New Promat study outlines best fire protection for structural steel buildings

by Featured NewsPassiveResearch

Promat publishes whitepaper on protecting structural steel

Promat has published a new whitepaper analysing the most effective methods for protecting structural steel from fire.

The company said structural steel is now a widely used construction material that must be protected to maintain its load-bearing capacity during a fire.

According to Promat, the whitepaper compares fire protection board systems with specialist intumescent coatings, identifying where each option offers advantages for specific building types and design goals.

The document also discusses how increased data requirements under the Building Safety Act have driven demand for clearer evidence of performance.

Report reviews guidance under Building Regulations

Promat explained that the paper, titled Protecting structural steel: Fire board vs intumescent paint, focuses on the application of Part B of the Building Regulations and the Association for Fire Protection’s best practice guidance.

The company said it translates technical requirements into real-world building scenarios, reviewing how both systems perform in compartmented structures and in open-plan designs.

Promat added that the document highlights the importance of maintaining compartmentation in steel-framed buildings so that any fire remains contained within a defined area.

The company noted that while structural steel is non-combustible, it can lose its strength when exposed to extreme heat and must therefore be adequately protected under Approved Document B.

Promat calls for informed design and specification

Joshua Slack, Commercial Director at Promat UK, said: “Modern methods of building continue to evolve, and structural steel is now a leading choice in construction.

“For structural steel the need to maintain structural integrity should a fire break out is critical.

“Correctly specified Passive Fire Protection will protect steel from the rapid spread of fire for a set amount of time, allowing the blaze to be tackled by firefighters.

“With different options of passive fire protection and extensive testing available it is vital that this is supported by a clear understanding of how different methods and products will perform if needed.

“In publishing this whitepaper we aim to open the discussion and raise awareness of the best systems for use in different structural steel applications and identify what best practice looks like – and how this can be evidenced by up-to-date test data.”

Relevance for fire and safety professionals

The whitepaper provides detailed comparisons of fire protection systems that are directly relevant to architects, fire engineers and building services professionals responsible for specifying materials under the Building Regulations.

It also offers guidance for fire-protection contractors and compliance officers involved in maintaining compartmentation and verifying system performance data under the Building Safety Act.

For those overseeing passive fire-protection design in commercial and industrial projects, the document serves as a technical resource for selecting the most appropriate system based on project type and required fire resistance.

Promat expands specification team to meet Building Safety Act demand

by Featured NewsPassivePeople

Promat appoints new Project Specification Manager for South East operations

New appointment supports regional construction sector

Passive fire protection specialist Promat has appointed Dom Mason as Project Specification Manager to support customers across the South East.

Promat said the appointment will strengthen its regional coverage across North London, the Home Counties, Essex and East Anglia.

Mason will work as part of the wider UK team to assist with passive fire protection specification requirements for construction projects.

The company added that Mason brings extensive experience within the passive fire protection sector and a detailed understanding of the impact of recent industry regulations.

He is currently working towards the Institution of Fire Engineers (IFE) Level 3 in Passive Fire Protection.

Focus on structural steel and large-scale projects

Promat explained that Mason’s work will focus on supporting structural steel projects, large commercial developments and high-rise internal fit-out schemes.

Mason said: “The Building Safety Act has driven major change in the industry, and the need for additional information and support at the specification stage.

“It also allows us to support best practice in the specification of passive fire protection, especially with the level of testing that Promat offers.

“This is a major benefit for customers looking for a more harmonised approach that can be assessed for use in a wider range of applications.

“Being able to provide customers with recommendation details is essential to helping meet demand for more tested solutions.

“I’m looking forward to engaging with existing and new customers as well as meeting up with some familiar faces across the industry.”

Supporting growth under Building Safety Act requirements

Promat said Mason’s appointment aligns with its growth strategy as demand increases for passive fire protection and supporting documentation in line with the Building Safety Act.

National Specification Manager Harvey Brown added: “Dom is a great asset to the team.

“His experience in supporting specification requirements for the Building Safety Regulator will be a real benefit to customers looking for focused support.”

