Firefighting kit has a number of functions. It protects crew members in a wide range of situations and makes them instantly recognizable in an emergency. Replacing the firefighting kit at the right time keeps fire firefighters and rescue personnel safe and comfortable, no matter what the emergency. Call outs for firefighters According to the UK Home Office, in the last year, 28 per cent of call-outs for firefighters and rescue staff involved responding to fires, 42 per cent of call outs...
Choosing the right fire suppression system can make all the difference in the protection of vital establishments and entities, including building, assets, and people. Novec 1230 Fire Protection Fluid The Novec 1230 Fire Protection Fluid is a clean agent fire extinguishant that was created as an alternative to hydrofluorocarbons (HFC) and a halon replacement. Fire protection systems using the Novec 1230 fluid are assured that: Fluid is stored as a liquid but discharged as a gas. The system...
From August to November, areas of Western North America brace for fire seasons that grow increasingly more destructive. 2020, in particular, has brought the United States some of the most destructive wildfires seen throughout US history. In California alone, over 4 million acres have been burned in over 9 thousand incidents, claiming 31 lives and over 10 thousand structures. When looking at the totality of fire damage in all of Western North America, this number nearly doubles, with over 8 mill...
Technology and innovation are shaping the future of the fire industry. During 2020, TheBigRedGuide.com published many articles touching on research, development, and new technologies. This roundup will review some of the most popular articles, including links to the original content. Thermal Imaging & Augmented Reality (AR) Combining thermal imaging and augmented reality (AR) enables firefighters to see through smoke, in effect enhancing their vision in the life-threatening environment of...
Wildfires represent extreme instances of the deadly destructiveness of fire. There seem to be more wildfires every year, and there are certainly larger and more deadly wildfires all over the world than ever before. Wildfires dominate the public perception of the most extreme consequences of fire. This look back at 2020 will highlight some of the articles about wildfires published by TheBigRedGuide.com, with links to the full-length original articles. The wildfire season in 11 Western U.S. stat...
The dates for INTERSCHUTZ have been changed, with the event now taking place from June 20 to June 25, 2022. The decision to reschedule the world's renowned trade fair for the fire, rescue, civil protection and safety/security verticals was taken by Deutsche Messe, after a process of thorough deliberation and intensive discussion with key market players. INTERSCHUTZ In a context that has affected numerous other trade fairs and events taking place all over the world, the move was driven by the l...
What is the status of the operational fleet? Which vehicles are ready for operation? What condition are they in? Where are the vehicles now? What and how much operating and extinguishing agents (water, foam, etc.) do they have on board? RDS Connected Fleet RDS Connected Fleet provides this and all other information required to prepare for operations. Connected Fleet is the further development of the proven service for fire vehicle management system with new hardware, user interface and functions. It not only provides real-time information on the ‘state of health’ of an operational fleet, but also logs all vehicle-related data including error messages for post-operational briefings. Fire departments, therefore, have a complete overview of their vehicle fleet at all times and can manage it digitally with Connected Fleet in an easy, quick and efficient way. Full operational documentation of the fleet Connected Fleet produces complete operational documentation for each vehicle Connected Fleet produces complete operational documentation for each vehicle. As soon as it leaves the station and until it returns after an operation, the data is recorded and evaluated. In addition to driving parameters such as speeds, brake actuations, engine speeds, distances traveled and live positions, etc., this also includes information such as when the warning devices were switched on, when the vehicle arrived at the operational site, when it left the installation position or the defined area of operation (geo-fencing), when firefighting work began and how much water or foam and what pump pressure was used to extinguish the fire, to name a few. Automated service planning and management Connected Fleet monitors the technical condition and operational readiness of the vehicle at the same time. Any malfunctions, faults or defects that occur are recorded in real time, described in detail and pro-actively reported to the vehicle operator. Service planning and management is also largely automated with Connected Fleet providing information on upcoming service dates, for example, the next maintenance date for the built-in pump or portable pump, creating lists of defects and documenting maintenance work in the process. The various operating manuals will be stored in Connected Fleet. High-performance telematics modules New, high-performance telematics modules form the interface in the vehicle that docks onto the CAN-Bus. They serve as Connected Hubs for GPS and internet and open up the possibility of setting up a secure WLAN and improving remote services (e.g., remote diagnosis). The Connected Hubs are already integrated in new Rosenbauer vehicles, and there will be a retrofit package for older models. A separate module is available for third-party vehicles and vehicles without CAN-Bus, as well as for vehicles that are to be retrofitted with a GPS connection (e.g., to display the live position). Intuitive user interface and software Connected Fleet can now be used with all common web browsers and mobile operating systems The software and the user interface (UI) were also revised. Connected Fleet can now be used with all common web browsers (Chrome, Safari and Firefox) and mobile operating systems (iOS, Android). It is consistently intuitive to use. The operating routines have been simplified, the interactive design (User Experience/UX) optimized for smartphones and the symbol language of the new Rosenbauer control system RFC LCS adopted. This ensures a uniform operating environment from vehicle control to fleet management. The software can also be used without hardware, for example, to keep a logbook. Enhanced security in data traffic The latest encryption techniques ensure the greatest possible security in data traffic. In addition, the data is hosted on the cloud computing platform Microsoft Azure and, therefore, in Europe. This also ensures a higher speed. In addition, GPS and error messages are now sent with priority and are always available in real time. Numerous fire departments have participated in the development of Connected Fleet, tested the range of functions and, above all, contributed their feedback to the optimization of the user interface. Integrated digital solutions into the fleet First and foremost the Vienna professional fire service, which has been using the Rosenbauer vehicle management system for many years now to manage a fleet of some 80 vehicles. Live operation of Connected Fleet will start on December 15, 2020. All development partners will switch to the new system this year and all other existing customers from January 2021 onwards free of charge. Further digital solutions are in the works and will be available in the course of the coming year to continually simplify the daily work of fire departments.
