Training & Education

Firefighters working for the busiest fire and rescue service in the UK will receive expert training from a De Montfort University Leicester (DMU) scientist who specializes in the flammability of skincare products and fire investigation. Dr Sarah Hall, Senior Lecturer in Forensic Analytical Chemistry and Forensic Science at DMU’s Leicester School of Pharmacy, was contacted by the London Fire Brigade to share her expertise as part of their training package, to help firefighters better understand the link between skin creams and fatal burns. serious risk of injury The collaboration comes after Dr Hall’s research proved that fabrics with skin creams and lotions dried on can catch fire significantly faster than clean material and therefore pose a serious risk of injury or even death.  Firefighters can help us to get a truer picture of what the cause of a fire might be" “I am honored to be working with the London Fire Brigade,” said Dr Hall. “Firefighters can help us to get a truer picture of what the cause of a fire might be and the more information we have, the more research we can do." Dr Hall has recorded a series of videos for the LFB, detailing her work and explaining how fire investigation makes a huge difference to the research being done. The short films will be incorporated in the online training provided to new and existing firefighters at the brigade. skin creams and fatal burns “While fatal fires receive a high level of investigation the London Fire Brigade are continually working to understand how accidental fires and injuries can be prevented,” said Dr Hall. “Our research proves that there is a link between skin creams and fatal burns, but we need more information to further our work and firefighters play a huge part in helping us do that. Whenever they attend an incident, even if it is ruled to be accidental, it would be incredibly useful to know more information about the cause, especially if skin creams were involved.” emollient training video Sharon Biggs, Care, Health and Safeguarding Manager in Community Safety at the London Fire Brigade, said: “We are producing an emollient training video for firefighters which will help them to understand how fire risk increases when emollients or skin creams are placed near a heat source or naked flame." Dr Sarah Hall has been working with the National Fire Chief’s Council in an advisory role for a number of years" "Dr Sarah Hall has been working with the National Fire Chief’s Council (NFCC) in an advisory role for a number of years and we believe that her expertise and research will add an integrity to our own training package based on scientific data that supports our own experiences in the fire service. The firefighter training will not only educate our own staff about the safe use of emollients and skin creams but will enable them to feel confident enough to advise individuals they visit about the increased risk and how to mitigate these.” increase in fire risk Since 2010 there have been 56 confirmed fire deaths linked to emollient creams in England. A review found that those most at risk tend to be over 60, smokers and have reduced mobility. Thousands of people use emollient creams daily to manage dry, itchy or scaly skin conditions such as eczema and psoriasis, so they are easily transferred from skin on to clothing and bedding. The creams alone are not flammable, nor are they flammable when on the body.   However, the fire risk increases with every application of the cream as it transfers, dries and builds up on the fabric. Some cream remains even when the items are washed, so it’s important to minimize the risk in additional ways, such as removing long sleeved or loose clothing before cooking or using a safety lighter.  details of accidental fires Dr Hall and the MHRA partnered with the NFCC for a new campaign called #KnowTheFireRisk “Our own constantly evolving data collection, which is even more focused on the details around accidental fires, also means that our prevention work can be even more closely monitored and directed,” added Sharon. “Dr Sarah Hall’s work has been an invaluable addition to the ongoing prevention work that we carry out and we are extremely grateful to be able to use the very latest advice for our training package.” In 2018, as a direct result of Dr Hall’s work, the Medicines and Healthcare products Regulatory Agency (MHRA) recommended that labeling of emollients and similar prescribed products should have larger, clearer and more visible warnings had to be printed on packaging to encourage safer use and highlight the fire risk. Earlier this year, to further raise awareness of the dangers associated with emollients, Dr Hall and the MHRA partnered with the NFCC for a new campaign called #KnowTheFireRisk.  fire service assessment The MHRA recommends that anyone in the high-risk group, or their carers, should arrange a fire service assessment of their personal surroundings. They are also urged to exercise caution when close to naked flames or potential ignition sources (for example, lighting a cigarette). 

For the honor of wildland firefighters who risk it all to protect the forests and natural resources. KIMTEK is proud to introduce the Ford Motor Company Bronco-Filson Wild Fire Vehicle which features the KIMTEK FIRELITE® Fire Rescue skid unit that includes a Darley-Davey Pump, Hannay Reel, and Mercedes Boostlite Forestry Hose.  KIMTEK is excited about this collaboration between Ford, Filson and KIMTEK and more excited to see the formation of the Bronco Wild Fund to celebrate wildland firefighters and to help raise awareness and funds to assist in preserving America's Natural Resources and National Forests. KIMTEK thanks Ford Motor Company and Filson for choosing and trusting the design quality of the FIRELITE Transport skids manufactured by KIMTEK Corporation.

CU First Responders Finance (CUFR) is excited to welcome Nashville Firemen’s Credit Union to their Referral Credit Union program. CUFR’s business lending program provides the avenue for first responder credit unions to refer commercial real estate, apparatus, equipment, and other business loans for potential funding. Nashville Firemen’s Credit Union is happy to collaborate with other first responder credit unions to offer its membership business services through CUFR. The referring credit union gets business loans on their books and the lead lender earns points and a portion of quality loans. First responder credit unions Additionally, there is an opportunity to sell a portion of the loan back to the referring credit union. Nashville Firemen's Credit Union is a not-for-profit financial cooperative. It is owned and managed by the membership who share a common bond. Membership is available to the Nashville Fire Department and their immediate family members. Retirees of NFD are welcome to join as well! Membership information and current rates may be obtained by calling. CU First Responder Finance is a partnership between the National Council of Firefighter Credit Unions and Biz Lending & Insurance Center, Inc. Their mission is to develop commercial real estate marketing and business lending programs specifically designed for first responder credit unions.

