Fire Safety Management

His Majesty’s Inspectorate of Constabulary and Fire & Rescue Services (HMICFRS) has confirmed it is satisfied with the progress Suffolk Fire and Rescue Service is making to address improvements identified during its previous inspection. In a letter received this week following an October revisit, inspectors recognized early positive change across leadership, governance and organizational culture, supported by a comprehensive action plan developed with staff and representative bodies. Investment and support from Suffolk County Council Inspectors also noted the significant investment and support from Suffolk County Council - totaling £1.6 million over two years, which has enabled new posts, development programs and organizational reforms to be put in place. While acknowledging that meaningful cultural improvement takes time, the Inspectorate confirmed it is satisfied with the service’s progress to date. Inspectorate’s recognition Jon Lacey, Suffolk Fire and Rescue Service’s Chief Fire Officer, said: "We welcome the inspectorate’s recognition of the progress made so far, which reflects the hard work and commitment of our staff and pioneers." He adds, "We are building a positive, inclusive and values-led culture, and while we are encouraged by this feedback, we know we are only partway through our improvement journey." “Our focus now is on continuing to embed change, strengthening leadership behaviors, and ensuring that improvements become sustainable and consistent across the organization.” inspection last year Since the inspection last year, Suffolk Fire and Rescue Service has: Secured £1.6m investment from Suffolk County Council to support improvement. Recruited nine new posts, with eight further roles in progress. Developed a comprehensive 37-goal improvement plan addressing all recommendations. Introduced new governance boards and improved oversight of progress. Delivered leadership development, training and 360-degree feedback programmes. Increased staff engagement through surveys, feedback processes and enhanced internal communications. Commissioned external peer support and challenge to promote learning and transparency. improvements in leadership, communication, and culture Councillor Steve Wiles, Suffolk County Council’s Cabinet Member for Public Health and Public Protection, said: “It is reassuring to see the Inspectorate recognize the meaningful progress being made. The council’s £1.6 million investment is supporting improvements in leadership, communication and culture, and it is encouraging to see positive change emerging.” “There is more work ahead, but strong foundations have now been put in place, and we will continue supporting the service as it delivers the high standards our communities expect.”

As a business owner, they are responsible for the safety of their employees and customers. One important element of safety that is often overlooked is fire-system maintenance. By neglecting this crucial step, they put themselves and others at risk. This quick guide will provide them with everything they need to know about looking after their fire system to keep their business safe. When the fire-protection systems are well-maintained, it ensures the majority of fires are preventable. That means conducting regular maintenance of those systems. It’s always a good idea to have the fire protection systems installed by a professional, but that’s only half the battle. Maintenance is critical, from both a legal perspective and the fact that a false fire alarm will disrupt the workflow of the business. Regular checks and servicing mean a more proactive approach to fire safety. Why Is Fire System Maintenance Important?  Fire-system maintenance is critical for fire safety. All fire systems need to be regularly inspected and tested to ensure they are in working order. Without fire-system maintenance, fire safety risks increase. Fire systems that are not properly maintained can fail when they are needed most, leading to disastrous consequences. That’s why it is so important to have a reliable fire system maintenance plan in place. Having a plan and sticking to it ensures the fire system is always ready to do its job. If the fire system is damaged or broken, the consequences can be extremely serious. With poorly-maintained fire-protection systems, they could face the following issues. Insurance May Be Invalid The insurance may be invalidated if they do not maintain the fire systems. This is because fire insurance policies typically have a fire-system maintenance clause, which states the policy is only valid if the fire systems are properly maintained. If there is a fire at the property and the fire systems were not properly maintained, the insurance company may refuse to pay out on the policy. They may also be liable for any damage caused by the fire, as well as any injuries that occur. As a result, it is essential to ensure that the fire system is regularly serviced and maintained, and that they carry out regular fire risk assessments. Closing the Business Permanently Fire incidents can also lead to the permanent closure of the businesses. This is because fire incidents often result in the loss of business records and other important documentation. Fire incidents can also cause customers to lose confidence in a business and even tarnish brand reputation. That can lead to a decline in sales and, ultimately, the closure of the business. False Alarms One of the biggest problems when they ignore system maintenance is unnecessary callouts to the fire brigade. False alarms can be a nuisance for both the fire brigade and their neighbours. It’s estimated that there’s a false alarm to the fire services in the UK every two minutes, which costs the UK economy around £1 billion a year. More importantly, wasting the time of the fire and rescue services can cost lives. A well-maintained fire alarm system will be more effective at detecting a fire in its early stages, giving them a better chance of safely evacuating the premises. Regular fire-system maintenance is therefore essential for ensuring the safety of the premises and minimizing unnecessary callouts to the fire brigade. Fire System Testing and UK Law Fire alarm testing is a legal requirement in the UK, and there are a number of regulations that govern fire safety in businesses and other commercial premises. The Health and Safety at Work Act (1974) requires employers to take reasonable steps to ensure the safety of their employees, and the Regulatory Reform (Fire Safety) Order, 2005 imposes fire-safety obligations on landlords, owners and managers of commercial premises. One of the key requirements is to ensure that fire alarm systems are regularly tested and maintained in good working order. This not only helps to protect employees and customers but also ensures that businesses can comply with fire safety regulations. Regular fire alarm testing is an essential part of fire safety management, and businesses should put in place a suitable testing process to ensure compliance with the law. The Process of Fire System Maintenance Fire-system maintenance is vital to ensuring fire safety in any commercial or public building. The fire-system maintenance process involves several steps to ensure that all parts of the fire system are in good working condition, including: Checking that the standby batteries on smoke alarms are operational. Identifying any fire safety areas that need repair or replacement. Once all repairs have been made, a certificate of compliance is issued to prove that the fire system meets all regulatory requirements. Results of all fire-system tests must be recorded to ensure that the building meets fire-safety standards. By following these steps, fire-system maintenance will help keep people safe in the event of a fire. How Often Should Fire Alarm Systems Be Inspected? In the UK, fire alarm systems must be inspected and maintained regularly to ensure fire safety. The frequency of inspections depends on the type of fire alarm system. Some hard-wired fire alarm systems need to be inspected monthly, while wireless systems may only need to be checked every three months. During an inspection, a qualified technician will test all components of the system to ensure they are working properly. They will also check for any signs of wear and tear and ensure the system is compliant with all fire-safety regulations. By having the fire alarm system regularly inspected, they can help to ensure the safety of the business. Who Can Test Fire Systems? According to British Standard 5839, all fire alarm detectors, call points, panels, and circuits must be tested by a competent person every six months. This person must have specialist knowledge of fire alarm systems and smoke detectors to carry out the tests effectively. In addition to the regular six-monthly testing, it is also important to carry out an annual service of the fire alarm system by a qualified engineer. This will ensure that all components are in good condition and the system can operate effectively in the event of a fire. If they are responsible for fire safety in a commercial or public building, they must ensure the fire alarm system is regularly tested and serviced. Doing so can help protect people from the dangers of fire and ensure the fire alarm system is there to warn them if a fire does break out.

