Electrical Fire Safety

When it comes to fire suppression technology, Halon Systems have remained a benchmark of reliability and effectiveness. While newer technologies have emerged, Halon fire suppression systems continue to be recognized as a critical component for safeguarding sensitive environments, including data centers, aircraft, and high-value assets. The reason Halon systems maintain their position as the gold standard can be attributed to their unparalleled effectiveness in extinguishing fires quickly and without causing additional damage to the protected equipment. Halon Systems Halon systems are a type of gaseous fire suppression technology that uses Halon chemicals—typically Halon 1301 or Halon 1211—to suppress fires. These systems work by interrupting the chemical reactions that fuel a fire, effectively extinguishing the flames without causing harm to equipment or leaving behind residue. Halon systems are highly effective in environments where water-based suppression systems could cause severe damage to electronic equipment or critical infrastructure. Traditional fire suppression methods These type of systems are primarily deployed in areas where traditional fire suppression methods like sprinklers could be impractical or damaging. For instance, these type of fire suppression systems are commonly found in data centers, electrical facilities, and certain types of commercial aircraft. Despite newer alternatives, Halon Systems have proven to be an invaluable solution for preventing catastrophic fire damage in these specialized environments. Why Halon Systems Are Effective The effectiveness of Halon systems can be attributed to the chemical properties of Halon compounds. When released into a fire, Halon interferes with the chemical chain reaction that sustains combustion, thereby suppressing the fire without the need for water, foam, or powder. This mechanism offers several advantages over other suppression methods, particularly in environments where the protection of delicate equipment is paramount. Speed of Suppression Halon systems are known for their rapid fire suppression capabilities. In many cases, these systems can extinguish a fire within seconds of activation. This speed is critical in high-value environments like data centers or aircraft, where even a few minutes of exposure to fire can result in significant financial loss and operational downtime. Minimal Residue Unlike water or foam-based suppression systems, which can cause corrosion or long-term damage to electronic equipment and machinery, Halon Systems leave behind minimal residue. This makes Halon ideal for protecting sensitive electronics, delicate machinery, and important documents in spaces such as server rooms, telecommunications facilities, and archives. Effectiveness in Confined Spaces Halon is particularly effective in confined spaces where traditional fire suppression methods might be impractical. For example, in a room filled with expensive computers or networking equipment, deploying a water-based fire suppression system could destroy the very equipment it’s trying to protect. Halon, however, can be discharged in a controlled manner to put out fires without causing damage to the equipment in the room. Mechanics of Halon Fire Suppression Systems Halon Systems are designed to quickly and efficiently extinguish fires without causing harm to sensitive equipment or leaving behind damaging residue. When a fire is detected, the system is triggered, and Halon gas is released into the protected environment. This release interrupts the chemical reactions that sustain combustion, effectively extinguishing the fire in seconds. Rapid response The rapid response of this fire suppression method is one of the key reasons they remain the gold standard in fire suppression. In high-value environments like data centers, aircraft, and military applications, every second counts. Halon systems work quickly to minimize damage and protect both assets and personnel. The process of releasing Halon involves a precise and controlled discharge, ensuring the fire is suppressed without overwhelming the space with excessive gas. This controlled release is vital in maintaining the safety of personnel who may be present in the area during activation. Environmental Considerations of Halon While Halon fire suppression systems have many benefits, they also have a controversial environmental impact. Halon compounds are classified as ozone-depleting substances, and their use has been restricted under the Montreal Protocol, an international treaty aimed at protecting the ozone layer. As a result, the production of new Halon systems has been banned in many parts of the world, and Halon is no longer used in new installations. However, the ban on new Halon production does not mean that existing systems are no longer in use. Many companies continue to operate and maintain Halon systems through Halon recovery programs. These programs allow for the recycling and reuse of Halon, helping to mitigate environmental impact while maintaining the effectiveness of the system. Transition to Halon Alternatives In response to the environmental concerns surrounding Halon, various alternative fire suppression systems have been developed. These alternatives include clean agents like FM-200, Novec 1230, and Inergen. While these agents are considered less harmful to the environment, they still do not match Halon in terms of speed and efficiency in certain applications. Moreover, Halon Systems often remain in place for facilities where the environmental cost of replacing them with an alternative would be prohibitive, especially in sectors like aviation, where Halon systems are deeply ingrained in fire safety protocols. Real-World Applications of Halon Systems Data Centers In environments like data centers, fire suppression is crucial for maintaining operational continuity. A fire in a data center can result in catastrophic data loss and equipment damage, making it essential to have fast and effective fire suppression systems in place. Halon fire suppression systems are ideal for this purpose, as they can quickly extinguish fires without leaving damaging residue. As a result, many data centers in California and beyond continue to rely on this system type to safeguard their valuable IT infrastructure, including in server rooms. Aircraft and Aviation The aviation industry has long relied on Halon Systems for fire suppression in aircraft. Halon is used in both engine and cargo hold suppression systems, where fires can quickly become dangerous in confined spaces. Halon’s rapid fire suppression capability is critical to ensuring the safety of passengers and crew, as well as preventing extensive damage to the aircraft. Despite the global push for more environmentally friendly alternatives, Halon remains the primary choice in aviation due to its effectiveness and speed. Military and Critical Infrastructure In military operations, Halon fire suppression systems are used in naval vessels, armored vehicles, and other critical infrastructure. These environments require systems that can quickly suppress fires without causing additional risks to personnel or equipment. Halon continues to be a favored solution due to its proven ability to handle these high-stakes situations. Maintenance and Regulatory Compliance One of the key factors in maintaining Halon Suppression Systems is ensuring that they are serviced and recharged properly. Halon is a chemical compound, and over time, it may degrade or leak, which could reduce its effectiveness in a fire emergency. Regular maintenance is critical to ensure that these systems are ready to perform when needed. Regulations surrounding Halon use In addition, organizations must comply with regulations surrounding Halon use, particularly regarding its environmental impact. While the production of new Halon is banned, many countries allow the use of existing Halon systems as long as they are maintained properly. In the United States, for example, the Environmental Protection Agency (EPA) regulates Halon recovery and disposal, and businesses must adhere to these regulations to avoid penalties. Future of Halon Systems Although Halon systems face challenges due to their environmental impact, they continue to be essential in many industries where rapid fire suppression is required. The global shift toward greener alternatives has spurred the development of clean agent systems, but Halon fire suppression remains the standard in high-risk environments like data centers, aircraft, and military applications. As Halon recovery programs evolve, it is likely that the systems already in place will continue to serve critical functions for years to come.

NFPA 70 is not just a technical manual — it’s a life-saving document. Electrical malfunctions are one of the major causes of fires in homes and businesses. Following NEC standards minimizes the risk of: Electrical fires; Electrocution; System failures; Expensive damage to electrical systems Many jurisdictions legally adopt NFPA 70 as part of their building codes. This means electrical work must comply with NEC standards to pass inspections and avoid fines or rework. The NEC promotes consistency. Whether one is in Texas or New York, if the local code is based on NFPA 70, the electrical standards will be virtually the same. NFPA 70 Current Guidelines (2023 Edition) The latest NFPA 7, is the 2023 edition, which includes several updates and modifications. The National Electrical Code is revised every three years, with input from industry experts, safety organizations, and engineers. Key Updates in the 2023 Edition: Service Disconnect Rules (230.85): New requirements for emergency disconnects in residential buildings allow for faster shutdowns during emergencies like fires or flooding. Energy Storage Systems (ESS): With the rise of solar power and battery storage, the NEC now includes stricter safety protocols for residential and commercial ESS installations. Ground-Fault Protection (210.8): Expanded requirements for ground-fault circuit interrupters (GFCIs) now cover more areas in homes and commercial kitchens. Surge Protection: Surge protection devices (SPDs) are now mandatory in many residential applications to safeguard against transient voltage spikes. EV Charging: Updated requirements for electric vehicle (EV) charging systems reflect the growing demand for clean energy transportation infrastructure. Who Needs to Follow NFPA 70? If someone is asking, “Do I need to follow NFPA 70?” the answer is probably yes if they are involved in: New construction or renovations Commercial electrical projects Industrial system installations Data centers or server rooms EV infrastructure Smart home upgrades Contractors, electricians, building owners, and inspectors all need to understand and apply the NEC properly. How to Stay Compliant With NFPA 70 Hire Certified Electricians: Licensed professionals are trained to follow NFPA 70 code requirements. Always verify credentials before hiring for the project. Use the Right Materials: Ensure that all cables, panels, junction boxes, and devices are UL-listed or meet NEC specifications. Schedule Inspections: Most municipalities require electrical inspections during and after installation. Inspectors ensure compliance with NFPA 70 current guidelines.

