Millars Pumps named exclusive UK distributor for Idroelettrica fire pumps

Millars Pumps launches UK distribution partnership

Millars Pumps has launched as a specialist UK company and will act as the exclusive distributor of Idroelettrica Spa fire pumps and controllers for the UK fire protection market.

The company said fire protection contractors, installers and engineers will be able to access Idroelettrica Spa equipment through a UK-based team.

The launch includes a range of fire pump and controller options intended for sprinkler, water mist and hydrant system projects.

Millars Pumps focus on fire protection projects

Millars Pumps said it is responding to demand for fire pump solutions across new-build and retrofit work in the UK.

The company linked this demand to stricter fire safety standards and planning requirements.

It added that commercial sites and high-rise residential buildings are upgrading or installing systems that require compliant fire pump equipment.

Millars Pumps said it will support contractors and specifiers with compliant, reliable and space-efficient equipment.

Idroelettrica equipment range and standards

Millars Pumps said Idroelettrica Spa manufactures fire pump-set and pump-house equipment.

It added that Idroelettrica Spa provides end suction, split case, vertical turbine and submersible pumps alongside associated equipment.

Millars Pumps said the manufacturer offers bespoke options designed to meet international, European and British industry standards including FM, the National Fire Protection Association (NFPA), EN and BS.

The company also referenced expanded manufacturing and in-house testing facilities in Modena as part of Idroelettrica Spa’s production capability.

Firebox pre-fabricated pump room offer

Millars Pumps said it will introduce Firebox, described as Idroelettrica Spa’s pre-fabricated pump room designed to arrive complete and ready to install.

The company described Firebox as an alternative to building a traditional pump house.

Millars Pumps said Firebox is customisable to client specifications and space requirements.

It added that the design allows all sides to open for 360° access for maintenance, inspection or future upgrades.

Giovanni Vaccari on UK customer support

Giovanni Vaccari, Sales Export Manager at Idroelettrica Spa, commented: “The launch of Millars Pumps in the UK is exciting news for any company looking to install or upgrade fire pumps for sprinkler or water mist fire protection systems.

“Our wide range of fire pump solutions, such as Firebox, are designed to be long-lasting, convenient to install and easy to maintain.

“The combined expertise of Millars Pumps and Idroelettrica will ensure UK customers are fully supported at every stage of the process, from specification through to delivery, installation and maintenance.”

International Water Mist Conference 2026 will take place in Prague, call for papers published

Images: Copyright IWMA

Annual International Water Mist Conference returns this October

Max Lakkonen (IFAB), President of the International Water Mist Association (IWMA) has announced that the 25th International Water Mist Conference (#IWMC2026) will take place in Prague, Czech Republic, on 7th and 8th October 2026.

The event schedule is now available on the IWMA webpage. The first important date was 15th December, when the call for papers was issued. Another important date: 15th April 2026 – the abstract deadline!

See call for papers here.

15th April is also the date when the conference webpage will be activated and the ticket sale starts.

Companies wishing to support the event can already book tabletops for the exhibition, which will run alongside the conference.

The conference will be held at The Grand Hotel International. IWMA President Max Lakkonen will open the event.

One of the conference’s highlights will be the bestowal of the 2026 Ragnar Wighus Award with which IWMA honours young scientists who dedicate their master or Ph.D. thesis to water mist.

The deadline to submit applications for the Ragnar Wighus Award is 31st March. In 2026, this prestigious award will be presented to the author of the best master thesis related to water mist technology.

The IWMA Scientific Council, chaired by Kemal Sarp Arsava (Norwegian University of Science and Technology) will evaluate the submissions. The winner will be invited to present the winning thesis in Prague.

IWMA can look back at a successful 2025 event with nearly 170 attendees from 25 countries. Max Lakkonen commented: “We have been positively surprised by the number of attendees and sponsors, which clearly demonstrates the strong momentum of our industry.”

The organization’s aim is now – obviously – to repeat this success in Prague.

For more details regarding the call for papers, speaker slots, sponsorship booking forms, the Ragnar Wighus Award, please contact the IWMA headquarters in Hamburg. We are also happy to help you with other enquiries regarding smaller droplets to fight fires.

Other opportunities to meet in 2026:

  • Fire Sprinkler International, Paris, France, 22nd and 23rd April 2026
  • The Fire Safety Event, Birmingham, UK, 28th – 30th April 2026
  • Interschutz 2026, Hanover, Germany, from 1st to 6th June 2026

NFPA to headline Fire & Rescue Conference programme on Day 2 at Intersec

NFPA confirms Intersec Dubai participation

The National Fire Protection Association (NFPA) has announced the line up for its participation at Intersec Dubai, scheduled to take place from Sunday 12 January 2026 to Tuesday 14 January 2026 at Dubai World Trade Center, Dubai, United Arab Emirates.

The 2026 edition of Intersec Dubai is being held under the patronage of His Highness Sheikh Mansoor Bin Mohammed bin Rashid Al Maktoum, Chairman of the Dubai Ports and Border Security Council.

The event will bring together global and regional industry leaders to examine challenges and opportunities linked to rapid infrastructure growth and development across the Gulf region.

NFPA Day planned for Fire & Rescue Conference

As part of its participation, NFPA will host NFPA Day on Day 2 of the Fire & Rescue Conference.

The dedicated programme will bring together senior government officials, private-sector leaders and industry experts for a full day of panel discussions and expert-led sessions.

The agenda focuses on artificial intelligence, mega-project safety and the energy transition, with sessions framed around fire and life safety practice across the Middle East.

Leadership perspectives on Intersec Dubai

Jim Pauley, President and CEO of NFPA, said: “Intersec Dubai 2026 is a critical catalyst for advancing fire and life safety across the region.

“By convening global experts and innovators, the event fosters collaboration, drives knowledge exchange, and accelerates the adoption of cutting-edge solutions that save lives.