Oshkosh Airport Products, an Oshkosh Corporation business, announced that six new Striker Volterra 6x6 Electric Aircraft Rescue and Fire Fighting (ARFF) vehicles are officially in service at Dallas Fort Worth International Airport (DFW). This milestone highlights DFW’s position as one of the first airports in the nation to adopt electric drive ARFF technology, while advancing its mission to support high-performance, sustainable operations. The new Striker Volterra Electric ARFF vehicles were sold through Siddons-Martin Emergency Group and represent a significant step in DFW’s broader plan to replace its legacy fleet with a modern, electrified response system. By late 2025, DFW will be the largest Striker Volterra Electric ARFF fleet operator in the U.S. Reducing response times “Enhancing performance by reducing response times is the key driver of transitioning to these new vehicles,” said Daniel White, Chief of DFW Fire-Rescue. He adds, “The Striker Volterra vehicles are faster and more agile than our current fleet. Because they are also safe for our firefighters and conscious for the environment, this investment represents a rare win-win-win, delivering operational benefits, while ensuring the safety of our responders and the community we serve.” Striker Volterra Electric features The Striker Volterra Electric 6x6 ARFF features a proprietary Oshkosh electric powertrain paired with an electro-mechanical infinitely variable transmission. This allows the vehicle to operate in electric mode with zero emissions during station entry, standby, and low-speed operations, significantly reducing firefighter exposure to diesel exhaust. When full power is needed, the integrated system draws on both the battery and internal combustion engine to deliver best-in-class acceleration and uninterrupted pump performance, without any additional operator intervention. Key performance features include: Acceleration from 0–50 mph (0–80 kph) in under 21 seconds – a 28 percent improvement over standard diesel models when fully loaded TAK-4 all-wheel independent suspension for exceptional control and ride quality 3,000-gallon (11,356-liter) water tank 420-gallon (1,590-liter) foam tank 2,000 gpm (7,570 lpm) water pump 500 lb. (250 kg) dry chemical powder system Electronic foam proportioning system with Oshkosh ECO-EFP foam testing system DFW’s transition to fluorine-free firefighting foam The addition of the Striker Volterra Electric ARFF vehicles also supports DFW’s transition to fluorine-free firefighting foam in line with FAA guidance and the industry’s move away from PFAS-based agents. This ensures a consistent and environmentally responsible response capability across the airport’s ARFF fleet. “Our commitment goes far beyond delivering a vehicle,” said Travis Ownby, sales specialist with Siddons-Martin Emergency Group, adding “It’s about helping departments like DFW Fire-Rescue lead the way in operational excellence and sustainability. We’re proud to support their mission with the Striker Volterra Electric ARFF vehicles.” Long-term electric vehicle integration To support long-term electric vehicle integration, DFW has modernized its ARFF stations with 480-volt charging infrastructure to meet evolving power demands. All Striker Volterra Electric ARFF vehicles are equipped with onboard chargers, and the airport’s infrastructure improvements ensure adaptability well into the future. DFW Fire-Rescue is responsible for protecting nearly 90 million passengers annually and is globally recognized for its leadership in aircraft fire response, firefighter training, and airport emergency preparedness.

Oxygen depletion is one of the most misunderstood concepts in fire safety and gas-based fire suppression systems. Many people believe that gases like FM-200, Novec 1230, and Inergen “kill” oxygen, but that’s not the case. These systems are designed to reduce oxygen levels just enough to suppress the fire, without reaching levels that would harm people. Understanding misconceptions Misconception #1: Oxygen Depletion Is the Same as Oxygen Displacement While oxygen depletion and oxygen displacement are related, they aren’t the same: Oxygen depletion: This happens when oxygen is displaced or consumed to a point where a fire can’t burn or people can’t breathe safely. Oxygen displacement: This occurs when inert gases like nitrogen or argon are introduced into a space, pushing oxygen out of the way and reducing its concentration. Misconception #2: Fire Suppression Gases ‘Kill’ Oxygen Fire suppression gases displace oxygen, not destroy it. Gases like FM-200, Novec 1230, and Inergen reduce oxygen concentration levels in the air, making it harder for fires to continue burning. Rather than chemically reacting with or “killing” oxygen, they take up space, lowering its percentage in the environment. Misconception #3: Only Chemical Reactions Can Deplete Oxygen Chemical reactions and physical displacement can both cause oxygen depletion, but they work differently. With physical displacement, inert gases like nitrogen or argon from a fire suppression system simply push oxygen aside, reducing its concentration without any chemical reaction. On the other hand, chemical processes like burning fuels consume oxygen by combining it with other elements, such as carbon or hydrogen. Misconception #4: Oxygen Depletion Is Always Obvious Oxygen depletion can be silent and undetectable. If users lack proper monitoring systems, theymay not notice the presence of inert gases like nitrogen or argon until it’s too late. Since they’re odorless and colorless, userscan suddenly experience symptoms of oxygen depletion, such as dizziness or confusion, without any warning. That’s why it’s important to install proper safety and monitoring solutions if one is using gas-based fire suppression systems. Misconception #5: Carbon Dioxide (CO₂) Is Only Harmful at Extremely High Levels CO₂ can be dangerous even at moderate levels. CO₂ is commonly used in fire suppression systems because it displaces oxygen and cools flames. Nevertheless, it can lead to: Concentrations above 5%: Headaches, dizziness, confusion, and shortness of breath Concentrations above 10%: Unconsciousness or even death Since CO₂ stimulates breathing, it can be harder to detect oxygen depletion until it’s too late. Misconception #6: All Gases Displace Oxygen Equally Gases have different properties and effects on oxygen displacement: Nitrogen (N2): Lighter than air, nonreactive, and mixes well throughout a space. It’s ideal for general fire suppression. Argon (Ar): Heavier than nitrogen and ideal for localized suppression in low-lying spaces. CO₂: Heavier than air and an effective fire suppressor, but with a higher risk to human health and safety. FM-200 and Novec 1230: Clean agents that absorb heat and slightly reduce oxygen levels. They’re ideal for occupied spaces. The Risks of Oxygen Depletion The air people breathe contains about 21% oxygen. Gases like CO₂ and nitrogen can lower this concentration, and depending on the oxygen levels in the space, users might experience: 12%-16%: Impaired coordination and judgment, but fires can still burn Below 12%: Fire struggles to sustain combustion, but breathing becomes difficult 7%-10%: Severe physical distress and likely loss of consciousness Below 5%: Fatal oxygen deprivation

Comelit-PAC has supplied its LogiFire wireless, addressable multi-panel fire alarm system at Augean’s Kirkby site, installed and commissioned by Centurion Fire & Security to ensure full regulatory compliance. The facility, operated by the major waste treatment specialist, required a robust fire safety system for complete coverage, local and remote monitoring and minimal disruption to operations. Together, Comelit-PAC and Centurion Fire & Security designed and implemented the system to meet the highest category of fire protection under BS 5839-1:2017. The wireless technology enabled a faster installation with minimal disruption, while still ensuring reliability and offering scalability for future site development. Installation process Emma Smith, Site Manager at Augean, said: “Great service from Centurion, the installation guys always worked efficiently and professionally. We’re pleased with the Comelit-PAC products installed and would be happy to recommend, especially the wireless aspect that have made a real difference in our fire safety set-up.” Thermal CCTV cameras installed Thermal CCTV cameras were positioned across external areas, combining perimeter security with early fire-risk detection and external manual call points and sounder VADs were installed to ensure rapid and clear emergency alerts. Both systems were integrated into a centralized platform, giving Augean the flexibility to manage the solution at any time, from any location, with total visibility across its operations. This dual protection has strengthened site safety and streamlined management processes. Comelit-PAC’s multi-panel wireless solution George Antemes, Key Account Manager at Centurion Fire & Security, added: “Working on this project was a great opportunity to demonstrate the efficiency and quality of our team.” He adds, “By adopting Comelit-PAC’s multi-panel wireless solution, we were able to complete the works quickly and seamlessly, maintaining full operations throughout. The system’s flexibility and ease of installation across the site helped us deliver a high-standard, fully compliant fire safety solution with minimal disruption.” Mandy Bowden, Fire Manager at Comelit-PAC, concluded: “Waste management sites present demanding fire risks, and achieving L1 compliance was essential for Augean. By combining our fire detection system with integrated thermal CCTV monitoring, we’ve delivered a reliable and scalable solution that ensures complete visibility and futureproof protection across the facility.”