Rosenbauer presents a new forest firefighting vehicle. It meets both category 3 of EN 1846-2 for all-terrain firefighting vehicles and specific requirements for the protection of the vehicle crew, as defined for example in the French standard NFS 61-517 or NFS 61-518. This includes a thermal self-protection system and a driver's cab equipped with a rollover cell. With its compact dimensions, low center of gravity, and single tires, the all-wheel-drive vehicle is ideally suited for use in rough terrain. The special firefighting equipment on board makes the extinguishing agents extremely cost-effective and efficient. Plus, the crew can fight the fire using a turret mounted on the bumper and controlled from the cab without having to exit the vehicle. Robust, Lightweight, Superstructure The new forest firefighting vehicle is built on a 2-axle chassis from Renault with a total permissible weight of 14 tons. The all-wheel-drive can be switched and the 6-cylinder diesel engine (Euro-6) has an output of 206 kW (280 hp). With a length of 6,900 mm and a wheelbase of 3,350 mm, the vehicle is extremely compact and maneuverable. The large under axle clearance and a tipping angle of 25° increase off-road capability. Flexible And High-Strength Body The firefighting body consists of two parts, a tank module made of polypropylene and a pump room module behind it made of a self-supporting aluminum sheet/profile construction. The flexible and also high-strength body provides optimum load distribution and lateral stability for operation under off-road conditions – the consistent use of lightweight materials ensures a high loading capacity. Water Tank And Additional Equipment Equipment can be housed in three spacious compartments with dust-tight roller shutter closures The vehicle water tank has a capacity of 3,500 l (500 l of which is for the self-protection systems); the separate foam tank holds 100 l. The additional equipment required for forest firefighting operations (fire swatters, firefighting backpacks, backpack sprayers, and more) is housed in three spacious equipment compartments with dust-tight roller shutter closures. Two are located on the sides of the vehicle; another is installed across the entire width in the rear. The built-in pump, foam proportioning system, and rapid intervention hose reel are also accessible through this compartment. Firefighting Equipment For Forest Firefighting The firefighting equipment of the new forest firefighting vehicle consists of the combined NH25 normal/high-pressure pump and the direct injection foam proportioning system RFC Admix Variomatic. The pump has a capacity of up to 2,500 l/min at 10 bar (FPN 10-2000) and up to 400 l/min at 40 bar (FPH 40-250). In high-pressure operation, the supply of extinguishing water on board can be used very sparingly because the fine atomization causes more water to evaporate than under normal pressure, thus achieving a high extinguishing effect. In addition, the kinetic energy of the firefighting water allows it to be driven deep into the forest floor, which means that even hot spots can be extinguished efficiently. RFC Admix Variomatic The RFC Admix Variomatic also produces wetting agents, light, medium, and heavy foam, and the proportioning ratio is infinitely variable between 0.1% and 6%. With the smallest proportioning quantity, the surface tension of the firefighting water is reduced to such an extent that it can penetrate deep into the flammable material and an excellent extinguishing effect can be achieved with minimal water consumption. Firefighting Foam The foam compound is injected directly into the pressure outlets and thus the water pump remains free The suffocating effect of firefighting foam is used at higher proportioning ratios. The foam compound is injected directly into the pressure outlets and thus the water pump remains free of foam compound and does not have to be flushed after each use. In addition, water and other mains water or foam can be discharged simultaneously at one outlet or several injection points can be operated with different proportioning ratios. Crew Safety A system of spray nozzles protects both the crew cab and the substructure of the vehicle. The water for this comes from a secured tank segment and is pumped by a separate, electrically driven pump. If the vehicle is trapped by fire during a forest fire, this system allows the crew to drive over a burning fire border and reach safety. Driver Warning System The Rosenbauer DWD Driver Warning System enhances off-road driving safety. This measures the vehicle inclination as well as the axial lateral and longitudinal forces and alerts the driver with visual and auditory signals if the vehicle is at risk of tipping over. A rollover cell made of high-strength steel is also integrated into the cab structure to protect the crew in all situations. High-Performance LEDs The vehicle is also equipped with a light package consisting of high-performance LEDs and a front cable winch with a tractive force of 5,400 kg. An optional fresh air system which creates an overpressure in the cabin to prevent the penetration of fire gases can also be installed. We also have our own protective devices for the battery and electrical equipment. Manufacturing Details The vehicle is being built at Rosenbauer's Linares Forest Fire Competence Center in Spain. It is built to meet, in particular, the technical and tactical requirements of French, Spanish, and Portuguese fire departments. It combines everything that is necessary for efficient and safe forest firefighting.
Apsana Begum, Labor MP for Poplar and Limehouse, has asked the UK Secretary of State for Housing, Communities and Local Government that “Whether he plans to provide funding for remedial work to buildings which do not comply with fire safety regulations but do not have problems relating to cladding.” Fire safety legislation The Minister of State (Housing, Communities and Local Government) Christopher Pincher, Conservative MP for Tamworth, reminded building owners and premises management that fire safety remains their responsibility as outlined in fire safety legislation. Building owners managing blocks of flats are responsible for the safety of their buildings" Pincher stresses, “Building owners or other responsible entities managing blocks of flats are responsible for the safety of their buildings. We have made £1.6 billion available to support the remediation of unsafe cladding on buildings of 18 meters and above. This reflects the exceptional fire risk that certain cladding products pose at that height, as noted by Dame Judith Hackitt in her independent report.” Establishing a safe building environment Post Grenfell, cladding has been one of the areas that the UK Government has intervened to assist in establishing a safe building environment with funding made available. However, Pincher warns that the unsafe cladding funding does not absolve industry from responsibility and taking action. Pincher adds, “We expect developers, investors and building owners to cover remediation costs themselves, meeting their legal and contractual obligations, recovering costs or drawing on warranties where applicable, without passing on costs to leaseholders.” Pincher concludes by stating, “This Government is determined to identify suitable financing solutions, remove barriers to remediation, and protect leaseholders from unaffordable costs. The UK Government has asked Michael Wade to accelerate work with the financial sector to identify affordable solutions, and we will be updating the House.” Adhering to fire safety obligations BAFE (British Approvals for Fire Equipment) and UK Fire and Rescue Services throughout the COVID-19 pandemic have stressed that fire safety obligations must continue to be met to provide a safe environment from fire. Any additional COVID-19 safety measures introduced must also acknowledge all health and safety and fire safety requirements on-site and must all work together in the interest of life safety and protection. This was recently noted in BAFE’s response to the UK Government Fire Safety Consultation Stephen Adams, Chief Executive Officer (CEO) at BAFE, commented “This issue is very interesting, as it raises huge questions of misunderstanding of fire safety legislation and responsibilities. The Minister of State is completely right, building owners should already be implementing any remedial work required to meet these obligations.” Stephen adds, “This misunderstanding is precisely why BAFE demand stronger Government issued guidance on who is considered competent to provide essential life safety work.” This was recently noted in BAFE’s response to the UK Government Fire Safety Consultation. BAFE Fire Safety Register At the time of submitting the response to the consultation, the BAFE (British Approvals for Fire Equipment) commented, “The BAFE Fire Safety Register (and the whole UKAS Accredited competency sector) demands much greater Government issued guidance on who is considered competent to provide essential life safety work. This must be at the same level of HSE Guidance, which can then be used to lawfully judge who was at fault for any safety breaches under the FSO [Fire Safety Order] and included in any statutory defense.” The BAFE statement adds, “With many buildings not having a dedicated fire safety officer, these responsibilities are just a part of another staff members/owners’ duties and clearer guidance must be issued for quick reference to ensure they remain compliant to the law. Stipulating what is required to determine competency can assist in sourcing quality providers to help them meet their fire safety responsibilities with due diligence. Compliance will improve with mandated competency levels that must be adhered to and specified, thus appropriately regulating the industry with no additional cost to Government.”
