Government ‘aware of regulatory confusion’ around combustible material before Grenfell Tower fire – FBU

The Fire Brigades Union (FBU) has called the latest report into the Grenfell Tower Inquiry, released to the public today, “massively significant” evidence.

The FBU said that the report details previous cladding fires which can be viewed as missed opportunities to prevent Grenfell, and Building Research Establishment (BRE) failures around them. It also builds up a picture of BRE only doing work within contracts, and only specific things – close to client and government demands – within those contracts.

The report, written by Professor Luke Bisby, a professor of fire and structures at Edinburgh University and an expert witness to the inquiry, details the flaws with the BRE – the government’s former safety research and testing body that was privatised in 1997 – which was responsible for testing many of the cladding, insulation and other building materials used in the Grenfell refurbishment.

Bisby’s report concluded: “What emerges from this overview of the development of England’s building regulatory environment, and the major cladding fires that have occurred during the same period, is a picture of increasing freedom for industry…”. He also highlights a “profound lack of competence of actors” including the BRE [both page 253] and “powerful commercial and ideological objectives” to increase flexibility for industry.

The Fire Brigades Union said that many of these flaws can be explained by the privatisation of BRE and the creeping, increasing influence of the private sector in the BRE in the years running up to the completion of full privatisation.

Mark Rowe, Fire Brigades Union national officer, said: “Professor Bisby’s report details multiple failings on the BRE’s part in the run-up to Grenfell, failings which were caused – fundamentally – by private ownership and the increasing encroachment of the private sector. It is massively significant.

“We are clear: the BRE was not, and is not, fit for purpose, because it is privately-owned. It is vital that the BRE is taken back into public ownership and run for the public good, not profit.

“In the run-up to Grenfell their status as a private company meant that they were dependent on fee income from clients, such as Grenfell manufacturers. This made them too willing to please clients and too reluctant to challenge them or the information they provided. The BRE’s private status also meant it did not share information as it should have done, and there were basic failures of competence in vital areas.”

What is the report about?

The FBU breaks down the report, which is centred around Building Research Establishment failures, mainly in relation to key cladding fires:

Regarding the Knowsley Heights fire in 1991 the BRE “had a significant organisational incentive to enable overcladding solutions whilst being seen to mitigate their fire risks – rather than prohibit their use” (page 253), with the BRE having significant “reputational investment” here (p100), and the failure to “properly interrogate the key issues” here is “tragic” (p99).

According to Bisby the BRE report has a “striking absence of any explicit discussion regard the degree to which the GRP rainscreen product may have contributed fuel to the fire” (page 98). The GRP rainscreen product was later found to have contributed to the fire (also page 98). 

Bisby includes a handwritten note detailing a Department of Environment press office request to BRE to “play down the issue of the fire” (p104).

Following the Garnock Court fire in 1999 there were “surprising oversights” made by the BRE with regards to a lack of investigation of cladding and other materials, and possible implications for building regulation (p125). “It is not clear” why a later, more detailed set of reports was not properly communicated to government or Parliament by BRE (page 136).

Around this fire there was an insight into how BRE worked and prioritised work: “We are a private sector organisation; we are not part of government. Clearly, in days gone by, when we were part of DoE then this work was done and would have been done in the public interest without the need for formal contract. One regrets there are now commercial pressures that require clients to place formal contracts with us before we can undertake work.” (BRE comments to the select committee on Environment, Transport and Regional Affairs, page 131).

A BRE report on the Lakanal House fire “contains very little insight” into the roles of combustible materials in and on the walls in the fire’s development. Bisby expresses surprise that there was a lack of comment around the external fire spread at Lakanal (from p186 – para 1046, 1049, 1052, 1055, 1058) and the questions this should have raised in relation to building regulations.

The “BRE “External Fire Spread” Reports (2014-2016) are in places incomprehensible, and they appear to lack in any real insights or practical significance” (page 229).