Fire extinguishers are among the most essential safety tools in any building, yet they are often overlooked until an emergency strikes. Knowing how often does a fire extinguisher need to be serviced is crucial for maintaining safety compliance, ensuring functionality, and protecting lives and property. Regular inspections and servicing not only keep equipment reliable but also align with legal requirements established by organizations like the National Fire Protection Association (NFPA) and the Occupational Safety and Health Administration (OSHA). This article will explore the timelines, regulations, and best practices around fire extinguisher maintenance. It also addresses real-world scenarios where proper servicing made the difference in emergencies. Fire Extinguisher Servicing Fire extinguishers are only useful if they work when needed. Unfortunately, many fail during emergencies due to neglect. Servicing ensures: Compliance with safety codes (NFPA 10, OSHA standards) Assurance that extinguishers are fully charged and pressurized Detection of damage, leaks, or corrosion Extended lifespan of equipment A malfunctioning extinguisher could result in unnecessary property damage, business interruption, or worse—loss of life. Regular servicing prevents such risks. Regulatory Guidelines for Fire Extinguisher Servicing Different agencies set standards for fire extinguisher inspections and servicing: NFPA 10 requires monthly visual inspections, annual maintenance by a certified professional, and hydrostatic testing at specified intervals depending on the extinguisher type. OSHA mandates employers to maintain fire extinguishers in working order, with monthly checks and annual inspections. Local fire codes may add requirements based on regional regulations. Authoritative sources such as NFPA and OSHA provide detailed guidelines that businesses must follow. Frequency of Fire Extinguisher Servicing The frequency depends on the type of inspection and the extinguisher itself. Here’s a breakdown: Monthly Visual Inspections Carried out by staff or facility managers. Confirm accessibility, intact seals, and proper pressure. Quick checks to ensure readiness. Annual Maintenance Inspections Performed by certified fire protection professionals. Includes thorough examination of all extinguisher components. Tags and records updated for compliance. Internal Maintenance (Every 5–6 Years) Dry chemical extinguishers require disassembly and internal checks. Ensures the extinguishing agent remains viable. Hydrostatic Testing Conducted every 5 to 12 years depending on the extinguisher type. Tests the cylinder’s structural integrity under pressure. Summary: Fire extinguishers require monthly checks, annual servicing, and periodic hydrostatic testing. Common Signs That Service Is Needed Sooner Even if inspections are up to date, certain conditions mean immediate servicing is required: Broken or missing safety seals Low pressure gauge readings Visible corrosion or rust Physical damage, dents, or leaks Signs of tampering or discharge If any of these issues appear, the extinguisher must be taken out of service until repaired or replaced. Real-World Example: A Business Case In 2023, a small restaurant in Los Angeles experienced a kitchen grease fire. Staff immediately grabbed the extinguisher, but it failed due to low pressure. An investigation revealed that while the extinguisher had been purchased only three years earlier, it had never undergone annual servicing. The fire spread, causing thousands in damage and forcing a temporary closure. This incident underscores the importance of not just having extinguishers, but keeping them properly serviced. And on the other hand, just earlier this year in 2025, the getty museum mangaged to fend off the LA Fire from consuming the whole area, thanks to them having working extinguishers on hand. They had these ready thanks to their strict inspection requirements. Just imagine if their fire extinguishers have not received their proper maintenance. The Getty would not be standing today. Best Practices for Fire Extinguisher Maintenance Businesses and homeowners can adopt these practices: Assign responsibility for monthly inspections to trained staff. Schedule annual servicing with a licensed fire protection company. Maintain records of all inspections and servicing for compliance. Replace outdated extinguishers that no longer pass inspections or testing. Proactive steps ensure extinguishers are reliable in emergencies. Key Takeaways Fire extinguishers require monthly visual inspections and annual professional servicing. Hydrostatic testing occurs every 5–12 years depending on type. Immediate servicing is necessary if damage, corrosion, or low pressure is observed. Following NFPA 10 and OSHA guidelines ensures compliance and safety. Real-world cases show the risks of skipping maintenance.

The fire safety industry needs to be united in its initiative for the moral and behavioral changes in culture needed to improve standards. We should consider the moral responsibility required of all concerned in the supply chain from top to bottom, including designers, developers, suppliers, contractors, asset owners, manufacturers, managers and installers and many more. Let’s not forget, keeping the public safe is more than a job. Working in this industry is a vocation and should not be underestimated. New Building Safety Act Fire Aware has introduced a moral code of conduct via a series of charters designed to influence To help change the culture of the built environment, Fire Aware has introduced a moral code of conduct via a series of charters designed to influence how member companies behave in upholding their duty of care. The charters are aimed at all members of the supply chain. We should all be following the new legislation, including the new Building Safety Act as a minimum level. However, our standards go beyond legislation and address the issues of best practice. Ultimately, we are all protecting people’s lives. Fire safety measures The buildings we work on and the protection we install in all its different forms offers protection for those who inhabit them. The public has a right to that protection. For our part, we must commit to safety, and that means being united as duty holders of safety. The Building Safety Act has been introduced for good reason and its intent is to help guide everyone applying fire safety measures to follow a guide and a process which guarantees best practice. Appealing to the fire safety industry The fire sector has a wide array of duty holders, but they all share one common requirement - to understand Not unlike many other professions, the fire sector has a wide array of duty holders, but they all share one common requirement - to understand they are there primarily to keep the public safe. We are appealing to the fire safety industry and those with responsibility for making decisions to think about their moral duty from the outset of any project. Members of the Fire Aware community Members of the Fire Aware community are taking a stand. Working together, members can contribute to the wider cause of safety. We are raising standards and saving lives in the process. We see an opportunity to unite the fire safety industry beyond its traditional silos. Expertise is crucial and the technical guidance provided in specialist fields cannot be underestimated, and bringing a consistent approach to fire protection means a common set of behaviors. Fire Aware Code of Conduct All members must abide and comply with the law and regulations that are relevant within their specialism To that end, we have created our own Fire Aware Code of Conduct. Supporting the code, Fire Aware’s series of charters apply to main contractors, property developers, building management, designers, local councils, specialist contractors and sub-contractors. Our own Fire Aware Charter Conditions do not seek to override any legal obligations as specifically imposed by those of sector-specific professions. All members must abide and comply with the law and regulations that are relevant within their specialism. Outside of the fire sector The charters ask the member business to consider the safety of the end user, and to go above and beyond minimum standards to promote a commitment within the member business to identify itself as a business that cares. It also recognizes those outside of the fire sector, who, while holding a duty of care are not specifically part of the fire sector. We are a community of businesses and organizations taking a stand in the name of moral responsibility. Don’t hesitate to get in touch if you want to join us or seek advice. 

