The rise of water mist in firefighting

Bettina McDowell, general manager, International Water Mist Association talks about the latest developments in the growing solution

Over the last couple of years, things have progressed well for the water mist technology. On the one hand, there is a growing market for eco-friendly and sustainable products like water mist. On the other hand, the publication of the European Standard – which has been long overdue – has and will help further advance the technology. What has been growing longer already over the years is the list of applications. And a project which is in the pipeline could become a quite game changer for water mist.  

When it comes to fire protection, water mist is an eco-friendly alternative to other more traditional ways of keeping fires under control or extinguishing them. And here we are talking about sprinkler as well as foam or gaseous systems. Why use chemical additives or gases that incorporate a fear factor when it comes to human lives when you can use a system that combines many advantages and at the same time eliminates many disadvantages? 

The first standards for water mist were developed well over a quarter of a century ago. Factory Mutual published FM 5560 in 1995 and the National Fire Protection Association (NFPA) published NFPA 750 in 1996. Since then, the list of applications has been getting longer, both vertically as well as horizontally. Water mist – which was an off-shore technology in the very beginning – was further developed, and it has been many years since the first land projects were added to the list of applications. This growing list has most probably got a lot to do with the diversity of water mist systems. Water mist systems produce very smaller droplets. Water mist is thus a suppressant agent that is applicable on a broad range of fire types. In fact, water mist ticks nearly all the boxes, indeed more boxes than other of fire suppression system. This has been proven in an endless number of real-scale fire tests that water mist manufacturers have carried out in fire laboratories over the last three decades.  

When it comes to the protection of the environment, water mist goes back a long way. In the 1980s the world acted to save the ozone layer by signing the Montreal Protocol. One of the substances that was then banned was halon, a chemical used as a fire suppression agent that had caused ozone depletion. Regarding fire protection, the eradication of halon left a gap which was filled by water mist. “There are basically two ways to look at it. You could either say that halon was banned to protect the ozone layer or you could say that water mist was promoted to save the ozone layer”, says Bettina McDowell, general manager of the International Water Mist Association (IWMA). And important factor here was obviously the use of water instead of a chemical substance.  

Water-based fire extinguishing systems make up by far the largest share of the extinguishing technology sector and using a natural resource like water is always a good idea. However, water mist systems use up to 85% less water than traditional sprinkler systems which is an even better idea. Water is a natural resource, but it is also a precious resource especially like places in the Middle East where it is scarce.  

Many ask how less water can do the job. The answer to this is quite simple: a fire triangle consists of three elements, i.e. the combustible material, the heat and the oxygen, and water mist reduces the heat and the oxygen. In fact, water mist also wets the surroundings thus also affects the 3rd side of the triangle although not as much as traditional sprinklers. But there are other benefits: since water mist systems use less water, their components are smaller which means they need less space. Then there is the local inerting effect: Due to the enormous increase in the volume of the evaporating water droplets, the oxygen is displaced at the source of the fire and the fire is extinguished. During this process, the oxygen content around the fire (and only there) is below 21 %. And it is this low oxygen content that suffocates the fire. Further away from the fire the oxygen content is higher which means that there is enough oxygen available for humans. And then there is also the cooling effect that prevents reignition.  

When it comes to the longevity of systems, stainless steel components are often the best choice. Their use is not mandatory, but stainless steel prevents corrosion which is beneficial for the conservation of the systems and also lowers the risk of contamination. Plus: stainless steel can be re-used and thus be re-integrated into the life circle.  

A special challenge is fire protection in hazardous environments. When a fire breaks out in such areas this can result in the release of many different toxins and chemicals from the fuel of the fire or gases. The firewater gathers these substances and has to be picked up and disposed of afterwards which is a difficult job that becomes easier the less water there is. Mentionable is also the reduced water damage. After a fire there is less debris that has to be disposed of, plus in consequence there might well be less down time for businesses. 

All these benefits – some inside, others outside the eco-box – are now backed by the European Standards. EN 14972 is – as mentioned – by no means the first water mist standard, but  manufacturers in Europe have been waiting for it.  

