MSA and Sherbiny announce Saudi Arabia gas monitor partnership

MSA partners with Sherbiny to assemble gas monitors in Saudi Arabia

MSA Safety has announced a new partnership with Saudi Arabia-based industrial manufacturer Sherbiny to locally assemble its General Monitors S5000 Gas Monitors.

According to MSA, the monitors will be produced at Sherbiny’s facility in Al-Khobar, which has been approved by Saudi Aramco under its In-Kingdom Total Value Add (IKTVA) programme.

The collaboration forms part of MSA’s Accelerate strategy to expand its detection business and improve regional service capacity.

Al-Khobar facility to support MSA Accelerate strategy

The company said that by enabling local assembly, it will be able to reduce delivery times, provide improved technical support, and enhance service quality for customers in the region.

Dave Howells, President of MSA International, said: “We’re very excited to have this product assembly partnership in place.”

Mr Howells continued: “The partnership aligns with MSA’s Accelerate strategy, which includes a focus on growing the company’s global detection business.

“By providing local assembly capabilities and supporting Saudi Aramco’s IKTVA program, Sherbiny enhances our ability to serve customers in the region, with faster delivery while also strengthening our technical support capacity, quality control and customer service.”

Mr Howells added that MSA will grow its service and training teams in Saudi Arabia to support the new production.

Sherbiny affirms alignment with national industrial policy

Majed Sherbiny, Chief Executive Officer for Mohammed Hassan Sherbiny for Commerce LLC, confirmed that the partnership contributes to Saudi Vision 2030 goals by increasing domestic production capacity.

Mr Sherbiny said: “At Sherbiny, our core value is customer focus, and we are dedicated to putting the customer at the center of our world.

“We are proud to be one of the premier partners for Saudi Aramco over the past 35 years, and we are thankful for them in supporting our local manufacturing initiatives that enable us to directly provide the best quality products and services that our customers deserve.”

Mr Sherbiny added: “Our partnership with MSA to locally assemble its state-of-the-art detection technologies, like the S5000 Gas Monitor, represents an exciting new phase in that partnership.

“We view the partnership as a starting point that can lead to more local assembly work over the coming years, as we are committed to fulfilling the Kingdom’s Vision 2030 economic development program, alongside Saudi Aramco and its IKTVA initiative.”

S5000 monitor features and regional expansion plans

The S5000 Gas Monitor includes MSA’s proprietary XCell hydrogen sulphide sensor, which uses TruCal technology to improve accuracy and reduce maintenance requirements.

The company stated that the device offers a direct replacement option for users of the previous generation of hydrogen sulphide detectors, with improved performance in high-risk environments.

Mr Howells noted that MSA has viewed the Middle East as a growth area for several years.

Mr Howells said: “This partnership represents an important, cooperative venture that enhances MSA’s ability to build a substantial fleet of fixed gas and flame detectors and related services in Saudi Arabia.

“Like Sherbiny, we welcome the opportunity to support Saudi Aramco’s IKTVA program and Saudi Arabia’s Vision 2030 program by positioning our two organizations to better meet infrastructure and worker safety needs.”

MSA and Sherbiny announce Saudi Arabia gas monitor partnership: Summary

MSA Safety announced a partnership with Sherbiny to assemble S5000 Gas Monitors in Saudi Arabia.

The monitors will be assembled at Sherbiny’s Al-Khobar facility, approved under the IKTVA programme.

The initiative is part of MSA’s Accelerate strategy to grow its global detection business.

Sherbiny’s involvement supports Saudi Aramco’s efforts to increase local manufacturing.

Dave Howells, MSA International President, said the move improves delivery and customer service in the region.

MSA will expand local training and support teams to accompany the rollout.

Majed Sherbiny said the company aims to support Vision 2030 with more local production.

The S5000 features XCell hydrogen sulphide sensors with TruCal technology.

It replaces older models and reduces total cost of ownership.

MSA stated the partnership reflects its long-term investment in the Middle East market.

Fireaway Inc’s UltraSense fire detection and suppression solution launches in United States

Fireaway introduces integrated detection with Stat-X system at US trade shows

Fireaway Inc. has announced the launch of UltraSense sensors, a new detection solution designed to work alongside its Stat-X aerosol fire suppression system.

According to the company, the UltraSense product line will be introduced at CLEANPOWER 2025 in Phoenix and demonstrated again during NFPA 2025 in Las Vegas.

