ASFP introduces new training recognition service to uphold standards in passive fire protection

by Associations and OrganisationsPassive

New initiative by ASFP to validate passive fire protection training quality

The Association for Specialist Fire Protection (ASFP) has initiated a new training recognition service aimed at providing independent third-party evaluations of training courses specifically designed for passive fire protection (PFP).

The ASFP Recognition confirms that all recognised providers adhere to the highest standards in training delivery and passive fire technical input.

This service links training programmes to an industry-developed competence framework, ensuring they offer current and relevant skills and knowledge.

The service enables the Association to collaborate with various training providers to review their processes and operational methods.

This review process helps in identifying a commitment to high-quality learning by examining how training programmes are developed, delivered, and updated, ensuring the technical accuracy of the content, and assessing the selection and development of trainers.

Criteria for recognition and benefits for providers

For training providers to gain recognition from the ASFP, they must demonstrate a robust approach to both training quality and technical capability.

An independent panel reviews each application, and providers meeting the quality benchmarks are then permitted to use the ASFP Recognised Provider logo.

This endorsement aids in distinguishing high-quality providers, making it easier for learners to choose appropriate training.

The recognition is available to dedicated training companies, organisations with significant internal training provisions for their staff, and manufacturers that offer training or CPD to clients or the public, irrespective of whether it is chargeable.

Providers that meet these standards can ensure learners receive high-quality, technically accurate training that supports registration on the ASFP Competence Register.

First recognised training provider and leadership comments

Siderise Insulation has the distinction of being the first company recognised as an ASFP Recognised Training Provider.

They offer comprehensive training covering various aspects of PFP, including design, supervision, installation, and distribution linked to both their products and general PFP specifications.

Mike Ward, Managing Director of ASFP, remarked: “Training is an important part of positively driving up standards in the passive fire protection sector and forms a key step of our broader Competency Pathway, which leads to the ASFP Pass Mark.”

He added: “We recognise that many third parties offer appropriate PFP training and have now developed a process for recognising those that meet our high quality and technical standards, incorporating their good work as evidence of competence.”

Adam Turk, CEO of Siderise, expressed his enthusiasm about the recognition: “We are thrilled and proud to be the first ASFP Recognised Provider.

Having an independent measure of training is great for the industry – it is good that there is something specific that we can be measured against, and that it results in a more capable workforce.”

IFSJ Comment

The launch of the ASFP’s Training Recognition Service marks a substantial advancement in setting benchmarks for training quality within the passive fire protection industry.

By establishing a standardised framework for evaluating training programmes, the ASFP enhances the overall quality and relevance of professional training in this critical field.

This initiative not only supports the professional development of individuals in the sector but also contributes to the safety and effectiveness of fire protection measures across the industry.

Service penetration sealing with Quelfire

by Breaking NewsPassive

Quelfire sheds light on its latest campaign: ‘BECAUSE IT’S YOUR JOB TO KNOW’

Working in an ever-changing industry means staying up to date with regulations, best practice, and new scopes of application.

The beauty of the construction industry is that you have the collective power to positively impact future homes, workspaces, and leisure hubs for millions of people across the country.

Yet, its fast-paced nature makes it easy to get left behind.

One way to combat this is to consciously adapt to the changing world and be willing to learn and understand the what – what is your role in firestopping? – and the why – why do you need to fulfil it? Why have you made that decision?

While some decisions regarding firestopping may appear trivial and routine, they are, in fact, crucial determinations that can be a matter of life and death.

It is illustrative to see how often, but not always, disaster leads to legislation changes.

For instance, the Lakanal House fire brought about the Construction Strategy ‘2025’ in July 2013; the Wharfside fire in 2015 saw the introduction of the Construction Strategy ‘2016-2020’ in March 2016; and the Grenfell Tower fire saw Hackitt’s Independent review in 2017, which led to the Building Safety Act in 2022.

Since the Grenfell Tower fire and the introduction of the Building Safety Act, the importance of passive fire protection has started to be recognised.

Though no fire should be overlooked, the tragedy of the Grenfell Tower exposed the decades of deregulation and lack of regard for fire safety across all sectors.

This exemplified the incompetence and misconduct within this country’s government and construction industry.

In the past couple of years, the industry has started to embrace cultural change, and many positive changes are taking place.

There is more teamwork and collaboration across trades, increased educational resources, and early engagement across projects.

But there is still a long way to go.

Our campaign hopes to create an open conversation about embracing responsibility, while nurturing best practice.

Why? BECAUSE IT’S YOUR JOB TO KNOW.

Whose job is it to know?

Passive fire protection is a critical component of fire safety, ensuring the protection of people and property.