Promat manufactures passive fire protection systems designed to contain the spread of fire, allowing safe evacuation and protecting the integrity of buildings and assets.

Relevance for fire and safety professionals

The appointment of a new Project Specification Manager at Promat is directly relevant to building specifiers, architects, fire engineers and contractors working on construction projects in the South East.

Mason’s focus on structural steel, high-rise fit-outs and large commercial buildings aligns with areas most affected by the Building Safety Act’s increased requirements for transparency and tested passive fire protection systems.

Professionals involved in design, compliance and material specification will have access to additional technical support and tested data, improving assurance across regulated projects.

This development also highlights the industry’s continued response to post-Grenfell regulatory frameworks, particularly regarding evidence-based fire-protection design.

New firestopping tests could change how engineers design with cellular beams

by Featured NewsPassiveProducts

Promat and FSi Promat develop cellular beam firestopping solution

Promat has reported the launch of a new firestopping system designed for use with cellular steel beams in the UK.

According to Promat, the tested solution has been developed in collaboration with its sister company FSi Promat and independently evaluated in laboratory settings.

The system allows building services to pass through openings in cellular beams while maintaining compartmentation performance of up to 120 minutes.

Promat explained that protecting structural steel is essential to maintaining the stability of a building during fire incidents, giving time for occupants to evacuate and for fire services to respond.

The company stated that the new solution helps meet the guidance of the Association for Specialist Fire Protection (ASFP) yellow book, which requires specific testing for cellular beams due to their different performance under fire compared with solid beams.

Fire testing and compliance

Promat reported that it worked with independent laboratories to develop a testing methodology that accounts for the unique properties of cellular beams.

The company said the solution was tested to BS EN 1363-1 integrity and insulation requirements.

It added that the combination of Promat and FSi Promat systems was shown to maintain compartmentation for up to 120 minutes under laboratory conditions.

According to the business, cellular beams lose structural integrity at lower temperatures than solid beams, requiring tailored firestopping strategies.

The organisation indicated that the tested method closes openings in beams with Stopseal Batt and Pyrocoustic sealant and uses VERMICULUX-S to box in steel sections.

Structural considerations in building projects

Josh Slack, Commercial Director at Promat, said: “Used frequently in construction, cellular beams use less steel than solid beams to span greater distances and allow services to pass through, which supports space efficient design and ease of application.

“However, this material difference in the steel needs to be accommodated when protecting steel structures from the threat of fire.

“Even where services are not passing through the openings, cellular beams will typically require a greater board thickness.

“Specifiers need to take this into account when planning special co-ordination. Promat can assist with this determining the thickness of board required for different cellular beams, ideally at an early stage in the project.”

Joint development with FSi Promat

According to Promat, the system was co-developed with FSi Promat to integrate firestopping within steelwork protection.

Craig Abbott, Technical Director at FSi Promat, said: “In testing a batt and mastic solution within the frames we have built in the usability that contractors want to see from cellular beams whilst maintaining a high level of passive fire protection.

“Accommodating service penetrations is part and parcel of building design, and the better equipped we are to provide a tested solution to support the various installations used, the easier specification becomes.

“It is great to be able to offer a joint approach to support integrated testing to provide a go-to solution for protecting cellular beams in the event of a fire.”

Guidance for specifiers and contractors

Promat explained that cellular beams often require more complex fire protection strategies than solid beams.

The organisation noted that the tested system gives designers and contractors a reference solution for projects where services must run through beams along compartment lines.

It reported that the tested solution helps address a gap in formal BS EN standards covering compartmentation in steelwork protection.

The company advised that early coordination is important to ensure board thickness and detailing meet performance expectations for different beam specifications.

Relevance for fire and safety professionals

The development is relevant for fire engineers and safety professionals responsible for building compliance and design review.

It provides a tested system option for projects using cellular beams where service penetrations cross compartment lines.

The testing adds reference data where current BS EN standards do not fully cover cellular steel beam firestopping.

This information may assist professionals in specification, inspection and compliance verification.

Promat and FSi Promat develop cellular beam firestopping solution: Summary

Promat has reported a new firestopping system for cellular steel beams in the UK.