“This mission aligns seamlessly with NFPA’s commitment to shaping a safer future.

“As the Middle East undergoes rapid infrastructure growth, Intersec provides the ideal forum to highlight safety standards and address emerging challenges head-on.

“We are very pleased to further this dialogue by hosting NFPA Day on Day 2 of the Fire & Rescue Conference”

Mike Brunzell, Vice President, Global Business Development at NFPA, added: “NFPA Day, hosted on Day 2 of the Fire & Rescue Conference at Intersec Dubai 2026, will be an important opportunity to advance fire and life safety across the region.

“Intersec is the premier platform that brings together global experts and innovators, and NFPA is proud to contribute by delivering actionable insights and proven standards that help mitigate risks and protect lives.

“NFPA’s presence at Intersec underpins our commitment to empowering stakeholders with the knowledge and tools needed to set new benchmarks for safety.”

NFPA Day agenda in full

NFPA Day is scheduled for Tuesday 13 January and will run from late morning through to the afternoon.

The programme opens at 11:30 with opening remarks from Mike Brunzell, Vice President, Global Business Development at NFPA.

At 11:40, the Welcome Address will be delivered by Jim Pauley, President and CEO at NFPA, alongside Lt. Col. Dr Essa Ahmed Al Mutawa, Assistant Commander for Smart Services & Chief AI Officer at Dubai Civil Defence.

A panel discussion titled “Transforming Vision into Action: Advancing fire and life safety through joint initiatives” begins at 12:00.

The session will be moderated by Dana Kamal, Director, International Development MENA at NFPA.

Panellists include Major Eng. Ali Hassan Al Madfai, Head of Executive Affairs at Abu Dhabi Civil Defence Authority, Eng. Salma Humaid Saeed, Head of Drawings and Projects Section, Directorate General at Dubai Civil Defence, Major Mohamed Al Abbar, Head of the Inspection Division at Bahrain General Directorate of Civil Defence, and Abdurahman Al Ghanem, Mechanical & Fire and Safety Engineer at Qatar Civil Defence.

At 12:40, the programme moves to “Modernising Fire Protection with AI: What works today with NFPA 915, BFOA 72 and NFPA 4.”

The session will be delivered by Ibrahim Lari, CEO at Sibca, and Richard Peason, Chief Product Officer at Omniconn, and will focus on AI-driven tools for inspections and alarm systems aligned with NFPA standards.

A fireside chat titled “Leading with Purpose: A fireside chat with Jim Pauley, on global leadership and Impact” follows at 13:10.

The discussion will feature Jim Pauley and Olga Caledonia, Director International Business Development at NFPA.

At 13:30, attention turns to mega-project risk in a session and panel discussion titled “Building the Future: Managing Fire and Life Safety Challenges in Mega Projects.”

The session will be moderated by Sawsan Dahham, Founder & Chief Executive Officer at SIENA.

Panellists include Mohammed Al Saeefan, Fire Protection Engineering Specialist at Saudi Aramco, Khalid Al Mandil, Executive Director and Fire Commissioner at Red Sea Global, Major Mohamed Al Hanaee, Fire Protection Engineer at Abu Dhabi Civil Defence Authority, and Ihab Al Bairam, AVP Community Management at Damac.

At 14:30, Lorraine Carli, Vice President for Outreach & Advocacy at NFPA, will deliver a presentation titled “Facing the global challenge of energy transition.”

The agenda continues at 14:50 with a panel discussion titled “Navigating Fire and Life Safety Standards across the UAE Construction Sector.”

This session will be moderated by David Campbell, General Manager at Emirates Safety Laboratory.

Panellists include Steve Hamm, CEO at IFE, Maher AlAlam, Specification & BOQ Manager at SIENA, Lieutenant Col Dr. Hamad Abdulkarim Al Maazmi, Director of the Protection and Safety Department at Sharjah Civil Defence Authority, and Eng. Mohamed Al Marzooqi, Engineer – Civil Protection Department at Abu Dhabi Civil Defence Authority.

At 15:30, a panel discussion titled “High-hazard Safety Focus: Leveraging NFPA codes and standards to protect people and assets” will be held.

The session will be moderated by Zahi Daher, International Business Development Manager – KSA at NFPA.

Panellists include Jazyah AlDossary, Fire Protection Engineer and Training Supervisor at Saudi Aramco, Dr. Aissam Bouadjel, Head – HSEQ at Fujairah Oil Industrial Zone, Captain Eng. Salman Albuflasa, Protection & Safety Officer at General Directorate of Civil Defense – Kingdom of Bahrain, and Capt. Eng Abdulrahman Alghanem, Mechanical, Fire & Safety Engineer at Qatar Civil Defence.

Closing remarks are scheduled for 16:00 and will be delivered by Mike Brunzell.

How NFPA Day aligns with regional priorities

The NFPA Day programme places joint initiatives between civil defence authorities and industry stakeholders at the centre of its agenda.

Sessions focused on construction standards and mega-projects align with ongoing development activity across the UAE and wider Gulf region.

The inclusion of AI-driven inspection and alarm technologies reflects growing interest in digital tools that align with established codes and standards.

What this agenda means for safety stakeholders

Senior fire and rescue leaders and government departments can use the published agenda to understand where inter-agency coordination and shared initiatives are being discussed at Intersec Dubai 2026.

Fire engineers, consultants, architects and building services engineers may focus on sessions addressing construction-sector standards, mega-project risk and the application of NFPA codes in complex developments.

Fire safety officers, risk assessors and facility managers working in high-hazard environments may find value in discussions centred on applying NFPA standards to protect people and assets.

System installers and fire-protection contractors may track developments linked to AI-enabled inspection and alarm systems alongside any announcements made during the NFPA LiNK keynote session.