Take, for example, service penetration sealing, where the effectiveness of the firestop relies on factors such as its design, installation, the substrate it’s installed into, and the actual services installed.

Dryliners, mechanical contractors, electricians, and other specialist trades, along with the wall manufacturers, directly influence the efficiency of the whole system.

Consequently, all stakeholders involved in the design and installation of service penetration seals are responsible for communicating this information early enough to ensure the building aligns with the tested details available.

What do you need to know?

Understanding your role in firestopping is paramount to ensuring that buildings meet the regulatory requirements.

A key aspect of this is understanding compartmentation – the practice of dividing the premise into areas of manageable risk using fire-resistant barriers.

Effective compartmentation is not solely about the products used but how they are tested in different applications and installed.

A building must be designed and built around tested details, requiring collaboration and early engagement among all stakeholders.

The complexity of service penetration sealing requires understanding your involvement at different RIBA stages and how taking responsibility can facilitate the project’s next stage.

At the design stage, this looks like proactively considering the project’s wants and needs, including the fire strategy requirements, such as essential fire ratings and the location of fire-rated walls and floors.

Central to this understanding is competency, built from skills, knowledge, experience, and behaviours.

However, recognising your limitations is equally important.

This encourages you to seek answers beyond your limitations, reaching out to those competent on the subject matter.

But when – and how?

Legislation changes drive standards, laws, and sometimes even mindsets.

But the industry mustn’t wait for government: the time to act is now.

It is never too late to change the way you work and ensure fire safety is at the forefront of your projects.

Though you may feel apprehensive about work completed on previous projects, acknowledging the need for change is the first step towards improvement.

Taking proactive steps towards doing the right thing is crucial, as waiting for government will be too late.

Regardless of how competent you think you are or the duration of your study, it is important to refresh your skills and stay up to date with current practices.

Engaging in continuous training and seeking opportunities to expand your knowledge is highly recommended.

This may involve attending CPDs or product-specific training, participating in early engagement meetings, or examining sample boards as a benchmark for compliant installations.

The motivation to improve must come from within yourself.

WHY is it your job to know?

At Quelfire, the question we believe must be encouraged is ‘why?’.

The ultimate reason firestopping needs to be compliant is to save lives.

Should service penetration seals need to fulfil their purpose in case of a fire outbreak, there should be a high level of confidence they will work as they are supposed to.

From a tender perspective, once all parties agree upon and understand the design, the risk is mitigated, providing peace of mind.

Considering service penetration sealing at the early stages will also facilitate work at the installation stage.

It allows more time for parties to utilise the support offered by the manufacturer and prepare installation work by training on-site labour and arranging procurement of the correct firestopping products per the design.

Compliant installations rely on all parties sharing their areas of expertise.

To ensure buildings are safe and comply with relevant regulations, firestopping needs to be designed according to the manufacturer’s tested details.

Suppose firestopping is not considered when decisions are made about the location of compartmentation walls and central routes of M&E services.

In that case, there is no guarantee that the manufacturer will have a tested solution.

If these discrepancies come to light too late in the project, stakeholders can face extra costs and delays due to needing to redesign service penetrations.

WE TEST…

Because evidence matters.

Because it enables us to respond more quickly.

Because offering transparency helps educate our customers.

Because it’s our job to inform best practice.

Because it’s our job to offer guidance.

Because firestopping is complex.

Because results are worth sharing.

Because people matter.

WE SHARE…

BECAUSE IT’S YOUR JOB TO KNOW.

Download our White Paper, ‘Early Engagement in Firestopping’ at quelfire.co.uk/campaign

The sooner, the better.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

FSi Promat stresses movement considerations in fire safety at the Fire Safety Event

by Featured NewsPassive

Overview of FSi Promat’s presentation

FSi Promat is set to address the critical aspect of accommodating movement in passive fire protection during their presentation at this year’s Fire Safety Event.

The session will take place at the ASFP stage and is scheduled for 12 pm on Tuesday, April 30.

Paul Nash, Technical Manager at FSi Promat, together with David Roulstone, National Commercial and Marketing Manager, will delve into the effects of structural movements on the efficacy of fire stopping solutions.

Details of the event and participation

The presentation by FSi Promat forms a part of the ongoing efforts under the Association for Specialist Fire Protection (ASFP) passive fire protection seminar programme.

This initiative aims to enhance awareness about the challenges posed by building movements to fire safety measures, potentially leading to non-compliance in dire scenarios.

Furthermore, the team will be available throughout the three-day event at stand 5/D115 to discuss practical solutions and demonstrate their third-party evaluated Flexi Coat solution.