Whether it’s the end of the day or end of term, when schools close, it’s not unusual to see children and staff alike scrambling out the doors as they head for a much needed period of relaxation. Though, more vital than finding an exit for a break is the need to safely and swiftly evacuate school premises when an emergency situation arises. When fire breaks out in a school building, every second counts. Panic and emergency escape routes provide a direct path to safety and are critical in minimizing risk and the time spent evacuating, and as a result, are highly regulated in educational facilities as per the Regulatory Reform (Fire Safety) Order 2005 and the Building Bulletin 100 (BB100). Emergency escape routes Designated panic and emergency routes must be highlighted with concise signage Accordingly, designated panic and emergency routes must be highlighted with concise signage, remain clear at all times and contain fully compliant and operational fire exit doors - which are recognized as the final point of escape. During term time, when a school is at its busiest, staff, students and visitors must be confident in locating and traversing their nearest emergency exit route at any given time. Regular fire drills Regular fire drills, evacuation plans and staff training can play a critical part in ensuring the effective use of escape routes in schools, though, often overlooked is the important detail of exit hardware. Where neglected routes can turn a manageable emergency into a potentially dangerous situation, duty holders are urged to recognize the importance of functional fire exits and how exit hardware keeps them operational. Unique challenges and solution School buildings are often more complex than they first appear. Between sprawling corridors, high-traffic communal areas and frequent transitions between classrooms, halls and outdoor areas, there are various challenges and vulnerabilities to consider when it comes to fire safety and the accessibility of escape routes. Fire is an unpredictable danger for any facility, made more apparent in school buildings Fire is an unpredictable danger for any facility, made more apparent in school buildings by the presence of flammable materials - such as art supplies, paper and chemical substances in science labs, for example. In some schools, arson also remains a real concern, further elevating the chance of fire and reinforcing the need for effective emergency escape routes and operational fire exit doors. In any case, escape routes must not only be compliant, but robust enough to support an orderly evacuation under duress, and for that, correctly specified, installed and maintained fire exit hardware is key. Ease of use In panic situations, particularly where children are involved, ease of use and reliability are fundamental. For schools, where there are usually more than 60 occupants present, panic exit hardware is a typical installation on fire exit doors, with horizontal push bars and pads used for intuitive egress at the end of escape routes. These panic devices are designed to provide safe and effective escape through doorways with minimum effort and without prior knowledge of operation. Horizontal push bars for example, are often utilized on external outward opening doors, with panic hardware required to cover at least 60% of the door width, ensuring devices are easy to find and operate in an emergency. All panic exit devices must also be fitted to comply with the harmonized version of EN 1125 Panic and EN 179 Emergency standards and ensure UKCA and CE markings are present. Plan to protect Far too often, escape routes are compromized in school buildings as a result of poor planning and a lack of fire exit maintenance. The durability of exit hardware is regularly put to the test in school buildings Where insufficient signage, blocked exit routes and untrained staff are common oversights that can severely impact the effectiveness of emergency exits, poorly maintained exit hardware could be the difference between safe escape and disaster. The durability of exit hardware is regularly put to the test in school buildings, with wear caused by high footfall, heavy usage and vandalism. With this in mind, a duty holder or responsible person (often the headteacher or facility manager) is required to perform regular fire risk assessments to ensure appropriate precautions are in place to safeguard pupils and staff. Satisfactory working condition As part of their duties, it is recommended that maintenance checks are conducted on a regular basis on escape routes and that all fire door hardware is in correct working order, ensuring all components are present, in satisfactory working condition and operate as follows: When the horizontal bar is pushed, it should unlatch the door immediately without requiring a key, knob or other tools. The mechanism should be intuitive and require minimal force to open. Once operated, the door should also return to its original position. Pushing the bar should release the latch and or bolts, allowing the door to swing open freely, facilitating rapid evacuation. The hardware should normally be latched to prevent unauthorized entry from the outside. A door may be locked from the outside with a key or locking device, but from the inside should always be operable without a key. Some panic bar models may include alarms or signals when the door is opened in an emergency or may have an optional dogging feature to keep the door open temporarily. Hardware must meet local building and fire safety codes. Typically, it should be rated for a certain number of cycles and withstand specific forces. When on fire doors, hardware should also hold a fire rating. Faulty panic hardware  Worn or faulty panic hardware can delay an exit door from opening  Worn or faulty panic hardware can delay an exit door from opening or may simply cause the door to fail entirely, rendering a carefully planned and clear escape route useless in the event of a fire.  In any case, should a fire door not be operating as intended, it’s imperative that a school’s responsible person seek out professional advice to ensure maintenance is carried out quickly and professionally, especially when children are present. Risk of fire Schools will always be thought of as places of learning, care and responsibility, and with that there is an ongoing duty to protect the lives of our next generation and those who nurture them. To truly mitigate the risk of fire, responsible parties must work together to guarantee safe egress is possible at all emergency exits by specifying, installing and maintaining appropriate hardware fit to meet the demands of school settings. After all, an escape route is only as reliable as the exit hardware found throughout it.

Building safety has always been an ever-evolving landscape of legislation and regulatory frameworks. The industry strives for stronger construction safety practice and in doing so, the need for reliable, transparent and accessible product information is clear - especially when fire door safety compliance is on the line. It was in response to the Grenfell Tower fire and Dame Judith Hackitt’s review that the Building Safety Act 2022 was passed, which has since looked to introduce a number of ground-breaking reforms to improve fire safety standards and facilitate greater accountability across the board. Fire and structural safety information A key component of the regulation has been the need for duty holders to retain fire and structural safety information A key component of the regulation has been the requirement for duty holders to retain fire and structural safety information, making it necessary to manage an accessible digital record of decisions and updates throughout a building’s lifecycle. This "Golden Thread of Information," as it’s known, has placed a renewed focus on the presentation and management of construction product information and ensures the right people have the right information at the right time.  Driving standards and saving lives From a single source, building owners, developers, regulators, and residents are given a greater understanding of the materials and assets used during the construction process, as a way of driving standards and saving lives. With emphasis shifting from product performance claims to verified, traceable assurances, there has never been a better time to assure peace of mind when it comes to fire door safety. Fire door confidence The Building Safety Act recognizes the importance of fire safety systems and mandates that the Golden Thread of Information must include comprehensive data on all fire detection and prevention systems in high-risk buildings, including fire doors. As a vital element of passive fire protection, fire doors and their hardware are often the first line of defense As a vital element of passive fire protection, fire doors and their hardware are often the first line of defence against fire and smoke, and as such are a legal requirement in all non-domestic properties and houses in multiple occupation. To operate as intended, fire doors will call on their various hardware components, including hinges, latches, seals, door closers and opening mechanisms, meaning they are only as effective as the weakest link in their assembly. Maintenance of fire door hardware is key As such, the correct specification, installation, and maintenance of fire door hardware is considered crucial if a building is to meet both its functional and safety standards. With that, decision makers must be confident they can identify the necessary hardware for their building, and in doing so, must also ensure components are fit for purpose and comply with UK Construction Products Regulations. UKCA and CE certifications To assist duty holders in meeting these expectations, conscious manufacturers have stepped up, and as part of the Golden Thread regulatory framework are providing more detailed information in the form of product datasheets, installation guides, and training portals. From a compliance standpoint, decision makers can instantly check a product’s associated Declaration of Performance (DOPs) to show hardware conforms to the correct testing standards and UKCA and CE certifications, as well as Environmental Product Declarations (EPDs) when looking to conform to the latest environmental benchmarks.  With this information, those involved in product selection can assure their installed fire door hardware will perform when it is called upon. Transparent product information Transparent product information is also useful when it comes to maintenance periods Transparent product information is also useful when it comes to maintenance periods and conforming to Approved Document B, with amendments made as recently as March 2025 focusing on Regulation 38, which states that “the person carrying out the work shall give fire safety information to the responsible person no later than the date of the completion of the work, or the date of occupation”. By providing this material, manufacturers are offering improved traceability on products and their performance, empowering duty holders to comply with legal obligations and keeping occupants safe in the process. Transparency equals opportunity Data is a critical resource in decision making and with several schemes evolving such as the Golden Thread and the Code for Construction Product Information, a real strategy is forming. Where information is accessible and no longer ambiguous, the industry is fostering a proactive culture of collaboration, further transitioning from reactive compliance-driven tasks to a more effective method for tackling fire door safety and building design as a whole. Latest standards and hardware options Outside of duty holders being able to demonstrate compliance by showing how they are managing risks throughout their buildings, there is perhaps a greater opportunity presented with clear communication among stakeholders. Outside of duty holders being able to reveal compliance by showing how they are managing risks Where it’s imperative for industry professionals to remain informed on the latest standards and hardware options, a collaborative approach can lead to better and more informed design choices that continue to deliver post-project delivery and improve fire safety outcomes. Furthermore, with information readily available, there is an opportunity for early identification of potential hazards and vulnerabilities. For existing projects, decision makers can check what hardware product has been used and where, deciding if it has been suitable and further reducing the use of ineffective options and avoiding costly retrofits when the time has come to repair or replace products. Fire door safety products From an operational perspective, when reliable product information can be accessed and assessed instantaneously, duty holders are able to streamline their decisions-assuring any changes or issues with fire door safety products are rectified quickly and actioned efficiently. The Golden Thread is setting the standard and protecting all stakeholders in the process With this holistic approach to information sharing, building and fire safety management becomes a shared duty. The Golden Thread is setting the standard and protecting all stakeholders in the process - helping to build trust in an area it is most needed. The use of traceable and transparent product information means the approach to fire door safety and building management is changing and the industry is urged to continue building upon this culture while navigating the latest standards. Traceability is no longer a burden of best practice-it’s an industry expectation and equally, a golden opportunity that must not be missed. How Allegion UK Can Help Allegion UK is committed to supporting transparency and traceability in construction and has a wealth of product information resources to help professionals undertake product selection, installation, and maintenance checks on fire doors and hardware. For information on product selection and installation, please speak to experts or head to the download center for technical fitting instructions and product certifications.  Allegion UK also proactively participates in the EPD program, with full EPD documentation available for download on Briton products, based on ISO 14025 and EN 15804 environmental declarations, from the Allegion and Briton websites.

