Richard said: “Joining Amthal presents a great opportunity to apply my experience in sales leadership and business development in an ambitious and growing organisation. My focus will be on aligning the sales strategy with the company’s vision, developing long-term customer relationships, and ensuring our team delivers outstanding service and solutions.” Amthal Group Companies’ CEO Jamie Allam added: “Richard’s experience and leadership in sales strategy align well with Amthal’s growth objectives. We look forward to his contributions in enhancing our sales operations and driving sustainable success for the company.” Richard’s appointment marks a significant step forward for Amthal Group Companies as it continues to expand its presence in the life safety and security technologies sector, delivering high-quality, tailored solutions to clients across the UK. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Copyright: Fire Buyer

Heat, Gas and Smoke Detection

Rebecca Spayne, Managing Editor of International Fire Buyer provides insight into some of the biggest emerging technology trends in MENA heat, gas and smoke detection  Heat and smoke detection technologies have become essential components of fire safety systems globally, and their importance is particularly pronounced in the Middle East and North Africa (MENA) region. Driven by urbanisation, industrialisation, and stringent regulations, the adoption of advanced detection technologies is rapidly increasing. The unique environmental conditions of the region—characterised by high temperatures, sand, and humidity—demand tailored solutions that ensure both reliability and compliance.  This feature delves into the trends shaping the market for heat and smoke detection systems in the MENA region. Drawing on insights from key manufacturers such as Ateis Middle East, AVA Prevent Co Ltd, Emerson FZE, Hochiki Middle East, Orama Group, Sensitron, and Teknim Fire & Security Technologies, the article explores the challenges, innovations, and opportunities defining this critical sector.  The Rising Need for Fire Safety in MENA  The MENA region is undergoing a period of unprecedented growth, marked by large-scale urban developments, mega infrastructure projects, and expanding industrial hubs. Developments such as Saudi Arabia’s NEOM, the UAE’s urban initiatives, and preparations for major global events like Expo 2024 in Doha underline the need for stringent fire safety measures.  Fire safety regulations in the region have become more comprehensive, mandating the implementation of advanced detection systems across residential, commercial, and industrial settings. For instance, Saudi Arabia’s updated National Fire Protection Association (NFPA) standards and similar measures in the UAE require the use of reliable and efficient heat and smoke detectors. These regulations are part of a broader trend to improve safety standards and align with global best practices.  Key Technological Trends in Heat and Smoke Detection  Technological advancements are reshaping the landscape of fire detection. In particular, heat and smoke detection systems have become increasingly sophisticated, addressing regional challenges while offering enhanced features. A critical trend is the development of detectors capable of functioning effectively in the MENA region’s harsh environmental conditions.  Heat-resistant materials, dust-proof sensors, and systems designed for extreme humidity are now commonplace. Multi-sensor detectors, which combine smoke, heat, and sometimes gas detection capabilities, are becoming the preferred choice for many applications. These devices reduce false alarms by cross-referencing data from different sensors, a vital feature in environments prone to natural interference such as sandstorms or fluctuating temperatures.  The integration of connectivity through Internet of Things (IoT) technologies is another key trend. Detection systems are increasingly designed to provide real-time monitoring, remote diagnostics, and integration with broader building management systems. This connectivity improves both response times during emergencies and the ability to maintain systems proactively, reducing costs and downtime.  Regional Adaptations to Unique Challenges  The MENA region presents a range of unique challenges for fire detection technologies, requiring manufacturers to adapt their solutions accordingly. One significant issue is the region’s climate, which features extreme heat and high levels of dust. Standard detection systems often struggle in these conditions, leading to higher rates of false alarms or system failures.  Manufacturers have responded by developing systems specifically designed for the region. For example, devices with sealed components to prevent dust ingress and heat-resistant sensors capable of withstanding prolonged exposure to high temperatures have become standard offerings. These adaptations ensure the reliability of detection systems in environments such as oil refineries, industrial complexes, and even urban high-rises exposed to desert conditions.  Localised expertise also plays a critical role. Companies operating in the MENA region, such as Hochiki Middle East and Ateis Middle East, have tailored their solutions to comply with regional fire codes while addressing the specific needs of end-users. This includes offering systems that are easy to install, integrate, and maintain in diverse applications, from large-scale infrastructure projects to smaller residential developments…. To read the full article, see our last issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Image Credit: @peterbaird5