The solution was developed with FSi Promat and tested in independent laboratories.

It maintains compartmentation for up to 120 minutes.

The system uses Stopseal Batt, Pyrocoustic sealant and VERMICULUX-S.

Testing was aligned with ASFP yellow book guidance and BS EN 1363-1.

Cellular beams lose integrity faster than solid beams under fire conditions.

The solution was developed due to the lack of a BS EN standard for compartmentation in cellular beams.

Josh Slack of Promat said cellular beams require special consideration in fire protection design.

Craig Abbott of FSi Promat said the solution combines usability with passive protection.

Promat reported that the tested solution offers contractors a method to protect beams while allowing services to pass through.

The companies said it supports building projects needing firestopping at compartment lines.

Promat noted that early specification helps determine board thickness for different beam types.

The testing was confirmed to maintain compartmentation for 120 minutes.

The development is aimed at assisting compliance in fire engineering projects.

It provides reference data for safety professionals working with cellular beam construction.

Promat appoints new fire protection lead

by Featured NewsPassivePeople

New UK appointment supports fire protection development

Promat has announced the appointment of a new product manager to support its passive fire protection activities in the United Kingdom.

According to Promat, Margherita Mullis will oversee product development and technical alignment to help ensure fire protection requirements in construction are met.

Mullis joins the company from Siniat, a fellow member of the Etex group specialising in drywall systems.

Promat stated that her work will focus on aligning product offerings with fire safety standards and the needs of the construction supply chain.

The company added that Mullis will work across technical, commercial and specification teams to help bring new products to market.

Mullis brings five years’ experience within Etex group

Promat reported that Mullis has worked within the Etex group for five years, including within its technical and R&D teams.

The company said she is qualified to IFE Level 3 in Passive Fire Protection.

Promat explained that her knowledge of fire safety requirements, testing and compliance will support customers across multiple construction sectors.

She is expected to support the specification process and ensure products continue to meet current standards.

The manufacturer noted that she will work directly with commercial and specification leads to support Promat’s growth in the UK market.

Focus on compliance and testing in specification

Promat said Mullis’ appointment comes at a time when construction firms are under pressure to demonstrate compliance through product testing and data.

Mullis said: “I am delighted to be working with the Promat team, which is led with a genuine passion for achieving the very highest standards in life critical safety.
“Passive fire protection is such an important part of the built environment, and this is an incredibly important time for the industry as it demonstrates its commitment to standards in both testing and competency, but also in meeting the requirements of new legislation.
“The need for testing and data is very much starting to drive product demand in the sector as it is essential to demonstrate compliance.
“I look forward to working with the wider team to support architects, contractors and developers in the accurate specification of passive fire protection – and ensuring they can access the products and data they need.”

Etex collaboration supports product development

Promat stated that the move reflects the collaborative relationship between Etex companies in addressing passive fire protection.

It said Mullis’ experience at Siniat gives her a broader perspective on wall, partition and structural fire safety.

According to the company, combining this expertise with Promat’s product base is expected to improve alignment with specification frameworks.

It added that internal collaboration within the group will support testing standards and ensure product compatibility across Etex solutions.

Supporting industry-wide standards and product demand

Promat reported that its recent activities are part of a wider strategy to support changing building safety requirements in the UK.

The company noted that new legislation has made specification practices more demanding for architects, contractors and developers.

It said Mullis will support fire safety professionals in meeting compliance requirements through access to testing data and verified products.

Promat added that demand for passive fire protection solutions continues to grow as construction firms address competency, performance and regulatory obligations.

Promat appoints new fire protection lead: Summary

Promat has appointed Margherita Mullis as its new product manager in the United Kingdom.

The company stated that Mullis will support the development and specification of passive fire protection products.

She joins from Etex group company Siniat, where she worked in technical and R&D roles.

Promat confirmed she is qualified to IFE Level 3 in Passive Fire Protection.

Her new role includes working across technical, commercial and specification teams.

The company said she will help ensure compliance with testing and performance standards.