As early as 2017 the BRE – as well as government – was aware of regulatory confusion that would later help lead to combustible material being used in the Grenfell refurbishment, but “it appears that little or no action was taken” by the BRE “to seek to highlight or mitigate this confusion or the resulting significant hazards” (page 255).

Blackline Safety announces equipment trade-in programme

Blackline Safety Corp, a global leader in connected safety technology, has unveiled an equipment trade-in program designed to make it easier for fire departments and emergency response teams to acquire cutting-edge gas detection equipment and the monitoring software.

The Blackline Safety program allows fire departments and emergency response departments to trade in older safety monitoring equipment that is either end-of-life or not working properly, in exchange for credit towards the purchase of next-generation Blackline Safety G7 EXO area monitors or G7 personal gas detectors.

“Emergency responders are in a class of their own when it comes to safety,” said Blackline Safety Business Development Specialist Doug Mayer. “They need to be prepared to face any situation in order to protect not only themselves, but potentially the community at large. It’s critical they have the most advanced safety monitoring technology at their fingertips.”

The incentive is important because fire departments and response teams are relied on to use the best methods and equipment available to enhance safety, yet most are publicly funded and therefore have tight budgets. “We’re taking old equipment off their hands and giving them an affordable way to upgrade to a replacement that is leading edge,” Mayer explained.

The opportunity to upgrade also gives first responders access to equipment with longer battery life, ensuring it outlasts even the longest response scenario.

“In today’s world, it’s more important than ever to be prepared around the clock for the unexpected,” he said. “We can help and we offer free evaluations of all our technologies.”

More information about the trade-in program can be found at: www.blacklinesafety.com/refresh

Batteries now included: Super Vac explores firefighter tools

Super Vac discusses firefighter tool advancements in today’s lithium-ion-driven world

Batteries not included is an old disclaimer that seems to be null-and-void in today’s lithium-ion-driven world. In fact, most handheld tools on the fireground are available in some battery-powered variation, and as the technology continues to advance, the number of battery offerings, along with tools, keeps expanding. This in turn, creates a myriad of choices for departments to wade through. Here are a few of the many considerations to consider when considering battery inclusion.

Names you can trust

When it comes to a product, there are just some names you trust. Many fire tools are now powered by name brands that can be found on a store shelf, like DeWalt, Makita or Milwaukee. Millions around the world have come to trust these brands — firefighters included. Not only are these batteries trusted for their performance, but these platforms are designed to power hundreds of tools made by the very same battery manufacturer. As it turns out, many of these tools, like rescue saws, work lights and impact hammers, have a place on the fireground.

Roughly five years ago, several specialised fire equipment manufacturers recognised this shift and began to design their battery-powered tools around these platforms. In fact, Super Vac, a leader in ventilation equipment, introduced the first battery fan to be powered by dual DeWalt FLEXVOLT batteries in 2018. Since that well-received introduction, Super Vac has added models that work with Makita XGT and Milwaukee M18 / M28 batteries, allowing these fans to be compatible with hundreds of other tools.

Expanding on this, Super Vac offers a battery chainsaw conversion kit that turns an ordinary 16” wood-cutting Makita, DeWalt, Milwaukee or Echo battery saw into an overhaul or rapid intervention saw. Typically, battery-powered chainsaws are only ideal for cutting wood, but this kit equips the saw with a carbine tip chain capable of cutting through asphalt shingles, hurricane glass, roofing materials and more. The conversion is just a 2-minute transformation.

We should also mention the Super Vac battery fan can be powered by LUKAS EWXT/E3 batteries, admittedly not a battery you are going to find on just any store shelf, but we will get to proprietary batteries in a minute. First, let us finish our thoughts on universal batteries.

Super Vac is not the only manufacturer to drive this non-proprietary battery trend. Rescue system manufacturers, like AMKUS, TNT, Genesis and Weber, have also tapped into these off-the-shelf battery platforms, manufacturing a whole arsenal of cutters and spreaders that work off these battery favorites. AMKUS marries with DeWalt, while TNT, Genesis and Weber run off Milwaukee batteries.

