Asbestos under fire: What are the legacy risks of asbestos in building safety?

Chris Ivey, Director of UKATA, delves into the legacy risks of asbestos in building safety assessments and the vital need for comprehensive training

I was recently invited to dinner with my oldest friend from the dark days of school and among the other guests was his nephew, a doctor, who mentioned that he was moving into a flat with asbestos but had been told he could cover it up.

The sound of hooves could be heard for miles around as I climbed up onto my high horse and spent the next five minutes explaining the health risks, epidemiology of asbestos related illnesses and social impact associated with asbestos.

Sitting at the table with us were a town planner, two senior project managers and a surveyor, all of whom had completed degrees in the built environment but knew little or nothing of the problem.

It got me thinking, how is this sector of the construction industry protecting itself from asbestos?

A quick search of the internet found several stories about surveyors who had developed mesothelioma, a cancer of the lining of the lungs, as a result of inadvertently being exposed to asbestos.

Asbestos has a long history, but significantly for the UK, its use post war was almost ubiquitous.

Firstly, it is important to understand that asbestos is a naturally occurring mineral, which due to its fibrous composition makes it ideal to be worked into a myriad of products.

 It was also mined in many of what are now commonwealth countries, making it cheap and accessible to the UK as we rebuilt our cities, schools, factories, offices and homes after the war.

Flameproof, non-conducting, resistant to acid and alkali, resistant to heat up to 600-800 degrees and an excellent sound insulator, asbestos was the perfect material with which to re-build the UK’s infrastructure after 1945.

At our dinner, a lot of talk centred around the new Building Safety Act and the rush by building owners to ensure that their premises are up to standard.

 There has long been a need for fire risk assessments for premises, and not all of those conducted since the introduction of the Regulatory Reform (Fire Safety) Order have been up to scratch.

  If any good can come out of the tragedy of Grenfell it will be that building owners and those responsible for the safety of occupants are far more aware of the need for competent people to carry out their fire risk assessments.

Good assessors aren’t merely filling out generic forms, they are looking at the fabric and construction of buildings to provide a better understanding of how a fire might start or spread.

One way to prevent or slow the spread of a fire and therefore allow safe evacuation is through compartmentation.

 The objective of fire compartmentation is to prevent the spread of smoke, gases, and flames.

By subdividing the building with fire resisting construction, escape routes and high-risk or high-value areas are protected to ensure the safety of occupants and prevent extensive losses.

A suitable and sufficient fire risk assessment will typically involve a review of existing fire compartmentation measures through a sampling approach (walls, floors, voids, and shafts predominantly).

Sampling can indicate the presence of significant issues, such as locating or confirming the presence of fire dampers or establishing if existing measures meet the requirements of current guidance or other specific business resilience objectives.

If the building was constructed before 1999, what better way to provide protection from fire than by using a material that cannot be ignited and can withstand temperatures up to 800c, a material that can be mixed with others to provide flexible, malleable but strong products to provide or fireproof that compartmentation.

Asbestos containing materials, such as insulating boards, thermoplastic floor tiles, ropes, gaskets, etc were a perfect choice for compartmentation walls, ceilings and floors, and for filling gaps around service penetrations.

If a Fire Risk Assessor is therefore disturbing materials to ensure these fire breaks are in place, is it possible that they may be disturbing asbestos, and if so, are they placing themselves and occupiers at risk?

When the Control of Asbestos Regulations were introduced in 2012, they specifically included a requirement for employers to ensure that any employee liable to be exposed to asbestos must be given adequate information, instruction and training.

This is expanded on in the approved code of practice to the regulations (L143) and identifies fire alarm installers, architects, building surveyors and other such professionals as being required to attend “asbestos awareness” training, the only exception being where it can be demonstrated that work will only be carried out in or on premises free of ACMs.

Sadly, I have investigated too many incidents where work has been carried out in buildings where the operatives have been told that no asbestos was present, when in fact a survey had been misread or contained caveats unknown to the worker, and in most cases asbestos awareness training had not been attended.

The list of topics to be covered in asbestos awareness training set out in L143 is relatively short, however it seems ridiculous that you wouldn’t include guidance on how to interrogate an asbestos survey or register.