DMP releases its new line of alarm communication radios that are FirstNet Ready™ and approved for use on FirstNet®. FirstNet is built with AT&T in a public-private partnership with the First Responder Network Authority and is the only nationwide, high-speed broadband communications platform dedicated to and purpose-built specifically for America’s first responders and the extended public safety community. It’s the solution to decades-long interoperability and communications challenges first responders have long been experiencing. Alarm panel communications “The FirstNet network is an important step forward in our nationwide first responder infrastructure, and DMP is pleased to support public safety nationwide,” says Mark Hillenburg, vice president of Marketing at DMP. “Also, we are very excited to work with The Monitoring Association (TMA) and AT&T to deliver alarm panel communications using the highly secure and reliable FirstNet service.” Alarm service companies qualify to use the FirstNet network by first obtaining a TMA Certificate The transmission of public safety related alarms via FirstNet Ready™ alarm panels qualifies for FirstNet extended primary service. Alarm service companies qualify to use the FirstNet network by first obtaining a TMA Certificate of Verification that verifies they are in compliance with accepted Alarm Industry Standards. Safety related alarms The Certificate of Verification ensures the company transmits public safety related alarms (e.g. burglary, fire, emergency medical) to a Central Monitoring Station that confirms and verifies the authenticity of the alarm before notifying a Public Safety Answering Point (PSAP) for relay to a public safety agency for the purpose of initiating an emergency response. In addition to the TMA certification, alarm service providers must enter into a FirstNet Agreement with AT&T before they can offer FirstNet Ready™ alarm panels with FirstNet service. With DMP’s FirstNet Ready™ communicator, the XR Series control panels are among the first available for use on the FirstNet network. This gives alarm companies the advantage of using Band 14 – nationwide, high-quality spectrum set aside by the federal government specifically for FirstNet.

Following its General Assembly, Euralarm will organize an industry webinar that will run from 16:00 - 16:50 (CET) on October 29, 2020. The webinar is intended to look at the key regulations and standards that affect gaseous extinguishing systems in Europe and to distinguish between approved gaseous fire extinguishing systems and approved components, which is the subject of the recent Euralarm document titled, Guidance on Gaseous Systems: approved systems versus approved components. Free registration is open for members and other non-member professionals from the industry. fire extinguishing system Gaseous fire extinguishing systems are a very effective way to protect critical hazards and high value assets, when it is important to have no collateral damage caused by the extinguishant or residues. But how should the efficiency and reliability of a gaseous fire extinguishing system be assessed? And what is the role and the influence of the various standards, regulations and approvals that are used to validate the efficacy of the systems. This Event will make the attendees aware of the major differences between voluntary and mandatory standards This Event will make the attendees aware of the major differences between voluntary and mandatory standards quality marks and will help them to make decisions based on clear and balanced information. Attendees should register for the Euralarm industry webinar in advance. Prior to the event a separate link to the webinar will be sent to the attendees. fire safety and security In case one or more of a registered attendee’s colleagues would be interested in joining the webinar, Euralarm asks them to not hesitate to forward them the invitation. The registration for the event can be done on the company’s official website. Euralarm represents the electronic fire and security industry, providing leadership and expertise for industry, market, policy makers and standards bodies. Their members make society safer and secure through systems and services for fire detection and extinguishing, intrusion detection, access control, video monitoring, alarm transmission and alarm receiving centers. Founded in 1970, Euralarm represents over 5000 companies within the fire safety and security industry valued at 67 billion Euros. Euralarm members are national associations and individual companies from across Europe.

Valuation and home survey processes were previously insufficient to establish whether or not external cladding on high-rise buildings [over 18 m height] contains combustible material and therefore would facilitate the spread of fire. Following the Grenfell tragedy and subsequent MHCLG [Ministry of Housing, Communities and Local Government] guidance, RICS [Royal Institution of Chartered Surveyors] along with UKF [UK Finance] and BSA [Building Societies Association] developed so-called EWS-1 forms as a means of enabling competent fire experts to assess whether these buildings are fire-safe and if not, to identify that remedial work needs to be carried out. High rise buildings The provision of EWS-1 forms has proved successful in creating a clear and consistent means by which the market understands the documentation required to support the buying, selling or re-mortgaging of properties in high rise buildings. While the EWS-1 form has been downloaded from the RICS website over 8,000 times, there remain some key issues to be resolved in order to create a fully reliable and accessible process for the upload and retrieval of these forms. The FIA has stepped in to meet this requirement. In consultation with MHCLG and in collaboration with RICS and other stakeholders including lenders and insurers, it has developed a unique portal that will provide a central readily-accessible location for EWS-1 forms and, for the first time, the ability for Fire Engineers to complete the forms on-line.  Identifying remedial actions A rigorous approach has been applied to the portal to include manual checks at various stages of the process This meets an increasingly urgent need for property sellers and buyers, insurers and mortgage lenders to easily access for free and in one specific location the information they need in order for transactions involving properties in high rise buildings to proceed as normal post-Grenfell as well as identifying any remedial actions that must be taken on these buildings in respect of external cladding. Of especial importance is the need to prevent fraudulent activity relating to EWS-1 forms which regrettably has been identified in the market and which can place lives at risk. A rigorous approach has been applied to the portal to include manual checks at various stages of the process. Each Fire Engineer wishing to submit forms must present evidence that they are fully qualified and competent to do so and this is interrogated prior to enabling their forms to be submitted to the portal. Advanced stage of development In addition, all existing forms and on-line submissions are subject to further checks to determine their validity before they appear as publicly-available documents. In this way, we would expect to eliminate the problem of fraudulent EWS-1 forms appearing in the market. Registration and uploading of EWS1 forms will cost a small fee to cover the validating work involved The FIA is fully-funding the building of this portal and has employed software specialists to create an effective, efficient and user-friendly web site that has been approved by the RICS Forum. Registration and uploading of EWS1 forms will cost a small fee to cover the validating work involved, but access to them by the public will be free. The web site is currently in an advanced stage of development and is expected to be fully functional as a public service by mid-November. fire safety training The FIA is the largest fire protection trade association in Europe with over 900 members, a not-for-profit organization that is a major provider of fire safety training. Its objective is to promote, improve and perfect fire protection methods, devices, services and apparatus and achieves this through the representation of its members and providing technical support, guidance and opportunities for professional advancement through education and appropriate regulation. It promotes and shapes legislation and the professional standards of the fire industry through close liaison with government and official bodies as well as other key stakeholders and also provides funding for research projects in line with its principal objectives.