Dubai Civil Defense launches new institutional identity with updated logo

Dubai Civil Defense refines falcon motif

The General Command of Dubai Civil Defense has launched a new institutional identity featuring an updated logo and a new military uniform, according to the Government of Dubai Media Office.

The announcement was published on Tuesday 30 December 2025.

The organisation said the launch forms part of a wider effort to modernise its visual identity.

It added that the update aligns with Dubai’s focus on public safety and emergency preparedness.

Dubai Civil Defense slogan restates mission

Dubai Civil Defense said the new identity carries the slogan ‘Safeguarding Lives and Property’.

It said the slogan reaffirms the Command’s mission and its commitment to strengthening protection and safety systems.

The organisation added that the updated logo reflects the Command’s strength and standing.

It said the design also sits within a wider civil defence identity framework at the national level.

Logo design elements and colours

The Government of Dubai Media Office said the visual identity uses an integrated system of contemporary colours and typography aligned with the new logo.

It said the design includes symbolic elements intended to reflect the vision and values of civil defence.

The wreath symbolises the nobility of the profession.

The seven stars represent the emirates and the unity of leadership.

The falcon represents strength, pride and national heritage.

At the centre of the emblem is a shield bearing the UAE flag.

The organisation said gold is the primary colour alongside the colours of the UAE flag.

It added that the falcon motif has been refined and the elements streamlined to support clarity and effective use across digital platforms.

Commander-in-Chief comments on purpose

His Excellency Lieutenant General Expert Rashid Thani Al Matrooshi, Commander-in-Chief of Dubai Civil Defense, said: “the new institutional identity reflects a firm commitment to the fundamental mission of safeguarding lives and property.

“He added that the step supports Dubai Civil Defense’s continued progress in public safety through an approach grounded in institutional excellence and sustainable innovation, while keeping pace with future requirements and preserving the organisation’s legacy and deeply rooted national identity.”

He said the new identity strengthens the Command’s institutional presence and unifies its visual communication.

He added that it reinforces Dubai Civil Defense’s position as a government entity committed to the highest standards of quality and integration.

Darley appoints first non-family President in 118-year company history

W.S. Darley & Co names Lee Wise President effective 01/01/2026

W.S. Darley & Co has appointed Lee Wise as President, effective 01/01/2026, the company announced on 31/12/2025.

Wise succeeds Paul C. Darley, who has held the President role for 30 years.

Paul C. Darley will continue as Chief Executive Officer and Chairman of the Board.

Wise will report to Paul C. Darley in those roles.

The company said the appointment follows a succession plan that has been in progress for more than a decade.

Succession plan details and continuity

Wise currently serves as Chief Financial Officer at Darley.

The company said his promotion makes him the first non-family member to serve as President in 118 years.

Darley said Wise has industry experience from Rockwell-Collins and Brunswick.

Paul Darley, Chief Executive Officer and Chairman of the Board, said: “Our succession plan has been in progress for over a decade.

“Lee brings the perfect blend of corporate and defense experience, coupled with a passion for driving growth.

“His leadership style and ethical approach align perfectly with our professional family culture,”

Board and family support for Wise

Darley said Wise has the support of the Darley Board, the management team and the Darley family.

Paul Darley, Chief Executive Officer and Chairman of the Board, said: “He has demonstrated an unwavering commitment to our mission and to the communities we serve.

“The Darley family, most notably our fourth generation, stands united behind Lee as he steps into this important role.”

Audrey Darley Welch, Vice President of Defense Supply Chain, added: “All fourth-generation family members working in the business are fully united in our support of Lee.

“His outside perspective and proven leadership will play a critical role as we continue to professionalize the organization and pursue our next phase of growth.”

Responsibilities and next steps for operations

As President, Wise will oversee daily operations, drive innovation and strengthen relationships with customers, partners and employees, according to the company.

Lee Wise, President, commented: “I am honored to step into the role of President at Darley, and deeply grateful for the trust placed in me by our Board of Directors, shareholders, and colleagues.

“Their confidence inspires me, and I am committed to honoring our values and driving meaningful progress together,”

Darley said Wise lives in Lincolnshire, Illinois with his wife, Nicole and their three children.

The company directed readers to its Inside Darley video series for more details.

US Senate backs firefighter cancer PSOB expansion in National Defense Authorization Act

NDAA adds PSOB presumption for firefighter cancer

The National Defense Authorization Act (NDAA) passed by Congress includes statutory text titled the Honoring Our Fallen Heroes provision, which amends the federal Public Safety Officers’ Benefits programme.

The change is set out in Section 1098 of the bill and adds a new subsection on “exposure-related cancers” to the PSOB law.

For firefighters, the provision directly addresses occupational cancer linked to repeated exposure to carcinogens encountered during emergency response, training and post-incident activities.

The statutory presumption recognises firefighter cancer as a potential line-of-duty injury for PSOB purposes when the eligibility conditions set out in the law are met.

What the bill changes in law

The bill states that “the exposure of a public safety officer to a carcinogen shall be presumed to constitute a personal injury” sustained in the line of duty and resulting in death or permanent and total disability, if the statutory conditions are met.

The bill defines “carcinogen” as an agent classified by the International Agency for Research on Cancer (IARC) under Group 1 or Group 2A and “reasonably linked to an exposure-related cancer”.

Eligibility time limits in the statute

The presumption applies if the exposure occurred while the public safety officer was engaged in a line of duty action or activity.

The bill states the public safety officer must have begun serving “not fewer than 5 years before the date of the diagnosis” with an exposure-related cancer.

The bill states the officer must be diagnosed “not more than 15 years after the public safety officer’s last date of active service”.

The bill states the exposure-related cancer must “directly and proximately” result in death or permanent and total disability.

When the presumption does not apply

The bill includes an exception stating that the presumption “shall not apply” if competent medical evidence establishes the carcinogen exposure “was not a substantial contributing factor” in the death or disability.