The UltraSense sensors are designed to detect early-stage thermal and environmental changes.

Fireaway stated that integrating these sensors with the Stat-X system provides a combined response for faster and more accurate mitigation of fire hazards.

The product is intended for sectors including energy storage, transport, manufacturing and infrastructure.

UltraSense system to support hazard monitoring across US industries

The manufacturer explained that UltraSense enables earlier identification of potential hazards, helping reduce delays in fire suppression.

The company noted that combining detection and suppression within one framework allows a more proactive response, especially in mission-critical environments.

Fireaway reported that the system is suitable for use in high-risk areas where rapid incident response is essential.

The UltraSense launch coincides with Fireaway’s 20th year in operation.

Fireaway CEO highlights anniversary and product integration

Lance Harry, P.E., president and CEO of Fireaway Inc., said: “UltraSense sensors represent the next evolution of critical asset protection and fire safety.

“By combining intelligent detection with our proven Stat-X aerosol fire suppression, we’re delivering a smarter, faster, and more comprehensive solution to protect high-value assets and operations.

“Launching UltraSense during our 20th anniversary highlights our continued focus on innovation, reliability, and meeting the real-world needs of our customers.”

Stat-X technology forms foundation for UltraSense integration

Fireaway stated that its Stat-X product range is already in use globally, known for its environmentally safe aerosol-based fire suppression.

The company added that pairing the UltraSense sensors with Stat-X brings additional intelligence to existing setups.

According to Fireaway, this dual approach can help reduce risk in settings with limited access or where immediate suppression is required.

The manufacturer confirmed that live demonstrations of the new system will take place at upcoming trade events.

Stat-X fire detection and suppression solution launches in United States: Summary

Fireaway Inc. has launched UltraSense sensors to complement its Stat-X suppression system.

The UltraSense line will be showcased at CLEANPOWER 2025 in Phoenix and NFPA 2025 in Las Vegas.

The system detects early-stage thermal and environmental changes.

It is designed for use in sectors such as energy storage and critical infrastructure.

Fireaway marked the release during its 20th anniversary year.

The company said combining UltraSense and Stat-X improves detection and suppression speed.

Lance Harry, P.E., described the new system as a smarter and more complete solution.

Stat-X systems are known for their environmentally responsible aerosol fire suppression.

Fireaway stated that UltraSense adds intelligence and shortens response time.

Live demonstrations will be held at Fireaway’s CLEANPOWER and NFPA 2025 booths.

OroraTech secures €37m Series B to expand global wildfire satellite data system

OroraTech expands wildfire monitoring with new investment

OroraTech has confirmed it has extended its Series B funding round to €37 million, with participation from BNP Paribas Solar Impulse Venture Fund, Rabo Ventures, Bayern Kapital, Edaphon and the European Circular Bioeconomy Fund.

According to OroraTech, the Munich-based company operates ten satellites to deliver thermal data for early wildfire detection and fire behaviour prediction.

The company stated that the new funding would support further development of its space-based thermal intelligence infrastructure.

Dr Martin Langer, CEO and CTO of OroraTech, said the investment would enable the company to scale its service for use across government agencies and commercial clients.

Satellite network forms core of wildfire tracking

OroraTech stated that it currently operates ten satellites in orbit, generating a continuous thermal data stream used to support wildfire risk assessment and early warning systems.

The company said its Wildfire Solution platform uses this data to estimate fire risks, detect outbreaks and predict fire spread worldwide.

The system has already been deployed in Australia, Europe and the Americas.

The company said this approach allows real-time monitoring and scenario modelling, giving agencies the ability to simulate future fire behaviour.

Investors highlight climate and ecosystem risks

BNP Paribas Solar Impulse Venture Fund and Rabo Ventures were named as leading investors in the funding round.

Lucas Guillet, Investment Director at BNP Paribas Solar Impulse Venture Fund, said: “We are pleased to support OroraTech, which has established a strong reputation in the space industry and wildfire management ecosystem.”

Guillet added: “Their ability to design and operate nano-satellites, as well as interpret complex data, has contributed to the commercial success of their Wildfire Intelligence solution.”

Shishir Sinha, Executive Director at Rabo Ventures, commented: “The increasing intensity and frequency of wildfires poses a significant threat to our planet, emitting billions of tons of C02 annually, driving biodiversity loss, and diminishing the overall resilience of our ecosystems.”