This time of year we remind communities to change their smoke detector batteries, advise them how to be safe while cooking during the holidays and, for those of us in wildland fire-prone communities, encourage them to follow the “Ready, Set, Go” model to properly prepare. But there’s another dangerous “season” out there we need to be aware of. In addition to Covid–19, flu season is among us and, as with fire, it’s important to take preventive measures and prepare your resources (you!). When it comes to being exposed to airborne and bloodborne pathogenic germs, firefighters are among the most at risk. And this is not just a little inconvenience that one or two sick days can cure. Emergency rooms become saturated this time of year with people suffering from the flu, which generally peaks between December and April. Harvard Medical School estimates that 36,000 people die and more than 200,000 are hospitalized each year in the U.S. due to flu. So, how’s your personal “Prevention Bureau” doing? Are you taking preventive measures to mitigate your risk for flu? Have you and your family received the flu vaccine? How about those you work with? Are you stocked up on over-the-counter medications? If you think about it, firefighting and “flu fighting” are very similar. Both start out small, but if not rapidly attacked, they develop into a much worse situation. Let’s look at this similarity a little more closely. Firefighting versus flu fighting: Incipient stage 36,000 people die and more than 200,000 are hospitalized each year in the U.S. due to flu Fire - This first stage begins when heat, oxygen and a fuel source combine and have a chemical reaction resulting in fire. This is also known as “ignition” and is usually represented by a very small fire that hopefully goes out on its own before severe stages are reached. Recognizing a fire in this stage provides your best chance at suppression or escape. Cold/Flu - The incipient stage is the incubation period, or the time it takes for a person who has been exposed to the virus to become infected (think of infection as ignition). The Merck Manual’s Online Medical Library section on influenza reports the incubation period may be from one to four days (first stage), averaging about 48 hours from exposure. Controlling the spread Fire - As the fire grows, the structure’s fire load and available oxygen are used as fuel for the fire. The fire starts rapidly spreading to other parts of the building, creating more damage. It is during this shortest of the four stages when a deadly “flashover” can occur, potentially trapping, injuring or killing firefighters. Cold/Flu - The U.S. Library of Medicine defines communicability as the time it takes an infectious agent to be transmitted from an infected person to another person (spreading rapidly). Once infected with influenza-type illnesses, the affected person may begin shedding the virus to others one day before signs and symptoms occur and continue to be contagious after symptoms begin. Prevention is all but impossible at this stage of the disease. Fully Developed When it comes to being exposed to airborne and bloodborne pathogenic germs, firefighters are among the most at risk Fire - When all combustible materials have been ignited, a fire is considered fully developed. This is the hottest phase of a fire and the most dangerous for anybody trapped within it. At this point our efforts are generally focused on protecting endangered structures. We surround the fire, apply massive amounts of water and let the contents burn themselves out. Cold/Flu - Fighting a fully developed flu virus is not much different. You position yourself in a safe place (usually your bed!) and “surround and drown” with fluids/rest. You generally cannot do much except protect exposures (others) by limiting your contact with them. The Firefighter Flu Prevention Bureau If fighting the flu has similarities with fighting fire, we can extend the metaphor a little further. In the fire service we rely on our Fire Prevention Bureau to educate the public as to the common causes of residential fires. We understand that a little education goes a long way in preventing fires. Well, the flu is no different, except this time we’re educating ourselves! So, following are a few tips from your friendly Flu Prevention Bureau: Wash your hands. The most important prevention measure for preventing colds and flu is frequent hand washing. Rub your hands with warm soapy water for at least 20 seconds to slough germs off the skin. Get a flu vaccine. Within two weeks of getting a flu vaccine, antibodies develop in the body and provide protection against flu. Children receiving the vaccine for the first time need two doses delivered one month apart. If you get exposed or get sick, take action. Give yourself time to recover, with plenty of fluids and lots of rest. Seek medical help if your symptoms don’t improve. Antiviral medicine may also help prevent flu if you have been exposed to someone with flu symptoms. In this flu season, take steps to protect your health and the health of those around you. Check with your NFPA—or Nearest Family Physician Available—for additional preventive measures on reducing this risk!