Bristol Uniforms, a globally renowned designer and manufacturer of protective clothing for emergency services across the globe, has launched a brand new, state-of-the-art PPE design for structural firefighting, offering advanced protection to combat the new and emerging risks faced by modern day firefighters. EOS, PPE for structural fighting EOS, named after the Greek goddess of the dawn, builds on the success of Bristol’s XFlex and UK Collaborative Framework ranges, retaining the popular ergonomic sports styling and advanced protection provided by high-quality specialist fabrics. The new style is sleek, modern and ultra-flexible, enabling even better maneuverability. This is partly due to the introduction of HEX-TT, a distinctive, supple reflective taping. The precise cube-pattern of the new taping features tiny gaps, resulting in an outer layer that is significantly more supple and flexible, and easier to repair. HEX-TT, distinctive and supple reflective tapping EOS also has specific design features to avoid the build-up of toxic smoke particles in vulnerable areas EOS also has specific design features to avoid the build-up of toxic smoke particles in vulnerable areas. Reflective tape is attached to garments using heat, which results in a smoother finish. The front of the jacket and sleeves feature a simpler style, free from pockets or unnecessary features where particles can accumulate. Instead, storm pockets are situated at the back of the jacket which typically receives less smoke exposure. The new range comes with particle-blocking wrist cuffs, and optional particle-blocking skirt around the torso and wind cuffs around the ankles, for superior particulate protection. Hard-wearing and long-lasting PPE EOS is also hard-wearing and even longer-lasting, crucially able to withstand frequent washing and tumble drying, which has become increasingly important in protecting firefighters against carcinogens. Roger Startin, Joint Managing Director at Bristol Uniforms commented, “We’re very excited to be bringing EOS to market after many months of perfecting the new range. EOS has been developed in direct response to the changing risks faced by today’s firefighters and the new precautions required to keep them safe.” Designed using latest fabric technology It is also very versatile and can meet the specific needs of our customers operating in all corners of the world" Roger adds, “By listening to our customers throughout the process from concept through to thorough wearer trials, and by taking advantage of the very latest fabric technology on the market, we have created a new design that is bright, modern and stylish, with outstanding protective qualities.” He further said, “It is also very versatile and can meet the specific needs of our customers operating in all corners of the world.” Certified for high performance and enhanced protection Suitable for international markets, EOS has been designed to meet the requirements of the CEN standard EN469 Level 2, NFPA standard NFPA 1971:2018, and the Australian standard AS 4967: 2019. It is available in a wide range of color combinations to suit any national or regional preferences and is compatible with a wide range of accessories and equipment including integrated safety harnesses and drag rescue devices. Customers also have the option to add radio pockets and loops to accommodate specific equipment.
The Lafayette City Police Department and an interagency task force joined a survey firm to deal with extensive damage caused by California wildfires that were raging in August and September. One of these, "the CZU lightning complex fire" caused a massive evacuation before destroying 86,509 acres (35,009 ha) and nearly 1500 structures across four communities and two state parks. To assess the worst-hit areas of this particular fire, a WingtraOne drone was used to collect aerial data used to generate 2D and 3D maps of the area. "The mapping not only helps search and rescue and damage assessment, but it also helps us see immediately what's destroyed and what hazards need to be taken care of before we let people back into the area," said John Cornell, Assistant to the Chief of Police at the City of Lafayette Police Department. interagency task force I've seen like half a dozen GoFundMe website fundraisers that have our maps associated with them" The Lafayette Police Department worked as part of an interagency task force and in partnership with GeoAcuity, a geospatial consulting firm, to produce a public-facing portal for stakeholders. The aerial maps provide a form of support for victims of the fire - offering them the information they need, the data their insurance companies need, and, in some cases, the proof they need to raise funds. "I've seen like half a dozen GoFundMe website fundraisers that have our maps associated with them," said Dr. Greg Crutsinger, Director of Applied Research at GeoAcuity. "The WingtraOne drone data is important to a range of people, from the public agencies involved to the residents who are desperate for information." custom elevation terrain Through massive forests and undulating terrain, they covered more than 1500 acres (600 ha) in one day and four flights. "Redwoods are some of the biggest trees in the world, and there aren't a whole lot of areas to launch from in a disaster area like this," Cornell said. "You can't just go onto somebody's property and launch on top of their burned-out house. There are also a lot of crews working. So, we needed to be as safe as possible and be able to predict precisely where the drone would land." With VTOL (vertical take-off and landing) and its custom elevation terrain following feature, WingtraOne overcame the challenges of this complex situation. It covers a massive amount of ground fast for a high-resolution.
A firefighter needs to evaporate about 1 liter of sweat per hour to be able to regulate the body temperature when exposed to extreme heat. The human body is designed to function within a very specific temperature range between 36.5 and 37.5 Celsius. However, fighting fires test these limits and can increase a firefighter’s body temperature to over 38 degrees. Selection Of PPE While there are many factors to consider to reduce the impact of heat stress on firefighters – such as hydration and heat acclimatization – a major component of heat stress control is the selection of Personal Protective Equipment (PPE). Here, Reece Buchner, technical sales manager at FlamePro, a British specialist manufacturer of life-saving garments for firefighters, explains what to look for when specifying PPE, to reduce heat stress while fighting fires. Insulation – Friend Or Foe Insulation is an important part of any firefighter kit, as it keeps the extreme heat away from the wearer, however, it also keeps the body heat in. People are aware that sweating is the best way for one's bodies to regulate the temperature, however for sweating to be effective, the air should be dry and moving, like when it’s windy. When it’s humid, there is less capacity within the air for vapor to leave the body and that makes sweating less effective. An enclosed and insulated fire suit without airflow may therefore not promote the ideal perspiration environment. Moisture Barriers Moisture barrier regulates body heat as it allows as much moisture vapor out as possible Moisture barriers play a crucial role in reducing the chance of heat stress. A moisture barrier is a type of material that lets vapor through and in some cases liquid (unidirectionally), making a suit breathable. When it comes to fire suits, this moisture barrier plays an important role in regulating body heat as it allows as much moisture vapor out as possible. Types of Barriers There are three types of moisture barrier product technology used in firefighters’ protective garments: microporous, monolithic, or bi-component. Each of these barrier technologies has a different level of effectiveness: A microporous membrane contains small passages or holes, which allows for air permeability and offers water vapor transfer by air-diffusion. A monolithic membrane is a continuous polymer layer without any passages (holes), and, therefore, does not have any air permeability. However, breathable monolithic moisture barriers use hydrophilic polymers which allow water vapor transfer through molecular diffusion instead. A bi-component moisture barrier product uses a combination of microporous and monolithic technologies and allows no air permeability. Ensure Mobility It’s important that fire suits are designed to be wearer friendly, whilst providing optimum protection. When selecting PPE consider how easy the suits are to move in, and bear in mind the different requirements of the team depending on the job at hand. PPE that is designed to provide increased mobility helps to reduce muscular strain, improves air circulation, and in turn heat stress. While there is no one-size-fits-all approach to reducing the risk of heat stress amongst the fire brigade, these are all important factors to consider to ensure the team’s PPE is working to minimize the danger.