 This is mandatory for any asbestos awareness training course accredited by the UK Asbestos Training Association (UKATA).

As a child of the 70s asbestos has been an ever-present spectre at the feast, from the derelict garage at my family home demolished by hand by my grandfather, to the lagging on the pipes in my classroom at college, so when I got the opportunity to learn more about it, I jumped at it.

 Since then, I have been a passionate advocate for sharing that knowledge with everyone.

 Knowledge is power, and everyone deserves the power to protect themselves.

So if,  whilst carrying out your fire risk assessment, you are going to stick your head into a ceiling void, riser, undercroft or are going to disturb material installed before 1999, are you sure you know what you might find there, do you know what to check before you start work, do you have the knowledge to protect yourself?

Hopefully the irony of putting yourself unnecessarily at risk conducting an assessment won’t be lost on you.

UKATA, a leading association, is dedicated to enhancing the quality and standards of asbestos training with the aim to shield workers and the public from the hazards of asbestos exposure.

The association collaborates closely with its members to guarantee that they have access to the latest information, training resources, and industry updates.

They provide a suite of support services to assist them in accomplishing their training objectives.

Their membership encompasses a diverse array of organisations involved in asbestos training, including training providers, asbestos removal contractors, consultants, and equipment suppliers.

UKATA is fervent about promoting safe and responsible working practices, committed to working with members and partners to realise a shared vision of protecting workers and the public from the hazards linked with asbestos exposure.

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

Green and living walls: Fire and safety risks and management guide published by UK insurers

New guide published to manage risks of green and living walls

A new joint guide has been published by the Fire Protection Association (FPA) to address potential risks associated with green and living walls when used as external cladding.

The document, titled “Green and Living Walls as External Cladding – A Joint Guide to Managing Risk,” examines the implications of living walls on building resilience and continuity of business or services.

The guide focuses on risks related to fire, escape of water (EoW), and weather events.

According to the guide: “Many Living Walls are of a scale and location that presents no additional risk to the scenario that would warrant further consideration, but others, applied at larger scale to a building, might have the potential to exert great influence on the safety and insurability of that building – and others around it – if not properly designed and maintained.”

Collaboration and endorsement

The guide is a collaborative effort between key living wall providers and UK insurers through the FPA’s RISCAuthority research scheme.

It has received endorsements from various organisations, including Vertical Meadow, Viritopia, ABI, Biotecture, Growing Revolution, and Scotscape.

Aimed at building designers, façade engineers, architects, product suppliers, owners, insurers, fire services, and maintenance personnel, the guide is divided into two parts.

The first part is an interactive questionnaire that gathers essential information about the proposed living wall system to determine if it requires special consideration.

The second part offers background information and guidance on risk control, focusing on core principles such as engagement, testing, documentation, materials, design, upkeep, and monitoring.

Addressing potential risks

The guide suggests practical solutions for living wall systems with potential risks, helping to reduce business and property risks and assist with insurance provision.

It also highlights that living walls are just one factor insurers consider when assessing building safety and property resilience.

Challenges addressed in the guide include:

  • Combustibility of planted biomass and its dependency on irrigation and maintenance
  • Extensive use of plastics in some living wall designs
  • Complexity of creating a fire-safe design when used in rainscreen-type cladding systems
  • Lack of guidance on managing penetrations to prevent fire spread
  • Inadequate certification tests for fire challenges
  • Potential for mass fire spread over and within the building
  • Insufficient Building Regulations for property protection
  • Consideration of water and wind damage potential

Professor Jim Glockling commented on the guide: “The new risk management document, produced with exceptional collaboration between all stakeholders, sets out an agreed suite of core control principles, provides a framework for information exchange with the AHJ, and establishes methods of control so that the design may be tailored to meet the needs of all.

With some solution parameters currently unverified, the document is as much a call for further research and testing as it is a guidance document.”

Smoke Control Association calls for compliance in smoke control systems in UK buildings

Compliance with EN12101 standards

According to the Smoke Control Association, smoke control systems are vital in ensuring safety in buildings during fire emergencies.

These systems maintain smoke-free escape routes and facilitate fire-fighting operations.