Growth reflects demand for wildfire solutions

OroraTech said it had signed nearly €100 million in commercial contracts and capital investments over the past year.

Dr Martin Langer stated: “We are executing on a rare window of opportunity – where our scalable space infrastructure meets breakthrough AI.”

He continued: “The backing of two of Europe’s leading banks is a testimony to OroraTech’s position at the forefront of the market, and will further drive our growth as the foundational thermal intelligence provider for many industries and governments worldwide.”

Guillet added: “Our network along with Rabobank offers a promising chance to support solutions that can improve forest protection globally, a mission that aligns perfectly with our fund’s investment thesis.”

OroraTech secures €37m Series B to expand global wildfire satellite data system: Summary

OroraTech has extended its Series B funding round to €37 million.

The round was led by BNP Paribas Solar Impulse Venture Fund and Rabo Ventures.

Other contributors included Bayern Kapital, Edaphon and the European Circular Bioeconomy Fund.

The company operates ten satellites that collect thermal data for wildfire detection and forecasting.

OroraTech stated that the funding will be used to expand its space and data infrastructure.

Dr Martin Langer said the investment will support global scaling of its wildfire intelligence services.

The company’s Wildfire Solution platform models fire risks and growth in real time.

Rabo Ventures cited growing wildfire threats and biodiversity impacts as key factors in the investment.

BNP Paribas highlighted OroraTech’s capacity to manage satellite and data operations effectively.

OroraTech reported nearly €100 million in contracts and investments in the last year.

Euralarm updates guidance on EN 50710 for service companies

Clarification released on EN 50710 remote servicing standard

Euralarm has released an interpretation sheet aimed at helping service companies better understand and apply the EN 50710 standard.

According to Euralarm, the sheet expands on the existing 2022 guidance and provides interpretation, recommendations, and answers to frequently asked questions.

The EN 50710 standard was published in 2021 by CEN-CENELEC and outlines requirements for secure remote services in fire and security systems.

Euralarm’s Services section was involved in the standard’s development, with the goal of increasing adoption of remote servicing by providing actionable guidance.

Content and purpose of the interpretation sheet

Euralarm stated that the new interpretation sheet addresses recurring questions about the implementation of EN 50710.

The sheet consists of two sections.

The first section expands the 2022 checklist, adding interpretation and recommendations for each clause and identifying whether it concerns remote access infrastructure, fire or security systems, or organisational procedures.

The second section includes general answers to frequently asked questions not linked to specific clauses.

Target audience and intended application

Euralarm explained that the interpretation sheet is intended for service companies that aim to provide remote services in accordance with EN 50710.

These companies are required to implement specific organisational processes alongside technical solutions for remote connectivity.

The new resource is designed to support this requirement by clarifying how to interpret and apply the relevant clauses.

Euralarm added that the interpretation sheet can help service companies assess their preparedness for compliant service delivery.

Background on EN 50710 and earlier guidance

Euralarm reported that EN 50710 was developed by the joint technical committee CEN/CLC/JTC 4 and formally published by CEN-CENELEC in 2021.

The standard sets out conditions for secure provision of remote services related to fire and security systems.

To support implementation, Euralarm previously published a guidance document in 2022, followed by a document on cloud service contracting in early 2025.

As CEN-CENELEC does not publish interpretation sheets, Euralarm developed its own to assist its members.

Euralarm updates guidance on EN 50710 for service companies: Summary

Euralarm has released an interpretation sheet for EN 50710.

The EN 50710 standard outlines requirements for secure remote services on fire safety and security systems.

It was developed by CEN/CLC/JTC 4 and published by CEN-CENELEC in 2021.

Euralarm played a role in its development and previously published guidance on remote services in 2022.

The interpretation sheet expands that guidance with clause-by-clause recommendations.

The document contains two sections.

The first section provides detailed interpretations aligned with a checklist.

The second section answers general questions about the standard.

The target audience includes service companies aiming for EN 50710 compliance.

The sheet outlines both technical and organisational requirements for remote services.

Euralarm stated that the resource will assist in understanding and applying the standard.

Hyfire wireless fire devices used in Norwegian heritage building

Fire safety system installed at Norwegian heritage building

Hyfire has reported that its wireless fire detection devices have been installed at a historic mixed-use property in Norway.

The building, which dates back to the 1800s and contains retail units, offices, storage spaces and apartments, required a system that would protect occupants while preserving the building’s historical structure.