As we continue to settle into our new norm brought on by COVID-19, it’s become hard to imagine what the world will look like on the other side. If ever there were a clearer definition of a paradigm shift in the making, it’s this time. Yet, it’s not the only paradigm that has shifted in the last few years. As the climate has continued to change, helping to create more fuel for wildfires, we’re experiencing compounding changes at a global scale. And, the light at the end of the tunnel for COVID-19 might just be another big fire season. Yet, this fire season will be different. New ways to respond Although we’ll almost certainly continue to act as communities, helping each other through the next calamities, what’s clear is that we’re going to require new ways to respond. Knowing what we know now about natural disasters, like fires, floods, and hurricanes, as well as our current experience with a global pandemic, if we’ve learned nothing else it’s that we must begin to design for disaster. Designing for disaster is about planning for the paradigm to shift once again This is not about designing for panic and fear. Rather, designing for disaster is about planning for the paradigm to shift once again. For instance, with the 2020 fire season right around the corner, now is a good time to start taking stock and creating plans for how to deal with it. Unlike the last few fire seasons, this one will be different. According to the “Chief's Letter of Intent for Wildland Fire – 2020”, the US Fire Service will be changing its “fire management options during the COVID-19 pandemic across the board to adjust to this unprecedented challenge.” The objectives laid out in this letter are a reflection of the compounding change we’re seeing, which include “Minimize to the extent feasible COVID-19 exposure and transmission and smoke exposure to firefighters and communities”; “Commit resources only when there is a reasonable expectation of success in protecting life and critical property and infrastructure”; “Encourage innovation and the use of doctrine for local adaptations”; and “Develop methods for broad information sharing given changed conditions”, among others. Planning for uncertainty We must seek to protect lives by developing new ways to work together So, what can we do to plan for this uncertain future? In many ways, the answer is spelled out in this above-mentioned letter. We must seek to protect lives by developing new ways to work together, share information, and plan using innovative tools and methods. Just as we all collectively found Zoom as a great way to connect with our friends, family, and colleagues, during the COVID-19 shelter in place, we’ll begin to use other digital tools to get updates and communicate with emergency responders and the community at large. In fact, there are myriad tools in place, like Nextdoor, Neighbor, and even Facebook, that enable most of us to do this on a regular basis. Likewise, when it comes to planning and communication between first responders, whether they be firefighters, police, paramedics, or emergency management officials, new technologies abound, like Tablet Command, that enable first responders to connect and understand the common operational picture like never before. What’s more, as these technologies continue to scale, they will no doubt connect communities and emergency management personnel (as well as new data sources, like up-to-the-minute satellite imagery) in new ways that enable engagement and planning to occur way before an incident even occurs. In fact, as the world continues to rally around communicating in new ways, new entrants like Zonehaven, a startup based on San Francisco, are doing just this. Using a familiar Google Maps-style interface and data-driven approach to engage communities and first responders around evacuation planning, defensible space, right-of-way issues and neighborhood exercises, Zonehaven is focused on helping entire communities communicate and respond to disasters, like wildfires, even before the initial spark. Drive for change And it’s not just technology companies that are driving this change. In wildfire-prone communities, like San Mateo County, officials are bringing in new technologies, like Zonehaven and others, to “provide access to cutting-edge technology that allows emergency planners and local officials to better understand a community’s risk and help residents plan safe evacuation routes.” In essence, by supporting hyperlocal pre-planning, early detection, community collaboration and real-time detection/alerting, San Mateo County is actively redesigning how the county and all of its constituent services, from firefighters to police to emergency management and even parking control, are planning for a future where wildfires and other emergencies are more abundant and communities more engaged and informed. As change continues to compound on itself, creating entirely new norms, it’s imperative that we don’t lose sight of what makes us human. We have the capacity to plan, communicate, innovate, and build tools meant to help us stay one step ahead of change. After all, the more things change, the more they’ll stay the same.
Science shows clearly that the way to reduce the damaging impacts of wildfires and threats to life and property is to proactively manage ecosystems that evolved with fire. This means reintroducing fire in the right ways and places combined with mimicking the effects of fire on forest structure through mechanical treatments. “Rocky Mountain Research Station's Fire, Fuel, and Smoke Science Program (RMRS) focuses on the science of risk management from ways that they can treat fuels and mitigate risks to helping communities assess and mitigate risk and be more resilient,” says Thomas C. Dzomba, Deputy Program Manager and Director of the Fire Modeling Institute. Missoula Fire Lab During the current fire season, the Missoula fire sciences lab has made two major contributions: Risk Management Assessment Team Support The Risk Management Assessment Team has directly supported incidents across the west providing maps, real-time weather, terrain, control feature, and fire behavior data and information to help fire managers determine the best courses of action and probabilities of success for various suppression tactics and strategies. Modeled Risk Of Spread Of COVID-19 Early in the season they modeled the risk of spread of COVID-19 in fire camp and evaluated key mitigation strategies. This information supported agency actions such as social distancing, module-as-one, masks, and testing, which have contributed greatly to the success in minimizing the spread of the disease under very difficult circumstances. The 5-10 year Program Plan Looking ahead to the next 5 to 10 years, the program plans to focus on: Profoundly improving the Forest Service’s ability to manage fire for the benefit of communities and natural resources by improving the understanding of fundamental processes of wildfire behavior and spread. Developing fuel-related tools, products, treatment alternatives, restoration strategies, and accurate forecasting of future conditions to help change the trajectory of increased wildfire and altered fire regimes. Improving the understanding of smoke impacts and how wildfire emissions respond to climate variability and changing landscapes, and developing mitigations. Building on and improving decision support systems, the effectiveness and efficiency of fire and forest management activities, and increasing the safety of planning and operations. Includes developing tools and models to help fire managers weigh trade-offs of decisions in real-time regarding suppression tactics, management strategies, and safety. System Development The Missoula fire sciences laboratory has a long history of producing and supporting systems for management use and will continue to engage in technology transfer in the form of system development. “We live in ecosystems that are historically fire-dependent and have been altered over time by expansion of the wildland-urban interface, external factors such as climate change and the invasion of non-native species, and decades of active fire suppression,” says Dzomba. “Our fire research must align with a more proactive approach to fire management that includes more managed fire on the landscape and a greater focus on restoring landscapes to historical fire regimes as opposed to the reactive approach of addressing wildland fire management after fire is already on the ground.” Balanced Ecosystems Wildfire Risk To Communities website provides interactive information to help communities understand and mitigate wildfire risk. Greg Dillon, Rocky Mountain Research Station, Missoula Fire Sciences Laboratory Western landscapes evolved with fire; it is a necessary component to keep ecosystems functioning and in balance. Science and research clearly point towards solutions for reducing the risk of damaging wildfires, but knowing the answer doesn’t necessarily make it easy to get there. That will take collaboration with local communities, state and federal partners, and science to help managers determine the best places and ways to more safely reintroduce fire to landscapes. Building Resilience There is no one-size-fits-all or magic bullet to make this happen. “Building resilience in our landscapes and communities will take all of us working together,” says Dzomba. “Everyone has a part to play including preventing human-caused wildfires, reducing risks through vegetation management, managing fires in some landscapes when conditions are appropriate, and building in locations and ways that make communities and homes more resistant to fire.”
