DAS Fire confirms senior appointments to support data centre fire safety

by Featured NewsFire DetectionFire SuppressionPeople

Leadership appointments at DAS Fire

DAS Fire has announced a series of leadership changes in December 2025 as it continues to support fire detection and suppression projects for the data centre sector from its base in Reading, UK.

The company confirmed that Dave Parry has taken on the role of Managing Director with responsibility for guiding ongoing expansion.

He brings experience in leadership roles and is expected to focus on maintaining technically robust solutions and customer service.

DAS Fire stated that these appointments mark a new phase in the company’s development.

Claire Owens, Chief Executive Officer of Alpine Group, said: “These changes represent an important step forward for DAS Fire, we are deeply grateful to Stuart for his leadership and lasting contributions.

“We are deeply grateful to Stuart for his leadership and lasting contributions.

“With Dave’s experience and Paul’s continued dedication, we are well-positioned to build on our strong foundation and deliver the innovation, reliability, and service that our clients have come to expect.”

The company reiterated its commitment to delivering advanced, client-focused solutions and to maintaining high standards of quality, safety and customer satisfaction.

Stuart Parker to support DAS Fire as consultant

According to DAS Fire, long-serving leader Stuart Parker will step back from day-to-day responsibilities.

He will continue to work with the business in a consulting capacity.

The company said this arrangement allows DAS Fire to retain his detailed knowledge of the organisation and the sectors it serves.

His ongoing involvement is intended to provide continuity for existing projects and customers.

DAS Fire highlighted his long-standing commitment to the business and its growth.

Executive director role focused on customer engagement

DAS Fire confirmed that Paul Darke has assumed the role of Executive Director.

In this position he will continue to lead customer engagement activities.

He will also be responsible for commercial partnerships with organisations that work with DAS Fire.

The company said this role is central to maintaining its reputation for service and technical expertise.

DAS Fire added that the leadership structure is designed to support its work in the data centre sector.

How DAS Fire leadership changes relate to safety-focused clients

DAS Fire supplies fire detection and suppression services to the data centre sector, so leadership continuity is closely tied to how projects are delivered and supported.

The appointment of Dave Parry as Managing Director defines who will oversee the company’s expansion, technical delivery and customer service priorities.

The continued involvement of Stuart Parker in a consulting capacity means existing relationships and operational knowledge remain accessible to ongoing projects.

For customer-facing work, the Executive Director role held by Paul Darke clarifies who leads engagement on commercial partnerships and client service.

These developments are directly relevant for data centre facility managers who rely on fire-detection and suppression partners, and for system installers and fire-protection contractors who integrate such solutions.

Clear leadership responsibilities at DAS Fire can help these stakeholders understand decision-making routes, technical escalation paths and who to contact for planning and future upgrades.

Why Fogmaker’s new section valve matters for electric vehicle fire suppression

by Featured NewsFire SuppressionProducts

Fogmaker introduces section valve for multi-zone fire suppression

Fogmaker International AB has announced the launch of its section valve, a new component designed to deliver targeted fire suppression across multiple zones in vehicles with several critical compartments.

The company said that traditional vehicle fire suppression systems could previously handle only one deployment zone using a single piston accumulator.

The new section valve, however, enables control of up to four deployment zones from the same accumulator.

Fogmaker stated that this development could transform fire suppression for commercial electric vehicles.

Designed for the needs of electric vehicles

According to Fogmaker, vehicles with diesel engines typically present most fire hazards within one compartment.

By contrast, the design of battery-electric vehicles means that risk areas are distributed across several locations.

The company explained that the section valve was created to address this challenge by directing fire suppressant to up to four individual zones.

It added that the system improves fire control efficiency by focusing suppression where it is most needed during an emergency.

Application for battery-electric buses

Fogmaker said the section valve will be particularly valuable in electric buses, which require additional evacuation time in the event of a thermal incident.