The importance of firefighter health has received increased media attention in recent times, and rightly so. Following Covid-19 more emphasis is now being placed on hygiene and disinfection, which I believe will be one positive outcome of this pandemic.  A significant cultural change has been a long time coming to take us away from firefighters wearing dirty kit as a badge of honor that proves their hard work and value, to understanding that clean and well maintained kit supported by detailed and robust hygiene processes that mitigate every contact with contaminants are essential.   Firefighters’ exposure to carcinogens Prior to Covid-19, the media were also reporting more regularly on the very real issue of firefighters’ exposure to carcinogens, an issue when embedded in equipment and absorbed.  Cancer has been highlighted in some scientific reports to be the leading cause of death among firefighters, with the International Association of Firefighters (IAFF) reporting that cancer caused nearly two out of three (61%) firefighter line-of-duty deaths between 2002 and 2017. The National Institute for Occupational Health and Safety (NIOSH) also found that in the US, firefighters had a 14 percent higher chance of dying of cancer compared to the general population. The results of these reports need to be underpinned by robust medical research to reflect the landscape, culture, current standards and operational practices for Fire Services in the UK.    Cancer caused nearly two out of three (61%) firefighter line-of-duty deaths between 2002 and 2017 While these shocking statistics are relatively well known, not enough has been done to force a change. Manufacturers of medical and safety technology products have a responsibility to innovate solutions that support change. To this end, Dräger’s Health for the Firefighter campaign complements our training programmes and communicates the importance of detailed hygiene processes; from the handling and storage of masks and breathing apparatus equipment through to the subsequent cleaning of the kit after an incident has occurred. Training is the first and crucial step in guiding a cultural shift, and ultimately protecting the health and well-being of our firefighters.   Using technology, research and innovation It’s important that training programmes reflect the fact that fire services are the experts – they have the experience and understand what solutions are practical. It is therefore our role to use technology, research and innovation to ensure we work together as partners with applied training helping to create a robust consistency in approach as well as providing a safe environment to train.  Dräger’s training is typically split into three areas:   Training systems - these encompass mobile or fixed training facilities that enable state-of-the-art training so firefighters can experience real fires or extrication scenarios in a safe environment including compartment fire behavior training (CFBT). At Dräger they include a vast portfolio of potential fire and rescue environments, including petrochemical plants, hospitals, schools, high-rise buildings, vehicles, aircraft and subway stations; Technical training - providing comprehensive know-how on the maintenance and repair of equipment – from mechanical and electronic components through to cleaning and disinfection;   Fitness training – providing equipment to help ensure that firefighters are prepared for the physical challenges that come with the job and can be tested and monitored to improve their safety.  The science and behavior of a fire and its contaminants Training has come a long way from when it centred simply around exposure to hot temperatures often referred to as ‘burn to learn’. It is now about much more than protecting a firefighter from becoming burnt, but rather teaching the science and behavior of a fire and its contaminants, not only to support fire and rescue operations, but also to protect the firefighter’s own health.  While Covid-19 is driving improvements in this regard, what is more difficult is helping fire services to realize that technical training on the cleaning and hygiene processes related to kit is just as important to firefighter health.   Consistent and robust hygiene processes are also about technology. While manual cleaning of equipment is still generally the norm, there are many fire services that are moving towards mechanical washing systems, which provide complete consistency in washing temperatures, the amount of detergent used, speed and temperature of drying – which can all work together to disinfect contaminants and to protect the longevity of the kit.   Training and support around these systems encompasses the entire purchasing and use life cycle; from helping to build business cases for procurement and logistical installation support, to advice on the exact processes a firefighter should take when leaving a scene and returning to the station. Support also encompasses the ongoing maintenance of equipment and the quantity of stock required.  An international look at hygiene and infection control Consistent and robust hygiene processes are also about technology Despite such advances, the UK is still behind other countries in terms of our hygiene and infection control practices. Netherlands and Sweden, for example, are two European countries leading the way in shifting the mindset and using mechanical washing equipment supported by improved logistics for managing and tracking PPE and RPE more widely. For these countries, stringent hygiene practices are commonplace and are not just about fighting cancer or the current pandemic, but also about protecting firefighters and support staff from more day-to-day illnesses such as flu, common colds, cold sores and other communicable illnesses.   Within Dräger, my role includes advising on these best-practice examples and new equipment technologies – working with our UK-based manufacturing facility and R&D departments to ensure they are designed with the firefighter in mind, and working with Fire Services, Government and other key stakeholders to help drive improvements to further protect our crews. Having manufactured advanced technology solutions for the Fire Services for more than 115 years, Dräger has the experience and technological know-how to support this necessary change in how we think about equipment, its cleaning, and ultimately how to apply technology and training to make our firefighters safer. 

Like professional athletes, learning how to stay composed under pressure is key to performing your best in any situation. Whether it’s a dynamic incident you are commanding at work, an important staff or city council meeting, dealing with a difficult person or situations in your personal life, how you cope with pressure is one way you separate yourself from the pack. Learning how to stay composed under pressure is key to performing your best in any situation. We cannot allow our emotions to go through the roof every time we encounter stress or difficult situations. Situational Awareness can also be practiced as a "personal tool" when feeling stressed.  Why is it some people thrive under the pressure? They go deeper in “the zone” while others get distracted and have a meltdown. How you interpret and deal with the pressure is what helps you succeed. Dealing with pressure Learning how to stay composed under pressure is key to performing your best in any situation Is your interpretation of pressure a challenge or a threat? Pressure comes from external sources, other's expectations, or your own expectations to perform well. They also come from our formative years and how we watched our parents handle them. You can view pressure situations in two ways: as a challenge that instills motivation or as a threat that instills anxiety. Here are a few techniques for staying composed when you start to feel the heat: Tap the Brakes Anxiety speeds up your behavior. When you feel tense, try to slow down. Be more deliberate without overanalyzing the situation. When you hurry you are prone to accidents. Breathe Deep Deep breathing is an excellent technique to reduce muscular tension and focus on something positive. Use abdominal breathing (breathe deeply through your abdominal cavity or stomach) to reduce tension. Be the Incident Commander (IC) of your emotions Anxiety increases when your self-talk is negative and self-defeating. An example of negative self-talk is, “I’m a choker, I can never perform well when I need to”, which increases anxiety and decreases self-confidence. Notice when your self-talk becomes negative and learn to switch your inner voice to positive self-talk. You are the IC, so give yourself some words of encouragement. Deep breathing is an excellent technique to reduce muscular tension and focus on something positive Change Your Tactics and Strategy Anxiety or feelings or threat make you focus internally on your pounding heart, rapid breathing, and sweaty palms, which further increases anxiety. Offensive strategy. This internal focus is not a good type of focus for execution. Defensive Strategy. Great execution flows from being focused externally on the environment and reacting to the situation. Shift your attention externally to what is in front of you. Focus on the process of execution instead of the fear of failing. Use it to Your Advantage The excitement or fear you experience when under pressure can help you if you interpret it as a friend and not a threat. Always remember, nothing lasts forever... You are the incident commander!