Even emergency scene lighting manufacturers are getting in on the battery action. Just this year, Command Light (the leader in light towers) introduced a 1.25m tripod that pairs DeWalt FLEXVOLT, Makita XGT, Milwaukee M28 or LUKAS EWXT/E3 batteries with high-lumen LEDs made for the fireground, delivering 14,000-28,000 lumens depending on head selection. LUKAS also offers its own new battery-powered 14,000-lumen scene light, the Scout.

In short, departments can equip their crews with a myriad of lights, fans, saws, hand tools and rescue equipment all powered by the same batteries, making it easier to run their operations. Ask your crew what names they trust, and which tools they want to work together.

Proprietary Vs Non-Proprietary

The tools mentioned so far run on non-proprietary, easy-to-source batteries that are usually economical and can be picked up at the local hardware retailer. That said, there is still a place for proprietary batteries in the industry.

Proprietary batteries are made exclusively by a manufacturer to work only with their tools, and in special instances, with other manufacturers’ tools through licensing agreements. Usually, this equipment is very specialised and requires a more robust battery for the tools’ special operations. Several rescue tool manufacturers, like LUKAS and Holmatro, are renowned for the performance of their proprietary batteries (and tools). Since these specialised batteries are exclusive to the manufacturer, they can be harder to source – but on the flip side, departments can expect proprietary innovations with these proprietary platforms.

Mike Cannon, director of rescue sales for IDEX Fire and Safety, which includes LUKAS, says rescue tool batteries of 10 years ago could only deliver 15-20 cuts per battery charge. Now, these specialised batteries deliver as much as 9 amps, permitting 54 cuts in high-strength steels used in automobiles.

Additionally, the LUKAS battery features a Smart Dashboard display for real-time tool status and provides the industry’s first patented watertight design for underwater-operable use, allowing crews to work on automobiles in ditches, culverts and USAR applications. Holmatro’s Pentheon Series battery touts its own diagnostic software program for battery monitoring, as well as a mechatronic pump that automatically shifts the tool into a higher speed without loss of force to cut high-strength steels.

And as we mentioned, select manufacturers, like Super Vac and Command Light, have been granted special licensing agreements to utilise these proprietary batteries. Super Vac offers a 16”, 18” and 20” variable-speed fan that uses HURST EWXT/E3 batteries, while those same batteries power the new Command Light Trident Tripod with Akron Revel fixtures or a Feniex light bar.

“Having a mobile light bar alone has many departments intrigued,” Command Light President Roger Weinmeister said after the Trident Tripod was unveiled at FDIC International 2022. “With first responder fatalities on the rise because of distracted drivers, departments are looking for more ways to alert drivers to the hazards ahead, and now, they will have a battery-powered traffic advisor as a quick, deployable option to keep crews safe.”

In the end, it is important to ask yourself what kind of performance you expect out of the tool, and what kind of run times you need to get the job done. And if you feel more confident in your battery tool knowing it can run off a back-up power sources, look for built-in AC options in select equipment, like fans and lights. Finally, weigh your propriety selection against the interchangeability your department might need.

Battery-Powered Planning

Creating a battery-powered arsenal requires planning. How will you keep equipment charged? Will you incorporate charging stations into your truck or at the station? How many back-up batteries will you keep on-hand? Will you allow crews to swap batteries with other tools, if necessary? Will you spec proprietary battery-powered rescue tools with other non-proprietary tools so you’re certain no one ever runs off with the rescue tool batteries? Do you anticipate long scenes that will require shore power operation? In short, like all your equipment, make sure your battery-powered tools are always ready to go.

Aside from equipment preparation, you will find that you can plan and organise space differently around these battery-powered tools. Lighter and more compact, this equipment often frees up space in already-compact vehicles. Let us go back to that Super Vac battery PPV. At 580 mm x 585 mm x 305 mm and just 20 kgs, Super Vac’s smallest battery fan can be stored on its side, and even upright, it is practically the size of a Honda portable generator. And speaking of generators, plan on ditching the expensive generator, along with power cords and hydraulic hoses that operate your old equipment – with all that extra space, you can stage your universal battery-powered tools in one truck compartment.