The Dingell Act, signed into law in 2019, has far-reaching implications, including effects on fire management and emergency services. Officially named the John D. Dingell, Jr. Conservation, Management, and Recreation Act, the law impacts fire professionals and their operations and fire prevention strategies. The Dingell Act is a comprehensive public lands bill that touches on various aspects of natural resource management, conservation, and recreation. Fire mitigation efforts One of the key provisions of the act deals with wildfire management, specifically addressing how federal agencies collaborate to prevent and respond to wildfires.  The act streamlines fire mitigation efforts, enhances interagency cooperation, and encourages fire prevention measures on public lands. For fire professionals, this means better coordination among federal and local fire services, access to more resources, and improved strategies to combat wildfires. How the Dingell Act Changes Fire Management The act benefits both large fire departments and smaller teams working near public lands The Dingell Act mandates that federal agencies must coordinate with local fire services to develop effective wildfire management plans. This ensures that fire professionals have a direct line to federal resources, which can drastically improve response times. Additionally, the law increases funding for fire prevention initiatives, such as clearing vegetation in high-risk areas. Fire professionals working near national parks and other public lands will find these changes beneficial, as they create more opportunities for proactive fire control. The Dingell Act strengthens fire prevention protocols by prioritizing wildfire risk mitigation in areas under federal jurisdiction. The act benefits both large fire departments and smaller teams working near public lands. Fire professionals should recognize the broad scope of the Dingell Act and understand how it enhances safety measures in their regions. Federal and Local Collaboration Interagency collaboration is one of the key components of the Dingell Act. Fire departments in areas near public lands can now work more closely with federal agencies such as the U.S. Forest Service and the Bureau of Land Management. This collaboration is not limited to wildfire response but extends to training and resource-sharing, which can empower local teams to be better prepared for large-scale fires. By building stronger partnerships, fire professionals can develop more cohesive strategies for fire mitigation and management. The Dingell Act significantly increases the resources available to fire departments, especially in high-risk areas. Through grants and federal funding, fire professionals can access better equipment, training, and personnel to tackle fire hazards. This investment in fire prevention technology, including satellite-based fire detection systems and drones, ensures that teams have the tools they need to act quickly and effectively when fires threaten communities. Environmental Considerations Dingell Act highlights the extent of balancing fire suppression with environmental protection The Dingell Act highlights the importance of balancing fire suppression with environmental preservation. Fire professionals are encouraged to integrate eco-friendly practices into their operations, such as controlled burns that reduce vegetation buildup without damaging ecosystems. Understanding the environmental impact of fire prevention measures is essential for fire professionals who manage lands rich in biodiversity. By aligning fire prevention strategies with conservation goals, professionals can contribute to both safety and sustainability. Along with the increased collaboration between federal and local agencies come more training opportunities for fire professionals than ever before. The Dingell Act opens avenues for specialized training programs that focus on wildfire management and prevention. Firefighters can take advantage of workshops, courses, and simulation-based training to improve their skills in handling large-scale fires. This professional development is especially valuable for those looking to expand their capabilities in the face of growing wildfire risks. Future Considerations Looking ahead, fire professionals should be mindful of the evolving landscape of fire prevention. The Dingell Act represents just one piece of a broader legislative push to improve fire safety in the United States. Future regulations may build on this foundation, with more emphasis on climate change, land management, and fire technology. As professionals assess their current strategies, it is important to stay informed about upcoming changes and ensure that fire prevention efforts are aligned with national standards and policies. {##Poll1728377023 - What is the most critical resource for effective wildfire management?##}

The integration of technology into the fire service has significantly enhanced operations, but it has also introduced new vulnerabilities. Cybersecurity has become a concern for fire departments, possibly impacting their ability to respond effectively to emergencies and protect communities.   Potential problems emanating from cybersecurity concerns include a disruption of a community’s emergency response system. False alarms could result from malicious computer hackers manipulating fire alarm systems, thus wasting resources, and causing potential danger for firefighters. Fire Risks From A Cyber-Attack Medical devices are connected to the IoT and are therefore vulnerable to attack Communication is another vulnerability: A cyber-attack on communication systems could hinder coordination among firefighters and with other emergency services. Potential cybersecurity targets related to the fire service include 911 systems, public safety radios, computer-aided dispatch systems, mobile data computers, and phone systems. In the EMS arena, electronic patient reporting and records management systems are at risk. Medical devices are connected to the Internet of Things (IoT) and are therefore vulnerable to attack.   Many firefighter tools are operated by computers, so equipment malfunction is a real possibility. The digital world continues to infiltrate almost every aspect of firefighting. Critical equipment, such as fire trucks and rescue tools could be compromised, resulting in longer response times. Vulnerability to Ransomware Attacks Ransomware is a pernicious type of cyber-attack, involving the use of malicious software (malware) that encrypts files, rendering them inaccessible. The attackers then demand a ransom payment in exchange for the decryption key to restore the data.  The city of Leeds, Ala., was hit by a ransomware attack in February 2018 that locked all city computers and data, including fire and police departments. A month later, Atlanta’s municipal systems were attacked, resulting in widespread outages, and disrupting city services. Impact on Data Loss and Privacy Fire units handle sensitive data, including the personal data of citizens and crisis responders In addition to operational concerns, there are also possible cybersecurity consequences relating to data loss and privacy. Fire departments handle sensitive data, including the personal information of citizens and emergency responders. A breach could lead to identity theft and reputational damage. On a more intangible level, a cyber-attack could erode public trust in the fire department's ability to protect the community. Negative publicity from a data breach can harm the fire department's image. Phishing schemes Among the cybersecurity threats are phishing schemes, which involve scammers attempting to obtain sensitive information from individuals, usually via email, by disguising themselves as trustworthy entities. Phishing can take the form of fake emails or websites that mimic legitimate businesses like banks, online retailers, or social media platforms. They lure victims by offering enticing deals, creating a sense of urgency, or claiming there's a problem with an account. Once the user clicks on a malicious link or provides personal information, the scammers can steal login credentials, credit card numbers, or other sensitive data. Top motivators of cyber-attacks Malicious files can be delivered as email attachments, which can contain viruses, ransomware, or other malware. Clicking a link in a suspicious email can redirect the user to a malicious website that can download malware or steal personal information.  One of the top motivators of cyber-attacks is to collect personally identifiable information (PII) One of the top motivators of cyber-attacks is to collect personally identifiable information (PII), which is any data that can be used to identify an individual.  This information includes name, address, phone number, social security or driver's license number, medical records, credit card or bank account numbers, and biometric data, such as fingerprints or facial images. The fire service handles a lot of PII, especially in emergency situations, including incident reports, property records, or patient information related to emergency medical services (EMS). Cyber-Criminals Have a Variety of Profiles Cyber-criminals come from a range of backgrounds and motivations. Individual hackers might be motivated by financial gain, ideology, or simply by the concept of a personal challenge. Organized crime groups might be motivated by profit, power, and/or influence. Other cyber-crime perpetrators include nation-state actors, who might be pursuing espionage, sabotage, or political influence. These threats have significant financial and technical capabilities. They include advanced persistent threats (APTs) from countries like China, Russia, and North Korea.  Cyber threats posed by 'hacktivists' So-called 'hacktivists' can be motivated by political or social causes to launch distributed denial of service (DDoS) attacks, website defacement and/or data leaks. There is also the possibility of cyber-terrorists seeking to cause mass disruption or to achieve political or ideological goals. They are capable of large-scale attacks on critical infrastructure.  Increased cyber-risks may lead to higher insurance premiums for fire departments There is a cost component of protecting against cybersecurity threats, a critical financial implication for cash-strapped fire departments. Implementing robust cybersecurity measures requires significant financial resources. At the other extreme, responding to a cyber-attack can be expensive, including legal fees, public relations, and system recovery. Increased cyber-risks may lead to higher insurance premiums for fire departments. Mitigation Strategies at a Glance Here are some mitigation strategies fire departments should consider:  Risk assessment: Identify vulnerabilities and prioritize mitigation efforts. Employee training: Educate firefighters about cybersecurity best practices. Network security: Implement strong network security measures, including firewalls and intrusion detection systems. Data protection: Regularly back up data and encrypt sensitive information. Data minimization: Collect only the personal data that is necessary, and then limit access. Incident response plan: Develop a comprehensive plan for responding to cyber-attacks. Contingency: Create a backup plan to mitigate risk and minimize loss of critical assets in the event of an attack. Compliance: Ensure adherence with relevant privacy laws such as HIPAA and GDPR. Collaboration: Work with other agencies and cybersecurity experts to share information and best practices.

