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Kenyon International Emergency Services Elevates Crisis Training

News Desk /

Kenyon International Emergency Services, the leading full-spectrum provider of disaster response services, part of the global aviation services group, Air Partner, unveiled its new training academy initiative for 2024. The new Kenyon Academy programme will deliver industry-leading crisis training to delegates from different companies around the world, empowering participants to professionally and effectively respond and operate in an emergency or crisis situation. Kenyon has over 117 years’ experience of successfully navigating and managing complex international crises, including conducting search and rescue operations, and setting up and staffing the Family Assistance Centre in the aftermath of Hurricane Katrina. It also provided support to those affected by the fire at Grenfell Tower, deploying search and recovery teams to recover valued personal property for the residents and reunite the items with their owners. This century’s worth of extensive experience makes Kenyon International Emergency Services uniquely positioned to deliver this specialised training. The Kenyon Academy is initially launching with four training courses: Crisis Leadership, Airline Station Manager, Emergency Response Plan Writing, and Special Assistance Team Management. Once underway, the Kenyon Academy offering will expand to include more from Kenyon’s full training offering of over 20 courses that cover a wide range of crisis management themes, including Humanitarian/Family Assistance, Crisis Communications and Aviation Crisis Management. The Kenyon Academy courses are available either virtually or in-person at Kenyon’s locations in Bracknell, UK or Houston, USA (dependent on course type). The Kenyon Academy will be led by Kenyon’s international team of highly skilled associates, all of whom are expert professionals and masters in the field of emergency response. Jonathan Astill, Air Partner Services Division Executive Vice President and Managing Director, commented: “Kenyon International Emergency Services is committed to delivering comprehensive, industry-leading training for emergency response and crisis management. With the launch of the 2024 Kenyon Academy programme, we’re excited to make our training more accessible and enable more companies equip themselves with the crucial skills and competencies required to confidently handle any situation.” The new programme marks the first time Kenyon will offer training on a ‘per seat basis’, allowing individuals to enrol in Kenyon’s training programmes independently. The new Academy programme is offered in addition to the in-house training that Kenyon already provides. This will enable professionals from various companies to come together in the Bracknell, Houston, and Virtual Academies and foster collaboration and knowledge exchange. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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Rising to the challenge in SAR