Carl Zandler, responsible for the bus segment at Fogmaker International, said: “With the section valve, the system offers cooling for two minutes. This is vital time when evacuating a bus.”

“It also means the time can easily be increased to four minutes. This is a valuable window in any evacuation scenario.”

Supporting safer electrified transport

Fogmaker noted that electric buses are increasingly forming the backbone of public transport networks worldwide.

The company said the section valve represents an intelligent and responsive fire suppression solution, addressing the key safety concern of the battery-electric vehicle era by bridging the gap between fire onset and passenger evacuation.

It added that the firm has partners in more than 60 countries, three subsidiaries and almost 400,000 systems installed globally.

Relevance for fire and safety professionals

The launch of Fogmaker International’s section valve is relevant for professionals involved in transport fire safety, vehicle design and system specification.

For manufacturers and operators of battery-electric buses, the technology provides a practical means of enhancing evacuation safety and maintaining suppression performance across multiple risk zones.

For fire safety engineers and fleet safety managers, the valve’s capacity to manage four deployment zones with one piston accumulator could simplify system design and reduce maintenance requirements while supporting compliance with future electric vehicle safety standards.

This article was informed by information from the following source: Fogmaker International AB

EPA finalises fire suppression rule for HFC allowances

by Featured NewsFire Suppression

EPA confirms renewed allowances for HFC use

The U.S. Environmental Protection Agency (EPA) has finalised a rule to extend limited access to hydrofluorocarbons (HFCs) for key fire suppression and other critical applications.

According to the EPA, this marks the first mandatory five-year review of application-specific allowances (ASAs), which are now renewed through 2030.

The agency stated that the allowances will support continued access to HFCs across sectors where alternatives are not yet available.

It confirmed that the decision affects health, defence, technology and fire safety sectors.

Details of approved applications

The EPA reported that priority access to HFCs will be maintained for five specific uses.

These include propellants in metered dose inhalers, certain foams for marine and trailer uses, etching of semiconductor material and cleaning of chemical vapour deposition chambers in the semiconductor sector.

They also include mission-critical military applications and onboard aerospace fire suppression systems.

The agency said these were determined to be critical areas with no viable substitutes currently available.

EPA statement on the rule

Assistant Administrator for Air Aaron Szabo said: “Today’s rule is not just about giving essential sectors such as health, defense, and technology the ability to continue to operate at full capacity but ensuring we are fulfilling our core mission of protecting human health and the environment.

“As one of the many Americans who uses a metered dose inhaler every day, I understand the life-saving impact this will have.

“It also reaffirms our commitment to making America the AI capital of the world as we continue Powering the Great American Comeback at EPA.”

Defence spray exemptions

The EPA outlined that defence sprays are excluded from aerosol requirements established under the 2023 Technology Transitions Rule.

It stated that ASA eligibility for defence sprays will not be renewed from calendar year 2026.

The agency explained that this was because defence sprays will continue to have access to HFCs through the open market.

It added that this adjustment ensures that military and law enforcement can continue to use available products without disruption.

Wider phasedown programme

The EPA said that the new rule does not change the structure of the HFC phasedown programme.

It explained that the allowances are narrowly focused on applications where no alternatives exist.

The agency stated that overall reduction targets for HFC use remain in place under existing frameworks.

It added that the phasedown schedule continues to align with commitments under the American Innovation and Manufacturing Act.

Implementation through 2030

The EPA confirmed that the renewed allowances apply through 2030.

It said that this review is part of a cycle designed to assess the ongoing need for HFCs in essential applications.

The agency indicated that further reviews may take place beyond 2030 if required.

It explained that monitoring and reporting mechanisms will continue to ensure that HFC use remains limited to approved categories.

Relevance for fire and safety professionals

The EPA’s decision to renew allowances includes onboard aerospace fire suppression, which directly impacts fire safety planning in aviation and defence contexts.

For professionals in these sectors, the rule ensures that existing suppression systems using HFCs remain viable through 2030.

