London development installs 2,000 Hyfire wireless devices

More than 2,000 Hyfire wireless devices have been installed across four towers in a London development. The project was completed with installers Gemini AMPM and property management firm FirstPort.

With up to 25 floors, the Elektron Tower, Proton Tower, Neutron Tower and Switch Tower are located on the banks of the Thames in Tower Hamlets, comprising 497 apartments in total. With fire system upgrades required outside the normal schedule of improvements to the buildings, wireless was an obvious choice, helping to limit time on site and reducing impact on the fabric of the building.

Jamie Dawson, director, Gemini AMPM, said: “With the requirement to install the upgraded system in an occupied buildings, wireless was the obvious choice, and Hyfire wireless devices are the best in the business. The original schedule to install the 2,000 individual detectors, call points, sounders and other wireless devices was six weeks, but we managed it in four thanks to the ability to pre-programme devices offsite and install them in minutes, with around 90% less cabling required.

“Our installers worked with the Hyfire team, who helped us to pinpoint the exact number of devices required and where they should be located. The onsite property managers from FirstPort helped facilitated us working across the four buildings and liaised with residents, ensuring we could gain access to 99% of apartments within the four-week schedule.”

Taurus is a completely new range of high-performance wireless detection, control and alarm devices, based on a new protocol that offers unprecedented capabilities, quality and reliability. The range is fully certified to EN54 and fully compliant with BS5839 Part 1.

Standard addressable or conventional fire panels are wired via a loop to translators, from which wireless devices can be used on their own to build fully wireless systems of virtually any size or mixed with Hyfire wired products to provide seamless hybrid solutions, offering total flexibility to specifiers and installers.

Ollie Murray, regional sales manager at Hyfire said: “Since the launch of Taurus earlier in 2021, more and more installers have been discovering the benefits that wireless fire devices can offer. This is just one example of a project where fire system installations are made simpler and quicker, which is particularly beneficial in situations where buildings remain occupied. Whereas the upfront cost of the unit may be a little higher, the savings on running wiring loops and making good after are also considerable, so the cost/benefit analysis in favour of using wireless is highly favourable, and that’s before you even consider the other benefits.

The Taurus range includes all devices required to build a fully wireless commercial fire system, including optical, multi-criteria and heat detectors, manual call points, wall sounders, sounder bases, and output/input modules. The Taurus translator can process up to 128 devices, with expanders that can extend the range of the system by up to 1km in open air. This effectively means that the scale of the system is limited only by the number of devices that the fire panel can handle. Tony Ulasi, development manager at FirstPort, said: “Installing a new fire system across these four landmark towers is a huge operation. We needed to work closely with a trusted supplier that could provide a cost-effective solution, whilst going above and beyond to minimise disruption to our tenants during the pandemic. From the beginning of the project Gemini AMPM ticked all the boxes – from product selection, to design, to installation. As a result, we have been able to prioritise safety, whilst achieving considerable cost savings.”

Northampton industrial fire to be investigated

A huge fire broke out in Northampton Industrial estate which was heroically fought off by the Northamptonshire Fire & Rescue Service. Now, an investigation into the cause of the fire has been launched which gutted one industrial unit on Connaught Street.

Authorities were first called to the blaze at 3.33am on February 20, Northants Live reported. Firefighters used breathing equipment to tackle the fire and a 45mm jet and hose reel jets were also used. The area was cordoned off and locals were told to keep their windows and doors closed to protect them from the fumes.

It took more than four hours to bring the fire under control, and thankfully there were no casualties. A spokesperson for the Northamptonshire Fire & Rescue Service said: “Northamptonshire Fire & Rescue Service was called to reports of a fire at an industrial premises on Connaught Street in Northampton at 3.33am on Sunday (February 20).

“Fire engines from The Mounts, Moulton, Mereway, Brixworth and Earls Barton were called to the incident, as was the aerial appliance from Corby. “Members of the Fire Investigation Team attended the scene this morning (February 21), found no remaining hotspots, and have started to investigate the possible cause of the fire.”