Since the Construction Products Regulations (CPR) were introduced in 2013, all smoke ventilation products and systems used in the UK must conform to the EN12101 standards.

Non-compliant products cannot receive the CE or UKCA marks, which are essential for legitimacy.

The association points out that EN12101-2, a key standard within the suite, applies to natural smoke and heat exhaust ventilators (NSHEV).

These systems maintain a smoke-free layer by removing smoke and hot gases during a fire.

The standard requires that the vent and actuator are tested together at an accredited facility to ensure reliable operation during emergencies.

Compliance is certified through a stringent process, verifying that products meet the necessary specifications.

The role of the SDI 19 certification scheme

The CPR has led to advancements in ensuring the use of compliant products in smoke control systems, bolstered by the IFC Certification SDI 19 scheme.

This scheme ensures competency in fire strategy verification, system design, installation, and commissioning of smoke control systems.

As the association explains, the scheme is mandatory for Smoke Control Association members involved in the installation of smoke ventilation systems.

The SDI 19 installer scheme has various classifications:

  • Category 1: Companies that perform small refurbishments, remedials, and replacement projects, and install EN12101 compliant products and controls.
  • Category 2: Companies installing code-compliant staircase AOV systems, corridor smoke ventilation systems, and simple natural smoke ventilation systems without significant design input.
  • Category 3: Companies installing natural smoke shafts, smoke damper installations, and natural smoke ventilation for various building types.
  • Category 4: Companies installing complex smoke control systems, including mechanical smoke shafts, pressurisation systems, and car park smoke control systems.

Ongoing challenges and the importance of compliance

The Smoke Control Association notes that while the CPR and SDI 19 installer scheme have brought positive changes, there are still areas requiring improvement.

Individual nations and regions must emphasize that standards apply throughout the UK.

Proof of compliance in the form of a Declaration of Performance (DoP) is essential to ensure that any life safety product or system is fully compliant with UK law.

The DoP can be requested by clients, contractors, or approved inspectors.

Reputable manufacturers should provide a DoP to prove independent testing and certification.

Products lacking a valid DoP are not compliant and should not be on the market.

A full audit of the supply chain by a third party adds confidence that all elements comply with relevant laws and industry standards.

Following the Grenfell Tower fire, Dame Judith Hackitt’s Independent Review of Building Regulations and Fire Safety recommended clearer, more transparent, and more effective product specification and testing regimes.

The Smoke Control Association stresses the need for organisations across the country to understand their safety obligations when bringing life-critical products to market.

Non-compliance may be monitored by Approved Inspectors, Building Control Officers, and the Office of Product Safety Standards, but overall responsibility lies with the company bringing the product to market.

Fire Integrity partners with PlanRadar for advanced fire safety management

PlanRadar’s software enhances fire safety management

PlanRadar, a digital platform for construction, real estate, and facilities management, has been adopted by Fire Integrity, a UK-based fire safety and passive fire protection service provider.

The software aims to improve operational efficiency, project management, and documentation for Fire Integrity’s principal contractors.

The adoption is expected to streamline surveys, installations, and reporting, addressing key challenges in fire safety checks and compliance.

Responding to UK fire safety regulations

The adoption of PlanRadar’s platform aligns with the Fire Safety Act 2021 and Building Safety Act 2022.

It helps maintain a robust digital record, achieving the ‘Golden Thread’ of information.

Rob Norton, PlanRadar UK Director, commented on the partnership: “Fire safety is under the microscope, with watertight inspection processes and thorough reporting non-negotiable.

“Fire safety surveying can be incredibly labour-intensive and requires the highest levels of accuracy.

That’s why we are working closely with Fire Integrity to develop one of the most comprehensive fire safety documentation management platforms on the market, constantly updating it through a raft of enhancements.”

Benefits and improvements from the software

Fire Integrity’s Technical Director, Chris Payne, highlighted the inefficiencies of previous platforms: “The previous platforms we used were inefficient, especially in the seamless transfer of on-site data to back-office systems, which was sluggish, long-winded and open to error. PlanRadar’s solutions have been a breath of fresh air.

“They understand the pain points for our clients and have created software that helps manage vast amounts of data with ease.

