Fire services act to close training gaps for female firefighters

While a record-number of women are joining the fire service, heralding a new era of inclusivity for the sector, a new report highlights that training and injury-prevention protocols remain overwhelmingly based on male physiology.

Research and findings

Experts led by the University of East London highlight how optimised training – tailored to female physiology and health – can improve female firefighters’ safety and career longevity, as, although the physical demands are the same for everyone, there is currently a flawed assumption that training principles based on male cohorts will produce the same results in females.
The research reveals that nearly 80% of female firefighters operate in ill-fitting personal protective equipment (PPE), compared to just 20.9% of their male counterparts.
This equipment mismatch, combined with a lack of sex-specific training and recovery actively heightens the risk of injury.

“Immediate, real-world change”

Co-author of the report, Dr Lee Brown, Senior Lecturer and Researcher at University of East London commented: “Currently, women make up 8% of firefighters across the UK, and while recruitment numbers are rising, retention remains a challenge.
“Most services currently don’t have policies regarding female-specific physical training and drastically lack research and policy to support women through key life stages such as pregnancy, postpartum and menopause.
“This research and the involvement of services such as the Kent Fire and Rescue Service in this type of initiatives is a step in the right direction, and it is prompting immediate, real-world change.”

Sex-specific training

Dr Brown is currently working with Chief executive Ann Millington at Kent Fire and Rescue Service, which is directly implementing the new sex-specific training recommendations this year, and will be partnering with other fire services to overhaul training guidance and develop robust policies designed to keep women in the service longer.

“We’re proud to lead the way”

Ann Millington, Chief executive at Kent Fire and Rescue Service said: “Our goal is to be an employer of choice where every firefighter has the tools to thrive.
“By adopting these sex-specific training and PPE protocols, we are telling our female colleagues that their health and careers are a top priority.
“We’re proud to lead the way in creating a fire service that is fit for the future,” Millington added.

“A more supportive environment”

Sophie Bulmer, Firefighter at Canterbury Fire Station said: “This research has helped raise awareness of the challenges and unique issues female firefighters face.
“In particular, it has focussed on understanding strength and fitness performance and on developing practical, evidence-based solutions that could help create a more supportive environment for women in the fire service.
“We’re thrilled to be part of this work, which has potential to help ensure standards that are both achievable and sustainable,” she concluded.

The study

Published in the National Strength and Conditioning Association’s (NSCA) TSAC Report, Dr Brown’s study highlights the need to recognise female physiology when programming training and recovery strategies, to create a more inclusive culture that supports female firefighters throughout their entire careers.
The study suggested that training should focus on improving absolute strength and address females’ sex-specific vulnerabilities – such as higher ACL injury risks – through targeted injury prevention.
Training and recovery should also be adapted and account for shift-work fatigue, sleep deprivation and hormonal fluctuations.
Finally, properly sized, fitted and structured PPE for females must be a mandated, non-negotiable safety requirement, where at present, is largely based on male body measurements, which can fail to protect them properly.

How Sugarcrete turned sugarcane bagasse into four-hour fire resistance

Sugarcrete sets new EI 240 benchmark

The University of East London (UEL) has reported that its Sugarcrete® low-carbon building material has achieved an EI 240 fire resistance rating in full-scale testing in Spain, supporting its use in high-risk and safety-critical building applications.

According to UEL, Sugarcrete is formed from sugarcane by-product bagasse combined with sand-mineral binders and is intended as an alternative to conventional bricks and concrete blocks.

The university stated that the material has an estimated carbon footprint around six times smaller than traditional clay brick while maintaining performance in use.

Sugarcrete was developed at UEL’s Sustainability Research Institute, where researchers have focused on combining lower embodied carbon with stringent safety outcomes.

UEL indicated that fire performance has been a central element of the development programme in order to move the material into more demanding settings.

Full-scale AFITI test conditions and results

UEL reported that recent trials at AFITI Laboratories in Spain exposed Sugarcrete walls to one of the construction sector’s more demanding standardised fire resistance tests.

During the test, the internal face of the Sugarcrete wall was subjected to temperatures of 1,100°C inside the kiln chamber.

The external face of the wall reportedly remained at 26°C throughout the trial.

The test was run for 240 minutes, with UEL confirming that the wall maintained its integrity for the full four-hour duration.

Independent assessors concluded that the system achieved an EI 240 classification under EN 13501-2:2023.

The EI 240 rating indicates that the construction prevented fire penetration and limited heat transfer for at least 240 minutes.

UEL stated that this outcome places Sugarcrete among the highest-performing materials in current use for sustained fire resistance.

Performance compared with existing wall systems

According to the university, Sugarcrete’s performance in the AFITI test outstripped that of standard clay brick and concrete block walls assessed under comparable conditions.

The results were also reported to be in line with specialist fire-partition systems designed for higher-risk environments.

UEL said this brings Sugarcrete into the same category as systems currently specified for installations where extended fire resistance is required.

The university added that the testing focused on both structural integrity and thermal insulation across the four-hour exposure.

The material maintained stability while holding the temperature differential between the exposed and unexposed faces of the wall.

Potential use in safety-critical applications

On the basis of the AFITI trial and independent assessment, UEL stated that Sugarcrete is now a viable candidate for a range of safety-critical applications.

The university highlighted potential use in industrial fire walls designed to separate high-hazard areas within facilities.

It also identified protected escape routes as a key area where long-duration fire resistance and controlled heat transfer are required.

Further potential applications include data centres, where thermal protection and compartmentation form part of wider resilience strategies.

UEL added that petrochemical environments are another target sector, given their reliance on robust fire-rated separation systems.

Low-carbon profile alongside fire performance

UEL noted that Sugarcrete had already drawn attention for its lower embodied carbon profile before the latest fire tests.

The university presented the new data as evidence that reducing embodied carbon does not have to come at the expense of fire resistance or durability in use.

It said that the combination of lower carbon footprint and high fire performance could give construction clients another option when assessing materials for high-risk settings.

Alan Chandler, co-creator of Sugarcrete and Associate at the Sustainability Research Institute, said: “This is a defining moment.

“To hold back fire at over 1,000 degrees for four hours proves Sugarcrete® is not only sustainable, but also safe and resilient enough for the most demanding environments.”