Global fire protection systems market to reach $130bn by 2030

The global fire protection system market size is expected to reach $130.37bn by 2030, according to a study. It is expected to expand at a CAGR of 6.7% from 2022 to 2030. Increasing adoption of wireless technology in fire protection systems, growing human and property loss owing to fire breakouts, and stringent fire safety regulations are projected to fuel the market growth.

Increasing implementation of building safety codes and renovation projects is also anticipated to be a major factor influencing the market growth. The application and usage of fire protection systems are anticipated to increase continuously with the developments of commercial entities and corporations.

Reportlinker.com released a report titled ‘Fire Protection System Market Size, Share & Trends Analysis Report By Product, By Service, By Application, By Region And Segment Forecasts, 2022 – 2030’.

Technology enhancements such as extinguishing technology based on mist and products such as laser optical / infrared smoke detectors, alarms with embedded voice evacuation announcements, hypoxic air fire suppression systems, and wireless fire alarm systems are expected to gain traction in the market globally. In addition, in 2020, the market was hampered due to the Covid-19 pandemic, which has interrupted production, impacted demand, and caused supply chain disruption.

The growing trend of integrating fire alarm and detection systems with building automation systems offers vast growth opportunities to the market. Connectivity with building automation systems is increasingly becoming a major feature of fire protection systems in commercial, industrial, and residential applications.

This can be attributed to the fact that such integration allows for the development of systems that are capable of sharing and gathering data, which can help in alerting individuals about fire safety issues in the premises. A notable rise in investments in smart building automation technologies across several regions is expected to lead to new opportunities for building automation systems in the industrial and commercial sectors.

Consumers in developed regions such as Europe and North America have seen a steady rise in demand over the past few years, and the growth trend is also projected to continue over the next few years. However, a lack of stringent regulations and the high cost of advanced fire protection systems have kept the markets in emerging countries largely untapped.

Nevertheless, improving economic conditions in countries, including Brazil and India, are anticipated to boost the demand for fire protection systems over the forecast period.

Infrastructural development activities across the Asia Pacific region owing to the rising demand for new transport and utility infrastructure will drive the demand. The high rate of urbanization is placing increased pressure on under-invested, weak city infrastructure.

The consecutive rise in focus on new residential and infrastructural development projects is expected to propel the demand for fire protection systems across this region; thus, such factors are fuelling the market growth.

Global fire alarm and detection market to reach $53.15bn in 2032

The global fire alarm and detection market is expected to be $53.15bn in 2032 expanding at a CAGR of 6% from 2022 through to 2032. The market is currently valued at $29.68bn in 2022.

The increase is forecasted to comes from a demand for developed fire safety systems in mining, automotive, petrochemical, oil and gas exploration, and power and utility sectors.

Rising deployment of fire alarm and detection systems across educational institutes and increasing awareness about its benefits among residents for fire detection systems are key factors propelling market expansion during the forecast period. Furthermore, ongoing technological developments in fire detection and alarming devices is expected to boost the industry’s growth in the coming time.

In addition, the advancement of wireless and remote function fire detection and alarm systems are anticipated to offer significant opportunities for expansion in the evaluation time.  

The Covid-19 pandemic ushered in a change in the demand and consumption pattern of fire alarm and detection systems. With increasing hospitalisation rates and shift towards remote working, the need for residential and healthcare setting oriented fire safety protocols have increased, leading to growing sales of fire alarm and detection systems across these domains.

Key players in the global fire alarm and detection market have adopted various strategies of mergers, acquisitions, and partnerships. In August 2021, ProPharma group acquired iSafety Systems, an Indian pharmacovigilance service provider.

Then in July 2021, ICON plc acquired a CRO, called PRA Health Sciences. The objective of the acquisition was to increase the services portfolio of ICON plc. In October 2020, Honeywell rolled out its first tools from its new suite of Connected Life Safety Services (CLSS), which is its first all-in-one cloud platform for fire safety systems.