Industrial fire in Livingston highlights need for automatic sprinklers

Iain Cox, Chair of Business Sprinkler Alliance analyses the recent fire that tore through a 6,000m2 mixed-use building on the Brucefield Industrial Estate in Livingston has highlighted the huge challenge faced by firefighters when fire breaks out. The blaze rapidly engulfed a business and several adjoining units, necessitating significant fire service resources and road diversions. The extensive fire on Saturday, December 7th required nine appliances, including two aerial ladder platforms, two pumping appliances, and a bulk water carrier from the Scottish Fire and Rescue Service (SFRS) to bring it under control. While thankfully there were no injuries, the industrial unit was destroyed, impacting several businesses including an adjacent gymnastics club. Highlighting the dramatic visuals of the destroyed building, Tom Roche, Secretary of the BSA said: “What caught my attention was the sheer destruction of what was a simple industrial building. The number of units involved and need for additional water highlight how even limited buildings require significant resources to quell them. The scale of the fire service platform beside it demonstrates the enormity of the challenge faced by firefighters. It underscores how quickly these fires escalate when buildings are not protected by automatic sprinkler systems.” Roche emphasised the critical importance of early fire suppression, explaining that while the average response time to a primary fire in the UK is eight minutes and 50 seconds1, the actual development of a fire can begin long before the first appliance arrives. Delays in discovering the fire, assessing its nature, and notifying the fire service can allow the fire to grow unchecked. Upon arrival, firefighters must evaluate access, water supplies, and the safety of the scene—all while the blaze continues to intensify. As a fire grows, the resources needed to tackle it also increase. Larger fires demand greater amounts of water and personnel, with efforts often limited to external firefighting due to the scale of the inferno and associated risks. The UK fire services are already noting challenges with the available water in the supply network for hydrants. “This scenario is precisely what we see with fires in unsprinklered industrial buildings. They escalate rapidly, overwhelming fire service resources and leading to catastrophic damage,” Roche explained. In stark contrast, incidents involving buildings equipped with sprinkler systems demonstrate the dramatic difference these systems can make. When fire broke out at a Winsford Packaging Factory in January 2022, the fire was contained by the premises’ sprinklers, preventing significant damage and allowing the Fire and Rescue Service to manage the situation quickly. Similarly, a fire at a Lutterworth Warehouse in March 2022 that started in storage racks was suppressed by sprinklers, enabling firefighters to extinguish it with minimal disruption to operations. The business was able to resume operations the following day. “The outcomes of these sprinkler-protected fires are notably different from the large-scale devastation we saw in Livingston,” Roche added. “Automatic sprinkler systems activate early, containing or extinguishing a fire before it can spread. They are an essential component of a fire protection strategy, reducing the burden on fire crews, minimising property damage, and helping businesses recover faster.” Call for sprinklers The BSA is advocating for the wider adoption of sprinkler systems across the UK’s built environment, including industrial and commercial buildings. Fires like the one in Livingston serve as a reminder of the true cost of inadequate fire protection. Beyond the immediate destruction of property and business interruption, these incidents disrupt local economies, jeopardise jobs, and place enormous pressure on emergency services. “Automatic fire sprinklers are a proven solution to mitigate fire risk,” Roche stated. “It is time to prioritise their inclusion as a key part of the fire strategy at the earliest stages of the design process, ensuring a safer and more resilient future for businesses and communities alike.” To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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Electric Vehicle