Importance of compliant passive fire protection

David Roulstone emphasized the increased focus on stringent building safety measures following the Hackitt Review.

He noted: “The Fire Safety Event serves as an ideal platform to discuss both the challenges and solutions associated with designing and installing effective passive fire protection that performs as intended during a fire.”

He further stressed the necessity of ensuring continuous compliance of fire safety measures throughout the lifespan of a building, highlighting the potential damages like tears and cracks that can arise from ignoring structural movements.

Roulstone added: “It’s imperative to consider movement when specifying fire stopping.

“At FSi Promat, we demonstrate the significant role movement plays and our solutions, particularly focusing on our Flexi Coat solution.”

IFSJ Comment

The proactive approach taken by FSi Promat at the Fire Safety Event highlights the evolving understanding of fire safety challenges within the construction and safety sectors.

By addressing the impacts of structural movements on fire protection, FSi Promat is leading crucial discussions on ensuring long-term efficacy and compliance of fire safety systems.

The grass is greener with Bull Products

by Breaking NewsConstructionPassiveSafety

Carl Leeson, Head of Sales at Bull Products, explains how they are taking a lead on sustainable practices in the fire safety sector

According to the World Green Building Council (WorldGBC), buildings are currently responsible for 39% of global energy related carbon emissions.

This breaks down into 28% from operational emissions, such as energy needed to heat, cool and power them, and the remaining 11% from materials and construction.

The WorldGBC continues to explain that the global building stock is expected to double in size and carbon emissions released before the built asset is used, what is referred to as ‘upfront carbon’, will be responsible for half of the entire carbon footprint of new construction between now and 2050.

In its report, “Bringing Embodied Carbon Upfront: Coordinated action for the building and construction sector to tackle embodied carbon”, the WorldGBC has set out a clear vision.

It aims for all new buildings, infrastructure and renovations to have at least 40% less embodied carbon with significant upfront carbon reduction, and for all new buildings to have net zero operational carbon by 2030.

By 2050, new buildings, infrastructure and renovations will have net zero embodied carbon, and all buildings, including existing buildings must be net zero operational carbon.

Construction leaders are pulled in many directions from meeting stringent regulations on health and safety, trying to control costs and maintain efficient processes, whilst still trying to reduce energy costs and their carbon footprint.

This is on top of delivering innovative buildings that deliver the latest design features, future-proof technology and are healthier and greener.

We understand the challenges our customers face and are developing greener strategies to support them with sustainability.

Many companies and organisations might say that they believe in a sustainable business agenda but too few are delivering the changes in working practices that are necessary to reduce carbon emissions and their subsequent impact on the environment.

The leadership team here at Bull Products has always been dedicated to ethical and socially responsible business practices and our environmental commitment is resolute, positive, and focused on the benefits that it brings to us as an organisation as well as our customers.

We want to help our customers reduce their carbon footprint to meet their pledges and commitments.

Our Fire 360° and asset management services are an excellent starting point in reducing CO2 emissions.

Through these services, we not only address immediate fire safety concerns but also optimise asset usage and efficiency, thereby minimising carbon emissions associated with inefficient operations and resource wastage.

This approach ensures that our efforts towards carbon reduction are impactful and sustainable from the outset.

Our clear objective is to be carbon neutral by 2030 and that is why we launched our Green Bull division; making a significant investment into a Green Bull bespoke facility to refurbish equipment.

Our fire alarm products at Bull Products have received the ‘Made in Britain’ collective mark, which represents a standard of quality and unity for the British manufacturing sector within the UK and around the world.

Being manufactured in the UK means lower transportation needs, reducing CO2 emissions.

Top of Form

Recover, revive and reuse

Through Green Bull, we are fully equipped to Recover, Revive and Reuse our products when it is safe and practical to do so.

Fire protection equipment, including fire extinguishers, fire alarms, stands and trolleys, are recovered from sites to the Green Bull facility to be revived, incorporating the majority of the original components, to produce a finished product in full working condition, compliant with all relevant regulations for re-use.

The disposal of safety products to landfill when a building development is completed occurs far too frequently.

It’s a waste of resources, and adversely affects carbon emissions through the disposal process.

Our initial assessment is that we will be able to refill and, therefore, recirculate back into the market around 35-40% of water and foam fire extinguishers, making a more environmentally friendly alternative available to our customers.

This will reduce transportation costs, product manufacturing and material costs and ultimately carbon impact.

We have calculated that by reviving and reusing products we can make significant carbon reductions for our customers.

For instance, by refilling our foam extinguishers we can save 1.2 trees per extinguisher and by refilling our water extinguishers we can save 0.7 trees per extinguisher.