SOCOTEC, a major group in risk management and technical advisory for the construction, real estate and infrastructure sectors, is committed to supporting companies throughout the life cycle of their built assets. SOCOTEC Germany now has a 4th line of business and a total workforce of 1,400 people. The company is thus achieving a total turnover of €180 million. With more than 300 geomonitoring specialists, Trigis brings complementary expertise to SOCOTEC Germany's existing activities in the infrastructure, mining, building and industrial sectors, with a strong focus on the utilities world. Geomonitoring expertise The geomonitoring expertise enables ground monitoring, large-scale mapping, the creation of site plans, monitoring point planning, 3D digital terrain models, and thermal imaging, among other services in geomonitoring to monitor land and assets and prevent natural hazards. These services are generally on the critical path of major infrastructure projects. SOCOTEC Germany and Trigis GeoServices GmbH have come together to implement numerous synergies in markets with increasingly complex regulatory and technical challenges. Acquisition of Trigis For Hervé Montjotin, CEO of the SOCOTEC Group: "With the acquisition of Trigis, we are at the heart of SOCOTEC's strategic challenges in Germany.” “As a major player in infrastructure projects, SOCOTEC Germany now offers its customers the possibility of large-scale digitization of their assets or the environment surrounding their assets, such as power grids, mines or buildings, in order to better monitor and control them.” “This approach in Germany echoes the Group's other investments in monitoring in France, Italy, the United Kingdom, the Netherlands, which, by adding these technological services of geo-surveillance and mapping of land, underground, maritime or fluvial areas, complements the historically recognized expertise of its civil engineers." Development prospects For Ludger Speier, CEO of SOCOTEC Germany: "In addition to the diversification of our service offer in perfect complementarity with our historical offerings, we are delighted to welcome the 300 Trigis experts, spread over 8 key geographical areas across Germany, in addition to our current sites.” “We will thus be able to work on new projects in good synergy and our development prospects are significant. The whole contributes to strengthening our reputation and our brand in the German territory for the benefit of our clients.”

Fire and Rescue NSW (FRNSW) investigators, examining the scene of Sydney’s latest Lithium-Ion battery fire, are urging the public to safely store and charge the cells outside the home if possible. Just after 9 am on Friday, 14 April, an e-bike battery, on charge in the lounge room of a duplex in Sydney Road, Balgowlah, began to suddenly overheat in a process known as “Thermal Runaway.” A family of four inside the home heard a ‘popping’ noise as the battery began disintegrating and they threw water on the cell, but it re-ignited and exploded moments later, sending burning debris almost three meters across the room. Family safe FRNSW Fire Investigation and Research Unit Inspector Chris Hughes inspected the scene  The family escaped the home unharmed as firefighters arrived and placed the damaged battery in a bucket of water to prevent further re-ignition. FRNSW Fire Investigation and Research Unit Inspector Chris Hughes inspected the scene and numerous impact points on the lounge room walls and ceiling. “When Lithium-Ion batteries go into Thermal Runaway and explode fiercely like this, the debris has potential to start numerous fires in the home,” Inspector Hughes said. Dangers of Lithium-Ion batteries “Lithium-Ion batteries are particularly difficult to extinguish as they often re-ignite, causing further risk. In this case, the battery and charger were compatible,” continued Inspector Hughes. “We’re urging the public to charge and store Lithium-Ion batteries outside the home where possible so if they do overheat and explode, the chances of harm are reduced and there’s less risk of homes burning down.” “Where it’s not practicable, charge lithium-ion batteries on a non-combustible surface and not in an entry/exit pathway, ensure your batteries and devices are in good condition and are compatible. Stick to reputable brands and ensure your home has a working smoke alarm and a fire escape plan, especially as we head into winter.”

Euralarm will organize a webinar on Fire safety in EV parking garages on October 14, 2025. The rise of electric vehicles (EVs) has brought both environmental benefits and new safety challenges. The nature of EV construction is to protect the battery cells from weather, surface water spray, and damage in normal use, and this presents a challenge in delivering extinguishant to the cells. Therefore, it is extremely challenging, if not impossible, to stop in-cell thermal runaway inside the traction battery or slowing cell to cell propagation. Fire risk disparity Euralarm’s latest guidance unpacks the fire risk disparity between EVs and ICE vehicles, the unique dangers of thermal battery events, and the critical steps needed to mitigate them effectively. The scope of this webinar, presented by Euralarm's Vice Chair of the Extinguishing Section, Gerd Hülsen, is to provide factual information on the fire risk of electric vehicles in parking facilities in comparison with other types of vehicles and to guide through solutions that can be applied. We will discuss fire behaviors and safety measures associated with both electric and combustion vehicles. This webinar is especially interesting for: Fire safety professionals Parking facility operators and managers Facility managers for commercial, residential, and public buildings Policymakers and regulators at the municipal, national, and EU levels Technology & innovation experts Installers and system integrators

Fire and Rescue NSW (FRNSW) investigators are now at the scene of a house fire, which has claimed the lives of two people in Sydney's south-west. Neighbors phoned Triple-Zero (000) around 6:45 am as the property in Lily Street, Wetherill Park became engulfed in flames and their own attempts to rescue the occupants proved unsuccessful. FRNSW immediately deployed 24 firefighters and six fire trucks. Fire crews When fire crews arrived on-scene, they used tools to force their way into the home  When fire crews arrived on-scene, they used tools to force their way into the home and located a 81-year-old man and a 75-year-old woman inside. The firefighters carried the woman outside and applied CPR until NSW Ambulance paramedics arrived, however the couple was pronounced dead at the scene. Two neighbors suffered smoke inhalation in their unsuccessful attempts to reach the couple. One of the men has been taken to hospital for assessment. Extinguishing the blaze That is one more life lost compared to the same six-week period last year Firefighters kept attacking the flames, extinguishing the blaze around 9:30am. Experts from FRNSW's Fire Investigation and Research Unit (FIRU) are now working with NSW Police to determine where and how the fire started. This incident brings to six the total number of people killed in residential fires across NSW so far this winter. That is one more life lost compared to the same six-week period last year. A record 16 people died in residential fires across the state last winter. Electric blankets As cooler conditions set in, FRNSW is again urging everyone to consider how they can protect themselves against the risks of fire in their own homes. Always keep materials at least a meter from any heater, ensure electric blankets are not compromised and maintain working, connected smoke alarms.