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Fire Buyer editorial board member, Brent Brooks, Acting District Chief and High-Rise specialist, provides the technical tactics needed for high-rise search and rescue operations Brent Brooks is presently an Acting District Chief with 29 years of service. Brent’s 31-year career in firefighting began at Pearson International Airport and continued working with the De Havilland and Bombardier Aero Space Crash Fire Rescue teams. Brent is a proud retired member of the Canadian Armed Forces. Brent’s High Rise Unit assignment has enabled him to enhance High-Rise Operations through innovative research and development, improving Incident Management System and operational training. Brent is a proponent of best practices in the fire service and has specialised in high-rise firefighting. He has served on various committees and has been a speaker at national and international engagements in Great Britain, Dubai, Singapore, Kuala Lumpur, and the USA. Brent founded the High-Rise Round Table in Toronto, hosted the Toronto and Montreal High-Rise Summit, and is a Chicago-based Council of Tall Buildings member. He represents Canada as a member of the London, England-based T70 Tall Building Safety Committee. Brent’s Community of Practice has a wide reach, providing lectures and hands-on training throughout Ontario, Canada, and internationally. He aims to educate the next generation of firefighters on best practices for occupant survival and firefighter safety in High-Rise firefighting. In the world of firefighting, high-rise structures pose a unique set of challenges that demand innovative approaches for effective search and rescue operations. Traditional methods, while effective for smaller, residential buildings, fall short when applied to towering skyscrapers with hundreds of units. Brent sheds light on this critical issue. Drawing on his extensive experience, Brooks highlights the inefficiency of the conventional systematic right or left-hand search method in the context of high-rise buildings, assuming a search time of merely one minute per unit. This daunting time frame underscores the urgency for alternative strategies that can significantly reduce search times while ensuring thoroughness and safety. Brooks is poised to introduce what he believes is the best practice for tackling this formidable challenge. Before delving into this innovative approach, he sets the stage by exploring the various scenarios encountered during high-rise search and rescue operations, preparing you for a comprehensive understanding of the complexities involved and the potential solutions at hand. Search and Rescue in high-rise buildings Search and rescue operations in high-rise buildings have always been challenging, even for the larger departments. The traditional search method commonly used for residential houses is known as a systematic right or left-hand search. However, this method is ineffective in a high-rise building as it may take up to 5 hours to search a building with 300 units, assuming a search time of one minute per unit. Therefore, it’s important to consider other options. We believe we have found the best practice, but before we delve into it, let’s explore the different scenarios. Scenario#1 The fire is contained to the unit of origin, known as compartment 1. No smoke has migrated to the hallway. Firefighters arrive on the fire floor and clear the hallway of occupants, then perform an aggressive fire attack. Smoke will filter into the hallway, known as compartment 2. If the fire is extinguished quickly and the building performs as designed, we will perform a primary search of the fire unit, either a right or left-hand search. If a victim is located, they will be transported down one floor via the stairs to a crew position with medical equipment. Crews will clear smoke from the hallway out of the fire unit. Other occupant units on the fire floor should remain smoke-free if their doors are not opened. Once the smoke lifts, a secondary reach is completed, and wellness checks are done on all other units with a carbon monoxide detector. Scenario#2 The fire is contained to the unit of origin (compartment 1); however, the unit’s automatic door closure did not function properly, or the occupant hose was used prior to the fire department’s arrival; something is preventing the fire unit door from closing completely. Smoke and heat are now in the common hallway (compartment 2). Firefighters are forced to use the standpipe outlet on the floor below the fire floor. Unfortunately, this will inevitably allow smoke into the stairwell (compartment 3) when the stairwell door to the fire floor is propped open for firefighting hoses. We are now on the clock to rapidly extinguish the fire. The hose line going down range to protect life and property is the same line propping open a door threatening life and property. Smoke is the killer in most fires. Smoke will continue to leave compartments 1 & 2 and contaminate compartment 3, the stairwell. The longer the fire can burn without compartmentalization control, the more smoke is spread throughout the building. Compartment 3 is the most fragile compartment. It is our lifeline in and out of the building. In most cases, stairwells are connected to all other floors and compartments. Firefighters and occupants both need to use them. Once the stairwells are filled with smoke, occupants in the stairwells become incapacitated. Firefighters in full PPE, working in zero visibility, become slower and fatigued. When smoke spreads in a building, it becomes a bigger problem as it invites more people into the emergency. This, in turn, increases the search areas for firefighters, which requires more resources to address the situation. I call this the building’s awakening; the more the building wakes, the more significant our problem becomes. It poses an immediate life safety issue because occupants cannot outrun smoke once it moves into a compartment, and firefighters can only work in a smoke-filled environment for a short time. The fight-or-flight instincts that humans experience in stressful situations can lead to unpredictable behaviour. Those who need to evacuate during an emergency must be provided with a clear and safe evacuation route. Meanwhile, those who are sheltering in place require protection or rescue. However, this can be challenging since there is often more ground to cover than firefighters can

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Groundbreaking Detectors to Ensure UL268 7 Compliance