Mullis highlighted the importance of data and testing in current product demand.

She said she looks forward to helping professionals specify compliant products.

Promat said the appointment supports its response to evolving UK legislation.

It added that internal collaboration across Etex will help improve product performance and availability.

Third-party tested solution improves steel infill wall fixings

by Featured NewsPassiveProducts

Testing confirms mechanical performance of fixings in UK steel infill wall systems

Etex has released a third-party tested method for securing steel infill wall systems to fire-protected structural steel beams in the UK.

According to Etex, the solution has been tested for both mechanical and fire performance.

The testing was carried out by Remagin in partnership with Promat, with support from Siniat. All three brands are part of the Etex group.

The work focused on verifying that the fixings connecting steel framing systems (SFS) to protected structural steelwork maintain performance under load and meet fire resistance requirements.

Structural testing explored fatigue, movement and fixing strength

Remagin tested different screw types and configurations to understand failure loads and movement in systems where SFS heads are attached to boarded beams.

Introducing a board between the beam and the framing system can increase rotational movement and lead to additional stress on fixings.

To evaluate this, Remagin ran cyclic loading tests that simulated wind pressures typically experienced by SFS infill panels.

Richard Wilson, Technical and Specification Manager at Remagin, said: “Through comprehensive testing, Remagin has successfully verified the mechanical capabilities of fixings used in key scenarios to ensure continued robustness.

“Each fixing design is customised to the specific requirements of individual projects, and it is essential that the structural steel protection strategy and the SFS design are addressed as early as possible and coordinated well.”

Fire tests focused on maintaining compartmentation at connection points

Etex also carried out fire resistance testing on wall assemblies attached to encased structural steel.

Wilson added: “The fire testing demonstrated that fire integrity and insulation are maintained at the interface between the boarded primary steel and the wall system below.

“This testing provides confidence in the fire resistance capabilities of the holistic system to achieve performance through the complete elevation.”

He stated that the ability to conduct testing in-house across Etex brands supported a coordinated design and compliance approach.

Promat highlights risks with intumescent paints in steel-SFS interfaces

Promat UK’s Commercial Director, Joshua Slack, said that while intumescent paint is commonly used at the steel-SFS interface, it presents design challenges.

Slack said: “Complications can arise with this approach, firstly in ensuring the SFS and any required insulation allows space for the paint to intumesce.

“In addition, where the structural steel aligns with a fire compartment line the temperature needs to be kept lower than that which intumescent paints typically activates at.

“These factors should be reviewed on a case-by-case basis to ensure the best passive fire protection system is in place for the project.”

Slack stated that the collaborative testing programme would help design teams access project-relevant data and improve specification outcomes.

Third-party tested solution improves steel infill wall fixings: Summary

Etex has announced a new third-party tested solution for securing steel infill wall systems to fire-protected structural beams in the UK.

The mechanical performance of fixings was tested by Remagin using multiple screw configurations.

Cyclic loading tests were used to replicate real-world wind pressure.

Fire resistance testing was also carried out on wall panels connected to protected structural steel.

The project was conducted in collaboration with Promat and Siniat.

Richard Wilson from Remagin said project-specific screw designs were essential to maintain both structural and fire integrity.

Joshua Slack from Promat said that intumescent paints used at steel and SFS interfaces have limitations that require careful review.

He added that data-driven testing supports design teams in making informed decisions.

The work aimed to improve clarity around fixing performance and fire compartmentation where SFS connects to structural steel.

The solution has been positioned as a tool to assist accurate specification and reduce design risk.

Promat introduces MyPromat platform for early-stage passive fire protection design

by Featured NewsPassiveProducts

Digital tool supports early-stage fire safety planning in UK construction

Promat has announced the launch of its digital specification platform MyPromat, designed to support the early identification and design of passive fire protection systems in building projects.

According to Promat, the platform enables architects and specifiers to select appropriate systems more efficiently.

The company said MyPromat provides access to design information, including built-in calculators to assess protection requirements.

Promat has also introduced an advanced version of the platform, MyPromat+, which includes building information modelling (BIM) and computer-aided design (CAD) file access.