The Green Bull range

Fire Extinguishers: We have a full range of regulation-compliant fire extinguishers, which means we can keep your workplace safe, whatever your environment and risks.

Through Green Bull, we can revive water and foam extinguishers so you can re-use.

SiteProtect wireless fire detection and alarm system: Utilising patented Cygnus technology, SiteProtect is a 100% wireless fire detection and alarm system, designed for performance and reliability.

First Responder Stations: Our First Responder Stations have been designed to suit safety requirements on construction sites and are available in five standard options, Fire Safety, First Aid, Spill Control, Rail and Work at Height.

Trolleys & Stands: We provide a range of Fire Extinguisher Trolleys that have been designed to provide an accessible, convenient, and safe solution for storing fire safety equipment.

Fire 360°

Bull Products is a specialist in fire safety on construction sites and has an in-depth understanding of the complex legislation that covers this environment.

The Fire 360° service is developed to handle the intricacies of this field and Bull Products will be on-hand to oversee and advise customers throughout to ensure a friction-free experience at every stage of the process, from initial enquiry through to final installation.

As well as streamlining processes, Fire 360° has significant sustainability credentials.

Our streamlined processes allow for the collection, inspection, and safe storage of equipment on-site, enabling its reuse.

This not only supports our customers in achieving efficient site operations but also aids in meeting carbon reduction targets effectively.

Green Bull is now an integral part of Bull Products and its sustainability strategy.

If you would like to learn more about it, visit https://www.bullproducts.co.uk/en-gb/about-us/green-bull/  

Bull Products at The Fire Safety Event

At this year’s Fire Safety Event, Bull Products will be showcasing its new Green Bull initiative, aimed at promoting environmental sustainability by facilitating the safe recovery and reuse of fire protection equipment.

Visitors can also expect to see first-hand Bull Products’ extensive fire detection and alarm systems, including the versatile SiteProtect range and EN 54 certified, wireless SiteNet solution, alongside a variety of its other ranges, including its Lockdown Alarms, and First Responder stations.

Visitors will also be able to learn more about Bull Products’ Fire 360° service, which has been developed to handle the intricacies of fire safety on construction sites.

It ensures the team is on-hand to oversee and advise customers throughout their journey.

Equipment can also be collected from site, inspected and stored safely ready for re-use, supporting customers to deliver efficient sites and meet carbon reduction targets.

Bull Products’ range of alarms also carry the ‘Made in Britain’ collective mark providing customers with peace of mind on the quality of the products and their sustainability.

“The Fire Safety Event serves as an invaluable platform for connecting with our customers and the wider industry and we can’t wait to return for 2024,” says Leeson.

“We will be showcasing a range of product solutions and highlighting our commitment to sustainability through our Green Bull division.

“It’s not just about presenting cutting-edge technology; it’s about reaffirming our dedication to creating safer environments whilst minimising our ecological footprint.

“We look forward to sharing our vision for a greener, safer future with attendees.”

Green Bull champions ‘Recover. Revive. Reuse.’ as Bull Products is the first company which is fully equipped to revive products and supply them for re-use to customers when it is safe and practical to do so.

Green Bull helps customers and partners meet their obligations to reduce CO2 emissions and is part of Bull Products’ wider mission for carbon neutrality by 2030.

Among the highlights on Bull Products’ stand will be its SiteProtect wireless alarm system, which sets the benchmark in innovation and versatility in wireless emergency fire, first aid and intruder alarms for construction sites.

Designed for performance and reliability, SiteProtect is ideal for challenging environments such as underground projects or sites with dense concrete as its wireless mesh technology, which utilises patented Cygnus technology, is robust and dependable.

Alongside this will be the EN 54 certified SiteNet range, a robust, reliable, and scalable wireless solution, comprising a control panel and six different fire call point, detection and alarm devices with multiple configurations and settings and first aid alert functionality.

Featuring self-forming and self-healing wireless patented mesh protocol technology, SiteNet provides a cause-and-effect programming capability for timed and zone-controlled evacuations making it the perfect fire-safety solution for any temporary project.

Bull Products will also have on display its other alarm ranges such as its Lockdown alarm.

Additionally, Bull Products will exhibit its range of First Responder Stations that have been designed to suit safety requirements on construction sites.

Available in five standard options, Fire Safety, First Aid, Spill Control, Rail and Work At Height, the First Responder Stations are available with a variety of Bull Products alarms.

Each station comes in a standard configuration; however, they can be completely customised to suit all customer requirements.