Company fined after a worker injured by a forklift truck

A cardboard manufacturer has been sentenced after a visiting lorry driver suffered life changing injuries when he was struck by a forklift truck (FLT).

Peterlee Magistrates’ Court heard that on 27 August 2019, the driver was assisting in the loading of pallets of cardboard tubes onto his vehicle at a delivery yard in Stanley, County Durham. In the course of loading the second pallet, the FLT being used to lift the pallets reversed and struck the driver, causing crush injuries to his right leg.

An investigation by the Health and Safety Executive (HSE) into the incident found that Corespec Limited failed to organise the delivery yard at the premises in such a way that pedestrians and vehicles could work in a safe manner. This was because of a lack of suitable segregation between pedestrians and vehicles.

Corespec Limited of Greencroft Industrial Park Stanley, County Durham, pleaded guilty to breaching Regulation 17(1) of the Workplace (Health, Safety and Welfare) Regulations 1992. The company was fined £117,585 and ordered to pay £5,404 in costs.

Speaking after the hearing, HSE inspector Ashfaq Ali said: “This injury was easily preventable. Planning for transport safety and implementing safe working practices should avoid such incidents. Workplace transport is a significant hazard, and the risks must be recognised and managed. There are simple and effective measures employers can take to help keep everyone safe.

“Companies should be aware that HSE will not hesitate to take appropriate enforcement action against those that fall below the required safety standards.”

New extinguishing system for burning traction batteries in electric vehicles

Rosenbauer has launched a new extinguishing system for burning traction batteries in electric vehicles. The system can be used to safely and efficiently extinguish lithium-ion based high-voltage batteries. It enables direct cooling of the battery modules, or the cells within the modules, and thus a quick stop to the propagation of the thermal runaway of the cells.

The safety of the firefighter was the top priority during the development and is achieved by the fact that the firefighter only being in the vicinity of the burning vehicle for a very short time and the system is activated from a safe distance. The extinguishing system applies the water exactly where it is needed: to cool the cells and modules in the battery housing. Extinguishing thus takes place in a very resource-efficient way and reduces the spread of flue gases to a minimum. 

Functional description

The system consists of two main components, an extinguishing unit and a control unit, which are connected to each other with hoses. The extinguishing unit is positioned on the battery and, if necessary, supported on the car body or other points. The preferred position is between the road and the vehicle when the vehicle is on all four wheels. It is also possible to use the system via the interior and luggage compartment, or from the top in the case of vehicles lying on their sides or on the roof.

The system is activated via the control unit at a sufficient distance from the vehicle (approx. 8 meters). The piercing nozzle is driven into the battery with a force of several tons and the water is discharged directly into the battery through the perforated nozzle. The water fills the battery housing completely and thus ensures efficient cooling. The water supply of a normal tank firefighting vehicle/ firefighting and rescue vehicle iis sufficient to ensure successful extinguishing. A normal pressure pump is sufficient for the supply of water.

After the battery has been cooled to the point where the cell temperature is in a safe range, the vehicle is ready for transport. The extinguishing unit can remain in the battery during transport (and at the quarantine site). This allows water to be quickly pumped into the battery housing at any time, regardless of whether the vehicle is being transported with a roll-off container dumper or on a tow truck with a fire blanket.

Technology confirmed

The system has been tested in numerous fire tests by Rosenbauer with a wide variety of battery designs (pouch, prismatic and round cells) in different vehicle platforms. In addition, industrial, professional, and volunteer fire departments across Europe have been testing the system for months with their operational tactics, operational technology and crews, demonstrating that it is compatible with existing resources and tactics. 

Patrick Looß, Head of the Securitas Fire & Safety site fire department c/o Porsche Leipzig commented: “We were very pleased to be able to develop and test the extinguishing system together with Rosenbauer and to be involved in its improvement and further development. The extinguishing system is currently one of the best and most innovative of its kind to contain the spread of battery fires. Operation is very user-friendly and effective. From my point of view, the system is a must-have for every fire department. We are proud to have such a close working relationship with Rosenbauer and look forward to tackling new projects together in the future.”