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.

The University of Southampton, a multi-campus estate with a research institution, has recently enhanced its fire safety provision for deaf and hard-of-hearing individuals through a pioneering paging system installation. Advanced’s MxPro 5 fire panels, integrated with the ESPA Pager Interface, form the core of the new solution delivered by Premier Fire Security and Scope Communications, providing targeted alerts and improved accessibility across the university. Traditional audio alarms With over 200 Advanced panels deployed across the site, including two networks of 30–40 nodes and a growing number of extinguishing panels, the university required a solution that could deliver precise, location-specific fire alerts to individuals without relying on traditional audio alarms. The ESPA 4.4.4-compliant Pager Interface from Advanced provided the ideal bridge between the fire detection system and Scope’s PageTek Pro Mk2 transmitter and EPOCBLUM pagers. The system is configured so that each building or group of buildings triggers a distinct pager address. This ensures that only relevant alerts reach the end user, reducing confusion and improving response times. Users can manually program their pagers to activate or deactivate specific locations, with password protection for added security. For nighttime safety, Scope’s pillow pad and nightstand accessories ensure that alerts are received even while users are asleep. Dedicated paging group Chris Chance, University of Southampton Contract Manager at Premier Fire Security, explained: “We’ve worked closely with Scope and Advanced to create a system that’s not only reliable but incredibly flexible. The ability to configure pagers for any location means we can reduce hardware stock and improve coverage across the entire campus. It’s a huge step forward in inclusive safety.” The installation also includes a dedicated paging group for engineers, janitors, security, and fire marshals, who receive diagnostic and fault messages from the Advanced network. This group can also trigger fire messages for specific locations, enhancing operational control and coordination. Enhancing operational control Rob Baker, Head of Technical Support at Scope Communications, added: “This project demonstrates how powerful the ESPA interface can be when paired with our paging technology. The system ensures that alerts are both accurate and accessible, and we’re proud to support Premier Fire Security in expanding this solution across the university.” The long-term vision is to roll out the paging system to all student halls, allowing pagers to be reconfigured for use anywhere on campus. This approach not only improves safety but streamlines inventory and reduces costs. Delivering tailored fire alerts Salvy Vittozzi, Regional Sales Manager for the South East at Advanced, commented: “This installation is a great example of how our ESPA Pager Interface can be used to deliver tailored fire alerts in complex environments. It’s rewarding to see our technology helping to make campuses safer and more inclusive for all users.” By combining Advanced’s robust fire panel technology with Scope’s innovative paging solutions, the University of Southampton now benefits from a highly adaptable, inclusive fire safety system, one that’s already being expanded to meet the evolving needs of its diverse community. Intelligent fire systems As a pioneer in the development and manufacture of intelligent fire systems, Advanced products are specified in locations around the world, from single-panel installations to large, multi-site networks. The Advanced portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction systems as well as emergency lighting. Advanced is owned by FTSE 100 company Halma PLC – a global group of life-saving technology companies with a clear purpose to grow a safer, cleaner, healthier future for everyone, every day.

Fire protection solutions manufacturer, Advanced, has supplied intelligent fire panels to student accommodation in Kent to replace existing panels, as part of a £3.5m project to improve fire safety at Cloud Student Homes’ Canterbury Student Village sites. Cloud Student Homes provides students with comfortable, convenient accommodation, with 17 different types of rooms available at the Canterbury Student Village, which is easily accessible to three universities, Canterbury Christchurch, University of Kent and UCA, as well as Canterbury College. Existing fire alarm system  With fire safety a priority, it was vital to replace the existing fire alarm system in Kentish House, Behn Hall, and Tallis Court. However, as the buildings were occupied, the challenge for the project was to keep the existing fire system working while the Advanced panels were being installed to ensure occupants were protected at all times. Advanced’s high-performance, fault-tolerant MxPro 5 analogue addressable panels were chosen to provide industry-pioneering protection to category L1 for the student accommodation suites, bedrooms, high-risk areas and plant rooms within two blocks of Kentish House, two blocks of Behn Hall, and Tallis Court. MxPro 5 4-loop fire panels Fire engineering consultants, Endeavour Group, selected fire safety specialists CSS Ltd as the contractors on the Canterbury Student Village fire alarm replacement project. CSS Ltd was responsible for the design, supply, install, and handover of the project. The company installed five MxPro 5 4-loop fire panels, which were networked and connected to the ARC for fire and rescue monitoring. All devices are Hochiki with input/output units connected to the existing AOV units throughout. The networked fire system had to integrate with the access control, lift and AOV systems. Endeavour Group reviewed the product design and functionality of the fire system package on the project to ensure it met the client’s needs. Networked MxPro 5 fire panels Both Project Director - Tony Leck of CSS Ltd and James Doyle, Director of the Endeavour Group, have worked with Advanced fire systems on similar projects and agreed that the networked MxPro 5 fire panels would be the best fit for the client.  “Advanced was specified since it supports an open protocol and offers a powerful solution for the student accommodation. We also find it an easy system for customers to navigate and use. The panels are proven in the field with CSS Ltd and Endeavour Group using them for a number of years." "Advanced MxPro 5 panels are about the best on the market along with the tech support received by Advanced on installations. Pick up the phone to tech support and within minutes it is all sorted thanks to Advanced’s experienced technical support engineers,” said Tony Leck at CSS Ltd. Advanced MxPro 5 panels The Advanced MxPro 5 has a number of features that CSS Ltd finds particularly useful when it comes to installing the fire panel. These include a built-in multimeter that measures all voltages and currents across the fire system in real time, to speed up the commissioning process. Meanwhile, the MxPro 5 panels come in four and eight loop formats to suit CSS Ltd’s needs and customers’ budgets. The MxPro 5 also offers design flexibility since the panels work with pioneering detector protocols, including Apollo, Argus, Hochiki, and Nittan. In addition, the panels work with up to 254 devices per loop (depending on the protocol) and offers an overall capacity of 200,000 devices per network. CSS Ltd adds that it is easy to network up to 200 network nodes and 2,000 fire detection zones and that the panels support wired, wireless and hybrid devices making install even more flexible. Cloud Student Homes Neil Parkin, Sales Manager at Advanced, said: “Our MxPro 5 panels are designed to make life as easy as possible, delivering robust protection that offers real peace of mind, all backed up by our highly rated technical support.” Cloud Student Homes specializes in operating the running of student accommodation blocks where individuals own the individual rooms on a leasehold basis. The company manages 3,500 student bed spaces across 21 sites in the UK. Cloud Student Homes now has plans to upgrade all its sites to Advanced fire panels. FM Approvals to EN 54 Parts 2 and 4 MxPro 5 is the fire industry’s pioneering multiprotocol fire panel and is certified by FM Approvals to EN 54 Parts 2 and 4. It offers customers a choice of four detector protocols and a completely open installer network, backed up by free training and support. MxPro 5 can be used in single-loop, single-panel format, or easily configured into high-speed networks of up to 200 panels covering huge areas. Ease of installation and configuration, as well as its wide range of peripheral options, make MxPro 5 customizable to almost any application. MxPro 5’s stand-out false alarm management capabilities The MxPro 5’s stand-out false alarm management capabilities are available as standard. AlarmCalm delivers unprecedented control of verification and investigation delays. By dividing sites up into virtual false alarm ‘building areas’ independent of fire zones, much more precise control of false alarm management and reduction strategies can be achieved that exactly fit the needs of each part of a building. An optional AlarmCalm button allows trained occupants to verify if they believe a local fire signal is a false alarm too – a highly effective way of eliminating unwanted alarms. MxPro 5 BMS/graphics interface The MxPro 5 BMS/graphics interface allows BMS systems and graphical control PCs to be easily integrated with the MxPro 5 series of fire control panels and remote terminals using a simple RS232 connection. Multiple interfaces can be connected to the network catering for sites requiring control from a number of graphical PCs. As a world pioneer in the development and manufacture of intelligent fire systems, Advanced products are specified in locations around the world, from single-panel installations to large, multi-site networks. fire detection systems The Advanced portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction systems as well as emergency lighting. Advanced is owned by FTSE 100 company Halma PLC – a global group of life-saving technology companies with a clear purpose to grow a safer, cleaner, healthier future for everyone, every day.