Your operations may even change. First-due engines can now run with fans on their apparatus because these battery-powered PPVs are smaller than old gas fans typically relegated to the second response unit. Additionally, engines are not usually equipped with light towers because of space limitations, but now, with compact, battery-powered tripods, there is no reason not to get light where it is needed most.

Still Not Sold On Battery Technology?

If you are still mulling over the switch from gas, electric or hydraulic power sources to battery, consider what there is to gain and lose.

Crews gain more time when deploying this battery-powered equipment, and during the Golden Hour when the first 60 minutes of an incident are the most critical to patient survival you will welcome the maneuverability and ease of starting any of these battery tools. Plus, there are no more constraints of power cords or hydraulic hose lengths during those vital moments. In short, departments gain vital time and extended reach with battery operations.

Now, what do you lose? The messy maintenance that comes with petrol and hydraulic tools, plus products of combustion that can adversely affect air quality, even when catalytic converters are used. Even after use, storing this equipment can contaminate apparatus compartments with their fumes and bad carcinogens. Also, with battery tools, crews can say goodbye noise pollution which can adversely affect fireground communication. Meanwhile, the decibel reading for Super Vac’s 18” variable-speed battery fan produces an 85 dB reading at 1 meter in front of the fan, and 75 dB from 3 meters, which is only slightly louder than the sound of a showerhead makes. With quieter equipment comes improved communication. With so much to gain, it’s no wonder batteries have become the inclusion on the fireground.

This article was originally published in the June edition of IFSJ. To read your FREE digital copy, click here.

Lord Greenhalgh thanks fire industry for Ukraine convoy

Lord Greenhalgh, the Minister of State for Building Safety and Fire at the Department for Levelling Up, Communities & Housing and Home Office, has expressed his gratitude to the fire industry for their commitment and time in providing the 22 vehicle convoy to Ukraine in a letter to the Fire Industry Association

FIA CEO Ian Moore has received a letter from Lord Greenhalgh, thanking the fire industry for their commitment to providing much-needed fire and rescue equipment to Ukraine after the industry sent a the largest ever single donation of fire and rescue equipment from the UK. 

The Minister stated “The success of the convoy in delivering sorely needed equipment exemplifies what can be achieved when fire and rescue services, the charity and industry sectors, and government work together – and is a testament to your commitment and dedication.”

Lord Greenhalgh continued: “I have been particularly impressed by the scale of the collaboration between a wide range of stakeholders; not only between the fire and rescue services, FireAid and the industry sector, but also the NFCC, the National Resilience Assurance Team in Merseyside, which co-ordinated the activities of the services, UK ISAR and officials in Cabinet Office and Border Force who worked so hard to speed up the administrative processes.”

He concluded “I would also like to pay homage to the fire and rescue services generally for their generosity in donating this quantity of equipment in support of their fire and rescue colleagues in Ukraine.

“I hope you all take pride in what you have achieved in making this convoy happen in support of the Ukrainian fire and rescue services and the Ukrainian people.”

Fire breaks out at Smurfit Kappa’s Birmingham recycling plant

More than 100 firefighters have been on scene to bring a large blaze at a Smurfit Kappa recycling plant in Nechells, Birmingham, under control.

West Midlands Fire Service was called to the plant at 19:40 BST on Sunday. The fire service said 30 appliances had been sent due to the scale of the fire, including two aerial hydraulic platforms, multiple fire engines, a high volume water pumping unit, and one of our drones.

The fire was been declared a major incident, due to the amount of resources in use and the likely extended nature of the incident. Area commander Sam Burton said: “When we arrived on scene, there was around 8,000 tonnes of compressed cardboard on fire.”

Ireland’s Smurfit Kappa is Europe’s largest paper packaging producer. The Birmingham plant is one of two paper mills it operates in the U.K. and it produces 500-700 tonnes of packaging paper every day, which is later converted into cardboard boxes.