Adapting workspaces to operate safely during a pandemic presents complications, not least of which is making sure that the measures taken to protect employees from infection do not undermine fire safety. In the course of altering a building to prevent infection spread, there are risks of introducing new life safety hazards and compromising emergency preparedness. As buildings adapt to new occupancy standards and requirements, it is critical that any protective measures do not interfere with operation of life safety systems. Might temporary partitions or barriers block escape routes during a fire emergency? Social distancing measures might entail blocking emergency exists and disrupting the flow of occupants looking to vacate a building. It is also important to avoid blocking firefighter access and facilities. Fire Safety Partitions Temporary partitions could block smoke exhausts, sprinkler systems or other elements of a life safety system Temporary partitions could block smoke exhausts, sprinkler systems or other elements of a life safety system. Call points and detectors should remain unobstructed. Partitions should not be installed too closes to any smoke detector. If installed more than 12 inches from the ceiling, partitions serve as walls that can obstruct the flow of smoke and heat, thus causing sprinklers to malfunction, for example. Another consideration is the need to ensure fire safety systems are operating as intended when buildings reopen after being unoccupied for an extended period. Appropriate inspection, testing and maintenance procedures should be followed, including sprinklers, alarm systems and portable fire extinguishers. During the various lockdowns, routine system maintenance might have been postponed or cancelled. Adapting emergency and evacuation procedures Building occupants should be educated on how they need to adapt their emergency and evacuation procedures in light of any COVID-19 related changes. Building owners and managers should also consider any new fire dangers, for example, might storage of large quantities of combustible items such as hand sanitizer constitute a fire hazard? Maintaining social distancing can undermine the ability to vacate a building rapidly during a fire emergency. Obviously, if there is a real fire, the imminent threat of injury or death takes precedence over the goal of preventing infection by a (less likely) disease. In general, because rules have changed, the uncertainty might slow down evacuation. What is the impact of lower occupancy on a building’s emergency procedures? Despite fewer occupants, there should be efforts to ensure enough trained people are on site to carry out evacuation. Fewer employees and staggered work schedules could require additional fire wardens or fire marshals. More training may be needed. frequent fire drills Larger outside assembly areas may be needed to avoid crowding and/or close proximity during a fire drill What about fire drills? How do you weigh the benefits of being prepared to evacuate versus the risk of infection if social distancing requirements are ignored? Do distancing requirements apply as people move through a fire escape? How much more complicated do these questions become in a high-rise building? What about the use of elevators? Larger outside assembly areas may be needed to avoid crowding and/or close proximity during a fire drill. In the event that social distancing rules are breached during a fire drill, should additional quarantine or contact tracing procedures be implemented? fire safety arrangements At the end of the day, most of these hurdles can be overcome. However, they should not be ignored. Careful consideration of the broad impacts of COVID-19 safety measures on life safety ensures that building occupants remain safe from either calamity. As businesses reopen, adequate fire safety arrangements must be a part of the new normal.

Fire extinguishers are red for a reason, aren’t they? Traditionally, red is associated with danger and fire and red is certainly easy to see, even in darker environments. Aesthetic fire extinguishers But a company in Japan is offering a line of fire extinguishers that abandons the signature color for an approach that is more aesthetically pleasing and that fits more easily into modern decor. Disaster prevention brand, Modular Aerial Fire Fighting Systems (MAFFS) has unveiled fire extinguishers that are black or white, thus defying convention and better harmonizing with a variety of living spaces. The Japanese company, Morita Miyata Corp. has been making fire extinguishers for more than 100 years The Japanese company, Morita Miyata Corp. has been making fire extinguishers for more than 100 years. Their new sleek, minimalist fire extinguishers have won a Good Design Good Focus Award in the category of disaster prevention and recovery design. The award celebrates outstanding works designed for the prevention of and recovery from natural disasters. Disaster preparedness The concept is to ‘Take Bosai into the lifestyle’ (Bosai is disaster preparedness in Japanese). Beyond aesthetics, there is a practical reason to make the lowly fire extinguisher blend more seamlessly with a room’s decor. The reason is that prettier fire extinguishers encourage consumers to place the extinguisher proudly out in the open, where it is within easier reach to use quickly if needed. The minimal and attractive design allows the fire extinguisher to be placed in a more visible, high profile place in homes, without the ‘harsh’ red interfering with the interior decor. Consumers are prompted to enter the date of purchase and expiration date on the fire extinguisher’s body. Higher effectiveness of fire extinguishers in visible spots In short, fire extinguishers can be more effective if they are not hidden away in a closet or cupboard where valuable seconds are lost locating them in case of a fire. The idea is to unify style and function. Obviously, style is an undervalued element in the entire fire industry, given the affinity for less subtle use of red evident in everything from fire apparatus to web site names. Breaking traditional conventions Abandoning tradition may be creative, but don’t years of convention complicate the concept of changing the color of emergency equipment? For example, in the case of fire extinguishers, although primarily red, they also use color-coded labels to designate their type, such as blue for dry powder, yellow for wet chemical, etc. Also, fire pull stations, for example, are red, but pull stations for police emergencies may be blue instead. The colors have meaning that is understood to building occupants. Therefore, using new colors in public buildings could cause confusion, even if they contribute positively to the aesthetics of an expensive office suite, for example. Extending the concept of ‘Kanso’ to fire extinguishers Extending the concept of 'Kanso' to fire extinguishers has promise, as long as design does not interfere with safety The Japanese interior design concept of ‘Kanso’ is all about simplicity and focuses on the flow and movement of energy in a space. The concept seeks to eliminate clutter from a home and to show restraint and simplicity in every aspect of design. Extending the concept of 'Kanso' to fire extinguishers has promise, as long as design simplicity does not interfere with safety. The Good Design award jury states, “The simple modification of changing the color of the fire extinguisher to black and white is a big step forward in creating harmony with the living space.” Changes in style of fire apparatus and firefighting equipment The jury adds, “There has been a preconceived notion that fire extinguishers must be red in order to grab visual attention. We have just accepted fire extinguishers to be red because that is the way they are. Maybe an innovation like this can happen in other areas. The fact that the development of this product could lead to changing many other preconceptions we have was another important factor for the award.” Should everyone be looking for ‘Kanso’ to make its way soon to fire stations? Might a more positive flow of energy contribute to more relaxed and effective firefighters? Should fire apparatus colors be coordinated with station decor? Could it be that stylish fire extinguishers are only the beginning? These are some of the important questions in the development of new fire extinguishers and other firefighting equipment.