Bull Products will be exhibiting at The Fire Safety Event, 30th April – 2nd May 2024 at Birmingham NEC on Stand 5/D10.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Homes England launches online ‘Building Remediation Hub’ to streamline cladding replacement funding applications

by Featured NewsPassiveSafety

Introduction of the Building Remediation Hub

On 8 April 2024, Homes England introduced the ‘Building Remediation Hub’, an online platform designed to facilitate the application process for government funding aimed at the replacement of unsafe cladding on medium- and high-rise buildings taller than 11 metres.

This initiative is set to simplify the submission process for those responsible for building safety, ensuring the collection of consistent data across buildings of varying heights.

The existing Building Safety Fund application form on Citizen Space will be discontinued, with any unsubmitted applications and information being lost as the new Hub takes over.

Application and eligibility details

The Building Remediation Hub not only streamlines the application process but also mandates that from 8 April, all new applications must include a Fire Risk Appraisal of External Walls (FRAEW), conducted by a member of Homes England’s panel.

Although the use of a panel member for FRAEW is advised by Homes England, it is not compulsory.

Eligibility for the government funding extends to those who have taken reasonable steps to recover cladding replacement costs through insurance, warranties, or legal action.

Eligible buildings must exceed 11 metres in height and house at least one qualifying residential leaseholder, excluding social sector landlords who are applying due to financial viability concerns.

Who can apply?

Applications can be made by responsible entities, authorised representatives of such entities, or registered social housing providers, provided they meet the funding eligibility criteria.

The emphasis is on addressing the life safety fire risks associated with cladding, ensuring that buildings over 11 metres tall with unsafe cladding can access necessary funds for remediation work.

IFSJ Comment

By streamlining the application process for funding, the initiative aims to simplify compliance and ensure a more efficient collection and analysis of data relevant to building safety.

This approach demonstrates a commitment to enhancing the safety and integrity of residential buildings, which is essential for the well-being of residents and the overall resilience of the urban landscape.

The clear criteria for application and the focus on collaboration with Homes England’s panel for FRAEW assessments highlight the importance of thorough and standardised safety evaluations.

The cladding conundrum: Discussing the Valencia high-rise fire

by Breaking NewsBuilding ManagementPassiveSafety

Alex Dodd EngTech MInstRE DipFD, Senior External Wall Consultant, CHPK Fire Engineering, looks at the Valencia high-rise fire

What has previously been viewed by many as a failure of British building stock since Grenfell 2017, is now being recognised as a global epidemic.

It is no longer a case of it, but when. The UK took rapid steps following Grenfell to survey, test and set up funding for the removal of Aluminium Composite Material.

Unfortunately, these lessons on our building failure have yet to be learnt or introduced across the world stage as on the 22nd of February 2024 at approximately 5:37pm a Highrise block in Valencia, Campanar was viewed to have a fire on 9th storey balcony.

The building was a combination of 10-storey and 14-storey’s containing commercial premises up to the 2nd storey and 138 residential apartments, linked by a panoramic lift.

The building also consisted of recessed balconies and terrace balconies on the roof level.

Cladding concerns

There was an assumed occupancy of more than 400 people of varying ages and physical abilities.

The building cladding was completed in 2008/09 with an Alucoil Aluminium Composite Material (ACM), with a Polyethylene (PE)core.

This cladding material was similar to that of Grenfell tower, including its design.

It was used as non-insulating architectural surface with a separate insulation layer that formed the cavity wall.

This insulation type was different from that of Grenfell, in the Valencia fire it was speculated by external sources as a stone wool but this has not been confirmed.

The PE core within the ACM is a Thermoplastic material that is evidenced to release 45MJ/kg of energy, this is equivalent to petrol at a range of 44Mj/kg – 46MJ/kg.

So theoretically we have a building covered in a solid state petrol and if it had been at night like Grenfell the loss of life would be unimaginable.

What happened next has regrettably led to 10 confirmed deaths, more missing and that number is likely to increase as search and recovery operations continue.

When the fire started on the nineth-floor video evidence from bystanders shows the rapid-fire development across the envelope of the building.

The fire spread from videos and pictures show that within 2 minutes 5.39pm it has spread to the balcony below and by 6.11pm it had engulfed the left hand side of the building and the top central parts.

Given the year of construction and the building regulations used in Spain at the time of construction allowed for the use of a M1 class cladding, this is similar to the standard in France.

M1 class or equivalent to UK national class 0 can be achieved with varying product types, petrol-based products, retardants, timber and more.

This is because using tests like BS476 allows for an unlimited Gross Calorific value in MJ/Kg in parts 6 and 7.

If we consider the BS476:7 test briefly, when testing a product, the test sample is seated in a water-cooled frame.

This allows for the edges of the PE core to not exceed more than 35°c.

As such we are limiting the edges of the test sample to a maximum temperature.