This document specifies requirements and gives recommendations for the design, installation, inspection and maintenance of all types of fixed land-based water mist systems. It is intended to apply to water mist automatic nozzle systems and water mist deluge systems supplied by stand alone or pumped systems. It covers applications and occupancies which are covered by the fire test protocols of the EN 14972 series. What is important to know is that standards are not retrospective so anything in place (planned or contractual) before publication and implementation in any specific country can remain in place. And: The EN 14972 series are voluntary standards so standards like NFPA 750 can of course still be used. 

The work started two decades ago and on 23rd December 2020, EN 14972-1:2020 was finally published. And although it may be a European Standard, it could well have a worldwide impact. Based on the Vienna Agreement – which stipulates the exchange of information and increased transparency – standardization bodies can adopt standards which have been created in other parts of the world which means that the European Standard could be used globally.  

A project that is about to start and which could change the perspective on sprinkler and consequently water mist systems is a research project on the performance of sprinkler systems. IWMA and the Fire Research and Innovation Centre (FRIC) in Norway have agreed to collaborate to take a closer look at this issue. The main aim is to gather information on the performance of sprinklers in order to quantify the consistency of their extinguishing performance. For this purpose, IWMA will collect data which will then be made available to FRIC. FRIC will then organize, process and analyse the data and publish an open report.  

Bettina McDowell explains: “Our aim is to collect data from as many suppliers as possible that have conducted comparison testing between sprinklers and other alternative extinguishing systems. To ensure the quality of the results the tests have to come from accredited laboratories and approved sprinkler nozzles had to be used.” 

As far as the schedule is concerned, IWMA and FRIC are planning to finish the work with a year. The collection of the data will commence during the second quarter of 2022. The report will be published during the first or second quarter of 2023.  

It is no wonder that the list of applications is continuously growing. There are marine-based applications, there are land-based applications. There is a hall of fame which includs buildings like La Scala in Milan, the Elbphilharmonie in Hamburg, Windsor Castle, the Clock Tower in Mecca, Saudi Arabia, and the Eurotunnel between Great Britain and the continent. Even the ISS International Space Station carries portable water mist extinguishers.  

Water mist is a performance-based technology, and all systems are bespoke systems based on real-scale fire tests, because water mist is not a one-fits-all concept. So far, not everybody seems to understand this concept, but more and more end customers, insurers and authorities having jurisdiction do. Bettina McDowell adds: “This is – first of all – not about a bigger market share. This is – first of all – about safety, about lives, about jobs, about property. The best fire protection system has to be chosen for any one application so it can actually do the job.”  

Those who want to learn more about this technology can attend the 21st International Water Mist Conference, which in 2022 will take place in Madrid, Spain, on 9th and 10th November. Every year, manufacturers, scientists and other stakeholders come together to network and exchange the latest knowledge.  

Fire headlines upcoming changes to Welsh FFHH act

The Fitness for Human Habitation (Wales) Act comes into effect on 15 July this year (effective to all landlords, social and private).

The act identifies 29 hazards within the property where landlords need to meet minimum requirements.
The FFHH act requires a smoke alarm, in proper working order, to be present on every storey of a dwelling.

Landlords must ensure that each of these alarms are in proper working order and interlinked with all other smoke alarms connected to the electricity supply.

Landlords may consider it appropriate to install more that one smoke alarm on each store along with a heat alarm in the Kitchen, these additional alarms could be mains or battery powered. Any additional battery-powered alarms do not need to be interconnected (Although, BS 5839-6 recommends interconnecting all alarms within the dwelling).

The act signposts landlords to BS 5839-6 for recommended guidance on the installation of alarms
A Carbon Monoxide alarm should be installed in all rooms containing a fuel-burning appliance (including cookers).

CO alarm can be mains or battery-powered and must comply with BS EN 50291. Siting should be carefully considered noting the expiry date of the alarm.