It is no secret that electricity can have a significant impact on the fire industry, and this is not just something that is restricted to a single country. Daily, we see the devastation that improper electrical wiring and defective products can have on a global scale. Personal injury, property loss, and death can all wreak havoc on those working within the fire service and other first responders, not to mention the significant impact on the entire community where the events take place.  steps to minimize electrical incidents There are steps that can be taken to minimize the number of these horrific electrical incidents Research from NFPA® that highlights home electrical fire statistics shows that U.S. fire departments responded to an estimated average of 46,700 home fires involving electrical failure or malfunction each year between 2015 and 2019. An additional 16,390 non-residential electrical fires required a response and were tracked between the years 2012 and 2016, indicating just how burdensome electrical fires are on the fire service.  However, there are steps that can be taken to minimize the number of these horrific electrical incidents. The implementation and utilization of current electrical codes and standards is a foundational piece in beginning to minimize these issues from arising. Triad of codes and standards NFPA has a triad of codes and standards that focus on mitigating risk and injury associated with electricity that have become known as the Electrical Cycle of Safety™ (ECoS™). When used collectively and properly, NFPA 70®, National Electrical Code® (NEC®), NFPA 70B, Standard for Electrical Equipment Maintenance, and NFPA 70E®, Standard for Electrical Safety in the Workplace®, provide an alliance for achieving holistic electrical safety. By utilizing the documents that make up the ECoS, businesses and communities can help to mitigate electrical fires and injuries that put significant strain on the limited resources available to the fire service. NFPA has a triad of codes and standards that focus on mitigating risk and injury Electrical Cycle of Safety The Electrical Cycle of Safety starts with an installation that is grounded in the requirements of the NEC The Electrical Cycle of Safety starts with a proper electrical installation that is grounded in the requirements of the NEC. This could be the initial installation for a brand-new building, an addition to an existing building, or new equipment being installed within a building. Regardless of what type of installation is taking place, it is important that, where applicable, proper electrical permits have been filed by the licensed contractor performing the work in the municipality where the building is established. This should then include having the appropriate inspections performed by a qualified electrical inspector throughout each stage of the installation. Having all electrical work done and inspected in accordance with the applicable NEC requirements is the appropriate first step in assuring electrical safety that protects both people and property. Electrical equipment and systems After any installation has been done, electrical equipment and systems must be maintained to ensure that they remain safe for those that service the equipment, as well as those that may be utilizing the equipment, such as production line workers or, in some cases, even the general public. An example of this might be keeping an electric vehicle charger in proper, safe working order so that citizens who need to use it are not exposed to any electrical safety risks, like shock hazards. NFPA 70B provides electrical equipment maintenance requirements and should be used in conjunction with any specific manufacturer maintenance requirements for electrical equipment. Safe working practices Maintaining equipment not only helps ensure electrical safety but it also helps to preserve its reliability Maintaining equipment not only helps ensure electrical safety, but it also helps to preserve its functionality and reliability. In the case of electric vehicle chargers, utilizing Chapter 33 of NFPA 70B can help to establish a maintenance plan for community-based public chargers that will keep them safe and functional for users, while minimizing the need for first responder actions. NFPA 70E is about establishing safe working practices to protect those who engage with electrical systems and equipment while on the job through either installing or servicing them or utilizing the equipment in performing their assigned work tasks. As is well established, there are many risks associated with electricity, such as electrical shock and arc flash incidents, that can put individuals at a significant risk of injury. Safe and healthy working conditions Not only is there a moral obligation as an employer to keep employees safe on the job, but there is often a legal one as well. For example, in the U.S., the Occupational Safety and Health Administration (OSHA) was established with a mission to assure safe and healthy working conditions for working men and women by setting and enforcing standards and by providing training, outreach, education, and assistance.  OSHA and NFPA 70E work in harmony to help ensure that employers are providing safe places of employment for their workers. OSHA establishes and enforces its own requirements around how employers must establish electrical safety in their place of business and, in most cases, NFPA 70E provides the means on how to accomplish those requirements. fire service and other first responders First and foremost, it means that the community as a whole becomes safer Together, the ECoS establishes a way in which electrical safety can be provided to communities that minimizes the number of responses that are required of the fire service and other first responders. First and foremost, it means that the community as a whole becomes safer. Furthermore, in a day and age where resources continually become more and more limited, alleviating the need to respond to a higher number of incidents also helps ensure that those valuable resources can be utilized where they are most needed. Knowledge to raise awareness of the ECoS So, how can the ECoS be utilized to help support the fire service and other first responders? As with many things, it begins with gathering knowledge to raise awareness of the ECoS and establish a starting point. Moving forward, this knowledge can be shared with others who have an impact on electrical safety across industries within communities.  Understanding the equal importance of safe electrical installations, maintenance, and worker safety in electrical applications will make it easier to have a dialogue with the specific groups or individuals that can impact those areas. Just as the ECoS works in unison to achieve overall electrical safety, it takes everyone working together collectively to do the same.

The 2022 Building Safety Act, instituted in direct response to the Grenfell Tower tragedy in London, UK, has outlined a raft of new responsibilities that building owners and managers must adhere to, in line with many of the deficiencies identified post-2017.  With the UK’s building stock notoriously aging, many of us live and work in buildings that were built under outdated regulations and have not been updated for decades in some cases. As such there is an enormous amount of remedial safety work to be done that covers essential fire protection features such as fire doors, alarms, sprinklers, and cladding materials. High-rise buildings Despite £5bn being allocated by the government to replace dangerous cladding, progress is slow, and it has been estimated that the amount needed to fully address the issue is closer to £50bn. In London, more than £1bn has been spent, and 700 buildings over 18m in height have applied for government support. However, almost half of those buildings currently in that process have not seen any remedial work begin.  This means in the capital alone there are more than a thousand high-rise buildings that are currently in need of urgent work. The need for retrofitting is particularly notable in high-rise buildings where fire spread can be rapid, and evacuation can be challenging. Across the country, there are over 11,000 high-risk buildings over 18 meters tall. In total, there could be two decades worth of remediation work. Building regulations Perfectly illustrates the delays people are facing when making their home or place of work safe from fire We had a stark, while thankfully non-tragic, reminder in August, that showed the danger of leaving these buildings in their current state when an apartment block in Dagenham caught fire. In this particular case, an external wall survey, commissioned four years before the fire, found that the block did not fully meet building regulations at the time of construction. Despite permission being granted in May 2023 and work being scheduled for June 2023, it was still ongoing almost 9 months after the target end date of December 2023. This perfectly illustrates the delays people are facing when making their home or place of work safe from fire. Traditional fire stopping The option that is often left to building owners is to completely remove the façade and install traditional fire stopping and, in many cases, requires residents to be relocated, requires large amounts of time, is severely disruptive, and carries a large price tag. This is why I have been vocal in my support of remedial work that doesn’t carry the enormous burden and cost of completely removing a facade to complete the work.  By inserting a protective sock filled with an acrylic-based fire-resistant sealant, the fire can be contained within a small section of the cavity for longer, significantly reducing the speed at which fire and smoke can spread, and I’m a huge proponent of it. Fire-resistant performance The system is devised to reinstate the fire-resistant routine of rigid and flexible wall and floor structures The system is designed to reinstate the fire-resistant performance of rigid and flexible wall and floor constructions where a retrospective cavity barrier is required. I think it’s the best solution for a huge number of cases where remedial work is required. It can be installed in residential, commercial, industrial and public buildings and the work can be carried out in-situ. Without the need to remove the whole building façade, projects can take weeks rather than months and cut out significant costs. When we look at why delays are happening, and the number of buildings where action is yet to be taken, it’s obvious that these are key stumbling blocks. Recent fire in Dagenham We’ve gained experience up and down the country, from London to Manchester, working in fire safety and have identified a number of areas which we hope that we can further improve on. Early reports from the recent fire in Dagenham suggest that the fire alarms sounded too late or were not activated at all. The cause of this has not been formerly identified, however, I envisage, and we are actively developing an ‘early warning system’, that could be installed within any wall, floor or ceiling cavity. The system could then be linked to a current fire alarm system, and/or App on your mobile phone. Expertise in sensor technology Fire can spread quickly before penetrating rooms where it would activate conventional fire alarms The benefit of this system, which would leverage our existing expertise in sensor technology, would be the ability to detect fire and smoke where conventional systems wouldn’t be able to. Where a fire is outside of the core of the building, our system would sit within cavities where fire can spread quickly before penetrating rooms where it would activate conventional fire alarms. In the event of a fire, response time is crucial. This would enable occupants to be able to leave the building or call Fire Brigade at an earlier opportunity, giving vital and potentially lifesaving time. Fire safety retrofitting The failure to address these issues could lead to further loss of life, economic costs, and legal liabilities. Fire safety retrofitting is not just about compliance but ensuring the long-term safety of residents and building occupants, particularly in densely populated areas where the risk of fire can have devastating consequences. We can make this happen far more quickly and ensure far more effective action is taken if we begin to think more imaginatively about the, giving people crucial time to act when disaster hits.