“Importantly, it’s helped our clients with reporting and documentation management, which can cause real administrative headaches without the right systems in place.”

The software simplifies tasks, reducing time and resources spent on creating detailed fire safety reports and managing documentation.

It allows team members to record voice notes or use in-app bespoke fire safety reports based on collected data, such as fire risk assessments, surveys, safety checklists, EWS1 forms, and passive fire protection needs.

Comprehensive solution for Fire Integrity

PlanRadar stood out for its ability to offer a comprehensive solution for Fire Integrity’s extensive needs, including survey work, record-keeping of remedial work, and generating reports for stakeholders and C-Suite team members.

Payne concluded: “PlanRadar will transform our operations for the better.

“This innovative tool promises to eliminate many of the frustrations we’ve previously faced, meeting our immediate needs and significantly boosting productivity and efficiency as we continue to grow.”

Linear heat detection solution enhances fire safety in cladding remediation

The need for enhanced fire safety in cladding remediation projects

As reported by Ramtech, the need for enhanced fire safety measures during cladding remediation projects has become critical following the Grenfell Tower incident.

Ramtech has introduced a Linear Heat Detection Solution specifically designed for scaffolding structures.

Developed in partnership with Thermocable, this system provides early detection of potential fire hazards during facade replacement.

Government data shows that approximately 12,500 residential buildings over 18 meters and an additional 78,000 buildings between 11 and 18 meters require assessment for cladding remediation.

The urgency for robust fire safety measures in these projects has never been greater, given the added fire risks from major scaffolding structures.

Traditional fire detection methods often prove inadequate for open-air scaffolding environments, leaving construction sites vulnerable to potential fire outbreaks.

Recent events have underscored this need.

In Sydney, Australia, scaffolding caught fire after cladding was removed from an office block.

The fire quickly spread, igniting plastic sheeting on the scaffolding.

Workers had to scramble up the scaffold to avoid the flames.

The fire was contained before reaching the building’s internal structure, but it highlighted the fire risks associated with cladding removal.

Innovative solution for scaffolding fire detection

Ramtech’s Linear Heat Detection System addresses these risks by ensuring the safety of both workers and residents during facade replacement projects.

The system leverages Thermocable’s linear heat detection technology combined with Ramtech’s WES3 and REACT technology.

Harry Buck, commercial manager at Thermocable, said: “In open-air environments, typical fire detectors can be prone to false activations.

“Linear heat cable is designed for these challenging conditions while still providing early detection at the point of risk.”

The system provides comprehensive fire detection coverage, significantly reducing the risk of fire hazards.

It is cost-effective, quick, and simple to install, minimising project overheads and ensuring low maintenance.

The system easily interfaces with building fire alarm systems or off-site monitoring stations, enhancing overall safety protocols.

The REACT Cloud-based platform allows for real-time alerts in the event of an alarm activation, facilitating swift intervention and preventing false alarms.

Key features and benefits of the detection system

The Linear Heat Detection System utilises fixed activation (digital) linear heat cable strategically deployed along the underside of scaffolding at every level, ensuring thorough coverage and reliable fire detection.

Each heat detection device can monitor extensive lengths of cable, accommodating buildings of varying sizes.

In the event of alarm activation, real-time alerts via REACT are delivered to relevant personnel with a graphical map pinpointing the exact location, ensuring a rapid and precise response.

Ramtech’s innovation has been recognised by the industry.

The Linear Heat Detection Solution has been shortlisted for the prestigious Digital Construction Awards and the Construction News Awards.

These accolades highlight the system’s design, effectiveness, and industry-leading capabilities, reinforcing Ramtech’s position in construction safety technology.

Iain Grant, Head of Product at Ramtech, expressed pride in the system: “Being shortlisted for the Digital Construction Awards and the Construction News Awards is a testament to the hard work and dedication of our team.

“Our partnership with Thermocable has enabled us to deliver a solution that not only meets but exceeds industry standards for fire safety on scaffolding structures.”

Success stories and industry impact

Ramtech’s Linear Heat Detection Solution has been successfully implemented in various cladding remediation projects.