The local fire department recommended Hyfire for the project. According to Hyfire, the suggestion was made based on its previous experience fitting wireless systems in similar heritage buildings across Europe.

Installation completed using Hyfire Taurus system

The installation used Hyfire’s Taurus wireless system.

The manufacturer explained that the system was chosen for its ability to be installed quickly without causing damage to interior surfaces.

Michael Gudbransen, Sales & Operations Manager at Holta & Håland Safety AS, Hyfire’s distribution partner in Norway, said: “Given the fact the structure was a protected historical site, by installing the Taurus wireless system we made sure the whole building was safeguarded without the need for invasive work.”

Hyfire stated that after an initial survey, the system was installed rapidly and included 100 devices controlled by Advanced MX Pro 5 panels.

Compliance with heritage regulations ensured

Hyfire said the project was delivered in collaboration with a local installation firm.

The company added that all national fire safety and heritage protection regulations were followed during the work.

It stated that the Taurus system’s design allowed the team to meet regulatory standards without impacting the visual or structural integrity of the building.

The installation was completed within a few days.

Hyfire expands historic building portfolio across Europe

Hyfire explained that the Norwegian installation adds to its portfolio of wireless systems installed in heritage and historic buildings across Europe.

The company said that increasing awareness of the need to protect both lives and historically important buildings has prompted more building owners to consider wireless systems.

Hyfire stated that wireless devices offer flexibility in layout and fast deployment, making them well suited to buildings where traditional cabling would be disruptive or prohibited.

Hyfire wireless fire devices used in Norwegian heritage building: Summary

Hyfire reported that its Taurus wireless fire detection system was installed at a heritage property in Norway.

The building was constructed in the 1800s and contains shops, offices, storage areas and apartments.

The local fire department recommended Hyfire for the project.

Hyfire explained that the Taurus system was selected to minimise disruption.

The installation included 100 devices connected to Advanced MX Pro 5 panels.

The company confirmed the system was installed after a survey and completed within a few days.

Hyfire stated that all heritage and fire regulations were followed.

Holta & Håland Safety AS acted as Hyfire’s distribution partner.

The company added that a local installer completed the work.

Hyfire said the project builds on its portfolio of historic building installations across Europe.

Hochiki Europe donates match tickets to Medway Soccer Academy

Football ticket competition supports Gillingham youth initiative

Hochiki Europe has reported that it awarded 35 tickets to a Gillingham FC home match to Medway Soccer Academy as part of its “Golden Ticket” competition.

The grassroots academy, based in Gillingham, Kent, was selected for its provision of affordable football sessions for local children.

The initiative was founded in 2019 by Matt Waters and operates on a £4 “pay and play” model.

Hochiki team visit academy training with Gillingham FC player

Hochiki Europe stated that Marketing Manager Craig Taylor and Marketing Project Specialist Kara Martin visited the academy during a training session held at a local community park.

They were joined by Gillingham FC midfielder Ethan Coleman.

According to the company, Coleman spent over an hour speaking with children and coaches, discussing his professional experience and responding to questions from the group.

The children reportedly asked about Coleman’s pre-match routines, football inspirations and personal interests.

Parents highlight academy’s affordability and impact

Hochiki Europe said that Kara Martin also spoke with parents in attendance at the training session.

The parents reportedly described the academy as an important activity for families who could not commit to regular team schedules.

They also emphasised the academy’s role in improving children’s confidence and social engagement.

Martin said: “Matt’s unwavering commitment to the community is inspiring.

“Many of these children would otherwise miss out on the experience of a live football match.”

Training session ends with raffle and ticket presentation

Hochiki Europe reported that the visit concluded with a penalty shootout involving academy participants.

Children who scored during the shootout were entered into a raffle to win a future Gillingham FC training experience.

The company stated that Ethan Coleman presented Matt Waters with a golden envelope containing the 35 tickets to the Gillingham FC vs Swindon Town match, which took place on 26 April.

Matt Waters said: “We are incredibly grateful to Hochiki Europe for this amazing opportunity.

“This means the world to our children, many of whom have never experienced a live football game.

“It’s a testament to the hard work of our volunteer coaches and the dedication of our young players.”

Hochiki Europe donates match tickets to Medway Soccer Academy: Summary

Hochiki Europe donated 35 match tickets to Medway Soccer Academy through its “Golden Ticket” competition.

The academy was founded in 2019 by Matt Waters and offers £4 “pay and play” sessions for local children.