The test sample is also clamped in position with a 20±5mm overlap to protect the exposed edges where there is no or very limited ability in which this combustible core could ignite.

Therefore, there is a reliance on the outer surface leaf material (aluminium) being limited in combustibility to withstand fire to achieve a class 0 for a petrol-based products in essence.

Under similar test conditions in UNE:23727:1990 this has allowed materials of Euroclass B, C, D and E materials into a market as class M1.

If the system has been tested to LEPIR 2/BS8414 test would this have given a different outcome? You would expect so, but these certificates are waved around to façade engineers like the contractors have been given Willy Wonka golden ticket.

These tests are not realistic to actual building designs or the local environmental conditions.

The majority of test rigs are usually inside so not exposed to wind conditions which has been seen as one of the contributing factors in the Valencia fire.

If we are to test facades with wind, are we testing to the 50-year wind load for that area and region like we do for glazing? If we do, then we will be required for specific tests for each building or mean that producers do a range of tests.

These tests do not contain balconies within the test rig and testing with these presents challenges too.

Slab thickness, projections, spans, balustrade infills and are not tested with human factors like children’s toys, artificial grass, table, and chairs parasols like evidenced in the Valencia fire.

These tests can also be manipulated depending on the time of year undertaken as lower ambient temperatures in winter mean the air is denser and the materials are able to perform longer.

There is no dedicated set cavity barrier height and the difference in these heights can have increase in temperature of over 100°c.

Would sprinklers have aided in preventing the fire spread across the building? As of yet it is unclear where or how the fire on the balcony originated.

If it did originate from the balcony, sprinklers would have very little effect in delaying or preventing the spread.

Any sprinkler for internal application is designed for one head activation.

Multiple actuations would have compromised the hydraulic water pressure and would have been ineffective in preventing fire spread.

So, during the Valencia investigations which will take place will we assign guilt or blame and what lessons can be learned?

What we can learn from the Valencia fire

It was previously inspected by The College of Industrial Technical Engineers Vice President Esther Puchades who commented: “The reason the [building] burned so fast is because of this type of cladding.” If it was known and identified that this cladding could burn so fast, why was it not removed?

 Are the manufacturers Alucoil to blame? Or had they followed the test standard and the designers, and engineers had not understood how these tests had been undertaken? Or was it a case of value engineering being overvalued?

Lessons which can be learned from this fire will come out fully as part of the investigation.

However, although space separation may have been applied to the minimum required distance, there is still the inherent risk that radiation has the ability to ignite neighbouring buildings, putting further stress and resources on firefighting operations.

As evidenced from the pictures and videos of the balconies, the laminate glass balcony balustrades appeared not to aid or contribute to the further development of fire across the external envelope of the building.

Should this be reconsidered and evaluated for its contribution on new builds and remediation?

Firefighting operations, as shown in the videos, pictures and news there was some heroic rescues; but the manoeuvres, risk and reactive measures could only be evidenced that this was as unprecedented as was Grenfell.

Do we need to provide further training to firefighters and give them a deeper insight and understanding of the now euro classifications, material performance and testing?

Or should we not need to because buildings should not be clad in a solid substrate made of petrol?

Going forward should Spain and the world stage follow suit and look to the UK for how we have addressed our building failures both historic and modern.

The UK has now adopted controls to hopefully prevent any building failures of the future through Acts, regulations, and legislation.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

FSi Promat introduces specification packs for early passive fire protection design

by Featured NewsPassiveProducts

Introducing specification packs for early fire protection design

FSi Promat has unveiled new specification packs aimed at assisting architects, fire engineers, and specifiers in selecting the appropriate fire stopping solutions for their building projects from the initial stages of design.

This strategic initiative is geared towards ensuring that projects are completed both on time and within budget constraints.

The specification packs provide immediate access to comprehensive information necessary for accurately specifying fire stopping products and systems during the design phase.

Contents of the specification packs

The specification packs are comprehensive, comprising technical guidance, support documents, typical project details, diagrams for installations, and configurations for tested solutions.

They are designed to include everything needed when specifying fire stopping systems.

Notably, the technical documents offer spacing guidance to maintain the correct distance between services and openings in walls and ceilings, crucial for both single and multi-service penetrations.

Furthermore, these packs contain information on accommodating movement at the deflection head, essential for maintaining compartment integrity.

Aim and support offered by FSi Promat

With the introduction of these specification packs, FSi Promat aims to elevate the level of support offered to projects at their inception.

John Gardner, National Specification Manager at FSi Promat, who has collaborated with the technical team to develop these packs, emphasized their role in simplifying the early specification of passive fire protection.