For example, Ramtech worked with Veritas on a six-story building, providing contractors with a scalable and adaptable system to mitigate the risk of scaffolding fires.

The system was installed on the underside of scaffolding boards at every level, offering early warning of any fire outbreaks.

The ease of installation and integration with the building’s main fire alarm system, using Ramtech’s WES3 wireless interface unit, provided comprehensive 24/7 automated response through the REACT emergency notification system.

This approach eliminated the need for costly ‘waking watch’ patrols and ensured safety, even out of hours.

The project remained safe, allowing for uninterrupted work without delays caused by fire risks.

Light Science Technologies secures contract with blue-chip customer

Light Science Technologies secures £750,000 contract in Nottingham

“We are delighted to be working with a world leader in construction.”

Simon Deacon, Chief Executive Officer at LSTH

Light Science Technologies Holdings plc (AIM: LST) has announced a significant contract win for its passive fire protection division, LSTH IFB Limited, as reported by Light Science Technologies.

The contract, valued at over £750,000, involves installing the Injectaclad cavity sealant throughout an 11-storey student accommodation block in Nottingham.

The contract is with a blue-chip leader in the construction sector, active in more than 120 countries.

LSTH IFB will deploy an eight-person team to drill access holes through structural insulated timber panels and install Injectaclad at every floor level.

The project has already commenced and is expected to continue until December 2024, with revenue recognition in the second half of the current financial year.

Expansion of LSTH IFB’s market reach

Since acquiring Injecta Fire Barrier’s trade and assets in November 2023, Light Science Technologies has strategically positioned LSTH IFB to leverage the growing fire safety retrofit market in the UK.

This market is estimated to be valued up to £50 billion.

In addition to the recent £600,000 contract won in November 2023, the latest contract further demonstrates the company’s ability to secure new business, with a quoted pipeline of sales opportunities currently exceeding £10 million.

Simon Deacon, Chief Executive Officer at LSTH, commented: “Injecta Fire Barrier is a cash-generative, high-margin and scalable business and this latest contract win highlights the significant potential here.

“We are delighted to be working with a world leader in construction, and expect that this initial contract could lead to further work within their extensive portfolio and provide us with a case study we can take to new customers.

“They have an extremely strong footprint in the UK and with legislation underpinning demand for increased building safety, we believe that we are well placed to rapidly scale.”

New leadership for LSTH IFB

In related news, Light Science Technologies announced the appointment of Shaun Tasker as Managing Director of LSTH IFB.

Tasker brings over 20 years of experience in commercials, sales, and operations.

He has managed multimillion-pound businesses and co-managed his own facilities management company.

Tasker’s focus will be on converting and growing the PFP pipeline.

He will collaborate closely with the team to strengthen the Injecta Fire Barrier brand and expand its operational reach.

Simon Deacon expressed confidence in Tasker’s ability to drive growth, stating: “We are in active talks with a number of prospects, and look forward to providing further updates in due course.

“In addition, we are delighted to welcome Shaun to the team and believe that his experience and industry contacts will further help drive growth.”

Why is clear and effective communication crucial in the high-stakes world of fire safety operations?

From initial emergency calls to on-scene coordination, this article from Plant-Tours explores the critical role of communication, the challenges faced in high-stress environments, and the innovative technologies enhancing response efforts.

From the moment a citizen calls for help to the coordination among emergency responders at the scene, effective firefighting relies on effective communication.

Ineffective communication can not only hinder a team’s ability to put out a blaze, but can also put lives at risk.

In fact, the National Institute for Occupational Health and Safety found that communication failures were a leading cause of firefighter deaths.

Clear and effective communication is critical for fire safety operations.

Through a combination of reliable technology and consistent training, these kinds of communication failures can be prevented.

Communication challenges in high-stress environments

Firefighting is not just a physical endeavor; it involves the exchange of key pieces of information in order to make quick decisions.

The types of information relayed to and among firefighters during a response include details about the incident, potential hazards, status of building occupants, tactical decisions, whereabouts of individual firefighters, requests for additional resources, progress updates, and more.

Is it a structure fire, a hazardous materials spill, a wildfire, or a medical emergency? Are there safety concerns at the scene, such as downed power lines, structural instability, or the presence of hazardous materials?