This service is available at no cost but requires user registration.

Passive fire protection tools now accessible online

Promat stated that MyPromat is aimed at helping construction professionals make informed decisions about fire safety systems during the earliest design stages.

The tool is designed to offer practical support in navigating fire protection regulations and identifying compliant systems.

The advanced version, MyPromat+, provides additional specification resources and technical files for use in digital design environments.

Nigel Morrey, Technical Director at Promat UK, said: “Passive fire protection is a critical part of the safety of any building and is a driving force for the Building Safety Act.

“Choosing the right passive fire protection systems and products at the earliest stage is vital, and rightly so, but this can be confusing and time consuming without specialist support.”

Platform designed to aid transparency and compliance

The company stated that MyPromat+ was developed to align with requirements for traceability and accountability in building safety.

This includes supporting the ‘golden thread’ of information mandated by recent UK legislation.

Morrey said: “Importantly, we wanted to create a trail so all parties involved can show the building meets safety standards and supports the transparency needed for the golden thread, and throughout the lifetime of the building. This is where MyPromat+ comes in.”

The tool aims to ensure that fire protection specifications are documented and accessible throughout the lifespan of a building.

Registration details and access to MyPromat+

Both MyPromat and MyPromat+ are offered without charge.

Users can access the basic platform directly, while registration is required to unlock the additional features available in the MyPromat+ version.

Promat confirmed that the platform is now available to UK users and is part of its effort to support industry compliance with fire safety design responsibilities from project inception.

Promat introduces MyPromat platform for early-stage passive fire protection design: Summary

Promat has launched a digital specification platform named MyPromat to support early-stage design of passive fire protection systems in the UK.

The basic version provides access to system selection guidance and performance calculators.

An advanced version, MyPromat+, adds BIM and CAD file downloads to assist with technical specification.

Both versions are free to use, though MyPromat+ requires registration.

Promat stated the tool aims to help meet requirements of the UK Building Safety Act, offering a record of compliance to support the golden thread principle.

The platform is now available to architects and specifiers.

Promat achieves Indoor Air Comfort Gold certification for fire protection boards

by Featured NewsPassive

Promat receives Eurofins certification for low VOC emissions

Promat has secured Indoor Air Comfort Gold certification from Eurofins for its fire protection boards, demonstrating compliance with low volatile organic compound (VOC) emissions standards.

The certification applies to all of Promat’s standard calcium silicate and mineral-bound fire protection boards.

These products have been tested to EN 16516 and meet sustainability requirements for building standards such as BREEAM and LEED.

The certification confirms that Promat’s fire protection boards support healthier indoor air quality and sustainable building design.

Certification supports sustainable construction standards

According to Promat, the Eurofins certification provides third-party verification that its products meet industry sustainability standards.

The company states that this helps architects and specifiers ensure compliance with environmental regulations.

Eurofins, a global laboratory specialising in VOC testing, continuously updates its certification criteria in line with industry changes.

This ensures that certified products remain compliant with evolving sustainability documentation requirements.

Promat’s sustainability initiatives and commitments

Promat has outlined its sustainability objectives through its ‘6 steps to CLEARCHANGE’ programme, which includes goals for environmental responsibility and product transparency.

The company reports having 26 Environmental Product Declarations (EPDs) across its product range, offering lifecycle assessment data for its fire protection solutions.

These declarations provide information about the environmental impact of Promat’s boards in construction projects.

Industry perspective on indoor air quality

Duncan Gardiner, Promat Platform Sustainability and Communications Manager, commented on the certification: “Indoor air quality is essential to quality of life both for people working with Promat’s products, and those living in or spending time in the building.”

He added: “This Eurofins certification confirms the low VOC emissions of our passive fire protection boards and that our products can be used with absolute comfort indoors.

“Having third-party verification for our products is key to providing accessible and reliable sustainability information to our stakeholders, and this is one step towards supporting market needs for sustainable design.”

Promat achieves Indoor Air Comfort Gold certification for fire protection boards: Summary

Promat has received Indoor Air Comfort Gold certification from Eurofins for its fire protection boards, verifying low VOC emissions.