He highlighted the importance of providing detailed information early on, especially in light of the Building Safety Act and the concept of the golden thread.

Gardner stated: “Access to detailed information is more important than ever before with the introduction of the Building Safety Act and the golden thread.

“By introducing specification packs, FSi Promat has two objectives: To support the early specification of passive fire protection, but also to provide the information needed for the golden thread at an early stage, ensuring our customers have everything they need at their fingertips.

“Specifying passive fire protection can be complex, especially where there is an additional challenge, such as an unusual application, and giving as much information and guidance as possible is the best way to support accurate specification to ensure projects run on time and are compliant.

“FSi Promat is known for its technical support and that will continue – but the specification packs will enable us to provide an additional level of depth to the support we offer, covering all bases and helping customers to apply our specialist knowledge to their project easily.”

IFSJ Comment

The initiative by FSi Promat to launch specification packs for the early stages of fire protection design is a timely and pragmatic response to the complexities of specifying passive fire protection in building projects.

By streamlining the process and providing in-depth, easily accessible information, these packs not only aim to facilitate compliance with safety regulations but also contribute to the efficiency and effectiveness of project management.

NHS trusts record a rise in fire incidents, stresses the need for fire door safety

by Featured NewsFire DoorsPassive

NHS trusts see an alarming increase in fire incidents

New figures released by NHS Digital reveal a concerning rise in fire incidents recorded by NHS trusts, with 1,372 fires reported in the 2022/23 period.

This marks an increase of over 18% from the previous year, translating to almost four fires daily across the NHS.

This upsurge highlights a critical need for enhanced fire safety measures within healthcare facilities.

In light of these statistics, ASSA ABLOY Opening Solutions UK & Ireland is drawing attention to the critical importance of proper fire door specification, installation, and regular maintenance.

The company underscores the role of fire doors in ensuring safety and compliance within healthcare settings.

The crucial role of fire doors in healthcare safety

Brian Sofley, Managing Director at ASSA ABLOY Opening Solutions UK & Ireland Door Group, emphasized the significance of fire doors as a fundamental safety feature.

“The Regulatory Reform (Fire Safety) Order 2005 requires healthcare organisations to undertake risk assessments to identify the general fire precautions needed to safeguard occupants in case of fire, including their safe means of escape,” said Sofley.

He pointed out that while correct specification and installation of fire doors are vital, the responsibility extends to regular inspections to ensure ongoing compliance and safety.

Sofley also highlighted the unique challenges faced by healthcare buildings in meeting the specific requirements for fire doorsets, citing varied legislation and building regulations.

He stressed the need for more robust fire protection systems to prevent failures.

Enhancing compliance through technology

ASSA ABLOY’s Openings Studio™ BIM application is part of the solution to aid in compliant fire door specification in hospitals.

The application integrates with design software to facilitate the creation and visualization of complete door, frame, and hardware schedules.

This approach enables a collaborative, real-time validation of designs for compliance, functionality, and aesthetics, culminating in the manufacture of comprehensive doorset solutions.

The Openings Studio™ mobile app further supports the installation process by providing access to data and an easy-to-use system for detailed inspections.

“This report validates if a door has remained compliant, or identifies what elements need to be corrected or replaced to return the product to the required standard, providing full traceability and ownership of all changes at all stages,” explained the company.

Commitment to fire door safety

Door Group, a unit of ASSA ABLOY Opening Solutions, offers comprehensive inspections to support fire door safety in hospitals.

These inspections, which can occur at intervals ranging from three to 12 months, aim to identify and address potential issues that could compromise safety and performance.

“These new figures are extremely concerning – hospitals should be a safe and secure environment for staff and patients, and concerns around fire safety should not have to cross their minds,” added Sofley.

He affirmed the company’s dedication to assisting healthcare organisations across the UK in ensuring fire protection across their estates, from door specification and installation to regular, thorough inspections.

IFSJ Comment

The recent surge in fire incidents reported by NHS trusts is a stark reminder of the ongoing challenges in maintaining safety standards within healthcare environments.

The emphasis on the critical role of fire doors by ASSA ABLOY Opening Solutions UK & Ireland serves as a call to action for healthcare organisations to re-evaluate and reinforce their fire safety protocols.

With the integration of advanced technologies like the Openings Studio™ BIM application and mobile app, there’s a pathway towards achieving better compliance and ensuring the safety of both patients and staff.

Quelfire to exhibit at the Fire Safety Event 2024 with a new campaign focus

by EventsFeatured NewsPassive

Quelfire to showcase at the Fire Safety Event 2024 in Birmingham

Quelfire has announced its participation in the upcoming Fire Safety Event, scheduled from April 30 to May 2, 2024, at the NEC in Birmingham.