Information about changing fireground conditions, like fire spread, smoke behavior, and the condition of the building or structure, is continuously relayed to responders to help them adapt to the evolving situation.

If there are unexpected changes in conditions, such as a firefighter in distress or a Mayday situation, immediate communication of the emergency is crucial to initiate a rapid response and rescue effort.

In high-stress environments like firefighting, effective communication is paramount, yet it is often challenged by high-stress circumstances.

These situations demand split-second decisions and precise coordination among team members.

However, excessive noise, encumbrance of heavy protective gear, and intense time pressure all hinder verbal communication.

The challenge intensifies during large-scale incidents, where multiple agencies and teams may be involved, each with their own communication systems.

In high-stress environments, a communication breakdown can lead to panic, chaos, wasted resources, and life-threatening mistakes.

It is critical that emergency response teams have a reliable system for communicating clearly, concisely, and completely.

Enhancing incident response through communication clarity

Fire service and response teams use a wide variety of verbal, nonverbal, written, and visual communications to convey critical information with one another.

From the training setting to the scene of an active blaze, clarity in these communications is essential.

 Clear communication enhances situational awareness, enabling firefighters to adapt to evolving fireground conditions swiftly.

In an emergency, every second counts, and the absence of ambiguity in communication can be the difference between a successful response and a potential disaster.

Using standardized terminology is one way fire response teams can help ensure the clarity of their communications when it matters most.

Investing in robust, reliable technology and training for firefighters and fire command centers can also improve the clarity and effectiveness of emergency communications.

Leveraging technology for communication resilience

With the aid of technology, fire safety teams can bridge communication gaps, streamline operations, and ultimately safeguard both responders and the communities they serve more effectively.

For example, two-way communication systems can allow members of a fire response team to communicate over headsets or radios.

Response teams can use two-way communication systems to set up fire command centers near fire department response points.

These centers serve as centralized control points for monitoring and transmitting critical information related to fire emergencies.

Two-way communication systems are superior to one-way systems in emergencies because they facilitate bi-directional information exchange.

The commanding fire official relies on real-time data from the front lines, while responding personnel in the building require an overview of the situation from the command center.

Moreover, the use of two-way communication systems are advised by the National Fire Protection Association and state-specific building codes, emphasizes their necessity for immediate coordination during fire emergencies.

These systems must be durable, easy to use, and capable of transmitting clear audio even in challenging conditions, making them indispensable for effective fire response strategies.

Their ability to facilitate communication in both directions—allowing command centers to receive real-time updates from the front lines and vice versa—further underscores their value in ensuring the safety and efficiency of fire safety operations.

Interagency collaboration: communicating across fire safety teams

In many fire safety operations, especially during complex incidents such as wildfires, industrial accidents, or large-scale urban fires, multiple agencies and teams are often involved.

In his October leadership message, International Society of Fire Service Instructors President Seth Barker emphasized the importance of collaboration among fire response agencies to solve problems and serve more effectively.

Collaboration offers a promise of better solutions, but it also can present some challenges.

How can teams ensure that they are on the same page, speaking the same language, and avoiding duplication of efforts? The success of any collaborative effort hinges on communication.

To facilitate communication between different agencies, the use of standardized terminology and procedures is essential.

Agencies may have their own jargon and protocols, but during joint operations, everyone must speak the same language.

The National Incident Management System (NIMS) and the Incident Command System (ICS) provide a framework for standardized communication, ensuring that everyone understands the roles, responsibilities, and terminology used in a multi-agency response.

Effective communication in interagency collaborations isn’t just about equipment and technology; it’s also about the people.

Cross-agency training is invaluable in familiarizing responders with the communication systems, tools, and practices of partner agencies.

This training fosters trust and cooperation, enabling team members to work together smoothly in high-stress environments.

 The future of fire safety communication: trends and innovations

Several emerging trends and innovations are poised to transform the way fire safety agencies operate, respond to emergencies, and protect communities.

These advancements promise to enhance the efficiency, safety, and effectiveness of firefighting efforts.

The rollout of 5G and future generations of wireless technology will provide faster, more reliable communication for fire safety agencies.