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Hochiki Europe, the global leader in life safety solutions, is proud to introduce an unparalleled generation of UL listed smoke detectors now available for installation projects across any region that requires UL approval. Specifically designed to achieve compliance with the rigorous UL268 7th Edition standards, Hochiki’s range of innovative 7th edition products fill a crucial gap for conventional applications to meet the UL standard. The UL-268 7th Edition Standard dictates fire detector performance for detector manufacturers and was due to come into effect in 2021, forcing the design and manufacturing of smoke and multi-criteria to adhere to the stricter guidelines.  This new standard only affects the manufacture of detectors, older edition detectors are still available to specify, purchase and install by fire system installers, all the while stocks exist. But following various delays within the industry, the 7th edition of the standard is now due to come into force July 2024 and one of the most significant changes is the newly developed multi-spectrum smoke categorization required to now detect smouldering and flaming fires fuelled specifically by polyurethane furniture foam and burning meat, whilst at the same time, reducing nuisance alarms.  All manufacturers therefore have been forced to develop a range of new products to meet this new standard. Conventional fire detection systems are particularly suited to projects such as small retail units, simple structures like workshops and storage units as well as health clinics and small educational facilities for example. Hochiki conventional products are already renowned for their reliability in reducing false alarms, and their new range of 7th edition conventional detectors continues to evidence these benefits, with the range including the company’s first conventional multi-sensor detector. This unique conventional multi-sensor optical smoke and heat detector (SOE-24H), along with a conventional optical smoke detector (SOE-24V), are already being specified in a host of projects across the Middle East. Key Features of Hochiki Europe’s 7th Edition Conventional Smoke and Multi-Sensor Detectors: Redesigned Smoke Chamber: Cutting-edge detectors feature a newly designed smoke chamber, optimising airflow, and smoke intake. The incorporation of multi-spectrum smoke categorization technology ensures an enhanced response to both flaming and smouldering fires fuelled by traditional materials and polyurethane, ensuring that Hochiki technology meets the stringent requirements of UL268 7th Edition standards. Dual LED Technology: Introducing a revolutionary dual LED technology, incorporating red and blue internal emitters mounted at different angles. Hochiki’s innovative approach enables the detectors to distinguish between smoke particle types more effectively, ensuring precision in fire detection. Advanced Algorithms: Equipped with state-of-the-art algorithms, Hochiki’s detectors can intelligently react to genuine fires quicker while significantly reducing false alarms caused by common sources such as steam and cooking. This ensures a reliable and efficient detection process in diverse environments. Automatic drift compensation and maintenance indication: Software within each detector continually monitors the optical elements and compensates for gradual build-up of contaminants, shifting the baseline and fire threshold to maintain the correct sensitivity and provide an accurate response.  Detectors also utilise a green/red bi-coloured LED for indication of status. In normal standby conditions, the LED flashes green on polling. When the detector automatically senses that its sensitivity has drifted outside the UL listed sensitivity window, the LED will flash red. When in alarm the LED will latch on red. Hochiki Europe continues to lead the way in life safety solutions, offering a unique and essential product for future conventional applications. This groundbreaking innovation underscores Hochiki’s commitment to providing unparalleled safety solutions that meet and exceed industry standards. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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The R2-D2 of firefighting

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Managing Editor Rebecca Spayne speaks with Cyrille Kabbara, Founder and Chairman of Shark Robotics to discover all things robotics and automation in firefighting equipment  How do you see emerging technologies shaping the future of firefighting robotics? Are there any specific advancements you believe will significantly impact the field?  Instinctively, I would say that the artificial intelligence revolution is having a big impact on the use of firefighting robots. AI means greater autonomy for firefighting robots, enabling them to operate more independently and reducing the need for human intervention in dangerous situations. Additionally, the development of collaborative robotic systems, where multiple robots work together (swarm), can cover larger areas and perform more complex tasks, increasing efficiency and reducing time in operations.  What are the most significant challenges currently faced by robotics in the firefighting sector, and how can these be addressed?  