As part of the ambitious Liverpool Waters regeneration program, Comelit-PAC, in collaboration with Merselec Ltd and Romal Capital, has delivered an advanced, fully integrated fire safety solution for the Aquitania development at West Waterloo Place. Liverpool Waters is one of Europe’s largest regeneration projects, transforming the city’s historic docks into a vibrant mixed-use waterfront. Romal’s phase 4 Aquitania, marks a key phase in Liverpool Waters transformation, combining striking architecture with robust life safety systems for its 135 high-specification apartments and townhouses. Comelit-PAC to ensure the fire system Says CEO of Romal Capital, Greg Malouf for Aquitania: “Resident safety was our highest priority. From the initial design stage, we worked with Comelit-PAC to ensure the fire system would meet legislation alongside the expectations of a smart, stylish development." "The installed solution provides the protection we need and the flexibility to manage operations efficiently. We’re already planning to extend the works into our phase four, Mauretania.” Integration with automatic opening vents Working in partnership with specialist contractor Merselec Ltd, the bespoke system spans all escape and circulation areas and uses programmed cause-and-effect logic to coordinate fire detection, smoke extraction, and lift management. This ensures the building responds as a single, intelligent network in the event of an emergency. A standout feature is the integration with automatic opening vents (AOVs). These activate immediately during smoke control events, whilst maintaining a lockout feature for managing airflow and directing smoke away from escape routes to aid safe evacuation. The system also connects directly with lift controls to ensure safe operation and avoid use during an incident. Comelit-PAC cloud-based remote monitoring Jon Wilcock of Merselec Ltd added: “The integration requirements and performance standards made this a technically demanding project. Our close collaboration with Comelit-PAC allowed us to deliver a robust system that performs reliably in a live residential environment and could be installed to blend with its luxury surroundings.” To support day-to-day management, Comelit-PAC incorporated cloud-based remote monitoring. This gives building managers real-time status updates and instant alerts, enabling swift incident response and preventative maintenance. Remote monitoring capabilities Mandy Bowden, Fire Manager at Comelit-PAC, added: “Aquitania’s complexity required a carefully coordinated approach that blended technical performance with the building and apartments aesthetic design principles. Our partnership with Merselec Ltd delivered a tailored solution with remote monitoring capabilities, ensuring both resident safety and ease of management. We look forward to continuing our work together on phase three.” Comelit-PAC is working with Merselec on the specification phase for Romal’s next LW’s waterfront development, the Mauretania.  This will deliver 129 new-build apartments in Liverpool Waters’ emerging Central Docks neighborhood, as part of the city’s West Waterloo Place development.

Hochiki Europe, a global pioneer in life safety solutions, has partnered with VOLT EHF, a specialist in electrical and fire alarm systems, to install a comprehensive and scalable fire detection system at the Fjarðargata development in Hafnarfjörður, Iceland. This landmark project is a mixed-use complex that blends modern architecture with historic structures, creating an interconnected space that includes apartments, a hotel, a shopping mall, restaurants, offices, and a library. To ensure robust life safety across this diverse and expanding environment, the developers chose Hochiki Europe’s fire detection and alarm systems. Latitude fire control panel Its scalability and flexible configuration are ideal for large, multi-use complexes like Fjarðargata VOLT EHF’s owner and lead engineer, Sigmar Örn Arnarson, began the partnership by visiting Hochiki Europe’s headquarters. He received hands-on training at the Hochiki Training Academy and toured the manufacturing floor, which highlighted the engineering precision and quality control behind every product. This experience solidified their decision to choose Hochiki for this prestigious project. At the heart of the system is Hochiki’s Latitude fire control panel. Its scalability and flexible configuration are ideal for large, multi-use complexes like Fjarðargata, with capacity built-in for future expansion. Seamless integration The system seamlessly integrates with the site’s Building Management System, providing a centralized view of all building services. Its strong false alarm reduction performance and discreet, aesthetically pleasing devices were also key factors in its selection. The Latitude panel supports 38 languages, and Sigmar and his team provided instrumental assistance with the Icelandic translation, ensuring a user-friendly solution for the local market. Extending protection "The hands-on training at the Hochiki Academy gave us confidence going into the project," said Sigmar Örn Arnarson. "The installation went very smoothly, and the support from Hochiki Europe was five-star. It’s clear we chose the right partner." The Hochiki solution is currently installed in the hotel and residential areas, including a full suite of ESP intelligent devices. Further plans are underway to extend protection to the rest of the complex, with the hotel’s developers requesting the inclusion of base sounder beacons for enhanced safety.