Crews from stations across the West Midlands are working to tackle the blaze using main jets. They are working with police and ambulance colleagues, the Environment Agency, Severn Trent Water, and on-site staff, to bring the incident to a safe conclusion. There are no reports of any casualties.

Smurfit Kappa has confirmed that its paper mill in central England was unaffected by a large fire that spread from an adjacent premises and that it did not expect any material impact on production.

Warringtonfire study finds new fire hazards in residential care homes

Warringtonfire has completed the second in a series of three studies at the request of the Flemish Government, that focus on the fire safety in residential care buildings.

Pieter Poppe, Project Manager of the second study, also called the VIPA2 study, and Head of the Consultancy Department of the Institute for Fire Safety (ISIB), said: “We wanted to identify the effectiveness of smoke control measures by means of five large-scale fire tests and additional CFD-simulations (CFD: Computational Fluid Dynamics) as part of the evacuation strategy for non-self-reliant occupants of a residential care building.”

The results of the VIPA2 study revealed new ways of considering fire safety for more vulnerable members of society, such as citizens who reside within care buildings. Since common areas within these buildings can currently include combustible materials (e.g. kitchens, sofas, etc.), a possible fire hazard is inherent in these evacuation routes. This risk is currently not considered within the concept of the current (Belgian) fire safety regulations.

“The VIPA2 study has scientifically demonstrated the effectiveness of different kinds of applications of a smoke control system in a residential care building,” explained Poppe. “This kind of smoke control system is not only limited to residential care buildings, but can also be applied to all types of structures with similar geometry. Such application is not mentioned in any normative document related to Smoke and Heat Exhaust Ventilation systems (SHEV-system) and is therefore very innovative.”

This research, completed by Warringtonfire has informed a further third study, the VIPA3 study.

On the next study, Poppe said: “In the VIPA3 study, an assessment framework has been developed where minimum fire safety measures are determined as part of the evacuation strategy (i.e. immediate evacuation or Defend in Place) in case of non-self-reliant occupants of a residential care building. These fire safety measures can be active (e.g. residential smoke control system, fire screen, automatic extinguishing) or passive safety measures (e.g. fire resistant door, smoke control door, fire resistant damper).

“The effectiveness of the applied fire safety measures has been demonstrated through large-scale fire tests and additional CFD simulations (CFD: Computational Fluid Dynamics) as described in the VIPA1 and VIPA2 studies.”

The three studies will act as crucial stepping stones in creating a safer and more secure future for non-self-reliant individuals, by potentially guiding future regulations.

Exclusive Interview: Jason Traynor, General Manager, MSA Safety talks delivering durability

Jason Traynor, General Manager at MSA Safety, speaks exclusively with IFSJ about the company’s move into the fire protective clothing market and its plan for Interschutz

In 2017, MSA acquired Globe Manufacturing, marking its entrance into fire protective clothing for the North American market. Speaking to MSA Safety General Manager Jason Traynor, he says they learned a lot through that first acquisition and began developing a deeper understanding of how the company could influence the overall system of products worn by firefighters.

In the years that followed the Globe acquisition, MSA recognised the benefits of having a head-to-toe system for fire-fighting attire and set about creating a cohesive collection of products that, when combined, would work together to make the end-user experience as comfortable as possible without sacrificing the necessary safety features. To make this a reality, MSA acquired UK manufacturer Bristol Uniforms.

“We were very excited and anxious to enter the European norm fire protective gear market,” tells Traynor. “We wanted to get into the EMEA market, but we knew that for us to build it ourselves and start from scratch would be a really long path.”

Prior to the Bristol Uniforms acquisition, MSA was working the UK on building new breathing apparatus – the MSAM1 – and was getting input from the local market with end-users, working closely with customers in different areas of the region to gain insights into their specific wants and needs. Through this research, says Traynor, they learned a lot about the fire service in the UK and saw an opportunity to acquire the UK manufacturer and immediately gain a strong foothold in the fire protective gear market in a new region. In January 2021, MSA acquired Bristol Uniforms.