Are people too passive when it comes to fire door safety? Research conducted by the British Woodworking Federation (BWF) in 2022 would suggest so, with a third of the British public stating they would not report a problem with a fire door, despite three-quarters of respondents believing a propped open fire door would not perform its role in the event of a fire. From schools and shops to shared areas of employment and accommodation, people are habitually - and sometimes unknowingly - kept safe by passive fire protection systems such as fire doors and their hardware. Yet, in the same breath, occupants and visitors of busy public-facing buildings can be placed in danger by neglected or inappropriately used products. Highlighting these dangers, the Fire Door Inspection Scheme found 75% of inspected fire doors in the UK failed to meet required safety standards in 2021, for example. Importance of fire extinguishers Fast forward to the present day and perceptions are being challenged. Following a period of regulatory updates, greater focus is being placed on the responsibilities associated with both active and passive fire protection, and with a 79% rise in prosecutions related to fire safety violations between April 2023 and March 2024, it certainly pays to pay more attention. Where most recognize the importance of fire extinguishers and smoke detectors, what more can be done to ensure fire doors and their hardware are held in the same regard? Occupants and visitors of busy public-facing buildings can be placed in danger. Regulated and relied upon Passive fire protection is identified as the group of structural measures designed to inhibit the spread of smoke and fire. Frequently hidden in plain sight and sometimes taken for granted, fire doors are a key element of any building’s passive fire safety system and should never fall under neglect. In fact, fire doors are often the first line of defence against fire and smoke, and when closed, will compartmentalize spaces to protect property and provide occupants with an opportunity to escape. Fire doors are a key element of any building’s passive fire safety system. Such is their importance to public safety; fire doors are acknowledged by several professional bodies and are listed as a legal requirement in all non-domestic premises and houses in multiple occupations (HMOs). Under the recently updated Regulatory Reform (Fire Safety) Order 2005, a building’s designated Responsible Person (RP) must perform regular duties to review the condition of fire door systems, while providing residents with access to comprehensive fire safety information in the process. Fire door hardware Functional fire doors and clear exit routes are critical in ensuring appropriate precautions and preventative measures are in place and as such, responsible persons must recognize that a building’s fire doors will not perform as intended unless essential hardware has been correctly specified, installed, and maintained. As correctly acknowledged by most of the British public, an open fire door is rendered useless in the event of a fire and to form an effective barrier against fire and smoke, fire doors must be capable of closing fully from an open position. When performing a closing action, a fire door will call upon its hinges, locks, latches and door-closing devices, and in the event of a fire, not one of these elements can fail. In view of this, fire door hardware is methodically designed and tested to support the integrity of fire doors. To meet necessary standards, a fire doorset must pass one or more of a series of standardized tests, confirming its UKCA and CE certifications and FD ratings. Users can identify a certified fire door by its label, usually found on the top edge of the door. Functional fire doors and clear exit routes are critical in ensuring appropriate precautions. Shared responsibilities and results As part of their research in 2022, the BWF found that almost half of those who neglect to report a problem with fire doors would not take action because they were unsure who to report it to, or cited it was simply not their place or role to report it. Seemingly then, in many cases, improved communication and education towards fire door safety can help mitigate risk and further raise standards across the built environment. In any circumstance, people must continue being urged to keep buildings safe by reporting damaged or propped open fire doors to designated responsible persons. In higher-risk buildings where many rely on the same fire safety systems for example, it’s imperative that people know who they can turn to when a fire door safety issue arises, and often, this will be the landlord, owner, manager, or occupier of the premises. Equally, responsible persons must also adopt a hands-on approach by ensuring fire doors and their hardware are ‘subject to a suitable system of maintenance and are maintained in an efficient state, in efficient working order and in good repair’, as per the Regulatory Reform (Fire Safety) Order 2005. Higher-risk buildings where many rely on the same fire safety systems. True purpose of fire doors Where a fire alarm will inform you when something is wrong, fire doors require more proactive methods. As part of their ongoing maintenance duties, responsible persons should perform quarterly checks on fire doors, assessing the certification, gaps, seals, hinges and closing elements. Even durable door hardware can become worn and tired in high-footfall environments and may need repairing or replacing over time. An incorrectly installed or damaged self-closing device, for example, can limit the closing action of a fire door and prevent it from fully closing into the frame. Upon inspection, if a fire door isn’t operating as intended, it’s imperative to seek out professional advice and ensure maintenance or replacement is carried out quickly and professionally. Whilst many of us use them day to day without thought, the true purpose of fire doors must remain clear at all times. Collectively, we must continue to change the perceptions associated with passive fire protection methods and fire door safety, and only when we improve collaboration and communication will we truly limit the devastation of fire. Simply put, there is a chain of responsible parties, and everyone must recognize what their role is - we all must do better. Fire doors require more proactive methods. How Allegion UK can help Allegion UK has a wealth of resources designed to help responsible persons, duty holders and professionals undertake product selection, installation and maintenance checks on fire doors and hardware. For accessible fire door hardware support, Allegion’s new ‘Fire Door Hardware Fundamentals’ guide is available for download and combines expert guidance with helpful terminology and useful fire door safety checklists.