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.”

Cadiz Fire Brigade in Spain has recently taken delivery of new, state-of-the-art fire kit supplied by Bristol Uniforms, a globally renowned designer and manufacturer of protective clothing for emergency services across the globe. The contract was secured through Bristol’s international distributor, El Corte Ingles, who fought off stiff competition to secure the four-year contract. Ergonomic XFlex design Cadiz has ordered 780 sets of Bristol’s lightweight, ergonomic XFlex design (called FireFlex in Spain), with integrated safety harnesses incorporated into the jacket and trouser. The kit has a Hainsworth TITAN1250 outer, a highly breathable fabric featuring Nomex and a high percentage of Kevlar, which gives the fabric outstanding tensile and tear strength. In addition, it has a GORE-TEX FIREBLOCKER moisture barrier, which is made from a micro-porous breathable fabric that stops water passing through to the firefighter’s personal clothing, whilst allowing sweat to escape and reducing heat stress. Four-year care and maintenance contract To ensure health and safety of its firefighters, Cadiz Fire Brigade has opted for a four-year care and maintenance contract To further protect the health and safety of its firefighters, Cadiz Fire Brigade has opted for a four-year care and maintenance contract, so as to ensure that the kit is kept in good condition and free from contamination. Total Safety manages all Bristol’s garment care and maintenance in Spain and has worked with Bristol for more than 25 years. It collects soiled garments from customers and returns them clean and repaired within 72 hours. Featuring integrated safety harness Paco Griso, Bristol Uniform’s agent in Spain, said “The new kit has now been rolled out to firefighters in the Province of Cadiz and we are already getting positive feedback from them. They are really pleased with how flexible the kit is and how easy it to maneuver in tight spaces. The integrated harnesses, certified to EN 361, are an additional safety feature which will help prevent serious falls in fire and recuse situations.” Richard Cranham, International Sales Manager at Bristol Uniforms, said “This is a large contract for us in Spain, which was delivered on time, despite the ongoing COVID-19 pandemic. As the risks of wearing contaminated PPE have become ever more apparent, more and more fire and rescue services across the globe are opting for ongoing care and maintenance packages, so as to ensure their PPE is free of carcinogens and the health of their crew is prioritized.”

Ajax Systems in cooperation with Elotec, a Norwegian distributor of security systems and manufacturer of wired fire alarms, won a tender from the municipality of Bergen in Norway for the supply of a wireless fire security system. The project aims to protect the wooden architecture of the city, which is a UNESCO World Heritage site. Wireless Ajax detectors will provide an opportunity to protect the city center without disturbing the interior of the buildings. Wireless fire solutions “We are lucky that our distributor in Norway, Elotec, has an in-depth expertise in fire security. Being also a manufacturer of wired fire alarm systems with almost 30 years of experience, they chose Ajax as their wireless partner to protect the important historical site. This further proves that wireless fire solutions are becoming a trend in the industry,” said Valentine Hrytsenko, Ajax Systems CMO. This project is a big win, and securing UNESCO World Heritage buildings is our responsibility" “This project is a big win, and securing UNESCO World Heritage buildings is our responsibility. The development we have done with Ajax to make this solution was crucial, and making the system perfect for these kinds of projects,” said Kristian Kleven, product and quality manager in Elotec. Bergen has been affected by multiple fires over centuries, but the city is still one of Europe’s largest historical centers with wooden architecture. Fire detection cameras The city has 12 districts with old wooden buildings located close to each other, and about 11,000 residents. The project is funded by the Norwegian Directorate for Cultural Heritage. The implementation is supervised by Elotec in cooperation with the Bergen Fire Department. Every resident or business owner in the protected area of Bergen had an opportunity to apply for the installation of a fire alarm system and to connect to the fire monitoring station free of charge. In total, 13 street fire detection cameras and 640 Ajax security kits (consisting of Hub control panels, FireProtect fire detectors, and Button panic buttons) will be used to protect the areas. Fire monitoring station Ajax fire detectors have a synchronous alarm function (interconnect) — when one detector is triggered, all fire detectors within the system are activated. Following Elotec’s initiative, for the Bergen project, the Ajax R&D team needed to implement a delay in interconnect distribution and transmitting alarms to the fire monitoring station in order to minimize false calls of fire brigades. The Ajax R&D team needed to implement a delay in interconnect distribution and transmitting alarms Hub control panels, FireProtect fire detectors, and Button panic buttons (with the new alarm interconnect delay function) for every house. If the owner of the premises simply overcooks a meal on the stove, they can press the Button within 2 minutes from the moment when smoke was detected, thus postponing alarm transmission. Preventing false calls In this way, they will have another 10 minutes to air the premises out and prevent the alarm from spreading to other detectors, and also to prevent false calls to the fire brigade. However, if the button is not pressed within 2 minutes, the alarm will be directly transmitted to the fire department. The FireProtect and FireProtect Plus fire detectors with firmware version 3.42 or later are technically ready to support the interconnect propagation delay. The feature will be fully available to all users with the new OS Malevich 2.10 update to be released in Q4 2020.