The donation was awarded during a visit from Hochiki staff and Gillingham FC midfielder Ethan Coleman.

Coleman spoke with children and coaches about his football career.

Parents at the session said the academy provides accessible and supportive activities for local families.

The event included a penalty shootout and a raffle for a future training experience.

The 35 tickets were for the Gillingham FC vs Swindon Town match on 26 April.

Waters said the donation recognised the work of the volunteer coaches and young players.

Hochiki Europe is the Rainham End sponsor of Gillingham Football Club.

MSA Safety acquisition of M&C TechGroup: Global expansion in gas analysis systems

MSA Safety completes acquisition of M&C TechGroup for $200 million

MSA Safety has announced the acquisition of M&C TechGroup, a Germany-based company specialising in gas analysis systems, in a transaction valued at approximately $200 million.

According to MSA Safety, the acquisition supports its business strategy by expanding its detection portfolio and entering new industrial markets.

M&C TechGroup is headquartered in Ratingen and employs around 220 people worldwide.

M&C TechGroup product portfolio spans multiple industries

MSA Safety stated that M&C TechGroup develops systems for gas sampling, gas conditioning and process control, used across sectors such as energy, chemicals, utilities, manufacturing and food production.

Founded in 1985, M&C’s technology is used in critical environments where gas detection and monitoring is required.

The company’s operations and expertise are expected to complement MSA Safety’s existing detection solutions, according to the acquiring firm.

MSA Safety outlines strategic rationale for acquisition

Steve Blanco, President and CEO of MSA Safety, said the move was part of the company’s Accelerate strategy, focused on growing its detection segment and expanding through acquisitions.

Blanco said: “We are excited to welcome M&C to the MSA Safety family.”

He continued: “By bringing aboard M&C, we expand our addressable market in detection, with complementary technologies across diverse markets.

“The acquisition of M&C aligns well with our Accelerate strategy, which includes a focus on growing our detection business and enhancing our portfolio through strategic acquisitions.”

Blanco also stated: “With M&C’s leadership position and expertise in gas measurement, gas analysis and process control, we expect to accelerate its growth by leveraging our global footprint, customer relationships and distribution network.”

He added: “Overall, the acquisition positions us to be a leading provider of high-quality gas analysis solutions that create value for customers by enhancing infrastructure and workplace safety, optimising processes and reducing costs.”

M&C TechGroup leadership supports integration

M&C TechGroup’s Managing Director and principal owner Olaf Sommer welcomed the transaction and expressed alignment between the two companies.

Sommer said: “Our two companies share similar values and cultures, and that was an important factor in our decision to join forces with MSA Safety.

“MSA’s leadership position in detection technology, its commitment to innovation and its core values centered around integrity make this transaction an excellent fit for our customers, our people and our business.”

Sommer added: “By leveraging MSA’s global market reach, its distribution resources and its detection expertise, we have a great opportunity to expand our business well beyond the installed base and markets we serve today.”

MSA Safety acquisition of M&C TechGroup: Summary

MSA Safety has acquired M&C TechGroup in a deal worth approximately $200 million.

M&C TechGroup is based in Ratingen, Germany.

The company produces gas analysis systems including sampling, conditioning and process control technologies.

Its products are used in energy, chemical, utility, manufacturing and food sectors.

MSA Safety said the acquisition supports its strategy to grow the detection segment.

Steve Blanco is President and CEO of MSA Safety.

Blanco said the purchase will help expand market access and strengthen the product portfolio.

Olaf Sommer is Managing Director and principal owner of M&C TechGroup.

Sommer said the two companies share similar values and welcomed the integration.

The acquisition includes M&C TechGroup’s workforce of approximately 220 employees.

C-TEC CAST fire alarm systems now covered by extended warranty

Warranty introduced across full range of CAST-powered systems

C-TEC has confirmed that all CAST-powered life safety products manufactured from 1 May 2025 will now be covered by a 5-year warranty.

According to the company, the extended warranty includes the XFP and ZFP CAST addressable fire systems, the EVAC-ALERT BS 8629 evacuation alert system, the HUSH-PRO BS 5839-6 Grade C residential fire alarm systems and the CAST-PRO combined detection and alarm devices.

The manufacturer stated that this decision reflects confidence in its design, production and testing processes, all of which take place in-house in the UK.