Jürgen Peitz, Head of the VDA & VDIK Working Group “Rescuing people from vehicles involved in an accident: “The extinguishing of batteries is an important contribution to the safe use of electromobility, also in terms of society. This is why VDA/VDIK supports the topic and Opel, Volkswagen, BMW, Volvo, Tesla and Audi for instance, have provided battery packs of the latest generation and complete vehicles for the important and necessary fire tests over the past two years. The best way to avoid pollutants in the air and firefighting water is to extinguish quickly and efficiently. And that is what the Rosenbauer extinguishing system ensures in conjunction with an application that is as safe as possible for firefighters.”

The new Rosenbauer battery extinguishing system can be ordered now and will be delivered at the beginning of next year.

NFPA to host Keeping Hazardous Environments Safe conference

On Tuesday, October 5, the National Fire Protection Association (NFPA) will host Keeping Hazardous Environments Safe, a conference for those who work in industrial settings, the chemical and petrochemical sectors, emergency management, plant operations, occupational health and safety, code enforcement, the fire service, and the energy field. The one-day program will feature educational sessions, industry roundtable discussions, networking opportunities, live chat exchanges, sponsor demonstrations, and more. Attendees will learn about the safe handling, storage, and transportation of hazardous materials, as well as the precautions that need to be taken when working with energy storage systems (ESS), natural gases, flammable liquids, fuel gases, petroleum, combustible dust, hot work, and more.

The Keeping Hazardous Environments Safe conference is the 5th in the virtual NFPA 125th Anniversary Conference Series, which replaced the traditional in-person 2021 Conference & Expo with eleven online conferences over a year’s time. The event, which can be attended on the scheduled date or accessed later, will cover a wide range of topics, and feature an impressive lineup of well-known industry subject matter experts. Here is what is on tap:

  1. Hot Work in Industrial Facilities – Laura Moreno, NFPA Standards Lead, Industrial and Chemical Safety and Kevin Carr, NFPA Specialist
  2. NFPA 30: The Risk Management Paradigm of Ignitible (Flammable and Combustible) Liquids and Your Facility – Mike Marando, NFPA Senior Engineer, NFPA 30 Staff Liaison and Alwin Kelly, Senior Engineer, Jensen Hughes, NFPA 30 Technical Committee Member
  3. NFPA 30: Revisiting Fire Risks of Composite IBCs; A Global View – Mike Snyder, DEKRA Process Safety and Nicolas Lochet, Allianz Global Risk Consulting
  4. NFPA 54, Working Safely with Fuel Gas – Guy Colonna, Principal Engineer, FSL Consulting LLC
  5. NFPA 58: An Ongoing History of Taming the Flame – Bruce Sweicicki, P.E., Senior Technical Advisor, NPGA
  6. Emergency Preparedness for Industrial Facilities Near Communities – Bernard W. Leong, PE, Chief Fire Protection Engineer, Chevron and Eric LaVergne, Williams Fire & Hazard Control/JCI
  7. Panel Discussion Part 1: Energy Storage Systems and Surprise, AZ – Bob Sullivan, NFPA Regional Director Southwest (Moderator), Brian O’Connor, P.E., Engineer, and other industry experts
  8. NFPA 652: Dust Hazard Analysis 101 – Chris Cloney, PhD, Managing Director and Lead Researcher, DustEx Research
  9. Panel Discussion Part 2: Energy Storage Systems, Preventing Disaster – Bob Sullivan, NFPA Regional Director Southwest (Moderator), Brian O’Connor, P.E., Engineer, and other industry experts
  10. NFPA 715: Combustible Gas Dispersion Detector Location Analysis – Noah L. Ryder, PhD, PE, MBA, Managing Partner, Fire & Risk Alliance, LLC, and Scott Davis, President and Principal Engineer, Gexcon
  11. Live! Industry Round Table: Putting it All On the Table – Jon Hart, NFPA Technical Lead, Principal Fire Protection Engineer (Moderator), Kirk M. Sander, Chief of Staff and Vice President, Safety and Standards, National Waste & Recycling Association, Bernard W. Leong, PE, Chief Fire Protection Engineer, Chevron, and Alwin Kelly, Senior Engineer, Jensen Hughes