A network of fire panels from UK manufacturer, Advanced, has been installed as part of a campus-wide system replacement at the Imperial College London (ICL), Hammersmith, United Kingdom. Six industry-renowned 8-loop MxPro 5 fire panels and a TouchControl remote control terminal and repeater panel have been installed across the Wolfson Education Center, the Institute of Reproductive Development Biology and the Commonwealth Building at Imperial College London’s Hammersmith campus. 8-loop MxPro 5 fire panels The installation, part of a system-wide upgrade, was conducted by Surrey-based Lloret Fire & Security Ltd who were tasked with replacing the existing fire alarm control panels, installing new cabling and devices and commissioning the system across occupied buildings, where live coverage needed to be maintained at all times. Imperial specifically requested a move away from the closed protocol fire system approach, and its associated service charges, which had been in operation for 15 years. Lloret Fire & Security’s experience installing Advanced control indicating equipment in other large-scale educational facilities meant they were confident that the open protocol MxPro 5 could easily provide the levels of flexibility and stability required by the site. Multi-sensor detection system installed Paul White, Design Director at Lloret Fire & Security Ltd, said “The project at Imperial’s Hammersmith campus involved the replacement of the fire system across a range of building environments, from offices, workshops and research labs, through to lecture theaters and conference halls, each with its own specific fire protection requirements.” Multi-sensor detection system was installed to manage and reduce the risk of false alarms In consideration of the site’s false alarm management strategy, multi-sensor detection system was installed to manage and reduce the risk of false alarms. For example, detectors have been configured for day/night use or can be altered as area usage changes. TouchControl repeater panel installed To replace the existing flush-fitted panel positioned front-of-house in the reception area of the Institute of Reproductive Development Biology, and for aesthetic purposes, Lloret Fire & Security Ltd suggested installing Advanced’s touch technology remote control terminal and repeater panel, TouchControl. Combining aesthetics with practicality, the low-profile, high-resolution touchscreen makes it easy to check fire system status via interactive maps and zone plans, while complementing even the most stylish interiors. When in standby mode, administrators can use TouchControl to display branding, advertisements and information, while it will instantly revert to fire operation when a fire condition occurs. Advanced fire safety solutions Amanda Hope, UK Business Development Manager, said “It’s fantastic to see that our partners Lloret Fire & Security Ltd are so confident in the Advanced solutions installed at Imperial. When installing or upgrading a building’s fire system, it’s important to consider which protocol is right for you." Amanda adds, “The nature of our MxPro 5’s open protocol gives end users greater freedom and flexibility over key factors such as detector partners, suppliers, installers and service companies. This in turn helps the end user to more easily achieve best value for money and access top-quality expertise.”

Infographics has announced that Hampshire Fire and Rescue Service (HFRS) is the first UK FRS to adopt the new FireWatch Bi-directional Mobilization Interface, with other services expected to deploy this functionality in the near future. FireWatch Mobilization Interface The FireWatch Bi-directional Mobilization Interface with Capita Vision is designed to enable greater real-time data sharing between the FireWatch Fire Service Management Platform, Capita Vision Mobilization System and on-appliance Mobile Data Terminals. HFRS already utilizes the FireWatch platform for integrated human resource management The Hampshire Fire and Rescue Service (HFRS) already utilizes the FireWatch platform for integrated human resource management, training and development, health and safety, self-service, availability management, and automated electronic payment calculations and processing for on-call staff. Data integration Workflows to integrate absenteeism, payments and other data seamlessly with their shared business center systems are also in place. This latest deployment provides a new bi-directional interface between FireWatch and Capita Vision that seamlessly couples the systems together and provides a live closed loop of data flows as changes in either occur. Colin Sutherland, Systems Manager at Hampshire Fire and Rescue Service (HFRS), said “This new interface is the culmination of many months’ work for Hampshire Fire and our technological partners, Infographics and Capita. The interface provides individual and appliance crewing data directly into our mobilization system, allowing our Control rooms throughout the partnership to view Hampshire’s status in real-time.” Reducing the risk of human error Colin adds, “This not only improves our resilience with the interface and reduces the risk of human error, but also reduces the burden of crews on station having to complete events after the incident, as the interface now does this for them. A further benefit is that it provides us with crewing accountability on the way to, during and returning from fire calls, which is something we have not been able to achieve before.” He further stated, “This interface is also the first step in our move towards Attribute Based Response (ABR), which we are now working towards with our partners, and the interface is a solid foundation to build upon. It has been an incredibly exciting time with the release of the interface for Hampshire, and it highlights Infographics’ hard work and dedication to continually improve and enhance their offering.” Fully integrated FRS resource management platform Russell Wood, Commercial Manager at Infographics, said “What we have delivered jointly with Hampshire and Capita is a UK first. FireWatch already provides a fully integrated FRS resource management platform with all the benefits this brings. Coupling this with a live bi-directional flow of data and impacts with Capita Vision and the MDTs essentially enables the systems to act seamlessly as one – and deliver clear operational, risk and efficiency benefits.” From FireWatch to Capita Vision, the FireWatch interface calculates vehicle availability to-the-minute, derived from live HR, contract/role, employee availability, qualifications, physical vehicle availability, and other fully-connected and integrated data and modules. So when anything changes, FireWatch pushes updated vehicle availability status in real-time to the Capita Vision Mobilization system. Up-to-the-minute data availability The up-to-the-minute data ensures that when an ‘on call’ crew turns out to an incident The system takes into account shared resources across vehicles, priority levels and skill-derived attributes and incident types, rather than a simple on/off ‘the run’, and provides that live status to Capita Vision and control room staff. The up-to-the-minute data ensures that when an ‘on call’ crew turns out to an incident, the information on the MDT is already filtered to show those who should have been available, providing quick and easy selection of the actual employees on the vehicle and the impact of their skills and resource not being available for any other vehicles at that location. In the other direction, from Capita Vision to FireWatch, this provides: Live incident creation and stage updates as they happen. Data flows from the on-appliance Mobile Data Terminals to Vision, then to FireWatch, so that FireWatch understands the specific resources involved and can send the impact back to Vision. Updates to, and impacts of, event stages, attending vehicles and personnel changes. Automatic confirmation of personnel who have turned out in FireWatch event records. Further automation of event recording steps for pay and maintenance of competency purposes.