Public and firefighter safety is the number one priority at the Rocky Mountain Research Station (RMRS) in Missoula, Mont. The Fire, Fuel, and Smoke Science Program there seeks to develop tools and technology that can help protect people and communities before, during, and after wildfires. RMRS develops and delivers innovative science and technology to improve the health and use of the nation’s forests and grasslands. Their scientists put tools and knowledge into the hands of managers who can apply them to shared stewardship projects designed to reduce fuels and improve habitat and forest health. enhanced firefighter safety The fire research program has enhanced firefighter safety by improving metrics for determining firefighter safety zones and escape routes, improving and modernizing determination of fire danger, and developing systems and applications such as the Wildfire Safety Evaluator (WiSE) and WildfireSAFE to facilitate use of these metrics by wildland firefighters. The program has also pioneered the development of metrics for scenario planning and assessing wildfire risk to communities. RMRS scientists are leaders in the science of risk management, fire behavior, fire suppression and management, and treating fuels to mitigate risks, as well as post-fire impacts to watersheds and methods to help protect people and communities before, during, and after wildfires. proactive fire management USDA Forest Service is a science-based organization, and research has been part of its mission since its inception “We need to work with our interagency firefighters and industry partners to move us to a more proactive fire management posture,” says Thomas C. Dzomba, Deputy Program Manager and Director of the Fire Modeling Institute at the Rocky Mountain Research Station's Fire, Fuel, and Smoke Science Program. “We are all in this together.” USDA Forest Service is a science-based organization, and research has been part of its mission since its inception in 1905. In 1908, forester Raphael Zon, declared “Here we will plant the first tree of research,” near Flagstaff, Ariz., at the Fort Valley Experiment Station. It later became the Southwest Forest and Range Experiment Station, and eventually combined in 1953 with the Rocky Mountain Forest and Range Experiment Station. providing economic opportunities The combination created the modern footprint of the Rocky Mountain Research Station, which covers 12 states in the intermountain west and includes 14 experimental forests and 14 labs, including the fire sciences lab in Missoula, Mont. The team in Missoula collaborates with researchers globally to advance forest inventory and analysis techniques, to promote science that enhances the wildland fire system, and to provide economic opportunities by improving utilization of wood products. RMRS also conducts extensive research on watersheds, wildlife and fish, rangeland and forest health, insects and diseases, wilderness, human interactions with natural resources, and much more. The Human Performance and Innovation and Organizational Learning (HP&IOL) team is a part of RMRS and serves the entire agency in order to promote a culture of learning and foster a resilient workforce and advance innovations. fire management efforts There are many examples of how fire research can help in adapting to fire on the landscapes that evolved with it HP&IOL seeks input from employees through verbal and written interviews, focus groups, and other means. Additionally, many of the research staff work directly in support of fire management efforts, enabling them to quickly see what could make fire management or prescribed fire more efficient or safer. To promote better understanding of the importance of fire research, the fire industry should talk to partners, community leaders, and the public and show them how science helped improve decision-making before and during fire suppression efforts. There are many examples of how fire research can help in adapting to fire on the landscapes that evolved with it. For example, where have fuel treatments helped buffer communities or important resources? helping protect communities “We should tell our success stories,” says Dzomba. “Ultimately the best safety measure is to not have to fight the fire, because we’ve learned to adapt, developed mitigations and treated fuels before fire occurs to help protect communities and create more resilient landscapes.”