At Shark Robotics, we are acutely aware of the complexities involved in integrating robotics into the firefighting sector. A primary challenge we face is facilitating human-robot interaction. It’s imperative that human firefighters and robotic counterparts work in unison for effective and efficient operations. To this end, we’ve prioritised the development of user-friendly remote-control tablets. These intuitive devices are designed for ease of learning and use, ensuring that firefighters can quickly adapt to and effectively command our robotic units.  Another critical area is the unpredictable and hazardous nature of fire scenes. Each situation presents unique challenges such as navigating through smoke, overcoming debris, and traversing uneven terrain. These are substantial hurdles for any robotic system. Recognising this, our approach has been collaborative. We engage with various companies in a concerted research and development effort, striving to incorporate advanced optronics into our robots. Optronics is not just an add-on for us; it’s a fundamental component that elevates the capabilities of our robots, making them more adaptable and responsive in diverse and challenging environments.  Our focus is on creating firefighting robots that are not only technologically advanced but also intuitive and reliable partners to firefighters.  In what ways are artificial intelligence (AI) and machine learning (ML) contributing to the evolution of firefighting robots, particularly in terms of autonomous operations and decision-making in hazardous environments?  Artificial intelligence (AI) and machine learning (ML) are pivotal in how we approach firefighting, particularly in autonomous operations and decision-making within hazardous environments.  Firstly, the role of AI in navigation is groundbreaking. The last version of firefighting robots are equipped with an array of sensors and cameras, enabling them to generate real-time maps of their surroundings. AI algorithms interpret this data, identifying obstacles and calculating the most effective routes for intervention. Moreover, ML enable to be more efficient in operations, and the capacity of the robot to register, memorise and intervene with more efficiency with this adaptability to operate in diverse conditions.   Secondly, the ability of our robots to detect and analyse various hazards represents a significant advancement in firefighting technology. They are equipped to identify flames, smoke, and toxic gases, thanks to advanced image and sensor data processing capabilities. This feature allows them to distinguish between different fire types and environmental conditions, thereby greatly enhancing their situational awareness. Such precise analysis is instrumental in formulating effective firefighting strategies and in conducting thorough risk assessments.  The deployment of your Colossus during the Notre-Dame Cathedral fire in April 2019 was a landmark moment in the use of robotics for firefighting. Can you share insights into the key lessons learned from this operation?  Indeed, the deployment of the Colossus robot during the Notre Dame fire served as a global demonstration of how robots can be invaluable assets to firefighters. The key takeaway from this event is the practicality and effectiveness of human-robot collaboration in firefighting efforts. Far from being in opposition, this synergy significantly enhances our response capabilities.  Our firefighting robots, including the pioneering Colossus model, are actively assisting firefighters worldwide in a diverse array of scenarios. These include industrial fires, warehouse blazes, tunnel emergencies, car park incidents, and even fires at historical landmarks like Notre Dame.  Notably, the Colossus, which marked the inception of Shark Robotics’ journey, was first developed and sold to the Paris Fire Brigade. As of today, we have proudly expanded our reach, with over 120 robots operating in 16 different countries. This expansion underscores our commitment to advancing firefighting technology and safety on a global scale.  Wildfires pose unique challenges compared to urban fires. How can robotics be tailored to better address the complexities of wildfire detection, containment, and extinguishment?  The key element in this strategy is the early detection of wildfires. This is achieved through a sophisticated integration of satellite imagery and ground-level surveillance technologies. By combining high-resolution satellite images with advanced camera systems on drones, we can maintain vigilant monitoring over vast forest areas. This dual-layered observation strategy enhances our ability to detect potential fire outbreaks at the earliest possible stage, allowing for quicker response and potentially mitigating the scale of the wildfires. Implementing firefighting robots offers an advancement in protecting homes, buildings, and critical infrastructure. When used in conjunction with drones and fire trucks, these robots enhance our firefighting arsenal, providing a more comprehensive and effective defense against fires. Their ability to operate continuously ensures ongoing surveillance and rapid response, filling critical gaps that traditional methods may leave.  To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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Fluorine-free foam concentrates