Experts talk fire protection DNA of a building

Erik Boyter, CEO, WindowMaster and Ian King COO Zeroignition explore importance of a robust fire protection built into the DNA of every building

Smoke control systems should be built, certified and delivered in a way that building owners and occupiers can depend on. 

It’s vitally important to recognise that only certified components of the system should be used. For example, smoke panels proven, factory built and certified to the relevant parts of EN12101 and other relevant standards like ISO21927-9. 

A factory-based quality system or factory production control, audited by a notified body, should be used to certify components of factory-built products.  

Consistency is key. Systematic checks of components, arrangement, fabrication and build in a controlled environment is the only appropriate route to prevent any variations in build from what has been tested and allowed to be certified. This helps ensure dependability as designed, and will enable the supplier to produce a product specific declaration of performance at point of manufacture. 

System install and commissioning should be conducted and completed by an appropriate party qualified and competent to do so. This might be demonstrated through voluntary certification such as the SDI 19 scheme. 

Finally, the building owner or manager is responsible for ensuring that the system remains compliant through a systematic approach to testing and maintenance. 

It cannot be emphasised enough for life safety systems: compliant systems must exist and be documented throughout the design, manufacture and delivery process, as well as through the life of the building. 

We’ve looked at smoke control systems, but of course fire safety also encompasses general building materials. While it is important to understand and use FR products in all building specification, it is also crucial we consider the wider system. Ian King, COO, Zeroignition, takes us through the importance of a systematic approach to fire safety. 

The Grenfell tragedy was a catalyst for change in the construction industry. It marked the realisation that much more needs to be done to ensure the buildings we live in are properly equipped to protect occupants from the risk of fire and that safety must be put first, above all else. 

As the Building Safety Bill continues to make its way through Parliament, albeit slowly, discussions around cladding continue to dominate headlines pushing fire safety even higher on the priorities list. Yet as we’ve seen, the pace of the bill has re-affirmed how notoriously complex fire safety compliance is in the UK. 

In reality, we must remember the Bill will be unlikely to eradicate some of the wider issues that the industry struggles with, namely, cost and more recently the availability of materials. Add to this the lack of construction product testing facilities, which are key to the ‘levelling up’ of standards and quality. The Local Government Association (LGA) is one example, encouraging more reliable testing systems that are also more user friendly. It also wants to see businesses caught selling products that aren’t fit for market, held accountable. “The new regulator must have real powers and sanctions and the regulatory system must be properly funded,” says the organisation. “Trading Standards authorities have found themselves caught between costly and complex arguments between test labs about the correct approach to testing, with no way to resolve them.” 

At Zeroignition, we agree with this sentiment. Since our founding, Zeroignition has been keen to see a vast improvement in accurate labelling by product manufacturers, ensuring that any information provided is easy to understand and identify, so that materials specified to construct buildings are what they say they are. Without this clear guidance, change will never materialise and people and properties will remain inadequately protected from fire. 

Disrupting traditions  

There’s no denying, construction projects are incredibly complex and involve a myriad of decisions. Every specification choice has a knock-on effect to the wider build, and unforeseen results can easily arise when a systematic approach to fire protection isn’t maintained.  

Although it’s widely agreed by industry professionals that a methodical approach is the key to quality, there’s clearly some scepticism as to how to achieve this. Manufacturers, specifiers and architectural bodies must do more to ensure best practice is fully established and abided by, on every single project, without fail. 

Beyond this, the construction industry should look to other industries for guidance, such as automotive and aviation, where a checklist approach reduces the risk of harm to passengers. It’s no longer good enough to work from memory or from a notepad and pen. Digital record keeping is now necessary to ensure certain fire planning elements aren’t being missed. 

Beyond this, we need to look to the latest in communications theory and decision making to ensure that fire communications are presented in a way that sticks, and use ‘nudge theory’ to ensure that it’s easier to do the right thing.  

Investing in robust knowledge  

We know that in-depth knowledge surrounding product safety standards is essential for architecture, specification and construction professionals. Those working in the industry must be sure they have the knowledge and understanding of fire safety when specifying building projects.  