The certification applies to all standard calcium silicate and mineral-bound boards and aligns with sustainability standards such as BREEAM and LEED.

Eurofins conducts VOC testing under EN 16516, updating certification criteria based on industry changes.

Promat states that this provides ongoing compliance for sustainable building documentation.

The company has committed to sustainability through its ‘6 steps to CLEARCHANGE’ initiative, which includes 26 EPDs covering its product range.

Promat reports that these declarations support sustainable design and environmental transparency.

Duncan Gardiner of Promat highlighted the importance of indoor air quality and stated that third-party verification is essential for providing reliable sustainability information.

Promat strengthens UK team with new architectural specification manager

by Featured NewsPassivePeople

New architectural specification manager joins Promat

Passive fire protection specialist Promat has announced the appointment of Martin Wrigley as Architectural Specification Manager for the North and Midlands.

Wrigley will join the team alongside Harvey Brown, recently appointed as National Specification Manager, to meet growing demand for architectural and specification support under the requirements of the Building Safety Act.

The Act mandates early-stage consideration of passive fire protection systems in building designs, prompting a rise in demand for expertise in this area.

Enhanced support for architects and contractors

Wrigley will provide technical assistance to architects, specifiers, contractors, and developers in specifying passive fire protection systems.

His responsibilities include managing contractor and vendor relationships and ensuring effective communication with key project stakeholders.

Holding an IFE Level 3 qualification in Passive Fire Protection, Wrigley brings substantial experience in fire safety systems, further strengthening Promat’s ability to assist clients with regulatory compliance and system integration.

Promat’s commitment to passive fire safety

Promat has highlighted the importance of expert support in passive fire protection.

Wrigley said: “Promat creates an impressive suite of market-leading systems, and I am looking forward to continuing the work they have been doing to demonstrate their product capabilities to new and existing clients.”

He added: “The Building Safety Act has increased demand for knowledge and instruction around passive fire protection solutions, and having the support there from the manufacturer up is absolutely vital to protect both new and refurbished buildings.”

Insights from Promat leadership

Technical Director Nigel Morrey commented on Wrigley’s appointment: “The team at Promat is dedicated to providing customers with a highly detailed level of support, with competency demonstrated through experience as well as recognised qualifications.

“Martin’s vast industry expertise will be an asset to the specification team in the North and the Midlands.”

Promat strengthens UK team with new architectural specification manager: Summary

Promat has appointed Martin Wrigley as Architectural Specification Manager for the North and Midlands.

The role addresses increased demand for passive fire protection expertise under the Building Safety Act.

Wrigley, who holds the IFE Level 3 in Passive Fire Protection, brings extensive industry knowledge and will support architects, contractors, and developers.

Promat Technical Director Nigel Morrey welcomed Wrigley’s appointment, highlighting the value of his expertise to the team.

Promat continues to provide comprehensive passive fire protection solutions, ensuring regulatory compliance and safeguarding building integrity.

Promat introduces hands-on passive fire protection training for broader workforce competency

by Featured NewsPassiveTraining

Promat launches expanded training for internal teams

As reported by Promat, the company has introduced practical training initiatives for its customer service, marketing, and research and development teams to improve their understanding of passive fire protection systems.

Previously focused on specification, sales, and technical staff, this training is designed to provide a hands-on understanding of tasks such as measuring, cutting, and correctly installing fire protection boards in various applications.

The company aims to elevate competency standards by involving employees in traditionally non-technical roles.

This approach supports Promat’s wider efforts to ensure consistency and precision across manufacturing, supply, and installation processes.

Focus on practical and theoretical training

The training programme, overseen by Promat’s Training Centre Manager Simon Watkins and Construction Support Manager Phil Chapman, includes a combination of theory and practical sessions.

The theoretical component covers the properties of passive fire protection boards, the levels of fire resistance achievable, various applications of the boards, and the importance of precise installation.

The practical tasks involve activities such as boxing in steel columns, protecting structural beams, and building partition walls.