A wealth of data is used to track the course of wildfires and guide an effective firefighting response. Computers crunch the data using software and a computing infrastructure to yield information in the form of wildfire modeling and better situational awareness to guide fire service response. On the front line of turning data into useful information to advance fire science is the WIFIRE Lab at the University of California San Diego. The WIFIRE lab grew out of a project funded by the National Science Foundation (NSF). With a primary goal of enhancing fire science, the lab also impacts operational fire response, increasingly in real time. Complex natural disasters “Wildfires are complex natural disasters that are caused by many changing systems like weather and landscape,” says Ilkay Altintas, Ph.D., WIFIRE Founder and Director. “Ongoing observations using modern technology and analysis of changes using artificial intelligence are helpful to augment fire science and response efforts.” The mission of the WIFIRE Lab is to provide a collaborative and transparent framework to bridge data, artificial intelligence and computing with fire science and its application to practice. “We are envisioning this framework to extend to the modeling and management of disasters beyond fires in the long term, such as floods and smoke plumes," adds Altintas. The mission of the WIFIRE Lab is to provide a collaborative and transparent framework to bridge data, artificial intelligence and computing with fire science and its application to practice Detecting smoke patterns WIFIRE Labs analyzes climate data such as wind speeds and direction provided by utility company weather stations Much of the work at WIFIRE involves automating processes and creating workflows ‘behind the scenes’ to crunch a variety of data, sometimes using supercomputers, machine learning and artificial intelligence (AI). The resulting ‘data assimilation’ provides valuable tools to advance the science of fire and to facilitate the work of firefighters. Among the goals is to provide ever-faster and more accurate intelligence, even for rapidly moving fires that have previously defied real-time computer analysis. WIFIRE Labs analyzes climate data such as wind speeds and direction provided by utility company weather stations, the National Weather Service, and the U.S. Forest service. Conditions such as moisture levels help to predict the course of a fire. Satellite imagery can detect smoke patterns, the hottest areas of fires, which areas are still burning and how they will likely continue to expand. Multiple weather forecasts Guiding WIFIRE Labs’ research is close collaboration with fire departments, including the Los Angeles and Orange County Fire Departments. They provide “Regular feedback about what they want out of the interface,” says Jessica Block, WIFIRE Associate Director for Operational Programs. “It is a direct product of close collaboration with firefighters.” “Being able to monitor our environment requires putting all the data together,” says Block. “Understanding how fires are behaving and changing the environment is important and available to the entire fire community.” A data portal and public interface is called FIREMAP. Fire agencies can request accounts and use the system to run predictive models to help with firefighting. For example, they can project the possible course of a fire based on multiple weather forecasts. Understanding how fires are behaving and changing the environment is important and available to the entire fire community Active fire perimeters The community knows there is a need for additional models to serve the need" FIREMAP is a decision-support and information tool that analyzes and visualizes data and makes it available to decision makers in a format that informs and assists them before, during and after a wildfire event. The map interface can show a variety of information such as active fire perimeters, weather conditions, wind direction, satellite images, local video camera views, surface fuels, etc. The currently used fire model is called FARSITE, but it was not designed for rapidly moving fires. “The community knows there is a need for additional models to serve the need,” says Block. For example, how are fire models different for fires fueled by surface grasses and shrubs versus those fueled in a conifer forest environment? Fire perimeter mapping The Fire Integrated Real-time Intelligence System (FIRIS) Pilot Program seeks to leverage enhanced intelligence, surveillance and reconnaissance to identify early onset fires using fixed wing aircraft equipped with aerial infrared (IR) computerized mapping. WIFIRE Labs is building a system that can enable the AI community to apply its tools to solving fire science problems The program provides better early intelligence, including initial real-time fire perimeter mapping within five minutes of aircraft arrival. Real-time intelligence from such a system is a game-changer. Data from historic fires aid in modeling future events. ‘Educating’ an AI system using historic data helps to inform smarter models for next year’s fires. WIFIRE Labs is building a system that can enable the AI community to apply its tools to solving fire science problems. The program provides better early intelligence, including initial real-time fire perimeter mapping within five minutes of aircraft arrival Advanced systems research For example, how can satellite imagery be used to better understand how vegetation has changed? The payoff from AI and other advanced systems research will likely happen in future fire seasons. Some of the fire systems use supercomputers such as the one at UC San Diego, or even systems in the cloud. However, much of the data is leveraged using everyday desktop computers. “We know how to leverage supercomputers when we need them, and how to take advantage of them,” says Block. “But we don’t use them if we don’t need them, and our systems are available to users and research partners.”
As Australia takes careful steps to re-open its borders and economy, public safety personnel have continued to serve on the frontline throughout the nation’s lockdown owing to the global COVID-19 pandemic spread. This year has delivered extraordinary challenges for Australia’s public safety agencies, from managing safety and physical distancing in the field, to maintaining interoperable communication across state borders, during the intense pressure of natural disasters, as well as cyber-attacks on critical infrastructure. APX NEXT mission-critical P25 public safety radio Motorola Solutions has announced the launch of its next-gen APX NEXT mission-critical P25 public safety radio in Australia Motorola Solutions has announced the launch of its APX NEXT in Australia, a next-generation, mission-critical Project 25 (P25) public safety radio with LTE for enhanced communications and secure, data-centric applications. The smart radios feature ViQi, a first of its kind, public safety virtual assistant that enables users to quickly manage radio controls through simple and intuitive voice commands. The highly rugged smart radio is also built to military standards, is fully submersible and has a touchscreen that can be operated in any weather and while wearing gloves. Land Mobile Radio (LMR) communication Con Balaskas, Motorola Solutions Vice President and Managing Director for Australia and New Zealand, said the purpose-built smart radio from Motorola Solutions is designed to combat the unique challenges posed by Australia’s tough public safety environment. Balaskas said, “Land Mobile Radio (LMR) communication has always been a first responder’s lifeline. That’s never more apparent than when disaster strikes and teams depend on instant, reliable voice communication to safely manage emergency response.” Interoperable access to voice communication “APX NEXT increases both the value and reach of reliable, mission critical communication, providing interoperable access to voice communication as well as essential application services to pinpoint the location of officers in the field, collaborate via multimedia services and help to keep people and communities safe,” Balaskas adds. He further stated, “With first responders facing new challenges including the need to maintain safety and social distancing in the field, ViQi enables them to control the radio hands-free using voice commands. This helps to ensure they can protect their focus on what’s happening around them at all times.” Embedded LTE connectivity The smart radios are one of the newest mission-critical P25 radio offerings in Motorola Solutions’ APX portfolio The smart radios are one of the newest mission-critical P25 radio offerings in Motorola Solutions’ purpose-built APX portfolio. With embedded LTE connectivity, the radio provides a range of application services to increase safety and productivity, with rich data capabilities and extended voice coverage to improve users’ situational awareness in the field. “APX NEXT was created after more than 2,000 hours of extensive field research and testing with numerous law enforcement agencies,” said Scott Mottonen, Motorola Solutions Senior Vice President of Products, adding “In today’s highly challenging public safety environment, we know that first responders need their technology to deliver reliable communication at all times as well as allow them to work with their eyes up and hands free in any situation.” Purpose-built smart radios The purpose-built smart radio designed for emergency services recently won two Good Design Australia Awards, one for the radio’s design and features and another for the APX NEXT Ownership Experience, which provides seamless management and support for the entire fleet of radios deployed into the field. APX NEXT was also named in Fast Company’s Top 10 Product Innovations of 2019. APX NEXT Application Services The new smart radio uses LMR for mission-critical voice communications and LTE broadband to power new application services including: ViQi: With ViQi, first responders can control key features of the radio via voice command. ViQi Virtual Partner, available from 2021, will enable radio users to retrieve information from remote databases. For example, ViQi, run a number plate to retrieve information from back end systems using the smart device’s artificial intelligence capabilities. SmartConnect: APX NEXT detects when it is leaving P25 coverage and automatically switches to LTE broadband, ensuring continuity of PTT voice communications. It then switches back to LMR when the signal returns without the need for user intervention. SmartLocate: An officer’s location data is automatically sent over broadband to a dispatcher’s mapping console, providing dispatchers with up-to-date location information as fast as every 3 seconds. Leveraging broadband to send frequent location updates frees up valuable LMR system resources. SmartMapping: Built on the same platform as CommandCentral Aware, this application service provides precise location information in a map view on the radio’s display. For example, a police officer can see the location of other officers as icons on a map, quickly locate officers in distress and tap on the icons to send alerts or communicate with colleagues via the radio. SmartMessaging: A multimedia communication tool allows users to securely share videos, pictures, texts and voice notes across extended teams. A dispatcher, for example, can send pictures of a suspect to a group of officers in a specific location, or videos can be shared with a group of officers before they arrive at the scene of an incident. SmartProgramming: The radio’s software and configuration data can be rapidly updated over broadband, even when a police officer is using it. This means APX NEXT users spend less time at the station and more time in the field.