Exclusives, Technology /

Perimeter Solutions’ SOLBERG® 3% MIL-SPEC SFFF is the First Fluorine-Free Foam Concentrate on DoD Qualified Products List  For more than 50 years, aqueous film forming foam (AFFF) was the only type of firefighting foam concentrate that could be used for aircraft rescue and firefighting (ARFF) by airport authorities required to use MIL-SPEC qualified products. That changed in September 2023, when Perimeter Solutions’ SOLBERG® 3% MIL-SPEC Synthetic Fluorine-Free Foam (SFFF) became the first fluorine-free foam concentrate added to the Department of Defense Qualified Products List (QPL). With this new solution added to the QPL, airports were allowed to transition from AFFF to a fluorine-free option.   The U.S. wanted to move toward a more sustainable firefighting foam technology, and in 2020 Congress set a requirement that the Secretary of the Navy must publish a new specification by January 2023 to initiate the replacement of AFFF with fluorine-free firefighting foam. That new specification is MIL-PRF-32725 (I1), Fire Extinguishing Agent, Fluorine-Free Foam (F3) Liquid Concentrate, for Land-Based, Fresh Water Applications.1  Completing a total of nine different fire tests using both ethanol free gasoline and Jet A fuel, this product is extensively tested. In addition to those fire tests, there are more than 20 different physical/chemical properties that are analyzed before and after aging to ensure the product is stable over time. The product is also tested for compatibility with Dry Chemical and for environmental impact, including acute aquatic toxicity as well as biological and chemical oxygen demand.  Naval Sea Systems Command (NAVSEA) developed this new specification, and before any fluorine-free foams could be used in the field, manufacturers had to apply to NAVSEA to have their product added to the QPL. SOLBERG 3% MIL-SPEC SFFF, specifically designed for fast knockdown and extinguishment of gasoline and Jet A fuel spill fires identified in MIL-PRF-32725 (I1), became the first to qualify. A combination of proprietary hydrocarbon surfactants and additives, it delivers excellent fire knockdown, foaming, vapor sealing, and stability. SOLBERG 3% MIL-SPEC SFFF contains no siloxanes or intentionally added per- and polyfluoroalkyl substances (PFAS) and is compatible with multiple equipment systems. This advanced foam solution also:  Exceeds expansion ratio and burn back requirements  Exceeds 25% drain-time performance  Is internally tested to meet MIL-PRF-32725 (I1) in salt water  Is biodegradable & non-persistent  SOLBERG 3% MIL-SPEC SFFF is also GreenScreen Certified®. Firefighting foams that are GreenScreen certified are confirmed to be fluorine-free with no intentionally added per- or polyfluoroalkyl substances (PFAS).  While some foam manufacturers have decided not to participate in the new MIL-SPEC qualification program, Perimeter Solutions remains committed to serving the market with high-quality fluorine-free foam solutions. Since introducing SOLBERG 3% MIL-SPEC SFFF, the company has actively worked with airports, helping them to transition away from AFFF to fluorine-free technology for crash rescue operations.  Organizations ready to make the transition to fluorine-free foam, can contact Perimeter Solutions at info@perimeter-solutions.com. More information on SOLBERG 3% MIL-SPEC SFFF is available at https://www.perimeter-solutions.com/en/.  To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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From the Expert – FirePro