It’s an area we investigated for ourselves, post-Grenfell, and the results reveal just how serious knowledge gaps around fire safety remain in the industry. The survey was conducted across the UK, Germany and France and of those questioned, just 3% of architects were able to correctly define the four basic fire protection terms: active fire protection, passive fire protection, fire resistance and reaction to fire.  

A mere 2% of the architects interviewed said they’d received comprehensive fire protection training. While most agreed they had had some sort of training, less than one in ten (8%) said they’ve never had fire protection training. These findings reveal an urgent need for serious upskilling to ensure those building liveable structures are well informed and up to speed on the essential fire safety requirements and protocols.  

A third of architects who participated in the study also revealed that their current employer doesn’t spend enough on fire protection training, and it seems since the outbreak of COVID-19 particularly, many have taken matters into their own hands. NBS (formerly National Building Specification) says it saw a marked increase in webinar attendance, as more people were working remotely and had the time to attend digital webinars and seminars without having to build time into their day to travel to and from the training venue. Online webinars covered a variety of different topics including fire safety, and were attended by product manufacturers, as well as architects and specifiers. 

Positive change  

The digital ‘revolution’ of the construction industry is also enforcing positive change. ‘Digital footprints’ which explicitly show that work has been carried out to the appropriate standard are now essential. A further take up of this approach will no doubt help to implement watertight fire safety checks before a building is handed over to the occupant or end user. 

Discussions had with manufacturers we work with, have also shown first-hand how an increased focus on R&D projects is now taking place. Advancements in innovative materials that help boost fire safety are now coming to market for added protection on new and existing building projects.  

Given what we’ve seen, fire protection now needs to be given the attention it deserves and a uniformed, robust framework needs to be set in place to make sure consistency is achieved across the sector. Increased levels of third-party testing is another area that needs to improve and a greater understand of how components work in tandem will be a key element in improving fire safety within construction. 

Manufacturers also have a role to play. Specifiers need to have complete confidence in the products they are recommending which means product information must be up to date and accurate. Until we address the focus on quality vs cost, we’ll never achieve construction’s primary role: ensuring its occupants remain safe.   

Fire protection supplier Ardent enters partnership with Leeds Beckett University

Fire protection manufacturer Ardent has entered a partnership with North Yorkshire-based Ardent to help boost its management capabilities and develop strategies to break into new international markets.

The team of academics, all based within Leeds Business School, will work with Ardent on the Management Knowledge Transfer Partnership (mKTP) project, that’s funded in part by the UK government through Innovate UK.

Ardent is a supplier of fire protection and electronic safety systems for people and businesses using plant, public transport, and specialised vehicles – in the UK and overseas.

The project will run for 30 months and focus on building long-term marketing and internationalisation strategies for Ardent as it continues to grow.

The mKTP’s goal is to embed permanent transformations in leadership, management, and culture across the business.

Dr Catherine Ashworth, senior lecturer in strategic marketing at Leeds Beckett, is leading the partnership.

She said: “Through our new partnership we aim to create strategic growth within Ardent. We will do this by embedding new management capabilities across the value chain – and a new leadership model across the organisation.

“We will also focus on improving Ardent’s capabilities in gathering expert market intelligence, strategically assessing overseas market opportunities, developing internal and stakeholder communications, and by delivering strategic decision-making.”

Neil Crowther, managing director of Ardent, said: “Since our founding in 1993, we have always aimed to continually improve our offering and service. We always prioritise challenging ourselves and encourage collaboration across the company. This partnership is a natural fit for us and we look forward to it being a productive relationship that will help us provide even better service to all our customers around the world.”

South Williamsport Fire Department fire deal considered ‘revolutionary’

Officials involved in a proposed five-year cooperative agreement with Loyalsock Township and its fire department have labeled it as ‘revolutionary’ and one that could incorporate future municipal partners to provide fire and rescue services for their communities.

South Williamsport Borough Council in Pennsylvania approved the proposal earlier this week and township supervisors continue to review it as minor revisions get ironed out.