Participants are required to ensure accurate measurements and proper installation to meet safety standards.

Promat prioritises competency through in-house training

Promat’s existing specification, sales, and technical teams are already expected to undertake the Institution of Fire Engineers (IFE) Level 3 training in Passive Fire Protection through the Association of Specialist Fire Protection (ASFP).

By introducing this practical training to additional teams, Promat reinforces its commitment to achieving industry-leading competency.

The training also leverages the company’s purpose-built training centre in Bristol, which is already used to train customers in the correct specification and application of its products.

Promat Marketing Executive Jen Hyland said: “Practical training is a really valuable way to get an in-depth understanding of the process from top to bottom.

“It ensures all interactions we have are fully informed.”

Training offered to customers and internal staff

The training centre also accommodates Promat’s customers, offering them the same opportunities to learn about fire protection systems.

Customers and employees alike are trained to understand how accuracy at all stages, from cutting boards to ensuring there are no gaps during installation, impacts overall fire safety.

Hyland highlighted the value of this initiative: “Promat is committed to demonstrating competency across the company and this is one of several in-house initiatives that have been introduced to support that.”

Promat introduces hands-on passive fire protection training for broader workforce competency: Summary

Promat has expanded its practical training programme to include customer service, marketing, and research and development teams, providing them with hands-on experience in installing passive fire protection systems.

The training combines theoretical knowledge with practical tasks such as protecting structural beams and constructing partition walls, ensuring participants develop a comprehensive understanding of installation accuracy.

The programme, led by Simon Watkins and Phil Chapman, supports Promat’s broader goal of elevating competency across its workforce.

It is conducted at the company’s Bristol training centre, which is also open to customers.

Promat’s existing technical staff are required to undertake IFE Level 3 training through the ASFP, and this expanded initiative reflects the company’s commitment to maintaining high standards in passive fire protection.

Promat signs up to Science-Based Targets initiative to support net zero economy

by Featured NewsSustainability

Promat joins Science-Based Targets initiative

Passive fire protection specialist Promat, part of the Etex group, has signed up to the Science-Based Targets initiative (SBTi) to demonstrate its commitment to sustainability.

As reported by Promat, the company aims to cut carbon emissions across its operations in support of a net zero economy, in line with the 2015 Paris Agreement.

The pledge involves developing a target-driven action plan to reduce scope 1, 2, and 3 carbon emissions.

Promat has set a target to reduce its scope 1 and 2 ‘direct’ emissions by 35 percent by 2030.

The SBTi is a global scheme established to help companies set clear, evidence-based targets to work towards a net-zero economy.

Promat’s ClearChange sustainability strategy

Promat’s commitment builds on its ClearChange sustainability strategy, which focuses on six key pillars: product design, decarbonisation, delivery and assembly, energy savings, durability, and recycling.

The company outlines its goals to lower embodied carbon in its products by using alternative energy sources, create recyclable packaging, ensure long product lifecycles, support sustainable building design, and reduce waste.

Promat’s comprehensive approach demonstrates its dedication to integrating sustainability into its core operations.

Statements from Promat’s management

Duncan Gardiner, Promat Platform Sustainability and Communications Manager, said: “Promat is dedicated to reducing its carbon footprint and promoting a more circular economy by running our operations and designing products with sustainability in mind.”

He added: “While we recognise the challenges in prioritising safety and the journey to adapting to more sustainable solutions, Promat is committed to making changes to support sustainability wherever we can.”

Gardiner further emphasised the importance of decarbonisation for Promat: “Thermal processes are integral to the creation of many of our products, so decarbonisation is a key target for Promat.

“Setting clear targets to make operational changes demonstrates the company’s commitment to supporting a better future and making changes wherever we can.”

Commitment to the Science-Based Targets initiative

Signing up to the SBTi marks a key moment in Promat’s sustainability journey, furthering the efforts outlined in its Road to Sustainability 2030 strategy.

This commitment showcases Promat’s dedication to aligning its operations with global sustainability goals and achieving a net-zero economy.

Gardiner concluded: “Promat is keen to build a future that is both safe and sustainable.”