Artificial intelligence will help analyze data from various sources, such as weather patterns, traffic conditions, and historical incident data, to provide predictive insights into fire risk and behavior.

Augmented reality and virtual reality technologies will offer immersive training experiences for firefighters, enabling them to practice in virtual environments that closely mimic real-life situations.

Wearable technology and nanosensors are another solution that can alert the wearer to signs of exhaustion and other dangers, with the aim of saving firefighters’ lives.

 These technologies will help in skill development, decision-making, and resource management among firefighting teams.

Fire safety industry reflects on Grenfell tragedy 7 years later

“Our thoughts remain with the families and loved ones of the 72 people who lost their lives”, says London Fire Commissioner

Today marks seven years since the devastating Grenfell Fire, an event that profoundly affected London and changed many lives forever.

London Fire Commissioner Andy Roe commented: “Our thoughts remain with the families and loved ones of the 72 people who lost their lives, as well as the survivors, their families, and the Grenfell community.”

Roe emphasised the importance of listening to the Grenfell community, which has been essential for the brigade to learn from the tragedy.

He said: “This year, London Fire Brigade completed every recommendation directed specifically to us in the Phase 1 report.

“We have now introduced important new policies, new equipment, implemented improved training and better ways of working, particularly in how we respond to fires in high-rise buildings.”

BAFE and FireQual’s stance on fire safety

BAFE and FireQual have acknowledged the Grenfell Tower Fire on its seventh anniversary, paying respects to all those affected by the tragedy.

They stressed the industry’s responsibility to prevent such an event from happening again.

In 2023, changes began to take effect in fire safety legislation, particularly regarding Fire Risk Assessment requirements.

BAFE has been actively involved with the Fire Risk Assessor Competency Verification Project Board (FRA-CVPB), working on defining competency for Fire Risk Assessors.

BAFE’s ongoing collaboration with UKAS aims to ensure that any UKAS Accredited competency scheme will meet clear criteria to demonstrate the capability of organisations and their employees in delivering life safety work.

Stronger regulations are anticipated to align with these competency requirements.

Importance of regulated qualifications

FireQual supports the need for stronger evidence of competence within the fire safety industry.

Regulated qualifications are being developed to meet this requirement, as highlighted in competence-based documents such as the BSI Flex 8670 and their SKEB rubric.

Dr Justin Maltby-Smith, Group Managing Director of BAFE, stated: “Our Registered Organisations have already demonstrated the correct behaviours by being registered to appropriate BAFE competency Schemes.

The first major step is to mandate UKAS Accredited Third-Party Certification, regulate the industry and remove unsafe workers.”

BAFE’s campaign, “Don’t just specify, verify”, continues to champion UKAS Accredited Third-Party Certification to enhance the fire safety industry’s standards and ensure life safety.

Quelfire discusses changes in fire safety since Grenfell Tower fire

“Many positive changes are taking place” since Grenfell Tower fire, says Quelfire

June 14th marks the seventh anniversary of the Grenfell Tower fire.

Quelfire has published an article focussing on themes such as the importance of responsibility and cultural change within the construction industry, encouraging all parties to stay ahead of government initiatives.

While there are still challenges within the built environment, many positive changes are taking place.

The Grenfell Tower fire revealed the urgent need for change within the UK’s government and construction industry.

In May 2018, Dame Judith Hackitt’s Independent Review of Building Regulations and Fire Safety found that the high-rise and complex building regulatory system was “not fit for purpose.” This led to 53 recommendations aimed at changing industry practices, culminating in the Building Safety Act 2022.

Training and education improvements

Quelfire’s publication highlights the Grenfell Tower Inquiry, which revealed significant gaps in knowledge, regulations, and practice, prompting an increase in fire safety training across the industry.

Companies are now investing in internal training programmes to ensure that all employees, from on-site workers to senior management, understand fire safety measures and products.

Professional bodies such as the Royal Institute of British Architects (RIBA) and the Institution of Fire Engineers (IFE) have expanded their training programmes.

The IFE and the Association for Specialist Fire Protection (ASFP) released Level 2 and Level 3 qualifications covering essential knowledge for those working in the passive fire protection sector.