The agreement, a copy of which was provided to the Sun-Gazette, includes provisions for paid fire protection and rescue services that funds the departments and apparatus and equipment through existing fire taxes.

Under the banner of Susquehanna Mutual Aid Regional Team, or SMART, the dwindling manpower of the South Williamsport Volunteer Fire Department was given new legs this week.

The cooperative fire agreement, meanwhile, creates a legal mechanism to provide sufficient funding to the participating fire companies from participating municipalities and other third party sources, he said.

SMART will begin with an initial paid staff of five fully trained firefighters and rescue responders consisting of four full-time, 40-hour-per-week positions, Monday through Friday, with one shared administrative position providing the administrative oversight for the services administered under the SMART program, according to the terms, the SunGazette reported.

The four full-time positions will be assigned into two separate firefighter crews, with one crew to be stationed at Loyalsock Township, and with one crew to be stationed at South Williamsport Volunteer Fire Department.

The agreement provides necessary personnel, training, and equipment required to supplement the participating fire companies with paid firefighters that will provide for adequate paid fire protection and rescue services within the participating municipalities.

Global fire suppression systems Market to reach $26.6 Billion by 2027

The global market for Fire Suppression Systems is estimated at US$19 Billion in the year 2020, is projected to reach a revised size of US$26.6 Billion by 2027, growing at a CAGR of 4.9% over the analysis period 2020-2027.

Dry Chemical-Based, one of the segments analyzed in the report, is projected to grow at a 5.6% CAGR to reach US$10.8 Billion by the end of the analysis period.

After an early analysis of the business implications of the pandemic and its induced economic crisis, growth in the Water-Based segment is readjusted to a revised 4.6% CAGR for the next 7-year period. This segment currently accounts for a 28.7% share of the global Fire Suppression Systems market.

The U.S. Accounts for Over 29.7% of Global Market Size in 2020, While China is Forecast to Grow at a 6.7% CAGR for the Period of 2020-2027

The Fire Suppression Systems market in the U.S. is estimated at US$5.6 Billion in the year 2020. The country currently accounts for a 29.69% share in the global market. China, the world second largest economy, is forecast to reach an estimated market size of US$3.8 Billion in the year 2027 trailing a CAGR of 6.7% through 2027.

Among the other noteworthy geographic markets are Japan and Canada, each forecast to grow at 3.5% and 4.2% respectively over the 2020-2027 period. Within Europe, Germany is forecast to grow at approximately 4.1% CAGR while Rest of European market (as defined in the study) will reach US$3.8 Billion by the year 2027.

Other Product Types Segment Corners a 32.6% Share in 2020

In the global Other Product Types segment, USA, Canada, Japan, China and Europe will drive the 4.1% CAGR estimated for this segment. These regional markets accounting for a combined market size of US$4.9 Billion in the year 2020 will reach a projected size of US$6.5 Billion by the close of the analysis period.

China will remain among the fastest growing in this cluster of regional markets. Led by countries such as Australia, India, and South Korea, the market in Asia-Pacific is forecast to reach US$3 Billion by the year 2027, while Latin America will expand at a 4.9% CAGR through the analysis period.

Exclusive: Jonathan O’Neill, managing director, Fire Protection Association

Jonathan O’Neill OBE, managing director, FPA is a key figure in the UK’s efforts to keep its residents and buildings safe. In an exclusive chat with IFSJ, O’Neill speaks about the building safety bill, and what more needs to be done

The Fire Protection Association has existed in the UK for several decades, and has strived to identify the dangers of fire and help companies and developers reduce fire-related risks. At the heart of the organization is the FPA’s managing director Jonathan O’Neill OBE who completes three decades within the organization this year.  

“I joined the Loss Prevention Council (LPC) after working in insurance for eight years before that with Lloyd’s,” O’Neill tells International Fire and Safety Journal.  

Prior to it being an independent body, the FPA was a department in the LPC. “I took over the department, which was called the Fire Protection Association, a name which had disappeared over the years but still held a lot of gravitas in the sector. In 1997, the insurers decided to dispose of the LPC but they retained the FPA.” 