Cancers listed in the bill

The bill defines “exposure-related cancer” as a list that includes bladder cancer, brain cancer, breast cancer, cervical cancer, colon cancer, colorectal cancer, esophageal cancer, kidney cancer, leukemia, lung cancer, malignant melanoma, mesothelioma, multiple myeloma, non-Hodgkins lymphoma, ovarian cancer, prostate cancer, skin cancer, stomach cancer, testicular cancer and thyroid cancer.

The definition also includes “any form of cancer that is considered a WTC-related health condition” under the World Trade Center Health Program statute.

The bill also includes “any form of cancer added” through future updates.

Updates, evidence base and petitions

The bill requires that “from time to time but not less frequently than once every 3 years” the Director must review the definition of exposure-related cancer and update it where appropriate.

The bill states updates must be based on competent medical evidence showing significant risk to public safety officers from engagement in public safety activities.

The bill lists examples of evidence sources that may inform updates, including recommendations, risk assessments and scientific studies by the National Institute for Occupational Safety and Health, the National Toxicology Program, the National Academies of Sciences, Engineering, and Medicine and the International Agency for Research on Cancer.

The bill also states that any person may petition the Director to add a form of cancer to the definition, with a 180-day referral requirement for petitions that satisfy the content standard described in the statute.

Backdated applicability and claim window

The bill states the amendment applies to claims predicated on the death of a public safety officer on or after 1 January 2020 where the death is the direct and proximate result of an exposure-related cancer.

The bill also states it applies to a disability claim filed on or after 1 January 2020 where the disability is the direct and proximate result of an exposure-related cancer.

The bill adds that an individual seeking to file a claim predicated on the amendment is allowed to do so “within 3 years of the date of enactment”.

IAFC welcomes inclusion in the NDAA

Fire Chief Trisha L. Wolford, President and Board Chair of the International Association of Fire Chiefs, said: “The IAFC is grateful to see the Honoring Our Fallen Heroes Act included in the NDAA and on its way to being signed into law.

“This long-overdue reform ensures that the families of fire, law enforcement, and EMS personnel who die or become disabled from occupational cancer receive the federal benefits they deserve.

“By including occupational cancers in the Public Safety Officers’ Benefits program, Congress is honoring the sacrifices made by our fallen heroes and standing firmly with the families they leave behind.

“We commend the bipartisan champions, including Representatives Mary Gay Scanlon and Carlos A. Gimenez, the bill’s House sponsors, and Senators Amy Klobuchar and Kevin Cramer, the bill’s Senate sponsors, who advanced this critical measure and thank lawmakers in both chambers for their commitment to our nation’s fire and EMS personnel.”

IAFF calls it a turning point for PSOB

General President Edward Kelly, International Association of Fire Fighters, said: “We know the devastation occupational cancer has brought to our profession.

“When a fire fighter dies from job-related cancer, that is a line-of-duty death – and it is long past time the federal government recognized that truth.

“Congress’s passage of the Honor Act marks a significant turning point.

“This legislation ensures our fallen are honored, and their families are not left behind.”

Kelly added: “This was a truly bipartisan effort, and I want to thank those lawmakers on Capitol Hill – both Republican and Democrat – who stood with us on this critical legislation.

“I also want to thank President Trump, whose support was crucial in passing what is easily one of the most impactful pieces of legislation in our union’s history.”

Relevance for fire and safety professionals

Fire and rescue leaders, occupational health teams and HR functions may want to brief staff on the statutory time limits, particularly the five-year minimum service requirement before diagnosis and the 15-year limit after the last date of active service.

Departments supporting bereaved families may want to check how the bill’s applicability language linked to 1 January 2020 interacts with the additional three-year filing window tied to the date of enactment.

Services with exposure recording systems may also want to review how the bill defines carcinogen and how the PSOB presumption can be rebutted through competent medical evidence, as this will shape the documentation expected in claims.

This article was informed by the bill text and statements from the International Association of Fire Chiefs and the International Association of Fire Fighters.

Inclusive, compliant evacuation planning: Evac+Chair on what “responsible persons” must do

Evac+Chair outlines the regulatory framework guiding responsible persons through maintenance, training and inclusive evacuation duties across UK workplaces

In the event of an emergency, the safe evacuation of all building occupants is a non-negotiable responsibility.

For people with mobility impairments, whether permanent, temporary or invisible, evacuation readiness can mean the difference between safety and disaster.

There are 5.5 million people with a disability in employment in the UK and this figure is growing, reinforcing the urgent need for inclusive evacuation strategies.

And yet, despite legislation and increased scrutiny, many organisations continue to fall short in their planning, training and maintenance obligations.

Inclusive evacuation is not a future ambition; it is a current and critical requirement.

In all premises, ensuring that everyone can escape safely is not only a legal duty but a moral one.

Navigating a complex legal framework

UK fire safety law sets out clear responsibilities.

The Regulatory Reform (Fire Safety) Order 2005, as amended by the Fire Safety Act 2021, defines the role of the “responsible person”, typically an employer, building owner or facilities manager.

This individual is legally obligated to ensure that appropriate fire safety measures, including evacuation procedures and provisions, are in place for the safety of all individuals on the premises.

As part of their legal duties, the responsible person must ensure that evacuation equipment is properly maintained and that designated individuals are trained and competent in its use.

This is essential to safeguard everyone on the premises in the event of a fire or other emergency.

Articles 17, 18 and 21 of the Order respectively address equipment upkeep, competent person appointment and staff training.

Other frameworks further support and reinforce this.

The Health and Safety at Work Act 1974 outlines a broad duty of care employers have towards their employees and visitors, while the Provision and Use of Work Equipment Regulations (PUWER) 1998 requires that workplace equipment, be maintained in a safe condition and inspected regularly by competent individuals.