Manufacturing process and quality assurance behind decision

C-TEC’s Manufacturing Director Peter Butterworth said: “We are incredibly proud of our manufacturing capabilities and our continued investment in cutting-edge technology and third-party certification.”

Butterworth added: “The decision to offer a 5-year warranty on our CAST-powered systems stems from the confidence we have in our manufacturing process quality and employee expertise.”

He said: “Every single one of our products is designed, manufactured and tested here at C-TEC to give us complete control over our processes and give our customers the confidence that our systems will work seamlessly in any situation.”

Warranty applies from 1 May 2025 for all CAST products

C-TEC stated that the extended warranty is effective only for CAST products manufactured after 1 May 2025.

The company explained that CAST (C-TEC Addressable System Technology) is its proprietary life safety protocol, designed to support quick installation, maintenance and operation.

C-TEC noted that all its key product lines are powered by CAST, including both commercial fire detection and residential alarm systems.

Sales director cites benefit for domestic and international users

Charlotte Manley, Sales Director at C-TEC, said: “Our CAST-powered life safety systems are proving to be a huge success not just in the UK but overseas too.”

Manley added: “The addition of a 5-year warranty across the entire range, combined with the EN54-13 system certification we have had on our XFP and ZFP CAST fire systems for some time, will hopefully provide the reassurance everyone in the supply chain needs that our systems are the right choice for multiple applications.”

She said: “Whatever the situation, CAST can help and I would urge anyone with an upcoming original project to get in touch as we have some very special project pricing available for first time CAST purchasers.”

C-TEC CAST fire alarm systems now covered by extended warranty: Summary

C-TEC has introduced a 5-year warranty on all CAST-powered fire safety systems.

The warranty applies to products manufactured after 1 May 2025.

Covered systems include the XFP and ZFP CAST addressable fire alarms.

Other eligible products include the EVAC-ALERT evacuation system and HUSH-PRO residential systems.

The CAST-PRO detection and alarm range is also covered.

C-TEC said the warranty reflects its in-house design and manufacturing standards.

Peter Butterworth said the company’s control over production supports this move.

Charlotte Manley said the warranty, alongside existing certification, supports product reliability.

CAST systems are used in UK and international projects.

The company encouraged potential buyers to contact their account managers for more details.

EU chemical detection deployment expands via rescEU stockpile programme

Chemical detection devices deployed across EU via rescEU project

908 Devices Inc. has reported that its handheld chemical detection devices are now part of the European Union’s rescEU disaster preparedness stockpile.

According to 908 Devices, multiple units have been delivered over the past six months to emergency response agencies in the Czech Republic and Finland.

The devices, used for identifying chemical substances on-site, form part of a strategic reserve funded by the EU to improve response to chemical, biological, radiological and nuclear (CBRN) emergencies.

Czech Fire Brigade receives XplorIR and ThreatID devices

908 Devices stated that the Czech Fire Brigade has acquired 12 handheld chemical detection devices under the rescEU initiative.

The organisation received two types of devices: XplorIR, which identifies and quantifies over 5,000 gases and vapours, and ThreatID, which identifies more than 28,600 unknown solids, liquids and gases.

The Czech Fire Brigade operates as part of the national integrated emergency rescue system.

Finland expands chemical preparedness with ProtectIR analyzers

The company noted that the Finnish rescEU project acquired a quantity of ProtectIR handheld FTIR analyzers, designed to identify over 23,000 solid and liquid chemicals.

Initial shipments were completed in Q4 2024, with remaining deliveries finalised in Q1 2025.

According to 908 Devices, the Finnish project involves the National Emergency Supply Agency, Finnish Institute for Health and Welfare, Radiation and Nuclear Safety Authority, and Ministries of the Interior and Social Affairs and Health.

Chemical detection highlighted as key to response capabilities

Kevin J. Knopp, CEO and Co-Founder of 908 Devices, said: “The ability to rapidly identify unknown threats in the field is critical to modern disaster response.”

Knopp added: “We are proud to support efforts to equip frontline teams across Europe with advanced chemical detection technologies.”

EU chemical detection deployment expands via rescEU stockpile programme: Summary

908 Devices reported that its handheld chemical detection devices have been integrated into the EU’s rescEU disaster stockpile programme.

The Czech Fire Brigade received 12 devices from two product lines: XplorIR and ThreatID.

XplorIR detects over 5,000 gases and vapours.

ThreatID identifies more than 28,600 chemical substances in various states.