O’Neill’s mission was to give the FPA a new persona, away from the LPC as it moved forward with maintaining its aim of safety and fire protection in the country. “It wasn’t a commercial organisation and the early days were quite tough as we relied on levies from the insurers for the first 18 months. Thereafter we took a slight commercial direction. We are a not-for-profit organization and invest everything back into our activities.” 

O’Neill says the firm initially had a turnover of GBP1million in the early days. Last year, the FPA’s turnover was GBP12 million. “There was a surge and uptick of our services in the immediate aftermath of Grenfell.” For the immediate future, O’Neill forecasts a steady growth in revenue as its services continue to be in demand.  

Fire assessments and the Fire Safety Bill 

The Fire Safety Act 2021 was an act of the Parliament of the United Kingdom which arose out of the 2017 Grenfell Tower fire and relates to fire safety in buildings in England and Wales with two or more domestic residences, making changes to the Regulatory Reform Order (Fire Safety Order) 2005. 

“The Fire Safety Order was piecemeal, and it was rightly accused of being retrospective i.e. after every tragedy we would start to see a change in fire and safety law.”  

O’Neill is satisfied that the act incorporated two major changes. These are: “We have now got a situation where the fire risk assessment can look at the entire building, which is good. Secondly, we will start to see external assessment being part of that. Through the horrors of Grenfell, we have seen if a risk assessment doesn’t look at the entire building structure it can lead to serious problems.” 

 However, the act doesn’t consider third party accreditation of fire assessments. Expressing his concern on the matter, O’Neill says: “There a reluctance to accept that a fire risk assessor needs to have proper accreditation and a third-party accreditation. As it stands, anyone in the industry can set themselves up as a fire risk assessor and get work.  

Based on the barrister’s opinion the FPA suggestion to the government was: “Rather than making it a statutory duty to add third party assessments. What if we made it a statutory defense in law? This means that if you use a third-party assessment, all parties are protected by the full extent of the law, should something go wrong,” O’Neill tells IFSJ. It’s a practice where the assessors are being assessed in a constant loop of following the best practice through legislation.  

 “It boils down to a fundamental issue in safety. The gas industry managed to sort this issue out a few years ago. For instance, you cannot touch a gas appliance in a commercial or residential premise unless you are Gas Safe, which is a third-party accredited scheme.” 

A change in regulation 

Five years on from the Grenfell disaster O’Neill wants a fundamental root and branch review of building regulations in the UK as it’s well over a decade since the last review. “Building methods have evolved dramatically over the last decade, we are using different materials which are combustible. This will not change over the next 20 years because some of it ties into the sustainability agenda. In the years to come, we will continue to build with even more combustible products because they have less impact on the environment. We accept that. At the same time, we need to re-write some of the building rules, which were done keeping old fashioned building materials and techniques.” 

O’Neill recounts a fire that tore through a Cheshire care home a few years back. The largely timber frame of the building decimated the care home as it spread rapidly. Luckily there were no fatalities since the residents were mostly outside on a warm sunny day. “A massive disaster was averted, thanks to vigilant staff and fire rescue personnel, although the residents lost their belongings. 30 years ago, these fires would be inspected by the Inspectorate of Fire with a recommendation to investigate the building regulations.” 

O’Neill points out that the government and various bodies have done a great job in bringing down the number of fatalities caused by fires. “Over three decades ago, when I started in this industry there were approximately 800 fatalities due to fires in the UK every year. The government and the fire and rescue services have done a tremendous job in bringing those numbers down by about 75%.” 

At no point, O’Neill says, can the issue be taken for granted. The Grenfell disaster highlighted several flaws in building regulations and a lack of competent fire assessments.  

“We cannot assume that fire is no longer a problem,” he reiterates.  

Then there’s the Building Safety Bill which aims to reform the safety system for residential properties by appointing a Building Safety Regulator, giving a greater voice to residents, driving industry change, and creating a national framework for increased oversight. 