Wildfires swept through the Panhandle region of Texas earlier in 2024. The Smokehouse Creek Fire and the Windy Deuce Fire, both starting on Feb. 26, were the most significant outbreaks. The Smokehouse Creek Fire went on to become the second largest in U.S. history, burning over a million acres across Texas and Oklahoma before it was contained in mid-March. worst-ever wildfire As Texas battled its worst-ever wildfire, firefighters worked to mitigate fire and smoke damage. Among the challenges were staffing shortages. The United States is facing a serious firefighter shortage that makes fighting wildfires, including the Smokehouse Creek fire, even more difficult. Not unrelatedly, over half of all firefighters in the U.S. are volunteers.  training in structural fires Vector Solutions helps agencies train, prepare, and retain their employees to have a safer, better team “We just know how demanding the wildfire season is and how fast these fires can grow,” says Robbi King, Solutions Engineer at Vector Solutions. “We want our people to be current on the expectations of what we are training, preventing our chance of getting hurt,” he says. As fires increasingly occur at the wildland-urban interface (WUI), departments with training in structural fires should expand their training knowledge to prepare. Vector Solutions helps agencies train, prepare, and retain their employees to have a safer, better team. online firefighting training In addition to the availability of more than 450 hours of online firefighting training, the company also provides software platforms to ensure requisite knowledge and the ability to perform various skills.  Ensuring preparation for wildfire season, Vector Solutions has courses that meet the National Wildfire Coordinating Group (NWCG) requirements to renew certification. shortage of volunteer firefighters The shortage of volunteer firefighters is in part a reflection of the need for volunteers to hold full-time jobs to support their families, which limits their time for volunteering. Coverage of wildfire events, for example, is difficult during the day when more volunteers are at their paid jobs and unavailable.  “It takes the sacrifice of vacation and other things you earn to be a volunteer,” says King. Firefighter staffing is short throughout the U.S., and agencies facing fire emergencies often call on the larger surrounding area for help. Lack of resources in emergencies Local volunteers can perform some of the duties, but outside aid generally comes in the form of paid firefighters Resources are needed to perform search-and-rescue duties after the fire. “The problem is, when you call on all your assets, are there enough people to take care of medical needs and other emergencies?” says King. Local volunteers can perform some of the duties, but outside aid generally comes in the form of paid firefighters. Volunteers cannot commit two weeks of unpaid time even in a fire emergency.  Artificial intelligence Artificial intelligence (AI) can help to identify areas to search, but it takes human intervention to perform rescues and to facilitate recovery. A decayed power pole sparking dry grass was determined as the cause of the Smokehouse Creek Fire in Texas, and several other fires were also traced back to faulty power equipment. The fires caused significant damage, including hundreds of homes destroyed, livestock deaths, and widespread destruction of crops and ranch infrastructure.  Wildfire impact and concerns  A huge concern during wildfire season is that individuals heed evacuation orders when they come in. “We don’t want people to be left behind,” says King. “There’s nothing there that is worth your life. Minding the evacuation orders gets you out of harm’s way.” Residents in areas impacted by wildfire should also do their part to protect their homes; sometimes it’s as simple as mowing the grass. role of the weather Additional moisture can contribute to the rapid thickening of undergrowth, which contributes eventually The weather plays a significant role in determining the course of the wildfire season. Additional moisture can contribute to the rapid thickening of undergrowth, which contributes eventually to a cycle of drying out and opening the door to wildfires.  The location of residences near areas prone to wildfires can contribute to risks, especially along the wildland-urban interface. “Communities want to live near nature, so they work with builders, who are trying to appease what they want,” says King. Vector Solutions Cloud “We need to look at where we are placing these homes to make sure we are pushing the vegetation back far enough to prevent the spread of fires.” Keeping firefighter skills current also makes a big difference. The Vector Solutions Cloud stores video of first responders performing skills and the video can be observed and critiqued later for better training.  Scheduling and Check It Vector also provides Vector Scheduling, a time-and-attendance tool. Vector Check It streamlines routine truck and equipment tracking and centralizes asset and inventory management. Vector’s Guardian Tracking is a performance management and early intervention solution that equips first responders with a process for consistent feedback and positive recognition while identifying those in need of intervention before an adverse event takes place.  Guardian Tracking Software The system can also identify when people are performing below expectations or fail to meet standards Vector Solutions can contribute to firefighter retention. The Guardian Tracking software can identify career milestone events and trace the negative impacts of a major fire event, including emotional stress. The system can also identify when people are performing below expectations or fail to meet standards. “Most agencies have de-brief sessions after milestone events, but sometimes we need additional care,” says King. impact due to COVID  “We want to take care of people, but sometimes we need a reminder.” If departments can retain people, it becomes less of a recruitment effort. Four years after the beginning of the COVID-19 pandemic, the impact on the fire service is still being felt. “We are still identifying the long-lasting COVID effects, and there are small segments of communities that have not fully recovered,” says King. ”When you expose them to wildland fire and smoke, it compounds the issues.”  risk assessment It will be some time before the full impact of COVID is understood, including the need for first responders to go inside residences at the height of the pandemic.  “My work with the fire service and the military prepared me to always think about possibilities,” says King. “We do a risk assessment, which has allowed me to understand what the fire service needs and how we can apply our solutions to streamline and improve agencies’ processes. Having that knowledge has helped me find the right solution for firefighter needs.” 

Fire departments responded to an estimated average of 32,160 home fires involving electrical distribution and lighting equipment each year in 2015–2019, according to the National Fire Protection Association (NFPA). Electrical fires cause scores of civilian deaths and hundreds of civilian injuries, as well as millions of dollars in property damage. Some of the electrical components that present fire hazards in the home include faulty electrical outlets and switches, worn or damaged components, overloaded circuits, damaged or frayed cords, and misused extension cords and power strips. Improper use of light fixtures can also be a danger, and space heaters can be a fire hazard, if they are placed too close to flammable materials or left unattended. Loose plugs can lead to overheating Plugging too many devices into a single outlet or using wing cords instead of proper wiring can overload a circuit As outlets and switches age, the wiring behind them can loosen and break, causing sparks and fire. Loose plugs can also overheat and ignite surrounding materials. Plugging too many appliances into a single outlet or using extension cords instead of proper wiring can overload a circuit, thus causing overheating and fires.  Damaged or frayed cords can cause sparks and ignite nearby flammable materials. Cords that are kinked, pinched, or have exposed wires should be avoided and replaced immediately. Minimizing the Risk of Electrical Fires Here are some steps a homeowner can take to minimize the risk of fire from electrical systems: Upgrade the electrical system, especially if the home is older. If the electrical system has not been updated in a while, a qualified electrician can advise if it needs modernization. This could involve upgrading to breakers with better safety features such as Arc-Fault Circuit Interrupter (AFCI) and Ground Fault Circuit Interrupter (GFCI) technology. Schedule an electrical safety inspection. Having a qualified electrician periodically inspect a home's electrical system can identify potential problems before they escalate into fire hazards. Keep flammable materials away from electrical components, including curtains, furniture, and piles of paper. Sparks and overheating can easily ignite nearby flammables. Special Risks to Firefighters Firefighters face a unique set of electrical risks due to the nature of the situations they respond to. Here are some of the biggest electrical dangers that firefighters encounter: Live wires. Firefighters navigate burning buildings with compromised electrical systems. Exposed, downed, or malfunctioning wires pose a serious electrocution threat. Water can conduct electricity, so firefighters need to be especially careful when directing water streams near electrical sources. Hidden dangers. Fires can cause extensive damage, obscuring electrical hazards like damaged outlets, hidden energized wires, or electrical panels that may be malfunctioning. Firefighters need to be aware that not all electrical dangers are readily apparent. Using the wrong tools. Firefighters should know which type of extinguisher to use (like dry chemical powder or CO2) to smother the flames without risk of shock. High voltage situations. In some fire scenarios, like downed power lines or transformer fires, high-voltage electricity is a significant risk. Firefighters may need to call for utility companies to shut off power before fully engaging in firefighting efforts. Limited visibility. Smoke and darkness can significantly reduce visibility, making it even harder to spot electrical hazards during a fire. Firefighters rely on proper training and specialized equipment to navigate these situations safely. Improper grounding. Damaged or faulty grounding systems can create a situation where metal objects become electrified. Firefighters should be aware of this risk and take precautions. Electrical arcing. Electrical arcing is the creation of sparks or flashes of light when electricity jumps a gap between conductors. This can ignite nearby flammable materials and pose a risk to firefighters. Lack of ventilation. Electrical fires often produce toxic fumes. Firefighters should know how to properly ventilate the area to clear smoke and protect occupants from breathing in harmful substances. Addressing Multiple Threats Electrical fires present a double threat – fire and electrical shock. Firefighters must be trained and equipped to safely deal with both hazards. They should know how to shut off power to the affected area, minimizing the risk of electrocution for themselves and any occupants.