Finland’s rescEU initiative acquired a large number of ProtectIR analyzers.

ProtectIR devices identify over 23,000 solid and liquid chemicals.

Partial shipments to Finland took place in Q4 2024.

Remaining units were delivered in Q1 2025.

Finnish agencies involved include the National Emergency Supply Agency and multiple ministries.

The devices are intended for use in CBRN response scenarios.

908 Devices stated that rapid chemical detection supports emergency preparedness.

Fire Drill Best Practices for Elementary, Middle and High Schools

Peter Lee explains why age-specific fire drill planning, legal compliance and post-drill review are essential for improving emergency response in K-12 schools

Fire preparedness is an essential element of school safety and regular fire drills are one of the best chances to build readiness throughout a campus.

Even though we all hope for 100% prevention of emergencies, fire drills provide schools with the opportunity to verify students and staff know exactly how to respond when an emergency does occur.

However, not all fire drills should be identical; variables such as age appropriateness should be taken into consideration.

What is appropriate for a high school will not be appropriate for a kindergarten class.

To truly prepare a K-12 campus, the fire drill process must be age appropriate, well thought out, in a proper program and the Right Now Toolkit provides modern support.

Tools to Detect Fire Before It Spreads

The use of early fire detection in a building is a huge advantage before a fire drill is necessary.

Many schools are looking to AI-enabled technologies to identify early warning signs of fire: smoke patterns, sudden temperature spikes, or visual cues—all before the traditional fire alarm has even sounded.

Surveillance systems equipped with artificial intelligence now serve as early warning systems.

These tools alert school administrators the moment something unusual is detected, giving them critical extra minutes to respond.

For example, platforms like Coram AI integrate fire detection alerts with school security workflows, providing early warnings that complement traditional alarm systems and evacuation plans.

By pairing smart detection with well-practiced drills, schools can turn reaction time into a life-saving advantage.

Why Fire Drills Matter in K-12 Schools

Drills for fire aren’t only a formality – they help students and staff take the appropriate action, quickly and clearly, during a fire.

As we know from experience, the more regularly evacuation drills are done the less panic there is, the more orderly the evacuation is and the easier it is for all stakeholders to recognize areas of concern in a school’s emergency response plan.

When actual emergencies occur, indecision can mean lives lost.

Drills create muscle memory and allow everyone to recognize where to go, the safest path to get there and what is likely to happen.

Drills also embed general follow-structure and the calmness to listen to instruction; this is especially helpful for younger students who may be experiencing fear or confusion during emergencies.

Legal Requirements and Compliance

Most states in the U.S.

have legal requirements mandating the frequency and documentation of fire drills in schools.

Public schools are typically required to conduct one drill per month during the academic year.

Private schools often follow similar standards, depending on licensing and accreditation rules.

In addition to regular scheduling, schools must maintain logs of all drills, ensure participation from every student and staff member and follow recognized safety standards like those provided by the National Fire Protection Association (NFPA).

Compliance isn’t just about checking boxes—it’s about accountability and creating a culture of preparedness.

Core Principles of an Effective Fire Drill

A fire drill worth doing has three important defining qualities: clarity, consistency and reflection.

First, schools need a clear process for communicating during the drill.

There should be no question about what the alarm means when it sounds—everyone should be aware that this is a drill, what to do next and where to go.

Roles and responsibilities need to be clearly articulated.

Teachers need to lead students slowly and calmly outside the building.

Staff members need to check bathrooms and stairwells, as well as chase down those hidden spaces.

Once at the assembly areas, attendance should be taken as efficiently as possible to account for every individual.

Lastly, following the drills, a brief debrief should happen to show what was effective, what can be improved upon and so on.

This cycle of action and adjustment allows every drill to be a learning moment.

Fire Drill Best Practices by Grade Level

Elementary School

Small children can be vulnerable when it comes to fire drills – they typically require more support and supervision.

First, we want to introduce drills to children in the most positive way possible so as not to create undue anxiety.

It is useful to introduce a fire drill using story, picture, or the context of the classroom.

Most students will need time to practice lining up, walking quietly in line, listening to their teachers and just practicing hearing the alarm.

Think first, be a coach, create scenarios where students feel safe and reinforce the expected norm with encouragement not pressure.

Also, younger students may not fully accept the urgency of a response.

It is important to implement the plan on more than one occasion,getting younger students used to the structure or response plan over time.

Middle School

As students begin to take responsibility for their learning, the process can shift.