The Equality Act 2010 also plays a role, ensuring that reasonable adjustments are made for disabled people.

This includes ensuring safe and equal access, covering entry and exit, including in emergencies if a route is inaccessible for a disabled person, this could be classed as disability discrimination.

Despite these legislations, recent enforcement data suggests a distinct lack of compliance.

In the 2023/24 financial year, fire and rescue services in the UK issued 2,823 enforcement notices following fire safety audits, a 24% increase on the previous year.

Alarmingly, prosecutions under Article 32, which penalises the failure to maintain essential life-saving equipment, rose by 79%.

The lack of readiness

Having evacuation equipment is a great first step to preparedness and readiness.

However, without trained employees, regular practice and robust maintenance protocols, equipment may not be effectively deployed in a time critical emergency.

Research by Evac+Chair, the UK’s leading manufacturer of evacuation chairs and with more than four decades of experience, reveals the extent of this readiness gap.

In 2023, the company commissioned the ‘Risky Business’ report, surveying key decision-makers across a range of sectors.

The findings were concerning.

Nearly 1 in 4 respondents admitted to having only a partial understanding of their legal responsibilities around evacuation.

Almost 1 in 5 respondents said their emergency plans did not account for individuals with temporary mobility impairments, such as those recovering from injury or in late-stage pregnancy.

Most worryingly, 1 in 10 businesses had no plan at all for evacuating people with permanent disabilities.

Company culture is just as important as having the right information, yet recklessness when it comes to safety exists.

Evac+Chair’s results illustrate that the problem is rooted in irresponsible workplace culture, finding just over two-thirds of decision makers think there is a culture of fire safety non-compliance or looking for loopholes in the business community.

These statistics suggest a widespread failure to plan effectively for inclusion.

The risks are not hypothetical.

In a high-pressure emergency, untrained staff and unmaintained equipment can contribute to confusion, delay and potentially fatal outcomes.

To protect life, evacuation procedures must be well-documented, regularly tested and supported by training and servicing regimes that ensure equipment and personnel are always ready to respond.

Building confidence through training

Training is critical for turning evacuation plans into effective, life-saving action.

Staff must be able to confidently and safely operate evacuation chairs, as real-life scenarios often present challenges, such as crowded stairwells or time pressure.

Without adequate training, evacuation efforts may be delayed – leading to confusion, hesitation and potentially dangerous bottlenecks on staircases.

In an emergency, speed is vital; every second counts when it comes to evacuating a building and protecting lives.

Effective, hands-on training not only reduces the risk of injury to both the operator and the passenger, but also ensures that staff are competent, prepared and ready to respond swiftly and efficiently when it matters most.

The most effective training combines essential theory with hands-on experience.

 Training offer operators the confidence and competence to use an evacuation chair.

Refresher training is equally important.

Over time, skills fade and confidence diminishes.

Regular training helps ensure that, in the event of a real emergency, staff are ready to act swiftly and correctly.

Official guidance supports this approach.

The Fire Safety Risk Assessment: Supplementary Guide recommends organisations take out evacuation drills at least twice per year, with additional training for anyone responsible for operating evacuation equipment.

Maintenance: a non-negotiable priority

Just as critical as training is the ongoing maintenance of evacuation chairs and related devices.

Under Provision and Use of Work Equipment Regulations (PUWER) 1998, organisations have a legal duty to maintain and inspect all workplace equipment regularly.

Visual checks by in-house teams on a quarterly basis can also help identify issues such as worn belts, damaged wheels or loose buckles before they compromise safety.

The consequences of poor maintenance are not merely theoretical.

A malfunctioning evacuation chair during a real evacuation could lead to injury, delay or loss of life.

Proactive servicing not only ensures equipment reliability but also extends product life and demonstrates due diligence.

In an era of increasing risk, from extreme weather to terrorism, being prepared is no longer optional.

The human cost of inaction

While the legal framework sets out clear obligations, there is also a powerful ethical case to act.

Failing to provide adequate evacuation procedures for those with reduced mobility amounts to a denial of fundamental rights.

Accessibility is about more than just entering a building; it’s about being able to leave safely when it matters most.

Inclusive evacuation must become the standard, not the exception.

Buildings should not be considered truly accessible unless they include safe, viable routes of egress for everyone.

That includes people using mobility aids, wheelchair users and those with hidden or temporary impairments.

The fire safety community has a vital role to play in raising awareness and closing the compliance gap.

Fire risk assessors, consultants and enforcers must continue to champion inclusive evacuation planning, not only at the point of inspection but throughout the design, construction and operational phases of buildings.

Policymakers too should consider introducing clearer, more enforceable mandates for evacuation planning, especially in complex buildings or those with public access.

No time for complacency

Evacuation is not just about ticking boxes.

It is about responsibility, readiness and respect for human life.

As Nathaniel Thomas-Hall, Head of Export and Innovation at Evac+Chair, puts it: “Failure to prepare is preparing to fail.

We have the tools, technology and training to make inclusive fire safety a reality – what’s missing in many cases is the will to act before it’s too late.”

The time is now for that to take shape.

In today’s regulatory climate, organisations can no longer afford to be complacent.

Evacuation planning must be inclusive, comprehensive and proactive.

Only then can we truly guarantee that when the alarm sounds, every person will have a clear and safe path to escape – no hesitation, no confusion.

This was originally published in the December 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

From concept to completion: Telgian reveals the 10 steps to sprinkler approval

Jacob Ford, Fire Sprinkler Design Team Lead at Telgian Engineering and Consulting, outlines the essential stages of system design and regulatory approval

Fire is a powerful force of nature that can be detrimental to buildings and even entire cities. To create a safer, more effective society, there must be a way to control or limit the potential danger posed by fire. That is where fire protection engineering, and one of its subdisciplines, fire sprinkler design, come into play.  