“We were really excited about the brand and the people that came through with the acquisition that are working to design garments, manufacture, and service the product,” Traynor enthuses. “There’s a lot of passion around fire protection clothing around MSA Bristol and we’re excited to be along that journey with them.”

Looking at competitors in the market, MSA realised there were very few multi-national competitors taking an all-in-one approach. The MSA team already has a well-established, high-performing sales team and channel partner network throughout Europe, the Middle East and the Asia Pacific – teams that have been selling breathing apparatus and fire helmets for many years.

“We were really excited to introduce our teams to Bristol Uniforms fire protective clothing,” says Traynor. “To have them better understand the complexities of fire protective clothing, to be able to go to their customers and clients with longstanding relationships with and let them know that they can come to MSA for this important product that’s part of our portfolio as well.”

The X4

As with any company with a global reach, there is never a one-size-fits-all approach. Traynor says MSA recognised the need to understand the differences between the UK and central Europe, and the differences seen in different parts of the world. To do this, it carried out a ‘voice of the customer’ survey, asking the customer about their current experience, their current supplier, what they like about it, what would they change. This market research was carried out in 2021 and was used to inform and to design and build a new garment: the X4.

“We’re excited about the X4,” says Traynor. “We’ve built it with input from firefighters, we’ve gotten further input now that its complete. The market seems very excited about the approach that we’ve taken.

“We’ve looked certainly at thermal protection which is critical. Durability and wash cycles are critical, but comfort and breathability is also very important – those are the things when we look at design of a new garment. How it feels when worn and having that end user at the centre of the design is critical for us.”

MSA uses a human centred design process, starting with the individual and building outwards. With the broader MSA portfolio of products, Traynor says it now has the luxury of going to an end user and saying: “We’ll supply you with the market leading helmet, we’ll supply you with this great new innovative fire protective clothing – we have that head-to-toe experience.”

Traynor says they are really happy about where MSA is today and thinks there is a lot of benefit to engaging with a supplier that is able to cover as many different product areas as possible. Looking to the future, its goal is ensuring it designs products that together are more valuable than the sum of the individual parts.

“This way, rather than buying four different manufacturers products, the end user is able to buy a series of products which when put together will make them think ‘wow this helmet was designed with the facepiece in mind’ or ‘the straps on my breathing apparatus engage really well with the material of my jacket’ – these are now things that we can plan for and design for and control a lot more variables than we were doing previously,” he explains.

In controlling these variables, he says it allows MSA to build a more efficient system hand in hand with firefighters, understanding their needs, the limitations of what they have today, and how together they can address those needs through product design, through material science, and overall understanding what it can do to make an inherently difficult and dangerous job a little bit more comfortable.

Looking at the broader MSA portfolio globally, it’s a world leader in breathing apparatus, in fire helmets and in fire protective clothing. With that, says Traynor, comes the responsibility building great products, continuing to engage with the end-users, driving innovation, and maintain its insight into the market. Key to this is understanding the unique factors about each market, but also identifying the common thread that can be brought between the international market.

“We look at it not only from a product standpoint, but also from a geographic standpoint and understanding differences and similarities,” he tells. “Building products that are unique to regional environments, we build in a manner that is well received, well regarded, and emphasised the benefits of having a cohesive product set.”

Regional requirements

The biggest consideration in producing a product across different regions are the local industry standards. Manufacturers have to cater to each regulatory body that define what materials can be used or how can the product be designed, and much of this is regulatory and required.

On top of this, each region will have its own unique environments, for example locations with underground subway systems will have a different set of requirements to that of a city with no underground at all.

Whilst all of these things must be considered, a key thread that MSA has recognised as running through all regions is cleanability – making sure that everything is not as porous as it used to be ensure that it holds up in terms of durability. “Durability is really important,” says Traynor. “Regionally it’s going to be different because some areas wash more, some wash less. Those are the kind of things that drive variants between the products are generally customer driven and we’re happy to help work towards a solution for their unique needs.”