Jedburgh Abbey, a 12th century Augustinian abbey located on the Scottish Borders, has selected the MxPro 5 panel, from Advanced, to protect a rich heritage of treasures on display in its visitor center. Founded by David I, King of the Scots, nearly 1000 years ago and famed for its unusual architecture, Jedburgh Abbey is one of the four great abbeys established in the Scottish Borders. The Abbey’s museum houses some of the famous works of art associated with the early history of the site and some of the artefacts discovered during excavations. Addressable fire panels Advanced were specified by the team at SAFE Services who were appointed to design, install and commission the replacement of an aging fire system within the Abbey visitor center, gift shop, staff rooms and offices, utilizing existing cable runs and containments to avoid exposed wiring. Graeme Millar, Fire Systems Technical and Sales Engineer at SAFE Services, said: “We have worked with Advanced for many years and as our first choice for addressable fire panels we have installed them in a wide variety of locations. The MxPro 5 was ideally suited for this project due to its high reliability and open protocol which meant that we could more easily replace the old system at a lower cost to the customer.” Fire system solution MxPro panels can be used in single loop, single panel format or easily configured into high speed loop panels MxPro is the fire industry’s multiprotocol fire system solution. It offers customers a choice of two panel ranges, four detector protocols and a completely open installer network, backed up by free training and support. MxPro panels can be used in single loop, single panel format or easily configured into high speed, multi-loop panels in 200 node networks covering huge areas. MxPro’s legendary ease of installation and configuration and wide peripheral range make it customizable to almost any application. Neil Parkin, Regional Sales Manager at Advanced, said: “Advanced fire systems are renowned for their quality and ease-of-use, which makes them ideal for projects such as this. Our products are specified in large buildings and networks but also smaller sites, such as the visitor center, which showcases an important part of the Abbey’s heritage.” Heritage site protection “As a site of such historic significance it is even more important to offer the reassurance of a high-quality system and our MxPro panels offer all the key attributes required for this type of installation.” Advanced has an impressive pedigree in historic and heritage site protection. Notable installations across the globe include World Heritage Sites; Durham Cathedral, Scotland’s most sacred site, Iona Abbey and Istanbul’s Hagia Sophia as well as other landmark buildings such as the Royal Albert Hall and London’s Natural History Museum. To help users, installers and specifiers Advanced has created a brochure outlining some of the solutions available for the unique challenges they face.

130 Advanced fire alarm control panels have been chosen to protect one of the UK’s largest acute teaching hospitals. Selected for their performance, quality and ease of use, 96 intelligent addressable MxPro 5 fire alarm control panels and 34 custom AdSpecials panels will be installed at Wythenshawe Hospital, Manchester, as part of a comprehensive upgrade. Wythenshawe Hospital As a center of clinical excellence, Wythenshawe Hospital, part of Manchester University NHS Foundation Trust, has over 5,500 staff providing district general hospital and specialist tertiary services to the local community and the wider population of the North West of England, so fire system reliability was a critical part of the specification. Manchester-based Grainger Fire & Security, responsible for the 18-month project, chose Advanced’s industry-renowned fire protection for its robustness, versatility and ease of installation in complex and critical sites. Installation of new network cable and BMS integration The system changeover to Advanced includes installation of new network cable across a live hospital The system changeover to Advanced will involve the installation of new network cable across a live hospital environment as well as BMS integration, and the introduction of a graphics package to provide visual representation of the fire system to end users. The 34 custom-engineered, 6-loop panels with 600 zonal LEDs included in the installation will be designed and manufactured by Advanced’s AdSpecials department. The network of Advanced panels will work with over 20,000 devices using Apollo and Hochiki protocol. In addition, a full design review of the hospital’s existing false alarm management strategy will take place to ensure that the new system is programmed to effectively reduce unwanted alarms. MxPro 5 fire alarm control panels installed Will Taylor, Service & Small Works Manager at Grainger Fire & Security, stated “As Wythenshawe is one of the largest teaching hospitals in the UK, we needed a solution that offered superior programming and networking capabilities, ensuring the highest levels of protection across the site.” He adds, “As our preferred panel choice, we have recommended Advanced for a number of years. Its MxPro 5 panels are both easy to use and install and offer the features required to competently protect the hospital and its multiple buildings that each have individual cause and effect programming.” ipGateway fully interactive internet portal The upgrade to the system will also see the introduction of ipGateway, Advanced’s fully interactive internet portal that presents the user with a detailed description of the current status of the fire system. The ability to remotely interrogate the fire system is a valuable benefit for both the end user and Grainger Fire and Security, who will be able to pre-empt problems. Not only will this provide additional peace of mind for hospital users, it will also save time, money and inconvenience by reducing unnecessary service visits to site. Neil Parkin, Advanced’s Regional Sales Manager for the North, said “The cause and effect programming capabilities of our panels provide tangible benefits to customers when protecting large-scale sites such as hospitals, university campuses or airport terminals.” The cause and effect programming capabilities of our panels provide tangible benefits to customers" Neil adds, “Once the system at Wythenshawe Hospital is up and running, features such as AlarmCalm, our built-in false alarm management and reduction software, will work to radically reduce the number of unwanted alarms and the impact they have on patients and staff. It’s a pleasure to be able to support Grainger Fire & Security on this project, and I have complete confidence that our products will provide the dependable solution required.” Multiprotocol fire system solution MxPro 5 is the fire industry’s renowned multiprotocol fire system solution and was recently certified by FM Approvals to the EN 54 standard. It offers customers a choice of two panel ranges, four detector protocols and a completely open installer network, backed up by free training and support. MxPro panels can be used in single-loop, single-panel format or easily configured into high-speed networks of up to 200 panels covering huge areas. MxPro’s ease of installation and configuration, as well as its wide peripheral range, make it customizable to almost any application.

Equipment is an important element in fighting fires, and in keeping firefighters safe. But what new needs are driving the development of equipment? How can equipment expand its role in fighting fires, or in managing building occupancy and traffic flow for that matter? We asked our Expert Panel Roundtable: What are the new trends and opportunities in firefighting equipment?

When a fire or other emergency occurs in a building or facility, first responders depend on every available resource to ensure a safe and orderly evacuation and response. One element in any response plan is the facility’s physical security systems, including access control, video surveillance and intrusion detection. How can these systems contribute to an orderly response to a chaotic situation?  We asked this week’s Expert Panel Roundtable: What is the role of security systems in the event of a fire or other emergency evacuation?