Fire engineering is a diverse field that draws on many engineering disciplines. This field encompasses a broad range of pursuits, all with the common goal of minimising or preventing fire damage, achieved through various fire prevention and protection methods. Although these two concepts may sound redundant, they each offer their own distinct advantages toward the overall goal of fire control.  

Fire prevention vs. fire protection 

Fire prevention encompasses various strategies to prevent fires from starting in the first place, including:  Risk analysis; Human behaviour in fire events; Building design layout; Programs and procedures for fire events.

Fire Protection involves systems that are put in place to protect life and property in the event of a fire. These systems can be either active or passive. Examples of active fire protection systems: Fire sprinkler systems and fire alarm systems. Fire sprinkler and alarm systems activate in the event of a fire and provide a means of assisting in controlling the fire or warning of its presence.  

Examples of passive fire protection systems: Smoke control (smoke barriers, separation); Coatings and casings; Fire-retardant building materials (fire walls, fire doors).  

The role of fire sprinkler design 

Fire sprinkler systems are the most common form of fire protection. For these systems to be installed and effectively protect against fire, they have to be designed to a predetermined standard. That is where the fire sprinkler designer comes in.  

Fire sprinkler designers utilise many fields of engineering, including: 

  • Electrical: Electrical design fundamentals will be used when the designer coordinates integration with the fire alarm system or when coordinating power supply requirements for fire pump selection and design.  
  • Mechanical/Piping: Mechanical and piping layout skills are used to create the fire sprinkler piping system and to coordinate with elements of other disciplines.  
  • Fluid Dynamics/Hydraulics: The designer demonstrates knowledge of fluid dynamics and hydraulics by designing the system in a hydraulically efficient manner and validating it through hydraulic calculations.  
  • Structural: A fire sprinkler designer must understand structural elements and how buildings are constructed. This knowledge is crucial for routing the system, as some architectural elements cannot be covered or hidden, and piping can only be hung from certain structural members.  
  • Civil:  A basic understanding of civil engineering is required for tasks such as fire hydrant placement, soil classifications to determine the need for seismic bracing, and thrust block calculations for underground pipes. 

Key design considerations 

When a designer begins a project, they must consider the following factors.  

Building layout: Certain architectural and structural elements may limit the placement of system components; Building size will determine the number of systems needed to protect it; and portions of the building that are not conditioned or exposed to the elements may warrant the inclusion of dry or pre-action systems.  

Building occupancy and use: Different occupancies correspond to varying levels of risk and potential fire severity. The designer will select the type of system that best protects the hazard with minimal risk. For example, the designer should choose a pre-action system for a data center to minimise the potential for pipes to leak onto the servers. This system fills the pipes with air unless there is a fire event. 

Local codes and standards: Although there are national standards for the design of fire sprinkler systems, various AHJs (authorities having jurisdiction) have the choice to adopt past iterations of these standards, which can vary in their requirements, and alter and amend sections of the code for their region.  

Geographic area: The location of a facility determines the need for seismic bracing on the sprinkler system if it is in an area subject to earthquakes. Also, local weather may necessitate a dry sprinkler system.  

Steps in the fire sprinkler design process 

During the design phase of a project, the sprinkler designer will go through several steps as outlined below. 

  1. Consult with the building owner/client. 

Coordinating with the building owner/client is crucial to the design process, as this is where the scope of work is determined. The owner may be able to move some storage out of their building to avoid a sprinkler system upgrade, or they may want to strengthen what they already have in anticipation of the building’s occupancy changing in the future.  

  1. Analyse the water supply. 

This is typically done by performing a fire hydrant flow test as outlined in NFPA 291. During a flow test, the person performing the test opens a fire hydrant and measures the resulting water flow. They place a gauge onto another hydrant to measure both static (no flow) pressure and residual (flowing) pressure. The designer sometimes performs this test, but it may be done by others. 

  1. Determine applicable codes and standards. 

The designer, or in some cases a consultant, coordinates with the AHJ to determine what codes and standards apply to the project’s location.  

  1. Identify the hazard or commodity. 

The commodity being protected will be a factor in determining the system type and the correct density for hydraulic calculations. 

  1. Identify the sprinkler system type. 

Based on the previous steps, the designer should have enough information to determine the best type of sprinkler system to protect the building(s). 

  1. Lay out the sprinklers and system piping. 

The design layout must follow NFPA 13, manufacturers’ data sheets, and any local codes or amendments. Based on the sprinkler layout, the designer will then lay out the system piping, making sure to connect the heads to each other via the piping and routing around obstacles in the most hydraulically efficient manner. 

  1. Perform the hydraulic calculations. 

The designer must verify the system layout with hydraulic calculations utilising the water source determined during the water supply analysis phase. The designer will calculate the most hydraulically demanding area of the system to a predetermined density (volume of water over area) that has been decided upon (typically derived from code) based on the hazard. The results of these calculations will determine if the water supply is adequate to support the system. If the supply is insufficient, the designer can upsize the piping or add a water tank/fire pump.  A fire pump will aid the water supply if a lack of pressure is the issue, and a tank will supply water if volume is the issue. 

  1. Obtain AHJ approval of the designs. 

The fire sprinkler system design needs to be reviewed and approved by the local authority having jurisdiction.  

  1. Prepare for system installation. 

The designer will then move to stock listing, which is the process of selecting the materials required for fabrication based on the design plans. Based on this list of materials, the designer will order the correct components, then the system will be fabricated and installed.  

  1.  Await system inspection and final approval. 

The AHJ performs an inspection following the system installation. The designer is typically involved during this phase directly through design and/or indirectly through answering questions and being a resource for those performing the inspection. 

Fire sprinkler design field 

The role of the fire sprinkler designer is instrumental throughout the process of developing a fire sprinkler system, making it an invaluable and much-needed role in the fire protection engineering field. Designers can find careers with engineering firms, fire sprinkler contractors, and property insurance companies. 