This is supported by initiatives like the Building a Safer Future (BSF) Charter, which promotes behavioural and cultural change across the industry.

Additionally, the use of technology in fire safety training has increased.

Virtual reality (VR) tools now provide individuals with an in-depth understanding of firestopping and its function in a fire scenario.

Adoption of industry best practices

With improved education, the adoption of industry best practices and concepts has increased.

Quelfire’s article points out that one example is the implementation of early engagement in firestopping.

Traditionally, service penetration sealing was considered too late in a construction project.

However, many contractors are now prioritising fire safety from the outset by engaging early with key stakeholders to ensure the installation of firestopping products is in line with tested details and manufacturers’ guidance.

A recent poll by Quelfire revealed that 74% of respondents had begun adopting an early engagement approach, highlighting the industry’s commitment to enhancing building safety across the UK.

Increased ethics and responsibility

According to Quelfire, the Building Safety Act has pushed the construction industry towards greater responsibility and ethical behaviour.

Tighter building regulations have placed clear responsibilities on individuals.

The Building Safety Regulator now oversees the safety and performance of high-rise buildings.

Dutyholders and Accountable Persons must maintain the Golden Thread of Information, ensuring accurate and up-to-date information about the building is available throughout its lifecycle.

Industry professionals must meet the requirements of Gateways Two and Three at critical stages of design and construction to ensure compliance.

Building owners and managers are required to regularly inspect active fire systems such as fire doors and sprinklers, engage with residents about fire safety, and create clear instructions for emergencies.

Non-adherence to industry regulations can result in criminal charges, fines, or even prison sentences.

Looking to the future

Quelfire notes that although the industry’s progress is somewhat driven by government legislation, it also highlights a cultural shift and a desire to prioritise fire safety.

The Grenfell United group, formed to drive justice for the 72 lives lost, has been influential in driving this change.

While it is shocking to know that the Grenfell Tower fire could have been avoided, the changes we are seeing today pay homage to the lives lost and the wider community affected by this tragedy.

Many commendable companies, organisations, and individuals are working together with a common goal of making buildings safer.

As reported by Quelfire, the industry’s efforts and positive changes must continue to ensure that such a tragedy never happens again.

Grenfell Tower fire anniversary sparks renewed calls for regulation

Seventh anniversary of Grenfell Tower fire

This Friday (14 June) marks the seventh anniversary of the Grenfell Tower fire tragedy, which killed 72 people.

The Grenfell Tower Inquiry is set to publish its final report in September.

The Fire Brigades Union has called on the Labour Party to tackle the lack of regulation that led to the disaster and to hold those responsible accountable.

Referencing Labour’s pledge to build 1.5 million homes in its first term, the union’s leader, Matt Wrack, said: “Promises to build homes are welcome – but they must be safe.”

Fire Brigades Union’s stance

Speaking ahead of the anniversary, Matt Wrack, Fire Brigades Union general secretary, said: “The Grenfell Tower fire was a crime committed by politicians and corporations on residents they were supposed to protect.

“Those responsible must be held accountable. But fundamentally, Grenfell was caused by a lack of regulation and oversight by ministers.”

Wrack further criticised the current government: “The Tories have failed to implement adequate safety measures and continue to leave many thousands of high rise residents at risk.

“The next Labour government must end the crime of deregulation, with proper standards and oversight of building materials, design and evacuation plans.

“The fire service must be given the resources it needs for a programme of enforcement and inspection.”

Labour’s housing pledge

Labour has pledged to build 1.5 million homes in its first term.

The Fire Brigades Union supports this initiative but emphasises the necessity of safety in these new homes.

Matt Wrack stated: “Promises to build homes are welcome – but they must be safe.”

The union is advocating for comprehensive safety regulations to be put in place, including strict standards for building materials and design, as well as robust evacuation plans.

The call for action underscores the ongoing risks faced by residents in high-rise buildings.

Accountability and future measures

The Fire Brigades Union is urging the next government to ensure accountability for those responsible for the Grenfell disaster.

This includes addressing the failures in regulation and oversight that contributed to the tragedy.

The union stresses the importance of equipping the fire service with the necessary resources to enforce and inspect safety measures effectively.