This event, dedicated to enhancing fire safety standards, offers CPD-accredited seminars, networking opportunities, and live demonstrations.

Quelfire’s presence at the event emphasizes its commitment to supporting the industry’s goal of maintaining high fire safety standards.

The company anticipates welcoming both new and existing customers to its stand during the event.

In the dynamic field of construction, staying informed is essential.

Quelfire’s stand this year, while continuing its focus on ‘Protecting People and Property,’ encourages an open dialogue on embracing responsibility within the construction industry.

This approach aligns with their new campaign, ‘BECAUSE IT’S YOUR JOB TO KNOW,’ focusing on the importance of early engagement in firestopping, collaboration, education, and the selection of suitably tested details.

Importance of passive fire protection

The need for passive fire protection has gained significant attention in the industry, especially following the Grenfell Tower tragedy and subsequent legislative changes.

These events have led to increased scrutiny and recognition of passive fire protection’s role.

Quelfire stresses the industry’s collective responsibility to understand its role in firestopping and to ensure compliant designs and installations.

Their goal is to emphasize the critical role of fire safety in saving lives.

Quelfire invites visitors to their stand to learn more about their responsibility in fire safety.

Additionally, Craig Wells, Sales Director, will be presenting at the Innovation & Compliance Theatre at 12:30 pm on the first day of the show.

His topic, ‘Effective Passive Fire Protection for Service Penetrations in Buildings,’ is expected to offer valuable insights into the industry.

The significance of Quelfire’s message

The fire safety industry faces constant evolution, making it vital for professionals to stay up-to-date with the latest practices and standards.

Quelfire’s participation in the Fire Safety Event 2024 and its new campaign highlight the importance of responsibility and knowledge in fire safety.

Their focus on early engagement, collaboration, and education in firestopping is crucial for industry professionals.

The company’s approach and message are timely, addressing the industry’s need to adapt and respond to changing regulations and safety standards.

IFSJ Comment

Quelfire’s emphasis on fire safety at the Fire Safety Event 2024 underlines the importance of continuous learning and adaptation in the industry.

Their campaign, ‘BECAUSE IT’S YOUR JOB TO KNOW,’ aptly captures the essence of professional responsibility in fire safety.

Events like these, which facilitate knowledge-sharing and networking, are crucial in shaping the future of fire safety standards and practices.

Quelfire’s proactive stance serves as an example for the industry, highlighting the need for ongoing education and awareness in the realm of fire safety.

FIA releases new technical bulletin on painting fire-resistant cables

by Associations and OrganisationsFeatured NewsPassive

Overview of the FIA Technical Bulletin

The Fire Industry Association (FIA) has recently published a technical bulletin addressing the potential hazards of painting cables used in fire detection and fire alarm systems.

This bulletin provides crucial insights into how different types of paint can impact the integrity and fire resistance of these cables.

It emphasises that while water-based paints are less harmful, they may still compromise the cable’s fire resistance and emit harmful gases during a fire.

Impact on cable integrity and fire resistance

The FIA bulletin explains that most standard or enhanced fire-resistant cables consist of a Low Smoke Zero Halogen (LSOH) sheath.

Water-based paints generally do not harm LSOH cables, but oil-based or organic solvent-based paints could lead to swelling, softening, and even long-term degradation such as cracking.

Furthermore, painting these cables can affect their low smoke and zero halogen properties during a fire, potentially increasing the emission of harmful gases and smoke.

Implications for building safety standards

The bulletin also outlines the potential consequences of painting cables on compliance with building safety standards.

It notes that once a cable is painted, its condition is altered from its original state, which could affect its compliance with BS 502002 standards.

Additionally, the FIA advises caution with intumescent paints, as they may not guarantee fire resistance without specific testing.

The bulletin suggests the use of PVC sheathed cables in certain situations, as water-based paints typically do not harm their integrity.

Recommendations for fire safety practitioners

For fire safety professionals, the FIA bulletin provides guidance on best practices.

It recommends that any painting of cables should be documented in special inspection or takeover documentation and subsequent service records.

Where cable sheath markings are obscured by paint, the installation of labelling or identification markers is advised to ensure continued compliance with fire safety standards.

IFSJ Comment

The Fire Industry Association‘s latest technical bulletin on the risks associated with painting fire-resistant cables offers valuable guidance for fire safety practitioners.

It highlights the need for careful consideration of the materials used in fire safety systems and the potential consequences of seemingly minor alterations such as painting.

This bulletin serves as a reminder of the complexities involved in maintaining fire safety standards and the importance of adhering to best practices to ensure the effectiveness of fire detection and alarm systems.