Interschutz Focus

With one of the fire industry’s biggest conference events set to return to Germany this year after seven years away, since the last show MSA has undergone a huge transformation and launched and extensive range of new products – meaning that for lots of people meeting with them in person at Interschutz 2022 is going to look like an entirely different organisation.

“It’s almost like we’ve gone through a digital transformation from a pneumatic system and a mechanical helmet to this whole broad system of products, but also the software and the technology that allows them to be connected, taking all data from various different inputs, aggregating it, and sending it to the cloud,” he tells.

The whole digital transformation has been a significant investment for MSA, but one that has clear solutions for the end user for problems that it made the effort to understand, covering everything from fleet management, service, where a product is, and what it has been exposed to.

“These are all things that historically were lost after the incident, but we’re now able to capture that information and use that data to make things better for the future, whether it’s through product design, or whether it’s through an understanding and history of how your products were serviced – that data is going to be something that’s completely different and unique coming from MSA, that’s something we know that end users have a real thirst for and excitement around,” he says.

The key focus MSA will be driving at Interschutz will be its ownership of Bristol Uniforms and transition into a global architect in a new market. “The acquisition was completed in early 2021, and we spent the first 6-8 months in lockdown unable to get out and see customers, so brand awareness, awareness that MSA is a key player in this market, that we’re looking to understand the need of the EU customers – those are the key things when we’re thinking about our booth at Interschutz,” Traynor explains. “The highlight is we have a new product, we’re deeply engaged in fire protective clothing in this region, we’re working with all the key suppliers.

“It’s not like we’re a start up,” he adds. “We have a good history with fire protective clothing through the Globe acquisition, we have the legacy of Bristol. We’re not starting from scratch; we’re hitting the ground running and are happy about the momentum we’ve built over the first 18 months. Interschutz is by no means an endpoint – it’s more of a jumping off point for us, for the X4, and for what we intend to continue to invest in for Europe, the Middle East and for Asia Pacific.”

This article was originally published in the June edition of IFSJ. To read your FREE digital copy, click here.

JBS launches forest fire taskforce to protect Brazilian Pantanal

A new JBS-funded Pantanal forest fire taskforce comprising one degree, Brigada Aliança, Instituto Homem Pantaneiro (IHP) and Polo Socioambiental Sesc Pantanal, has been launched with the aim of protect 2.5 million hectares of the biome through early fire detection, big data analysis and rapid response. 

The Embrace the Pantanal initiative will combine highly equipped and qualified forestry brigades with next generation analytical, operational and community impact data, to avoid an estimated 15 million tons of CO2 throughout the project. JBS is investing R$ 26 million (US$ 5.33 million) in the initiative.

Initially more than 2.5 million hectares (an area roughly the size of Belgium) will be monitored in Serra do Amolar, the central Pantanal region, overseen by IHP which had more than 90% of its protection network affected by the 2020 mega fires. 

Early detection of outbreaks will be facilitated by Pantera software developed by umgrauemeio. The 24/7 system processes high resolution images captured from the communication tower through an artificial intelligence algorithm and automatically identifies the fire teams outbreaks and notifies the cameras. There are plans to triple the scope of the area protected in a second phase.

Embrace the Pantanal is part of a larger Embrace the Forest initiative providing a holistic approach to monitor and manage firefighting in real time, while protecting biodiversity through the integrated Pantera platform for managing forest fires. 

Umgrauemeio aims to expand the preserved area in the Pantanal after the first phase as well as extend the project to other national parks and reserves, such as Chapada dos Veadeiros (Goiás), Chapada dos Guimarães (MT), and areas of the Amazon. 

“These resources and satellite information provide a  breakthrough for fire outbreak detection,” commented  Liège Correia, JBS Friboi’s director of Sustainability. “ Actions like this benefit the entire livestock value chain, as fires devastate the ecosystem, seriously harm rural properties and release polluting gases into the atmosphere that causes global warming.”

“In 2020, it was disturbing to see 26% of the Pantanal, one of the world’s main UNESCO biosphere reserves, be consumed by fire, compromising more than 4 million hectares, killing about 17 million vertebrates and emitting millions of tons of CO2 in the atmosphere”, commented Osmar Bambini, Chief Innovation Officer and co-founder of umgrauemeio,  when describing the motivation to design the Pantanal monitoring strategy and resilience plan. 