An ISO rating is a score between one and ten that indicates how well a fire department serves its local community. Determined by the Insurance Services Office, Inc. (ISO), a subsidiary of Verisk Analytics, the rating is based on a Fire Suppression Rating Schedule (FSRS). The lower the score, the better the rating, with a score of one being the best possible rating.   Evaluation criteria For communities, the ISO rating is a reference to an agency’s capabilities to extinguish a structure fire based on this national standard. ISO evaluates three main factors: the department itself (50% of the total score), the available water supply (40% of the total), and the communications center (10% of the total).   detailed and lengthy process However, there is much more that goes into a department's ability to protect a community In terms of the ability to protect the community, ISO only looks at a few critical details thus only reflecting how well departments are doing in those three categories. However, there is much more that goes into a department's ability to protect a community. Achieving an ISO score is a detailed and lengthy process that requires coordination among fire, water, and 911 center departments to work together to ensure the best possible result for the best resources available to a community.   Challenges to make fire, water, and 911 center work together “It can be a challenge to coordinate so many moving parts, but each of the three must work together and make improvements for the overall score to improve,” says Robbi King, Solutions Engineer at Vector Solutions, a provider of compliance-based software solutions. “With most departments being all-hazards departments, ensuring any budgeted dollars are maximized for the positive effect of the ISO ratings should remain top of mind. Matching those dollars to the rating is critical for the citizens of the community.”  training and workforce management Fire departments are deeply familiar with the ISO rating process as they are all held to this standard Vector Solutions is a pioneer in training and workforce management technology that enables Fire and Rescue Departments to meet their demanding training, compliance, and preparedness objectives including ISO.   Fire departments are deeply familiar with the ISO rating process as they are all held to this standard. When it comes to the general public, more education is needed. ISO rating process The average person often does not know that these ratings exist or how they affect the community, says King. Additionally, ISO rating is only one facet of today's fire department. It requires a single person or group of people to gain the necessary knowledge and time to create changes and improvements to make a lasting impact on their community.  community evaluations The evaluation is a large project that takes many staffing hours to prepare annually The general public tends to have an oversimplified view of ISO ratings: A fire hydrant in the front yard equates to cheaper insurance. However, the community evaluations actually look at many factors of the fire, water, and communications departments to set this rating from equipment and daily staffing levels to how long it takes for a 911 call to be answered. The evaluation is a large project that takes many staffing hours to prepare annually.   public safety suite of products Through Vector Solutions’ public safety suite of products, including software for training management, policy distribution, personnel scheduling, critical incident, and exposure tracking, agencies are better prepared with documentation that authenticates details required under ISO ratings, says King. With an online course library including more than 450 hours of fire department training with 250+ hours of CAPCE-approved EMS recertification courses, Vector Solutions prioritizes worker safety alongside robust documentation to achieve a positive score.  Vector Solutions’ Scheduling and Vector Check Vector Check, a mobile equipment repair and maintenance app, ensures agencies have better documentation Both Vector Solutions’ Scheduling work management software and Vector Check, a mobile equipment repair and maintenance app, ensure agencies have better documentation to support individual preparedness for success. These tools can be used to report daily staffing levels and pull reports from all necessary tests completed on the department's equipment.  TargetSolutions Additionally, tools like the TargetSolutions online training management system can aid in reporting required training hours upon completion. These examples of preparedness documentation are essential for ISO ratings as they look to ensure individuals and agencies as a whole are up to date on training and other preparedness initiatives.   Improvement in hydrant flow It can also note the best place to loop in another water main to improve the flow as well But how can technology identify places for improvement of elements like hydrant water flow? Hydrants are placed within a subdivision before roads are even made. If the water flow at the hydrants in a subdivision is not enough, the agency can use technology to find the best place to improve the water system and increase the water flow available. Technology can help by identifying the sizes of water mains to see if improving the volume or increasing the pressure would improve the flow in that area. It can also note the best place to loop in another water main to improve the flow as well.  an all-hazards agency The “fire department” title is likely an outdated name for most agencies today, says King. Today, they are an all-hazards agency, and structural firefighting is only one facet of what makes the agency special. ISO only looks at this one facet. Many agencies have a hard time achieving or maintaining a high ISO rating because structural firefighting isn’t the only work that they are required to do day in and day out.  Fire Suppression Rating Schedule Then work to identify what would be needed to gain those additional points to improve the rating" “Fire, water, and 911 center departments must coordinate to ensure the best possible ISO ratings,” says King. “This begins with reviewing the Fire Suppression Rating Schedule as a group and discussing each area to see where the community stands. Then work to identify what would be needed to gain those additional points to improve the rating.”  AgencyConnect Along with contacting and attending sessions with Verisk/ISO, gaining insight from a department’s individual questions and their training is essential to maximize a community’s effort. Recently, Vector Solutions announced a new tool called AgencyConnect, a data-sharing solution connecting local departments' training management systems to those used by state-certifying authorities and training academies.  simplifying training reporting Previously, training and certification records were distributed across agencies and academies, often locked away as a paper copy. By simplifying training reporting and reducing time-intensive, manual processes, more time can be spent ensuring first responders have the proper training that is essential when it comes time for ISO ratings.

While it’s never nice hearing that a client has had to deal with a real life fire situation, it’s always good news for them when they learn that their work has made a difference and helped protect a local business. That’s how they felt when one of the clients recently got in touch to report the successful activation of a PAFSS system that they’d previously installed for them. The fire in question started in the electrical control cabinet of a CNC brick setting machine belonging to a building products manufacturer. CNC machines can pose a particularly high fire risk as they’re unattended and automatic, and tool breakage and the use of flammable coolants or lubricants doesn’t help. Protecting CNC machines PAFSS (Pneumatically Actuated Fire Suppression Systems) is the perfect solution for protecting CNC machines, as it offers speedy detection and automatic suppression of fires at the source. In this instance, without PAFSS in place, the fire could have quickly spread throughout the vast warehouse space where it was located, which could have been devastating for the business owners, and also really dangerous for the staff on duty. Let’s take a look at exactly what happened and how PAFSS stepped in to save the day. High-risk warehouse settings “PAFSS is a really effective system in high-risk warehouse settings, and every business owner with CNC machines and other electrical enclosures should make sure they have them installed." "We see time and again the damage they prevent when activated, and we’re pleased that we can do our bit to protect our clients’ businesses by fitting them,” Matt Nicholls, Midland Fire Suppression Manager. The Incident So how did it all start? Quite simply, during normal operations, an electrical short circuit occurred within the electrical control cabinet of the CNC machine, which led to the arcing and overheating of the machine’s components. This then likely caused sparking, which ignited flammable materials in the machine (like wiring insulation or plastic parts), quickly starting a fire. This is a fairly common cause of industrial fires and something that should always be protected against by fire suppression systems. Luckily, in this case, an automatic fire suppression system was in place – installed by Midland Fire. How their fire suppression system responded PAFSS is designed to kick in automatically in situations like this, self-activating to put out the fire quickly and effectively, without the need for staff intervention. Here’s a step-by-step breakdown of how it worked in this scenario: 1. Fire detection The CNC machine was fitted with a detection tubing pressurized with inert gas, routed throughout the internal compartment of the machine’s control cabinet. When the fire broke out, the heat from the flames caused a localized section of the detection tube to rupture at the point of highest temperature. 2. System activation The rupture triggered the system, depressurizing the tubing instantly, which opened a valve on the suppressant cylinder. This was done mechanically, meaning that no electrical components were needed – ideal for protecting against electrical faults like this one. 3. Fire suppression discharge The system discharged the fire suppressant agent directly onto the fire through the ruptured section of the tube. In this case, the fire was extinguished almost immediately at its source, limiting its spread and impact. Meanwhile, the system communicated with the main fire alarm system, and the alarms sounded. The outcome The benefits of using a PAFSS system to automatically suppress a fire are immeasurable. In this scenario, the client benefited from the following: Minimal damage – As the fire was detected and extinguished so quickly, it didn’t have the chance to spread and completely destroy the CNC machine and any surrounding machinery. Instead, the machine only suffered superficial damage like minor charring and melted insulation. Saving lost business time – In this case, the need for major repairs to the machinery was avoided and the factory didn’t need to evacuate or shut down. The machine was back up and running quickly so operations weren’t drastically delayed. Staff were kept safe – Most importantly, no one was hurt as a result of the fire. The self-activating nature of the fire suppression system meant that staff didn’t put themselves in danger by trying to fight the flames, and a large fire which could have led to multiple injuries was avoided. Cost savings – The costs in the fallout of a fire can be devastating, often leading to businesses not being able to bounce back. But not in this case. Potentially thousands of pounds were saved related to machine repair, production loss and potential injuries. Happy days. The benefits of PAFSS The proof is all here – PAFSS really is worth the investment. It’s an automatic system, meaning that fires are brought under control quickly without compromising on the safety of staff, saving them money in the event of an incident and helping to protect the business. Installation is easy on both new and existing equipment, and flexible tubing allows for an unlimited number of fire detection points in enclosed spaces. PAFSS systems are highly reliable, using polymer tubing that’s specially engineered and unaffected by dirt, dust or oil, keeping the equipment safe no matter what. They can monitor and control the system remotely too, meaning no nasty surprises. Automatic fire suppression systems can be installed in all kinds of places, from public transport to industrial warehouses to kitchens, so whatever business they run, there’s a PAFSS solution for them. Need a fire suppression system installation for their business Midland Fire is an authorized and registered installer of both direct and indirect Jactone PAFSS® systems. The team is experienced and specialized in the design, installation, and servicing of the systems for businesses of all sizes, across a range of industries. They provide a free consultation, in which the friendly engineers will advise them on the best solution for their business. They can then go on to design and install the PAFSS system, providing them with ongoing maintenance and support once the system is in place.