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George Michael, International Business Development Manager for FirePro provides expert insight into the basic design considerations for condensed aerosol systems  In the forward-thinking landscape of fire suppression technologies, FirePro stands out with its advanced Condensed Aerosol Systems. Emerging prominently in the 1990s due to stringent environmental regulations, these systems have revolutionised fire safety with its approach to extinguishing fires. Unlike traditional methods that deplete oxygen, condensed aerosol systems disrupt the chemical reactions of fire at the molecular level, utilising a potassium carbonate-based agent.   This From the Expert delves into the critical aspects of system design, highlighting the importance of precise agent quantity calculations, the integrity of protected enclosures, and the specific application densities required for effectiveness. It underscores the system’s environmental benefits, its compliance with international standards, and its straightforward installation process. FirePro’s expertise in this domain not only enhances safety across various applications but also aligns with the global shift towards more sustainable fire suppression solutions. George Michael, International Business Development Manager for FirePro provides their knowledge and understanding of this subject matter and presents the technicalities around condensed aerosol systems.   Introduction  Condensed aerosol technology gained popularity in the 90’s due to the phase-out of Ozone-depleting substances – a result of the Montreal Protocol enforced on January 1, 1989. With almost three decades of worldwide use, the technology is regulated according to international standards and guidelines, such as the UL 2775, NFPA 2010, EN15276, ISO15779, VdS regulations, LPS 1656, LPS1204 Issue 3.2, BRLK23001, and IMO MSC.1 / Circ.1270 for Sea Going Vessels under SOLAS74.  Alike conventional gas suppression systems, Condensed Aerosol is classified as a Total Flooding agent. For system design and installation, the physical and technical parameters of the protected area, such as the class of fire, volume and height need to be taken into consideration. However, unlike its gas counterparts, the efficiency of fire suppression using condensed aerosol lies predominately in interrupting the chemical chain reactions occurring within the flame, rather than cooling or depleting the oxygen content in the protected enclosure.  Upon detection and confirmation of a fire, the solid aerosol forming compound contained within the generators, transforms from a solid state into a rapidly expanding two-phase fire suppression agent, consisting of potassium carbonate (K2CO3) – the active agent – as particulates of size smaller than 10 μm suspended in a gaseous blend. The gas-type 3D properties of condensed aerosol facilitate its even distribution in the protected volume, as well as its flow into the natural convection currents of combustion.  System Components  A fire suppression system consists of several components that work together to detect, extinguish and/or control fires. The fundamental elements include a detection system, responsible for identifying the presence of a fire, a control panel that orchestrates the system’s operation, and various alarm devices to alert occupants and other systems.   Expanding on the foundational elements of condensed aerosol fire suppression systems, the core components are the pre-engineered, non-pressurised generators. When activated, these generators release the designed amount of fire suppression agent in the enclosure. The Aerosol generators are an all-in-one device and are the equivalent of the agent/cylinder, piping and nozzles of conventional gaseous systems. The quantity and model of generators to be used are determined by the agent density required, which differs from one manufacturer to another and is derived from fire suppression tests. These tests are defined in protocols set out by relevant standards such as UL2775, EN15276 part 1 and ISO15779, conducted by accredited bodies and listing Authorities.  Design Principles for Total Flooding Systems:  Designing a condensed aerosol system is regulated by engineering standards which also address the way these systems are installed, commissioned and maintained. Such standards are EN15276 part 2, ISO15779 and NFPA 2010. For the system to be compliant to these standards, all components must be certified, approved or listed.  In the forward-thinking landscape of fire suppression technologies, FirePro stands out with its advanced Condensed Aerosol Systems. Emerging prominently in the 1990s due to stringent environmental regulations, these systems have revolutionised fire safety with its approach to extinguishing fires. Unlike traditional methods that deplete oxygen, condensed aerosol systems disrupt the chemical reactions of fire at the molecular level, utilising a potassium carbonate-based agent.   This From the Expert delves into the critical aspects of system design, highlighting the importance of precise agent quantity calculations, the integrity of protected enclosures, and the specific application densities required for effectiveness. It underscores the system’s environmental benefits, its compliance with international standards, and its straightforward installation process. FirePro’s expertise in this domain not only enhances safety across various applications but also aligns with the global shift towards more sustainable fire suppression solutions. George Michael, International Business Development Manager for FirePro provides their knowledge and understanding of this subject matter and presents the technicalities around condensed aerosol systems.   Introduction  Condensed aerosol technology gained popularity in the 90’s due to the phase-out of Ozone-depleting substances – a result of the Montreal Protocol enforced on January 1, 1989. With almost three decades of worldwide use, the technology is regulated according to international standards and guidelines, such as the UL 2775, NFPA 2010, EN15276, ISO15779, VdS regulations, LPS 1656, LPS1204 Issue 3.2, BRLK23001, and IMO MSC.1 / Circ.1270 for Sea Going Vessels under SOLAS74.  Alike conventional gas suppression systems, Condensed Aerosol is classified as a Total Flooding agent. For system design and installation, the physical and technical parameters of the protected area, such as the class of fire, volume and height need to be taken into consideration. However, unlike its gas counterparts, the efficiency of fire suppression using condensed aerosol lies predominately in interrupting the chemical chain reactions occurring within the flame, rather than cooling or depleting the oxygen content in the protected enclosure.  Upon detection and confirmation of a fire, the solid aerosol forming compound contained within the generators, transforms from a solid state into a rapidly expanding two-phase fire suppression agent, consisting of potassium carbonate (K2CO3) – the active agent – as particulates of size smaller than 10 μm suspended in a gaseous blend.