Which Fire Protection Material to Choose for an EV Battery

Dr James Edmondson, Research Director at IDTechEx explores the different types of fire protection materials for EV batteries. Electric vehicle (EV) sales continued to increase in 2024, admittedly with some significant regional disparity, but IDTechEx found that globally, EV sales increased 24% in 2024 over 2023. With EVs becoming an increasingly large part of the fleet, their safety becomes evermore important. Despite the fact that most data shows EV fires are less common than combustion engine vehicles, safety cannot be overlooked in any rate of occurrence. As test methods and regulations continue to evolve, IDTechEx’s “Fire Protection Materials for EV Batteries 2025-2035: Markets, Trends, and Forecasts” report finds that the materials will grow with a CAGR of 15% between 2024 and 2035. This article aims to discuss some of the key factors and some of the potential materials that EV battery designers may consider. Cell form factor One of the first considerations is the battery cell form factor. IDTechEx found that in 2024 around 58% of the market was using prismatic cells followed by 22% cylindrical, and the rest pouch. The cell form factor may not impact protection at a module or pack level, but will certainly impact inter-cell materials. It is typical to see sheet-type materials applied between the cells in prismatic or pouch cell systems, with encapsulating foams being a popular choice for cylindrical cell systems. Sheets can certainly be applied to cylindrical cell systems, too, and encapsulating foams can be used for pouch or prismatic; these are just less common. The failure mode will also vary by cell type, with cylindrical and prismatic cells generally venting through the vents on the top of the cells, making the placement of fire protection materials a bit more predictable. Thermal management concept How the temperature of the cells is managed is another critical decision. A popular approach is through a cold plate that sits at the top or bottom of the cells through which water-glycol coolant is passed. Then, the cells are thermally insulated from one another; this aids with maintaining the temperature within the cells in cold conditions but is also beneficial in preventing heat transfer between a cell in thermal runaway and the rest in the pack. A second option is to cool the sides of the cells too or have heat spreading materials between the cells to transfer as much heat away from the cells as possible. Depending on which approach is taken, this will impact what material or combination of materials are chosen to be placed between the cells. For example, foams and aerogels have a very low thermal conductivity, whereas encapsulants or phase change materials tend to have a higher thermal conductivity. Material choices Even once the cell form factor and thermal management strategy are decided, there are a host of different material categories and chemistries that could be valid options. On key metrics like low thermal conductivity and density, aerogels, ceramic blankets, and encapsulating foams perform well. However, this does not tell the entire story, often, a combination of materials may be needed to meet structural requirements and/or meet UL2596 test requirements. This will typically increase the density required. The UL2596 tests are challenging, with the torch and grit test exposing the sample to an alternating high-temperature flame (1200°C) and alumina particle blasts. For this reason, material suppliers are generally trying to produce materials that perform multiple functions and can prevent the need for multiple assembly steps. An increasingly popular option from suppliers is polymer/composite components with fire protective and/or intumescent properties that can be made into structural components of modules, cell holders, or an inter-cell spacer. These may appear less thermally insulating and higher density in normal operation but can replace the need for multiple other materials while providing good insulation at high temperatures. Examples include companies like SABIC, Pyrophobic Systems, Asahi Kasei, and several others. A primary concern for battery designers is system cost. The addition of fire protection materials increases costs, but the additional cost can vary widely between material options. Part of the calculation is material cost, not just per kg, but by how much is required to achieve the required performance. Mica has proven a very low cost material with strong electrical insulation properties, but is usually required in thicker (and heavier) layers to provide sufficient fire protection. Historically, aerogels have been limited by their costs, but in the right implementation can provide excellent thermal insulation and fire protection. As mentioned above, if a material can provide multiple functionalities, then its additional costs can reduce its impact on overall system cost. Summary and outlook A large variety of factors will go into the choice of fire protection material, and it will include factors like cell form factor, pack design, thermal management approach, material costs, system costs, regulation to be met, and a wide variety of other factors. Each material has its own tradeoffs and needs to be evaluated for each battery design. In terms of the current market, encapsulating foams and mica currently dominate material demand. However, as the market progresses IDTechEx is predicting that newer emerging options will start to eat into this market share. Some of these newer options include aerogels, and intumescent polymers and coatings. IDTechEx’s new report, “Fire Protection Materials for EV Batteries 2025-2035: Markets, Trends, and Forecasts”, includes discussion, market adoption, players, and forecasts for material categories including ceramic blankets/sheets, mica, aerogels, coatings, encapsulants, encapsulating foams, compression pads (with fire protection), phase change materials, and polymers (with fire protection). To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: LinkedIn: International Fire Buyer Twitter (X): @Firebuyer YouTube: @FireBuyerTV Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: [email protected]

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