Oshkosh Airport Products, an Oshkosh Corporation business, announced the delivery of three new Striker® 8x8 Aircraft Rescue and Firefighting (ARFF) vehicles to serve Minneapolis–St. Paul International Airport (MSP). The addition of these state-of-the-art vehicles strengthens MSP’s emergency response capabilities as it supports more than 37 million passengers and over 340,000 aircraft operations each year.  This delivery continues a long-standing partnership between the Metropolitan Airports Commission (MAC), which owns and operates MSP, and Oshkosh Airport Products, with the airport maintaining a 100 percent Oshkosh ARFF fleet. Firefighting performance “Our team is proud to support MSP with the delivery of three advanced Striker 8x8 ARFF vehicles, which will provide exceptional firefighting performance for one of the country’s most critical transportation hubs,” said Jack Bermingham, Business Unit Director for Oshkosh Airport Products. He adds, “Our decades-long relationship with the MAC is built on trust and performance, and these new units will help protect millions of travelers, airport personnel, and surrounding communities.” Unique operational and geographic demands MSP is the 18th busiest airport in US for passenger volume and the 21st for aircraft operations MSP is the 18th busiest airport in the United States for passenger volume and the 21st for aircraft operations. Nestled between the Twin Cities and several suburban communities, MSP operates with a single airfield, four runways, and two terminal buildings. The airport’s fire department is staffed by 55 full-time firefighters who respond to more than 3,000 emergency calls annually, covering the airfield, adjacent roadways, rivers, and public spaces.  The new Striker 8x8 vehicles provide impressive suppression power and functionality, helping the department meet the unique operational and geographic demands of the airport. Striker 8x8 ARFF Vehicle Features and Capabilities The three Striker 8x8 ARFF vehicles delivered to MSP include the following key features: Twin Scania DC16 V8, 770 HP, Tier 4F engines 4,500-gallon water tank 630-gallon foam tank 500 lb. dry chemical system 460 lb. Halotron system 65-foot Snozzle® high-reach extendable turret Low attack bumper turret Under-truck nozzles Electronic foam proportioning system with Oshkosh ECO-EFP™ foam testing system Boot wash decontamination hose Roof-mounted electric ladder gantry system Digital video recorder and integrated power unit Advanced turret capabilities Vehicles are designed to provide rapid response and comprehensive fire suppression coverage These vehicles are designed to provide rapid response and comprehensive fire suppression coverage across MSP’s airfield.  The large foam tanks and advanced turret capabilities offer responders great flexibility during critical incidents, while onboard systems like ECO-EFP™ support sustainable training and maintenance practices. MSP’s ongoing investments Jack Bermingham states, "The delivery of these vehicles marks another milestone in MSP’s ongoing investments in infrastructure and emergency services." He adds, "The Striker 8x8 vehicles will serve as a vital resource for years to come, supporting the airport’s mission to provide world-class safety and service."

Fire protection solutions manufacturer, Advanced, has supplied an intelligent fire panel with wireless detection to iconic Scottish knitwear brand Eribé. An Advanced MxPro 5 analog addressable fire panel has been installed at Eribé Knitwear to provide industry-pioneering protection that is high-performance and fault-tolerant. The system was installed following a fire risk assessment, which required Category L2 coverage. Internal and external systems Founded in 1986, Eribé’s knitwear design house and manufacturing company is based in Melrose, in the Scottish Borders. The company prides itself in championing Made in Scotland and has a dedicated fan base worldwide. During 2024, the company took time to assess the whole business to strengthen its internal and external systems and processes for its staff and customers. As part of this process, Eribé reviewed its fire system to ensure full compliance and prioritize staff, premises, and customer safety by investing in Advanced fire protection. EMS Firecell wireless system MxPro 5 was retrofitted at Eribé; the Advanced panel was seamlessly integrated with an EMS Fire and security service providers, Safe Services, installed an Advanced MxPro 5 single-loop analog addressable fire panel to replace the existing fire system, as it was old and could not be brought up to standard. Since the MxPro 5 was being retrofitted at Eribé the Advanced panel was seamlessly integrated with an EMS Firecell wireless system, this simplified the installation since cabling was not required throughout the building. Advanced fire safety system “In 2024 we reviewed our business as a whole to strengthen our processes. The safety of our staff, premises, and customers was a priority and so we were fully behind investing in an Advanced fire safety system." "We are now really proud to say that with the help of Safe Services, our extended team, managers and directors feel far more knowledgeable regarding the risks and actions, and the whole team feels safer and more invested in it as a result,” said Tamsin Ansdell, Eribé Knitwear. Advanced panel with the wireless EMS Firecell Graeme Millar, Fire Technical Sales Engineer at Safe Services, said: “We were responsible for the installation, commissioning, verification and handover of the system at Eribé, and will also be conducting ongoing maintenance." "As we installed the Advanced panel with the wireless EMS Firecell it made it far more straightforward and meant less disruption for Eribé. We have several sites we have worked on with the same combination, and know the Advanced MxPro 5 works well with EMS equipment. The Advanced MxPro 5 is our panel of choice as it’s a trusted and reliable panel with our design and installation teams.” MxPro 5 panels Neil Parkin, Sales Manager at Advanced, said: “Choosing wireless equipment when installing a fire system is ideal for retrofitting, where cabling can be trickier to install and visually unappealing. Add to that the time and cost benefits they provide to installers, and it is a great choice in multiple scenarios both large and small." "Our MxPro 5 panels are designed to make life as easy as possible, delivering robust protection that offers real peace of mind, all backed up by our highly rated technical support.” FM Approvals to the EN 54 standard MxPro 5 is the fire industry’s pioneering multiprotocol fire panel and is certified by FM Approvals MxPro 5 is the fire industry’s pioneering multiprotocol fire panel and is certified by FM Approvals to the EN 54 standard. It offers customers a choice of four detector protocols and a completely open installer network, backed up by free training and support. MxPro 5 can be used in single-loop, single-panel format, or easily configured into high-speed networks of up to 200 panels covering huge areas. Ease of installation and configuration, as well as its wide range of peripheral options, make MxPro 5 customizable to almost any application. MxPro 5’s versatile wireless capabilities As well as compatibility with pioneering wired detector brands, MxPro 5’s versatile wireless capabilities make it easy to install robust fire alarm systems while saving crucial time, cost and disruption. Harnessing the power of proven technology, MxPro 5’s wireless solutions are scalable, adaptable, and reliable – for complete fire safety peace of mind. Battery replacement and fault reporting Wireless solutions not only mean lower visual and physical impact, but they are also faster Wireless solutions not only mean lower visual and physical impact, but they are also faster and cheaper to install, making them an increasingly popular alternative for sites where downtime is not an option, or re-wiring would prove disruptive.  Thanks to two-way communication with the panel, battery replacement and fault reporting can also be worked into the on-going maintenance schedule via the panel service tools. MxPro 5’s stand-out false alarm management capabilities The MxPro 5’s stand-out false alarm management capabilities are available as standard. AlarmCalm delivers unprecedented control of verification and investigation delays. By dividing sites up into virtual false alarm ‘building areas’ independent of fire zones, much more precise control of false alarm management and reduction strategies can be achieved that exactly fit the needs of each part of a building. Development of intelligent fire systems Advanced products are specified in locations around the world, from single-panel installations An optional AlarmCalm button allows trained occupants to verify if they believe a local fire signal is a false alarm too – a highly effective way of eliminating unwanted alarms. As a world pioneer in the development and manufacture of intelligent fire systems, Advanced products are specified in locations around the world, from single-panel installations to large, multi-site networks. Advanced portfolio The Advanced portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction systems. Advanced is owned by FTSE 100 company Halma PLC – a global group of life-saving technology companies with a clear purpose to grow a safer, cleaner, healthier future for everyone, every day.

Technology has played a role in firefighting since the beginning; in fact, portable water pumps were found among the ruins of ancient Egypt. As bucket brigades gave way to electric pumps and internal combustion motors displaced horse-drawn fire engines, firefighting has benefited in terms of greater efficiency and lives saved at each point along the way. Technologies boosting the efforts of firefighters include drones, robots and other high-tech innovations. We asked our Expert Panel Roundtable: Which technologies will we see in ‘the future of firefighting'?

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?  

New tools and technologies are emerging that augment the efforts of the fire market to prevent and fight fires. Modern firefighting is benefiting from an ongoing sea change in technological capabilities, spanning equipment, electronic components, greater connectivity and firefighter monitoring, to name just a few. We asked our Expert Panel Roundtable: What technologies will have the greatest impact on the fire industry in 2021?