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Big Interview – Kate Blake

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International Women’s Day with Kate Blake, Director of Business Development, FirePro UK Ltd, Council Member for Fire Industry Association, Co-Founder of Women in Fire Safety Awards  Can you share with us the journey that led you to your current role as Director of Business Development at FirePro and a Council member for the Fire Industry Association?  My journey to my current roles has been diverse and enriching. Starting with no clear career path and working in various jobs, including sales and banking, I developed a keen interest in housing and construction. This led me to study construction management and work in various on-site roles, eventually shifting to the supply chain sector during the recession. My entry into the fire industry began with a role in fire alarm manufacturing, further expanding into international sales for sounders and beacons. Co-founding Women in Fire Safety was a highlight, aimed at celebrating the achievements of women in the industry. It was around three years ago that I was introduced to the MD of FirePro UK, Tony Hanley. He has been a solid supporter of the Women in Fire Safety Awards, and out of the blue, I got a call from Tony, offering to meet to discuss a Director of Business Development post, and the rest, as they say, is history. This is definitely a fresh challenge in which I am confident I will make a positive difference in driving business growth.   With International Women’s Day in mind, what message would you like to share with women around the world who are striving to make their mark in traditionally male-dominated industries?  Over the years, women have made significant strides in what were traditionally male-dominated industries. My own journey is a testament to this progress. As a mother and professional, resilience has been my cornerstone. My message to women is clear: pursue your passions relentlessly and never undervalue yourself, or your contribution, which is something, occasionally I don’t mind admitting that I have been guilty of doing. It’s not just about overcoming obstacles but also about fostering collaboration. I do believe that as time moves on, we will continue to see far more recognition, unity and support from what originally were traditionally male-dominated industries, and personally, I genuinely can see positive progress happening. Remember, your voice is powerful and essential for change. Our collective efforts continue to pave the way for a more inclusive workplace not just here in the UK but all over the world  As the Co-Founder of Women in Fire Safety Awards, what inspired you to establish this platform, and how do you see it evolving in the future?  The Women in Fire Safety Awards emerged from a 2021 discussion with my co-founder Chloe Vickery. The fire industry has so many opportunities in so many disciplines, and we just wanted to help to create more awareness of what is achievable and of course, encourage and attract new talent for the future. And with the future in mind, we also wanted our initiative to be recognised as a positive contribution to the fire industry’s diversity by celebrating female professionals’ contributions. Surprised by the wealth of nominations and global support, the awards have rapidly expanded, affirming the significant role of women in this sector. As we approach its fourth year, our vision is to further elevate and diversify the industry, making it more inclusive. We anticipate even greater participation and impact, inspiring more women to join and innovate within fire safety.  Reflecting on your extensive career, what have been some of the most significant challenges you’ve faced as a woman in the fire safety industry?  In my career within the fire safety industry, navigating imposter syndrome and mastering public speaking were formidable challenges, also arranging childcare schedules as a mother in the earlier days also could be exhausting. The need to assert my competence and be taken seriously, pushed me to extensively prepare for professional engagements. Balancing the demands of work and family life, while striving to avoid burnout, has been a continuous journey, my children have all left now, so it does get better in that regard. These experiences underscored the importance of resilience, self-belief, and the pursuit of a balanced life. In recent years, we have been told we can have it all…from experience, something sometimes has to give… However that being said, the Fire Safety Industry is a supportive and exciting area to work in and it has certainly been worth the challenges.   Can you share a particular moment or achievement in your career that you feel embodies the progress women are making in this field?  A defining moment for me was witnessing the transformative impact of the Women in Fire Safety events. Unlike typical industry gatherings, these events illuminate the significant strides women are making in fire safety. The diverse stories of perseverance, achievement, and recognition highlight a shift towards greater inclusivity. Seeing nominees gain recognition, further opportunities, and enhanced career visibility showcases not just individual successes but the collective progress of women in this sector. It’s a vivid reminder of the resilience and growing influence women contribute to the fire safety industry, marking a significant step forward in diversity and empowerment.  What initiatives or strategies do you believe are most effective in promoting diversity within the fire safety industry?  Enhancing diversity in the fire safety industry centres on raising awareness about the wide range of career options beyond traditional firefighting roles. Initiatives like Women in Fire Safety play a crucial role in showcasing diverse opportunities, from engineering to sales. Educational outreach, particularly during career days, is key to challenging stereotypes and revealing the sector’s full scope to a broader demographic. Encouraging work experience and internships within the industry helps demystify the field, providing clear pathways into various roles. These efforts collectively contribute to attracting a more diverse workforce, crucial for the industry’s continued growth and innovation.  To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer

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Jes Munk Hansen to become Rockwool CEO

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Jens Birgersson will continue as CEO until Jes Munk Hansen, currently CEO at Terma, joins ROCKWOOL, latest 1 September 2024. Board Chairman Thomas Kähler says, “Jens Birgersson has been a driving force in ROCKWOOL’s positive business development through the last nine years. During Jens’ time, our sales have increased significantly, and our EBIT margin is at an historically high level. And ROCKWOOL has further established its position as the world leading stone wool manufacturer. The Group stands on a very solid foundation for its continued development, and I want to thank Jens for his strong leadership”. CEO Jens Birgersson says, “I am proud of the progress and results we have created in ROCKWOOL. The whole team deserves credit for these accomplishments, and it has been a personal and professional pleasure to have been part of the company’s positive transformation. I am into my 10th year as CEO of ROCKWOOL. For a global company, that is a long time, and I look forward now to focusing on taking care of my family and pursuing new interests”. Successor Jes Munk Hansen has more than 20 years’ experience from the building materials industry with a focus on energy efficiency and sustainability. Prior to joining Terma, Jes had substantial international leadership experience, and has among other things lived in the United States, where he was in charge of Grundfos’ North America business for five years. Subsequently, he held a number of leadership positions in OSRAM as well as being CEO for LEDVANCE. He is today Vice Chairman in the Confederation of Danish Industries and Board member in WSAudiology and has also been on the ROCKWOOL Board for the past year. Jes Munk Hansen will stand for re-election to the ROCKWOOL Board at the next Annual General Meeting and will first step down from the Board in connection with taking over as CEO. “In Jes Munk Hansen, ROCKWOOL gets a CEO with significant leadership experience from large international businesses in the building materials sector. He is a successful leader in Terma, and I have personally benefited from his insights via his work on ROCKWOOL’s Board. Therefore, I am convinced that with Jes, we have found the right person to lead ROCKWOOL”, says Board Chairman Thomas Kähler. “I am proud and strongly motivated to have the opportunity to lead ROCKWOOL, and I look forward to meeting the leadership team, employees, customers, and other partners. ROCKWOOL is a globally leading player, which entails a significant responsibility. For me, it will be important to show that energy efficiency, sustainability, and business results can go hand in hand. And not least, I look forward to being part of the daily work at ROCKWOOL, a company I have followed during my entire career”, says Jes Munk Hansen. Jes Munk Hansen is 56 years-old, married, with four children. The family lives in Copenhagen. He has Danish and American citizenship and earned a Master of Science degree at Copenhagen University and an MBA from London Business School. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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45 killed in Bangladesh shopping mall fire