“The last two years have been particularly unnerving when you consider industrial issues, chemical safety, and emerging technologies. There was the Beirut explosion, the ESS incident in Arizona, neighborhoods leveled by natural gas explosions, incidents at industrial facilities encroaching on communities, responders getting hurt, and other noteworthy challenges,” Monique Manning, NFPA portfolio manager for emergency response, industrial & chemical safety and emerging technologies said. “The experts we have assembled for the Keeping Hazardous Environments Safe conference are ideally suited to educate practitioners on the lessons learned, prescriptive processes, and holistic safety approach that can help to reduce risk.”

Attendees can tune in live to earn up to five credit hours (0.5 CEU) and earn an additional five credit hours on-demand for a total of 10 credit hours (1.0 CEU). Alternatively, the content can all be viewed on-demand for a total of 10 credit hours (1.0 CEU). All programs will be available on-demand for up to a year starting on October 5.

Registration for Keeping Hazardous Environments Safe is now open. Check out the full list of session descriptions and take advantage of EARLYBIRD125 incentives up until September 21 to attend the conference and invite a friend at no cost.

Agriculture remains worst performing industrial sector for fatal injuries

HSE has published a report detailing that agriculture has the worst rate of fatal injuries of all the major industrial sectors, around 20 times higher than the average five-year annual rate across all industries. Provisional figures from 1 April 2020 until 31 March 2021 show 41 people were killed in agriculture related activities, almost double the number of deaths in the previous year, which was 23.

The report, Fatal injuries in agriculture, forestry and fishing in Great Britain 2020/21, has been published to coincide with the start of Farm Safety Week (19 – 23 July). 

While the number of people killed fluctuates each year, the five most common causes of fatal injuries over the last five years remain – being struck by moving vehicles, killed by an animal, struck by an object, falling from height and contact with moving machinery. Transport-related incidents, such as overturning vehicles or being struck by moving vehicles were responsible for more deaths than any other cause.

Older workers at higher risk of fatal injuries

Older workers are most at risk, with more than half of victims of fatal injuries aged 60 years or older. When comparing older and younger age groups, the fatal injury rate is more than four times higher for the 65s and over, compared to the 16-24 age group. The youngest person killed was a two-year-old child who died after being overcome by slurry fumes


Acting head of agriculture at HSE Adrian Hodkinson said: “Agriculture is a vital part of our economy and everyone involved is rightly proud of the quality and standard of the food produced. “It is not acceptable that agriculture continues to fail to manage risk in the workplace. We need everyone to play their part to improve their behaviour, do things the right way and ‘call out’ poor practices whenever they are seen.


“Agriculture will continue to be a priority sector for HSE, which will be achieved through the delivery of HSE’s sector plan for tackling the high rates of injury and ill health.” He added: “It is disappointing to be highlighting another high annual fatality rate in the industry when the causes are well known and the precautions to avoid injury are straightforward.


“There are simple safety measures people should follow to reduce injury like remembering to put on handbrakes, fasten lap belts in cabs, make sure anyone operating a quad bike wears a helmet and receives sufficient training, don’t put cows and calves in fields with public footpaths; and make sure to switch off the power to vehicles or machinery before attempting to carry out repairs.”

The full report and more information on working safely in agriculture is available on the HSE website. HSE’s plan for tackling the high rates of injury and ill health is available here: Sector plan for health and safety in the agriculture.

Farm safety week, which shines a light on safety in the sector, is led by the Farm Safety Foundation.