The Building Safety Bill is a step in the right direction and O’Neill feels despite its limitations it’s a welcome move. “The Building Safety Bill is limited in what it can do, since it looks at high rise buildings. It is at least bringing in a different regime for looking at building regulation. The Building Safety Bill was the absolute need of the hour. But we need a different building regulation that is reviewed on a regular basis because we are changing the way we build.” 

Building safety scandal 

O’Neill has also welcomed the government’s move to address the building safety scandal. In April 2022, Westminster, revealed a wide-ranging agreement that will see industry contribute £5 billion to address and fix various issues in buildings.  

Under the new agreement, which will become legally enforceable, over 35 of the UK’s biggest homebuilders have pledged to fix all buildings 11 metres+ that they have played a role in developing in the last 30 years. 

In what is considered a victory for leaseholders, Levelling Up Secretary Michael Gove has agreed a solution with the housing industry that will see developers commit a minimum of £2 billion to fix their own buildings. Industry will also pay up to a further £3 billion through an expansion to the Building Safety Levy. 

“This is a great move because leaseholders shouldn’t pay for these repairs. Those responsible for putting sub-standard fire protection should be held accountable. My concern is the route to getting the payment organized. It is up to the government to ensure that all of this is properly enforced, and the monies are properly paid.” 

O’Neill believes that leaseholders should not be held at ransom and the government can do more to help them. He suggests that the government can fund the repairs immediately, while the authorities chase payments from responsible parties. 

“Looking back at the evidence we have seen from the Grenfell Tower Inquiry, the building regulation system was the responsibility of the government, and they took their eye off the ball. This means leaseholders, through no fault of their own, bought properties that were unsafe, and did not comply with regulation.” 

A unified building code 

O’Neill has long advocated a unified set of building codes that can cover the devolved governments as well. “We can learn a lot from the efforts of the devolved governments (in the UK), and how they move on certain matters pertaining to fire prevention. For instance, mandatory suppression and detection enforced from a legislation standpoint can make a huge difference. When I first started in fire, Scotland had a requirement to put sprinklers in single-storey retail spaces. England followed only two to three years later. 

“Britain has one of the most innovative fire protection systems’ industry in the world. And manufacturers are always pushing the evolution in creating new products and systems. But the industry needs support from the government. It’s not enough to only have the highest manufacturing, testing, and certification standards. We need regulatory backing. We can learn from the devolved governments who are leading the way ever so often.” 

The future 

The future is bright for those working towards fire protection in the UK. “We are going to see a different level of scrutiny on building safety after the Building Safety Bill and the Fire Safety Act (come into full effect). There’s going to be a greater emphasis on compartmentation which is welcome. We are launching a fire compartmentation and door survey tool at FIREX in May 2022.  

“We also have some great developments in our laboratory, we are installing some equipment that allows us to improve fire door penetration tests. It gives some much-needed capacity to the market which now is quite busy.” The FPA plans on continuing its growth efforts over 2022 and into the future with surplus funds invested into ensuring that “we have a safer and more resilient built environment going forward.” 

In conclusion O’Neill feels fire is a great career option and must do everything to attract new talent. “There is a lack of awareness of fire as a lucrative career option. The industry has been slow in terms of adopting professional standards, adopting the right university courses, and national occupational standards to support the industry. For long we have been training people on the job without necessary accreditation. For many years now the new generation has not come through and we have a gap which needs to be filled by competent people. 

Today, the demand is high for passionate and qualified people who can work in the laboratory, or as assessors, trainer, and consultants.  

CertAlarm completes fourth cycle of round-robin tests

CertAlarm, an organization offering a pan-European quality mark in the fire protection and security systems industry, today confirmed the completion of its 4th cycle of round-robin test series.

Round-robin tests are comparative tests performed by the participating laboratories at regular intervals and using the same test sample. As such they are an important monitoring tool for CertAlarm’s partners and recognized test laboratories. They enable quality supervisors and management to place the results obtained by the laboratory performing the tests in a wider framework and to identify problems and initiate actions for improvement.