Merriman Grange, a beautiful new care home from Cinnamon Care Collection, located in Worthing, West Sussex, is designed to provide a warm, comfortable, and thanks to Hochiki's ESP range, safe environment for its residents. Offering exceptional care across three floors, including a dedicated dementia unit, the home prioritizes the well-being of its vulnerable residents. Robust protection with needs Ensuring comprehensive fire safety in such a complex domain is paramount, needing a tailored approach Ensuring comprehensive fire safety in such a complex environment is paramount, requiring a tailored approach that balances robust protection with the specific needs of the residents. Care home fire safety is a multifaceted project. It demands a system that not only detects fires rapidly but also integrates seamlessly with other building systems, minimizes disruption during installation, and provides reliable, user-friendly ongoing maintenance. ESP range’s reputation for ease of installation For Merriman Grange, Southern Fire Alarms was entrusted with the crucial task of designing and installing a state-of-the-art fire safety system. As a new build project, Southern Fire Alarms had the opportunity to implement a comprehensive solution from the ground up. They chose Hochiki as their primary life safety manufacturer, citing their ESP range’s reputation for ease of installation and excellent compatibility with other building management systems. This integration was crucial for Merriman Grange, allowing for a streamlined and efficient operation of all building services. Full L1 category fire alarm system The system installed was a full L1 category fire alarm system, providing full smoke and fire detection coverage The system installed was a full L1 category fire alarm system, providing complete smoke and fire detection coverage across all three floors of the building. This comprehensive approach ensures that every area, from communal spaces to individual rooms, is protected. The presence of a dementia unit presented a unique challenge, requiring a system that would not cause undue stress or panic among residents. Hochiki devices Hochiki devices were selected specifically for their flexibility in terms of alarm volumes and tones, minimizing potential distress for these particularly vulnerable individuals. The ease of use for staff was another key consideration. Hochiki devices are designed to be intuitive, simplifying routine testing by maintenance teams. This user-friendliness ensures that staff can respond effectively to any fire safety event, providing peace of mind for both residents and their families. ESP range of addressable products Hochiki devices are designed to be intuitive, simplifying routine testing by maintenance teams "When it comes to reliability and ease of installation, Hochiki is our go-to manufacturer," said Naomi Fell of Southern Fire Alarms. She adds, "Their ESP range of addressable products are consistently high-quality, and their integration capabilities are second to none. For a complex project like Merriman Grange, where we needed a robust and dependable system that also considered the specific needs of dementia residents, Hochiki was the perfect choice." Naomi Fell continues, "Their devices are designed to minimize false alarms and provide clear, reliable warnings, which is crucial in a care home environment. We know that with Hochiki, we're providing our clients with the best possible protection." Installation of the Hochiki fire safety system The successful installation of the Hochiki fire safety system at Merriman Grange underscores the importance of a well-planned and expertly executed fire safety strategy.  By partnering with Southern Fire Alarms and utilizing Hochiki's advanced technology, Cinnamon Care Collection has created a safe and secure environment for its residents, ensuring their comfort and well-being for years to come.

Fire and Rescue NSW firefighters have worked throughout the night to free a driver from a wreckage following a crash between two B-double trucks in Oolong, east of Yass in the NSW Southern Tablelands. Three fire trucks, including a technical rescue truck and hazardous material truck, and 12 firefighters arrived on scene on the Hume Highway after reports of the collision between the two vehicles. Complex Rescue Operation A B-double truck veered off the road and rolled over before a second B-double truck collided with the overturned vehicle. One of the drivers died at the scene. Firefighters, alongside other emergency services personnel including NSW Police, NSW Ambulance and a trauma specialist doctor, worked for seven hours to free the driver from the second truck. The complex rescue operation involved firefighters using hydraulic tools to cut, spread, push, lift and move parts of the wreckage to try and get to the driver. Load Transportation Challenge Crews also had to utilise heavy haulage tow trucks to move the load, which was deemed non-hazardous by firefighters, to gain better access. The driver was freed and treated on scene by paramedics before being airlifted to hospital.