As long as buildings are being built, there will be a need for fire sprinkler designers, making it a stable and future-proof profession. 

About the Author

Jacob Ford, Fire Sprinkler Design Team Lead at Telgian Engineering and Consulting, has been in the fire sprinkler industry for 19 plus years. He is NICET certified in Water Based Systems Layout and has worked on a wide variety of projects ranging from foam systems, clean agent, aircraft hangers, hospitals, gamma knife facility, clean rooms, large data centers, sports training facilities, etc. Starting his career as an apprentice pipefitter and moving to a designer role shortly after college, Jacob is a demonstrated leader in the fire protection field having held several leadership, training, consulting, and management roles in both the contracting and engineering sectors of fire protection.

This was originally published in the December 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

HEN Technologies raises $22M to develop an operating system for fire defence

Financing targets faster extinguishment and lower water use

HEN Technologies has closed an oversubscribed $20 million Series A round plus $2 million in venture debt to accelerate deployment of its Fluid-IQ predictive AI platform built on advanced fluid dynamics hardware.

The company said the financing was announced on Thursday 18 December 2025 and takes its total capital raised to over $30 million.

O’Neil Strategic Capital led the round, with participation from NSFO, Tanas Capital and z21 Ventures.

Silicon Valley Bank provided the venture debt.

Fluid-IQ and HEN Technologies data approach

HEN Technologies said the capital will fund expansion of its IoT-enabled hardware infrastructure as it works to capture what it described as the industry’s first comprehensive operational fire dataset.

Alex Garden, Managing Partner of O’Neil Strategic Capital, said: “We’re proud to lead this round and back HEN’s vision to create an entirely new category: the intelligent operating system for fire defense.”

“Their hardware-first approach has already proven transformative in the field with more than 1,000 organizations globally.

“By building the data infrastructure that enables predictive AI, HEN is positioned to become the essential platform for how the world fights fires.

“This is how category-defining companies are built.”

Wildfire context and technical claims

HEN Technologies linked the announcement to increasing wildfire costs and fire behaviour, including a claim that the Palisades fire in Los Angeles caused over $50 billion in damages.

Dr. Sunny Sethi, CEO of HEN Technologies, said: “Wildfires are more frequent, and modern structures burn eight times faster than legacy structures.

“Incremental changes cannot keep up.

“That’s why we are building transformational technology using Physics-Informed Neural Networks (PINNs) and AI-powered decision support.

“We are moving beyond optimizing tools to optimizing strategy.

“This is essential infrastructure for climate resilience and national security.”

The company said its IoT-enabled systems deliver three-times faster extinguishment and reduce water usage by 67% while capturing data on flow, pressure and pattern performance.

Partner network and scaling priorities

Akshay Thakor, COO of HEN Technologies, said: “We are capitalizing on our momentum by scaling three critical areas: partner enablement, customer experience and technical operations.

“We are investing heavily in our distributor platform to empower our partners and increase our field presence to ensure agencies can experience our products in action.

“To sustain this growth, we are scaling our sales, operations and technical teams to maintain the highest level of execution as we deploy worldwide.”

HEN Technologies said its footprint includes over 100 distributors operating in 20 countries.

The company said it is scaling a team of more than 100 product demonstration specialists to support hands-on evaluation of its technology.

Raj Singh, Managing Partner at z21 Ventures, said: “Their proprietary fluid dynamics and AI platform don’t just improve efficiency; they deliver a paradigm shift in firefighting capabilities.

“This investment reflects our strong conviction in their technology, their exceptional team and the profound impact they will have on public safety globally.”

Rethinking joint systems: Siderise breaks down fire performance at the slab edge

Siderise explains the performance differences between one-part and two-part perimeter joint systems to help project teams assess the most robust option for curtain wall applications

Robust compartmentation, supported by an appropriate perimeter fire seal solution, is essential to the passive fire protection of glazed façade systems – and is legally mandated in many regions worldwide.

To prevent vertical fire spread, firestops installed at the slab edge extend the fire resistance of the compartment floor to the rear of the façade.

These solutions typically fall into two main types: one-part dry fit systems and two-part pack-and spray systems.

Two-part pack-and-spray systems

Traditional approaches to firestopping at the facade / floor slab interface require the installation to be carried out in two separate stages.

The first step involves manually compressing generic mineral wool safing insulation material (typically 25 and 33 % compression) before installing it within the movement gap at the perimeter construction joint.

The second step involves applying a wet compound such as mastic, spray ablative or fire-rated silicone over the top of the insulation to create a smoke- and weather-resistant seal once cured.

One-part dry-fit systems

These systems feature factory engineered pre-compressed stone wool Lamella insulation with foil facings applied to the cut surfaces of the fibres to retain the ‘built-in pre-compression’ firmly in place and assist with uniformity of product density.

Designed and tested to provide a robust fire and hot smoke seal in the perimeter void between the facade and compartment floor, without the need for a topical wet sealant, they are installed in a single-fix with further manual compression of 20% for a tight fit and to accommodate movement.

Unlike the wet seal of two-part systems, one-part dry-fit firestops can be ordered pre-cut to suit the cavity width and can be supplied as part of a complete system package from a single manufacturer with spandrel insulation, mullion and transom fire protection, plus ancillary components.

In addition, these parts are often tested together in multiple test scenarios, and third-party certified as an advanced perimeter fire containment system for a more holistic approach to passive fire protection in the spandrel zone.

Each of these approaches results in different characteristics when it comes to fire performance and resilience, installation accuracy and efficiency, and repeatability and inspection.

1. Firestop resilience, durability and fire performance

Non-combustible mineral wool firestops must be durable enough to maintain their form and fit, even when subjected to façade and floor slab movement caused by environmental loads.