Educators should explicitly explain the rationale behind drills and involve students more in the process.

Creating small roles for students, like leading a line, or monitoring exits can increase student engagement.

At this stage it is also helpful to introduce different scenarios with students – such as random exit routes or random timing.

These different variations take students beyond simply following instructions and challenge them to think critically on their feet and adapt to the chaos of real life emergencies.

High School

Older students are able to safely take on a big role in safety planning.

When conducting fire drills, there should be more complexity at the Senior and Secondary levels (the complexity of evacuating students from labs, locker rooms, or gyms.).

The fire drills should incorporate rotations across periods so that a variety of students, at least once, can participate in the first group evacuation.

When there are excited, engaged individuals, ask them to support in developing an open safety plan (involving various community members) ahead of time lends itself to developing stronger accountability for safety.

Fire drills should occur purposely at all times of the day, students developers and an open discussion should occur afterward to receive feedback to underscore that fire drills are not to be taken lightly.

Planning and Executing Fire Drills Efficiently

Well-planned-fire drills are effective fire drills.

When planning, schools should conduct drills at different times during the day.

Consider doing these drills at class changes, lunch and recess to maximize the realistic practice schools are trying to achieve.

It’s always a good idea to have staff briefed ahead of time…especially if routes or procedures have changed!

Working with local fire department crews can provide a useful element of realism or support.

Firefighters can review site layouts with schools, watch drills and provide inputs to enhance overall safety planning.

Coordination tools like PA systems, radios, or apps will help staff communicate better in drills.

Schools should conduct a debrief after every drill.

What went well? Where did delays occur? Were all students accounted for? Reviewing drills is necessary for improvement.

Mistakes to Avoid

One mistake is treating fire drills like a routine interruption instead of a preparation exercise.

When fire drills are hurried, or if students and staff are not laser-focused on the fire drill along with its importance, students and staff are far less likely to take the necessary actions during a real fire emergency.

Other problems are (overcrowded exits,) (unclear teacher instructions,) (not accommodating for students with special needs in drill planning.)  The problems identified can be resolved by honest and continuous review through professional development and practices that support planning for the whole school community.

Enhancing Drills with Modern Tools

Technology’s role in modern fire preparedness is becoming increasingly important.

Smart cameras, AI alerts and digital attendance tracking systems, allows schools to respond quicker and much more accurately.

For example, when schools use a digital system that tracks students check in during evacuations, schools don’t have to guess on a paper roster.

Integrating these tools into your drills ensures that the school isn’t just compliant—it’s truly prepared.

Involving the Community

An effective fire safety plan should be more than just the school.

Schools should be working with their local fire department in a more collaborative way regarding reviews and training on a regular basis.

Informing parents when drills occur through newsletters, or meetings will create trust and will also help remind parents to reinforce safety lessons at home.

FAQs

How often should fire drills be conducted in schools?

Most states require schools to hold one fire drill per month while in session.

However, it’s best to vary timing and scenarios throughout the year.

Are unannounced fire drills effective?

Yes.

While announced drills are good for training, unannounced drills better simulate real emergencies and test true preparedness.

What should schools do for students with special needs during fire drills?

Create Individualized Evacuation Plans (IEPs) with input from caregivers, teachers and staff.

Assign aides or buddies as needed to ensure safe and calm evacuations.

Is it necessary to run drills during lunch or class changes?

Absolutely.

Emergencies can happen at any time and practicing during non-standard periods ensures everyone is prepared no matter where they are on campus.

Do private schools have to follow the same regulations?

While regulations vary, most private schools are expected to follow local safety codes and maintain their own documentation for drills and emergency plans.

Key Takeaways

Fire drills are an essential aspect of school safety protocols, but their effectiveness, as well as the planning and strategy we are going to talk about, depend on purposeful planning, age appropriate methodology and consistency of review.

With powerful resources like AI surveillance detects a fire early and coordination platforms, the need to go beyond the bare minimum of compliance is clear, we can create a culture of readiness.

No matter if you are with first graders or high school seniors, the intent is the same — make sure everyone understands what to do when every second counts.

About the Author

Peter Lee is a seasoned content marketer with a strong focus on B2B and AI-driven solutions. With years of experience crafting high-impact content strategies, Peter helps tech companies translate complex technologies into compelling stories that drive growth and engagement. When he’s not writing about the future of AI, he’s exploring the intersection of innovation and business strategy.