When Thames Valley Air Ambulance’s Helicopter Emergency Medics became concerned about their current helmet due to its obsolescence and poor comfort, the charity contacted Vimpex who they were aware had successfully supplied helmet solutions to other Air Ambulance Services, including Lincolnshire and Kent. Pacific R6C Rescue Helmet Following meetings to identify product performance requirements, and a product trial by critical care paramedics and doctors, Thames Valley Air Ambulance chose the Pacific R6C Paramedic/Rescue Helmet because it gives the charity a high-performing, future-proofed safety solution that can also be fully customized. Every part of the Pacific R6C Paramedic/Rescue Helmet can be quickly removed without the use of special tools" Vimpex Business Development Manager Steve Clelland explains, “Every part of the Pacific R6C Paramedic/Rescue Helmet can be quickly and easily removed without the use of special tools. Cost of ownership is therefore minimized as repairs and replacement of all components is simple. Pacific helmets are tested in the most extreme conditions required for conformity to relevant clauses of the latest EN standards.” High performance PPE equipment The fantastic life-saving work carried out by Thames Valley Air Ambulance when there’s a life-threatening injury or medical emergency, and relies on the skill and bravery of its team of doctors and critical care paramedics, some of the most highly skilled pre-hospital medics in the world, to deliver advanced trauma care to some of the most seriously injured patients across Berkshire, Buckinghamshire and Oxfordshire from its base at RAF Benson. Such exceptional individuals, who regularly put their own safety on the line to protect others, need the highest levels of equipment performance, including their head protection PPE, to ensure that their well-being is never compromised. Fire evacuation and alarm systems major Vimpex is Europe's renowned independent manufacturer and distributor of high quality fire evacuation and alarm system products for installers, distributors and OEM manufacturers. The company is also a specialist in the supply of technical rescue and PPE equipment for UK fire, rescue, police, military and emergency services teams.
Firefighters across Cornwall are wearing brand new PPE (Personal Protective Equipment), procured through the UK Collaborative PPE Framework. All 560 firefighters in the county have been equipped with two sets of new gold-colored structural coats and trousers, along with flash hoods, and a set of both structural and rescue gloves. Structural PPE The new PPE (Personal Protective Equipment), designed and manufactured by Bristol Uniforms, benefits from the very latest in fiber and fabric technology, along with ergonomic styling for ease of movement. Cornwall Fire and Rescue Service (CFRS), as part of their commitment to firefighter safety, also engaged with staff about the provision of additional PPE to meet the demands of non-structural fire situations, such as road traffic collisions and wildfire control. This new structural firefighting PPE supports the specific needs of Cornwall’s remote rural risk profile This new structural firefighting PPE supports the specific needs of Cornwall’s remote rural risk profile. As a result, an order has also been placed for lighter-weight, more breathable rescue jackets which are compatible with the structural trousers and other essential PPE, providing the most suitable level of protection. Light-weight, breathable rescue jackets Mark Salter is Group Manager at CFRS, with responsibility for Assets, Health and Safety and Wellbeing said, “Feedback from our firefighters has been very positive. The cut of the jacket is more fitted than our previous kit, which is better for movement and maneuverability, and the extra padding on the knees means the trousers are more comfortable when kneeling or crawling”. He adds, “The wide range of male and female sizes ensures that every member of the crew can get a good fit. The firefighters have found that the new lighter color shows up dirt and soot, but that is a helpful indicator of when the kit needs cleaning.” Maintenance and Care service with Bristol Uniforms Cornwall Fire and Rescue Service is continuing its Maintenance and Care service arrangement with Bristol, for regular cleaning, and repairs and decontamination if necessary. Dirty kit is collected by Bristol Uniforms and taken to one of two in-house Service Centers, where it is washed and thoroughly examined before being returned within seven days, a service that is reassuring for Mark Salter and his firefighters. Mark Salter said, “The robust care provision is very important to us, particularly given the current risk of coronavirus, and concerns around carcinogens in smoke particles. Bristol’s in-house cleaning and repair service means we can always have full confidence that our PPE is fit for purpose and providing the right protection.” Advanced technologies and enhanced comfort As a fairly small FRS, the Collaborative Framework offered us the best possible efficiencies" He adds, “As a fairly small FRS, the Collaborative Framework offered us the best possible efficiencies, and we’re very pleased with the result. Bristol Uniforms has provided excellent support and guidance throughout the process, as have Kent Fire & Rescue Service who was particularly helpful in the early stages of the procurement process.” Philip Tasker, UK and Ireland Sales Director at Bristol Uniforms, commented “It is very rewarding to see the Cornish firefighters out on the job in their smart new PPE, knowing that they are benefitting from a state-of-the-art design featuring advanced technologies, enhanced comfort and maximum protection.” Enhanced staff safety Mark Hewitt, Chief Fire Officer at Cornwall Fire and Rescue Service (CFRS) stated “The safety and welfare of our staff is of paramount importance, so ensuring that our firefighters are provided with quality Personal Protective garments is essential. I am assured that this new PPE from Bristol Uniforms meets our specific requirements.” Mark adds, “My thanks and acknowledgement also goes to Cornwall Council for supporting our Fire and Rescue Service with a 15 year capital replacement program, which enables significant investment in safety critical areas such as our PPE procurement, and also our internal technical services team who have worked with the collaboration and Bristol Uniforms to deliver this project.”