Three Fire and Rescue NSW officers have been awarded the Australian Fire Service Medal in Australia Day Honours. The recipients of the top emergency service recognition include Superintendent Gregory Houston, Station Officer Samuel Parkhouse and Grafton Captain Garry Reardon. Exceptional Bravery The Australian Fire Service Medal is one of the highest honours an Australian firefighter can receive. Established in 1988, the Australian Fire Service Medal is one of the highest honours an Australian firefighter can receive. The medal is awarded to firefighters who have demonstrated exceptional service, initiative and performance during their careers well beyond the normal expectations of a person in their position. The medals are awarded on Australia Day and the King’s birthday holiday each year by the Governor-General, on recommendation of Commonwealth and State ministers. Aviation Pioneer Superintendent Gregory Houston during his 35-year career, Superintendent Gregory Houston of Stanwell Park has demonstrated unwavering commitment, selflessness, compassion and dedication to firefighting, community safety and mentoring future pioneers within the organisation. Superintendent Houston was FRNSW’s first aviation officer and worked with NSW Police’s Air Wing to enhance the fire service’s Counter Terrorism capability, played a vital role in improving and expanding FRNSW’s Urban Search and Rescue competences, and deployed to various natural disasters including the Thredbo landslide, Christchurch earthquake and Cyclone Pam in Vanuatu. Community Commitment Committed to maintaining FRNSW’s culture and tradition, in 2022 Superintendent Houston was instrumental in re-establishing the NSW Fire Brigades RSL sub-Branch of which he currently holds the position of President. He has also led the FRNSW Ceremonial Team, served as a Peer Support Officer, is a former committee member of the FRNSW Relief and Welfare Fund, and is a current Board Member of the Museum of Fire. He mentors officers and firefighters, creating close bonds and playing a crucial role in upholding FRNSW’s values and service to the NSW community. During his career, Superintendent Houston has been awarded the Humanitarian Overseas Service Medal; National Emergency Medal; National Medal; Australian Defence Medal; Unit Commendation for Meritorious Service; Unit Commendation for Meritorious Service; NSW Premier’s Bushfire Emergency Citation; NZ Government Canterbury Earthquake Citation; NSWFB Long Service and Good Conduct Medal; a Letter of Commendation from the Royal Humane Society of NSW and a Commissioner’s Letter of Appreciation in 2001. Resilience Through Experience Station Officer Samuel Parkhouse Since joining FRNSW in 2006, Station Officer Samuel Parkhouse of Seven Hills has been dedicated to serving the community of NSW in the specialist areas of Rescue, and Urban Search and Rescue. Having witnessed firsthand the effects of traumatic incidents and the risk of psychological injury to firefighters through their exposure at disasters such as 2015 Dungog floods, 2017 Cyclone Debbie, 2022 Northern Rivers Floods, 2019/20 Bushfires, and the aftermath of the 2023 Türkiye Earthquake. Station Officer Parkhouse set out to create a firefighter-centric and holistic approach to assist mental health treatment, enabling effective integration back to the workplace. Wellness Summit Initiative Station Officer Parkhouse developed and implemented the FRNSW Wellness Summit, an innovative and ground-breaking mental health support program with the intent of providing evidence-based trauma support which was specifically tailored to meet the unique needs – and nature – of firefighters. He devoted over 12 months of his own time researching and planning this concept, meeting with practitioners and trialing various practices. The summit was piloted in 2022 and presented an innovative and ground-breaking mental health support program which has since been recognised by other emergency services and government agencies across the country. Service Awards During his career, Station Officer Parkhouse has been awarded; National Emergency Medal; National Medal; Unit Citation for 2019/20 NSW Bushfire Emergency; Unit Commendation for Meritorious Service; Unit Commendation for Meritorious Service; NSW Premier’s Bushfire Emergency Citation: FRNSW Long Service and Good Conduct Medal; a Commissioner’s Letter of Appreciation; Premier’s Bushfire Citation; and a Commissioners Safety Award. Volunteer Spirit Captain Garry Reardon Captain Garry Reardon initially joined FRNSW in Grafton in 1983 and undertook the role of a volunteer firefighter for eight years. He resigned in 1991 due to family and education commitments but rejoined in 1998 and has faithfully served FRNSW and his local community ever since. Crisis Management Expertise Appointed Captain in 2009, Garry has supported, deployed and led his firefighters in many local natural disasters including the Clarence River Floods of 2009, 2011 and 2013, the 2017 Cyclone Debbie response, 2021 Port Macquire Hasting River Floods, the 2019/2020 Bushfires, and most recently, 2022 Lismore floods. Excellence in Fire Safety His pioneership over many years has ensured his firefighters focus on community safety Captain Reardon’s care and compassion extends to ensuring his community is safer from the impacts of fire. His pioneership over many years has ensured his firefighters focus on community safety driven education to many at-risk groups in and surrounding Grafton. Aside from his firefighting duties, Captain Reardon has trained and mentored cyclists at Grafton Cycle Club since 1985, volunteered at Woolgoolga Surf Club, played and umpired cricket at local and district levels as well as coached the local women’s hockey team. During his career, Captain Reardon has been awarded the National Medal, Unit Commendation for Meritorious Service; NSW Premier’s Bushfire Emergency Citation and the FRNSW Long Service and Good Conduct Medal. Honouring Bravery Quotes attributable to Fire and Rescue NSW Commissioner Jeremy Fewtrell “I congratulate the three recipients on being recognised in today’s Australia Day Honours. It is a tremendous achievement to be recognised in this manner. “I am extremely proud our people have been acknowledged for their professionalism, commitment and courage in their careers. “Each of the recipients of this prestigious medal has demonstrated an exceptional level of service to FRNSW and their local communities for many years. “Whether it’s contributing to improving fire safety, mentoring and supporting other firefighters, spearheading change or developing better and safer equipment and response capabilities, each of these officers has made an invaluable contribution to FRNSW and the people of NSW.”

Fire and Rescue NSW Hazardous Materials crews remain at the scene of yesterday's major fire and chemical emergency in Sydney's west. More than 100 firefighters and 20 fire trucks were confronted by 60-metre-high fireballs at the waste recycling plant in Christies Street, St Marys. Industrial Fire Fallout FRNSW is working with site management, the NSW Environment Protection Agency and Comcare Burning gas bottles and chemicals caused numerous explosions at the height of the blaze, forcing authorities to evacuate workers nearby. Once the fire was contained early last night, firefighters worked through the evening to extinguish persistent hot spots. FRNSW is working with site management, the NSW Environment Protection Agency and Comcare to execute a Hazardous Materials management plan, including monitoring runoff from firefighting efforts. Aerial Threat Assessment FRNSW's Aviation Unit is using Remotely Piloted Aircraft Systems or drones, to provide valuable threat and damage assessments at the scene. FRNSW fire investigators are also at the site to determine the origin and cause of the fire.

Fire and Rescue NSW investigators are focusing on a charging e-bike battery as the cause of a fatal house fire at Guildford in Sydney's west. FRNSW crews have confirmed there were no working smoke alarms in the Rowley Road house that caught alight. Firefighter Rescue Attempt Responding to multiple Triple Zero calls, firefighters found a bedroom in the home well ablaze. There were reports of a person trapped inside and crews quickly entered the burning building to carry out a search. Five other people evacuated the home prior to the arrival of firefighters and were assessed for smoke inhalation A man was located in the bedroom and removed from the property but tragically, he could not be revived. Five other people evacuated the home prior to the arrival of firefighters and were assessed for smoke inhalation by NSW Ambulance paramedics, with one person transported to hospital. Crews were able to contain the fire to the bedroom, but the remainder of the home suffered smoke damage. The FRNSW Fire Investigation and Research Unit has examined the scene with Police forensic experts. Unsafe Charging Warning They have determined that an incompatible charger was powering the e-bike battery in the bedroom at the time of the fire. The food delivery bike itself was found outside the home. The Fire Investigators believe the battery was unable to absorb the energy generated by the charger and overheated, likely causing the fire. FRNSW and NSW Police are preparing information for the Coroner. Fire and Rescue NSW is urging the public not to mix and match batteries and chargers to prevent lithium-ion fires. Always charge lithium-ion battery devices with their dedicated power packs. Check Alarms FRNSW is also reminding homeowners and landlords that working smoke alarms save lives. Every home must have a working smoke alarm, and landlords have an added legislative requirement that they must be less than 10 years old and are checked annually.

Fostering fire safety is a basic principle, but one that suggests many different approaches and technologies. Best practices and greater innovation can play a role to ensure various aspects of fire safety (and health), but the first step is awareness. We asked our Expert Panel Roundtable: What is a fire safety trend that isn't widely adopted but should be?

Thermal imaging is an advantageous tool for firefighters on the frontline. As thermal cameras have become more compact and affordable, their availability has expanded, along with their usefulness. We asked our Expert Panel Roundtable: How does thermal imaging serve the needs of firefighters and how is it changing?  

Wildfire season presents special challenges to firefighters, and environmental trends point to even more frequent wildfires in the future, due to factors such as global warming. Technology, in all its variety, provides new tools to aid departments tasked with fighting wildfires. We asked our Expert Panel Roundtable: What are the emerging technologies in wildfire prevention and protection?