The task force brings together Public Ministry representatives, scientists and researchers, non-governmental organizations, and the private sector with the common goal of supporting local institutions that historically fight fires in the biome.

LFRS urges people to take fire safety precautions at home

The National Fire Chiefs Council (NFCC) and Lancashire Fire and Rescue Service (LFRS) are urging people to take fire safety precautions in the home to stay safe as the cost of living rises across the UK. The advice has been issued as part of of NFCC’s national Home Fire Safety Week taking place between this week (13-19 June), which aims to keep people safer from fire in their homes.

NFCC is concerned that people may put themselves at additional risk as the cost of living increases and remind people to buy, charge and run electrical products safely and ensure they keep warm safely as taking a few simple steps can reduce the risk of fire in the home. NFCC is also urging people not to take additional risks and be alert to how simple measures could save lives and reduce injuries.

The week of action covers a range of areas such as electrical safety, the dangers of illegal cigarettes and the offer of home safety fire checks and fire safety advice. People are being urged to buy electrical products from reputable retailers, to register appliances and always sign up to the national product safety alerts and recalls: https://www.gov.uk/product-safety-alerts-reports-recalls

With rising energy costs and many people look to reduce heating bills, LFRS want to ensure people are keeping warm safely. It is encouraging residents to ensure they have smoke and carbon monoxide alarms fitted and to ensure portable heaters and electric blankets are in good working order, not subject to any recalls and used correctly.

With older relatives and neighbours thought to be particularly vulnerable and at a higher risk in the home and, LFRS is offering a home fire safety check, vital safety help, advice and solutions, as well as help from a range of organisations. Registering for personalised fire safety advice can be done here.

LFRS Prevention lead Kirsty McCreesh said “As the cost of living increases across the entire UK, we are offering help and advice to help people stay safer in their homes. This ranges from simple steps such as smoke detection and checking electrical items to how fire services can assist people who are more vulnerable.

“While we understand the pressures people are currently facing and affordability is a major factor for many, I am hoping that by giving practical help and advice, we can raise awareness and offer useful assistance. Prevention work is at the heart of all fire and rescue service work and we are here to help.”

Motorola opens new flagship office in Edinburgh

Global leader in public safety and enterprise security, Motorola Solutions has opened an innovation hub in Edinburgh, Scotland, expanding its mobile video, video security and access control businesses and creating new employment and commercial opportunities for Scotland.

Motorola Solutions’ Edinburgh R&D teams will focus on cloud-based evidence management software, video security solutions and body-worn cameras, highlighting the Scottish capital’s global reputation for strong engineering talent and position as the U.K.’s top innovation city outside of London. 

“The opening of Motorola Solutions’ new Edinburgh facility is a real vote of confidence and again highlights the attractiveness of investing in Scotland,” said Angus Robertson, Cabinet Secretary for the Constitution, External Affairs and Culture. “Innovation is key to ensuring that Scotland is able to develop smart digital solutions to meet the needs of the future. The Motorola Solutions Innovation Hub will contribute to this work by creating video security and evidence management solutions for emergency services, not just in Scotland but internationally as well.”

Motorola Solutions’ video security innovations from Scotland are trusted by organisations worldwide, including U.K.-based NHS England ambulance trusts, National Highways and the Co-op, as well as international organisations, such as the French Ministry of the Interior, Malta Police, MetrôRio and Romanian Border Police.

“Edinburgh has a proven track record for some of the most exciting advancements in video innovation,” said Richie McBride, senior director of international mobile video, Motorola Solutions. “Our growing local presence reinforces Motorola Solutions’ commitment to investing in diverse talent to create next-generation, mission-critical technologies that are depended on by frontline workers all over the world.”

The Edinburgh office is located at Caledonian Exchange, 1st Floor, 19a Canning Street, Edinburgh, EH3 8EG.