In particular, round-robin tests help to bring to light inconsistencies in the testing systems or methods and can give rise to necessary corrective action, e.g.:

  • interpretation of standards,
  • calibration/maintenance of the testing equipment,
  • training of the laboratory personnel,
  • adjustment of influencing factors relevant to testing (e.g. climate).

“In order to improve our program we specifically select tests which have proven to be difficult to perform or have shown in the market place that inconsistencies exist in approved products. One of the tests selected for this cycle’s series was therefore the measurement of the make and break distances of opening contacts according to EN 50131-2-6 (clause 6.4.2). The criticality of this test lays in the interpretation of the PASS/FAIL criteria in coherence with the manufacturer declaration and the requirements in clause 4.3.1.2 and 4.3.1.3.”, says Benoît Stockbroeckx, Technical Manager of Euralarm and Chair of CertAlarm’s Technical Advisory Group (TAG).

“As a matter of fact, diverging interpretations highlighted unclarity in the wording of the standard. This issue has been brought to the relevant standardisation working group (CLC/TC 79/WG 2) and the discussions paved the way for an improvement of the standard in view of a future revision. Thanks to this exercise we can now be sure that all of CertAlarm’s labs will test and conclude according to this understanding in the future. Moreover, CertAlarm so contributed to the improvement of the standard for the benefit of all European laboratories, certification bodies and manufacturers dealing with opening contacts”, he adds.

“The round-robin procedure helps us understand if we are doing things right and providing our customers the same level of results”, confirms Anja Kinsky, General Manager of CertAlarm.

Sustainable building materials could lead to more fires

The increase of sustainable building materials during construction has been welcomed by many environmentally concious. However, the use of certain products, while good for the environment, pose a higher risk of catching fire.

Jonathan O’Neill, Managing Director, Fire Protection Association told IFSJ in an exclusive interview: “Building methods have evolved dramatically over the last decade, we are using different materials which are combustible.

“This will not change over the next 20 years because some of it ties into the sustainability agenda. In the years to come, we will continue to build with even more combustible products because they have less impact on the environment. We accept that. At the same time, we need to re-write some of the building rules, which were done keeping old fashioned building materials and techniques.”

In Britain, a newly ratified law, the Building Safety Act, came into effect towards the end of April. The new law has been a work in progress fueled by modern fire disasters in the UK.

O’Neill welcomed the new bill but told IFSJ that we now need a fundamental root and branch review of building regulations in the UK. “It’s been well over a decade since the last review,” he said.

Rhino Doors expands with EV charging point installations

UK-based engineered doors manufacturer Rhino Doors is strengthening its commitment to its people and the environment with the installation of electric vehicle charging points at one of its manufacturing facilities.

Rhino Doors, whose main base is in Port Talbot, South Wales, installed the charging points to encourage its team members to adopt the use of electric vehicles (EV), and to support clients visiting the facility via an EV.

By providing its team with the facilities to charge their vehicles at work, Rhino is working to offset its carbon footprint and mitigate negative impacts on the environment.

This new initiative comes after the manufacturer completed Made in Britain’s Green Growth Programme in February of this year, scoring highly for social impact and green credentials.

The Green Growth Programme is designed to support UK manufacturers to advance their progress on sustainability and work towards reaching net zero by 2050 or earlier.

In January of this year, Rhino also published its strategy on Corporate Social Responsibility, outlining the ways in which it is working to prioritise both people and planet.

Spanning the key areas of Environment, Community, Workplace & People, and Marketplace, the company’s CSR strategy details a range of initiatives it has implemented to positively impact on local communities and the wider environment.

Stuart Lawrence, Group Managing Director of Rhino Engineering Group, said: “As a manufacturer of industrial doors, we know that the intensive work we undertake can have an impact on the environment and the people around us.

“We’re very proud to have been recognised by Made in Britain for our continued efforts to minimise our environmental impact and work towards carbon neutral operations.

“This new initiative is just one small way in which we are working to implement sustainable practices and bolster our ethical standing with all our stakeholders.”