Bryx, a globally renowned provider of first responder technology products, will be installing its Bryx Station alerting system just 25 miles west of Orlando, Florida, at Groveland Fire Department. Fire Alert device installation Bryx’s installation will follow Groveland Fire Department’s move into its new headquarters in the brand new public safety building in early 2021. The Bryx Station system is also being installed at the nearby Station 94, with an anticipated third installation later next year. The three installations further expand the company’s mobile and station alerting presence in Florida, complementing their recently awarded contract in North Port. Bryx Station alerting system Bryx Station is a full-featured alerting system that connects fire departments and EMS agencies around the globe Bryx Station is a full-featured alerting system that connects fire departments and EMS agencies around the globe, providing immediate alerts, full station automation, and improves response times. When a call comes in, the Bryx Station control unit alerts the house with heart-smart ramping tones, color-changing lights, and text-to-speech readouts. The system can perform tasks such as turning off stoves, opening and closing bay doors, and securing the building, thereby automating the tasks that first responders have little time to complete. Works in coordination with Bryx 911 mobile app The Bryx Station alerting system works hand-in-hand with the company’s free mobile alerting and messaging application, Bryx 911. Brynx’s data-driven team develops innovative technology that helps firefighters, paramedics, and other first responders work faster, smoother, and smarter. The company’s free Bryx 911 mobile app and robust Bryx Station alerting system offer unrivaled alerting, messaging, and communications tools for first responders. Both simple and powerful, Bryx’s patented and innovative solutions are proven to save time where time matters most.
Eight fire crews from Shropshire Fire and Rescue Service were sent to Granville Recycling Plant, located in Telford, United Kingdom and at the peak of the fire, there were 50 firefighters battling the blaze, which impacted the entire landfill site close to the A5. Fire at Granville Recycling Plant Shropshire Fire and Rescue Service Group Manager and Fire Service Officer, Adam Matthews said that the firefighters are now on the verge of winning the battle and the number of firefighters deployed to tackle the blaze has been reduced to about 25, but that they will likely still be fighting the fire up till tomorrow. Adam Matthews stated, “We're making some slow progress now. We've got several main jets in use. I would say that we will probably be here all tonight. The smoke plume has died down which is good.” Focus on dealing with the smoke plume The smoke from the blaze had been billowing high into the sky above the recycling center, visible across Telford The smoke from the blaze had been billowing high into the sky above the recycling center, visible across Telford and from the M54 highway. The site, just up from Telford Naturist Club, used to be run by Telford & Wrekin Council but is now privately owned. Nearby residents have been warned to keep their doors and windows closed. Visibility on local roads has also been affected however no roads had been closed as of 8am. Adam Matthews earlier said that the focus was on dealing with the smoke plume. He said a national expert in wild fires had been sent to the scene, along with the local crews from across Shropshire. Tactical plan to counter major fire incidents He stated, “There is a large smoke plume obviously coming off this incident and with the current wind direction this plume is heading towards Telford, Priorslee and St George's areas. There is no need to panic but as a precaution we would urge people to keep doors and windows closed.” Adam adds, “We are currently working on the scene and have Telford & Wrekin emergency planning and a number of other agencies. We are just reviewing our tactical plan and the main thing is to deal with this smoke plume that is heading over Telford.”
Set on the iconic shores of Italy’s Lake Garda, Campeggio del Garda is a popular campsite that attracts tourists from around the globe to its picturesque location. Hochiki Italia’s Totem solution was specified to protect the idyllic campsite and provide occupants with an ideal level of outdoor protection. Campeggio del Garda is located on the water’s edge of Lake Garda, one of Italy’s most picturesque lakes and holiday hotspots. The scenic location offers a range of bungalows and mobile homes, as well as camping and mobile home pitching areas, for visitors. Looking at the spot, it’s clear why this campsite has become a must-visit attraction for tourists. With on-site facilities such as a swimming pool, restaurant and sports courts, the 3,000 guests the site can accommodate are able to enjoy complete luxury during their stay. Updated emergency evacuation system Italian-based designers, Studio Albertini, were brought on board to specify a suitable range of life safety devices In need of an updated emergency evacuation system, Italian-based designers, Studio Albertini, were brought on board to specify a suitable range of life safety devices to protect the site’s guests and employees. Owner and lead contact for the project, Paolo Albertini said, “It was essential for Campeggio del Garda that the solution would be complex enough to deal with the scale of their facilities, but also waterproof to accommodate for outdoor protection. Understanding the high-level of expertise that would be required for such a project, we worked alongside life safety manufacturer, Hochiki Italia, to supply the best and safest solution possible. In this case, their unique Totem system was specified.” Studio Albertini and Hochiki Italia collaboration Studio Albertini and Hochiki Italia collaborated closely on the project to specify a life safety system that could be installed across the expansive accommodation facility. Mirko Corsini, Project Manager at Hochiki Italia, said “Due to the sheer size of the camping area, we decided to manage the system through two networked panels by using the master/slave function of the device.” Mirko Corsini adds, “Combining this intelligent system with the 31 Totem call points that were installed throughout the campsite, we were able to provide a fully integrated and accessible network that covered the entirety of the park. Each Totem is fully waterproof to allow for operation all year around and contains a CHQ -WSB2 sounder beacon, warning signs, multilingual fire safety instructions as well as a UNI ISO 7010 signal call point, as requested by the Ministerial Decree.” Hochiki’s Totem system installed Hochiki Italia’s Totem system is ideal for large scale projects, as was the case and requirement at Campeggio del Garda. Being able to work from multiple networked panels, the system can be divided into zones, in order to make the connection and detection more secure and reliable. This basically means that the system can be operated and monitored from a singular control panel that includes a digital display screen for complete visibility of the status of the various call points. From this panel, duty holders can test, activate and identify any incidents for around the clock safety while reducing operational costs for large premises. The Totem’s call points are placed evenly across the facility to make sure they are accessible for all guests and are within a reachable distance at all times. The call points can be activated by guests or members of staff and can act as a beacon to communicate with guests. Fully compliant solution Totem is fully compliant with Italy’s Ministerial Decree 28.02 2014 and Circ. Prot.n. 0011002 - 12/9/2014 Totem is fully compliant with Italy’s Ministerial Decree 28.02 2014 and Circ. Prot.n. 0011002 - 12/9/2014, in relation to the safety of guests in open air, tourist accommodation. The decree states that all existing accommodation facilities must adopt the appropriate method of fire detection and fighting in spaces of more than 400 people. A clear part of the guidance is that call points should be distributed within 80 meters of each other and well-lit, with multi-lingual fire instructions. At the same time, the alarm signal coming from any of the detectors or call points must determine the optical and acoustic fire alarm signal at a manned place during the hours of activity. Signal and call point functionalities The signal and call point functionalities of Hochiki Italia’s Totem system work perfectly in line these requirements, making them suitable for a range of outdoor environments. Commenting on the end result, Paolo Albertini said “We are elated with the installation and the level of life safety that we can now offer to the campsite’s guests. It was a seamless process and we were able to adapt the system to our exact needs and ensure that fire detection was not only present, but accessible to staff across the whole site. We wouldn’t hesitate to recommend Hochiki Italia products to customers.”