The safing insulation component of two-part firestop systems typically comprises standard mineral wool insulation with horizontally oriented fibres, which run parallel to the floor slab when installed.

While this 90° or transverse alignment offers stability, continual exposure to building / façade movement makes the material more susceptible to degradation along its length, resulting in the fibre structure breaking down.

This means that the ability of the safing material to recover from repeated compression cycles in-service is reduced.

This can lead to the firestop no longer maintaining the compression fit, increasing the risk of a gap forming between the product and the facade over time.

Should this occur, the perimeter seal could fail prematurely, resulting in loss of compartmentation.

Furthermore, to ensure that two-part wet-seal systems comply with the criteria of any third-party approvals or listings published by the sealant manufacturer, the safing insulation product should always be the same as that used which was in the certified tested system.

Using substitution products risks undermining the specified fire resistance performance.

Meanwhile, one-part firestops with a stone wool Lamella composition, such as ours, comprise vertically oriented fibres that run perpendicular to the substrate when installed.

Products with a vertical fibre orientation are highly compressible and flexible laterally (across their width), which enables them to not only overcome challenges presented by curved and inclined facades, but accommodate the dynamic movement of the curtain wall or floor slab.

Due to the unique structure of Siderise Lamella firestops they are able to maintain their ability to recover throughout their design life, as demonstrated through extensive age and movement cycling testing.

This means that the seal is continuously maintained throughout the lifetime of the building and for the required fire resistance period in the event of a fire.

When exposed to fire, the foil facing is designed to delaminate from the stone wool Lamella core, allowing the built-in pre-compression to be released.

This enables the product to expand and maintain its compression fit and integrity, even under the greater thermal stresses caused by the fire load that leads to facade and floor slab deflection.

Both system types can be tested to UL 2079 for air leakage, determined as the L-rating, to simulate smoke movement through compartmentation in buildings.

Leakage testing can assist authorities in determining the suitability of firestopping systems for the protection of floor openings and smoke barriers for the purpose of restricting the movement of smoke in accordance with the NFPA (National Fire Protection Association) 101 Life Safety Code.

The difference between two-part spray and pack systems and one part dry-fit systems is that the latter does not rely on a wet seal to provide an adequate L rating

2. Application conditions, consistency and installation efficiency

The wet seal compound in two-part systems is sensitive to moisture and temperature dependent during application and curing.

It must be applied in dry conditions and controlled environments – which can be a challenge during hot seasons or locations with frequent rainfall– otherwise adhesion, curing, design life and product integrity may be adversely affected.

In most cases, the maximum application temperature is typically limited to 104°F (40°C) as high heat can cause rapid skinning or premature curing, making tooling difficult and reducing adhesion.

Similarly, exposure to rain, running or standing water, or high humidity can lead to washout or uneven curing.

Storage conditions for wet seal firestop compounds are just as important as application conditions because they directly affect product performance and shelf life.

Most manufacturers typically require sealants to be stored between 40 and 80°F (5 and 25 °C), which in turn requires onsite air-conditioned storage facilities in regions prone to inclement weather.

Improper storage can reduce workability if the sealant has thickened, shorten open time and curing consistency, and compromise the fire rating performance due to chemical degradation.

Since wet sealants rely on direct contact with the substrate, surfaces must be clean, dry, and free of dust, grease, oil or other contaminants.

Dust or debris creates a barrier that can weaken bonding and lead to gaps or peeling over time, while contaminated surfaces can cause voids or uneven curing.

Furthermore, the wet-film thickness must be applied consistently to achieve the required dry-film thickness as thickness variation due to human error can risk compromising the slab edge fire seal.

Wet spray firestop systems require specialist equipment such as pumps, mixers and nozzles.

Transporting and setting up heavy spray rigs on high-rise sites can be time-consuming while tight slab edge zones often lack room for bulky equipment, especially when façade works are concurrent.

In addition to having to wait for the right application conditions, the ‘curing’ and overspray clean up time also needs to be accounted for in the project schedule.

The flashing used to close off the spandrel zone from sight cannot be installed until after the installation has been approved, which means site operatives cannot immediately proceed with adjacent works, thus potentially holding up the build program.

This installer-driven and weather dependent approach can make it challenging to achieve a replicable level of quality across whole buildings of multiple stories, creating bottlenecks, especially when inspections are required before concealment.

In contrast, one-part dry-fit firestops are not weather or temperature sensitive and do not require any specialist application equipment and surface preparation of the substrate.

There are no curing times, wet or dry-film thickness complications or complex compression calculations.

Their straightforward installation approach, including a standardised compression percentage, can streamline the installation process and help reduce the risk of human error.

They also provide greater freedom for the installer in areas where access to the firestop zone is difficult after the facade is installed.

Dry-fit firestops can also be installed before the facade (including from the soffit).

3. Ease of inspection

With two-part systems, once the compound is applied, verifying the correct dry-film thickness, adhesion, and safing orientation and compression becomes difficult without destructive testing or a two-stage inspection.

Alternatively, when dry-fit, one part firestops are installed, visual inspections are sufficient.

The wrinkling of the foil makes it very easy to confirm if they have been installed correctly without disturbing the installation.

Their dry-fit application also makes it easier to judge bracket locations and distances, and tight jointing to ensure a continuation of the fire performance around the perimeter.

This can not only help to ensure a safer building but also reduce additional costs and lost time associated with remedial works.

Transparent protection

While traditional two-part firestop systems have been widely used in US construction, they often present challenges related to long-term durability, installation complexity, and inspection consistency.

In contrast, one-part firestop systems that have been engineered and tested to meet key standards such as ASTM E2307 and ASTM E2874 offer a reliable alternative.

By delivering uniform compression, accommodating façade movement, and enabling straightforward visual inspection, one-part dry-fix systems support code-compliant construction practices and help ensure consistent fire-resistance performance across every floor and project.

This was originally published in the December 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.