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A severe fire at a six-story shopping mall in Dhaka, Bangladesh, resulted in the deaths of at least 45 individuals and injuries to many others. The blaze at Green Cozy Cottage Shopping Mall began late Thursday on the first floor within a biryani restaurant. Firefighting teams, numbering 13 units, managed to extinguish the fire after two hours. Medical professionals report that the majority of fatalities were due to suffocation, while some victims died attempting to escape by jumping from the building. Numerous individuals are currently receiving medical attention for burns at two government hospitals. Brigadier General Main Uddin, a senior fire service official, suggested the fire might have started from a gas leak or a malfunctioning stove, citing the building’s hazardous conditions with gas cylinders stored improperly throughout the premises. Families arrived at hospitals early Friday to claim the remains of their loved ones, with grief palpable outside the emergency rooms. Health Minister Samanta Lal Sen has indicated that the death toll may increase. Survivor Mohammad Altaf shared his escape, breaking a window in the kitchen to jump to safety. He noted the early efforts of a cashier and server to evacuate people, both of whom tragically died later. Prime Minister Sheikh Hasina has expressed her condolences and directed immediate aid for the injured. A committee of five members has been established to investigate the fire. Such incidents underscore the broader issue of fire safety in Dhaka, a city prone to fires due to rapid construction that often overlooks proper safety protocols. Historical tragedies, including the deaths at a food processing plant in 2021 and a significant fire in 2019, along with notable industrial accidents, spotlight the ongoing risks in various sectors, emphasizing the need for improved safety standards. To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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Nuaire releases CPD on High Temperature Axial Fans & VSDs

News Desk /

Nuaire is thrilled to unveil its latest Continuing Professional Development (CPD) session, focusing on High Temperature Axial Fans & Variable Speed Drives (VSDs), designed to enhance understanding and compliance in the realm of indoor air quality and ventilation. Simon Plummer, Nuaire Axials Divisional Manager and esteemed fire safety authority, underscores the significance of this CPD: “Frequency converters have been permitted for use during a fire event since 2015, enabling dual mode fans to be controlled by VSDs, even during fires. However, there remains some confusion in the industry about how high temperature fans and VSDs can be certified and used for the various smoke applications within buildings. Our new CPD directly addresses this, explaining the standard in detail and the flexibility it offers Consultant and Smoke Designers when it comes to designing solutions.” This CPD is tailored to elucidate the standard ‘BS EN 12101-3:2002 Smoke and heat control systems – Specification for powered smoke and heat exhaust ventilators’ comprehensively. It encompasses insights into regulatory changes, clarifies certification procedures and offers practical guidance for professionals in the field. Moreover, the CPD delves into the rigorous test conditions that high temperature axial fans and VSDs must undergo, followed by a discussion on best practices in high temperature fan design. Plummer emphasizes the importance of selecting a fan/VSD package that has been tested together and explains the necessity of a VSD “Fire Mode” (smoke clearance function).   To read more exclusive articles and latest news, see our last issue here. Never miss a story… Follow us on: International Fire Buyer @Firebuyer Fire Buyer Media Contact Rebecca Spayne Managing Editor, International Fire Buyer Tel: +44 (0) 1622 823 920 Email: editor@firebuyer.com

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