It also highlights the absence of alternatives to HFCs in certain applications, providing clarity for equipment specification and compliance planning.

This regulatory update may influence procurement, design, and risk assessments in organisations reliant on HFC-based suppression systems.

EPA finalises fire suppression rule for HFC allowances: Summary

The U.S. Environmental Protection Agency (EPA) has finalised a rule extending access to hydrofluorocarbons (HFCs) through 2030.

The rule renews application-specific allowances (ASAs) after the agency’s first five-year review.

The allowances apply to propellants in metered dose inhalers and certain foams for marine and trailer use.

They also cover semiconductor etching and cleaning, mission-critical military applications, and onboard aerospace fire suppression.

Defence sprays are excluded from ASA renewal from 2026 but remain available on the open market.

Assistant Administrator for Air Aaron Szabo said the rule supports health, defence, and technology sectors while protecting human health and the environment.

The EPA confirmed that overall phasedown targets for HFCs remain unchanged.

The allowances are limited to applications without viable alternatives.

The agency indicated that monitoring and reporting will continue.

The renewed allowances remain in effect through 2030.

Zenova begins fire suppression unit production in Albania

by Featured NewsFire Suppression

Zenova starts production of ceiling-mounted fire suppression system

Zenova Group has confirmed that full-scale production of its Zenova CS ceiling-mounted fire suppression unit is now underway at a new facility in Albania.

According to Zenova Group, the manufacturing site is operated by Zenova SEE, a joint venture formed between Zenova and its regional partners in South-Eastern Europe.

The company said that production began after a commissioning period following announcements in April and May 2025.

Zenova confirmed that the facility is supplying units to customers across the Balkans and Europe and is expected to deliver its first completed orders in the third quarter of 2025.

The site follows Zenova’s existing quality assurance procedures and is part of the company’s broader strategy to develop regional manufacturing across EMEA.

Facility to support distribution across Balkans and Europe

The Albania-based site will operate as a distribution hub for Zenova CS units across South-Eastern and Central Europe.

Zenova stated that the joint venture enables faster order fulfilment and reduces delivery costs by moving production closer to the target markets.

The new location is also expected to reduce lead times for customers and streamline logistics within the region.

The company said the decision to establish a permanent manufacturing base in Albania reflects its approach to working with local partners in strategically important areas.

Zenova added that all units produced at the new site meet its established performance and safety criteria.

New unit targets residential and commercial applications

The Zenova CS fire suppression unit is designed to activate automatically in the event of a fire.

It is ceiling-mounted and contains an integrated detection and suppression mechanism within a self-contained unit.

Zenova described the system as suitable for use in residential buildings, commercial premises, and industrial facilities.

The company explained that the unit uses a proprietary fire suppression agent developed by Zenova that is non-toxic.

Zenova said the design of the CS unit aims to provide passive protection in locations where active fire systems may not be present or practical.

CEO comments on manufacturing strategy

Thomas Melchior, CEO of Zenova Group PLC, said the expansion in Albania aligns with the firm’s broader EMEA manufacturing strategy.

Melchior said: “Commencing production in Albania through Zenova SEE is an important step in scaling our manufacturing footprint while aligning with our strategy of embedding Zenova solutions in high-growth regions.
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“This initiative enables faster deployment and lower logistics costs while empowering regional stakeholders to promote fire safety innovation.
”

Melchior was previously quoted in April and May regarding the anticipated benefits of the Albania facility and its role in Zenova’s regional growth model.

Timeline and next steps for product rollout

Zenova said the Albania facility is expected to fulfil current orders and support additional demand during the third quarter of 2025.

The company noted that full-scale production has already started and that the first units have passed quality checks.

Shipments are expected to commence within the coming months, depending on final logistics arrangements and customer schedules.

Zenova added that the new manufacturing capability provides flexibility in responding to changing regional requirements.

The company also confirmed that further information on distribution agreements will be made available in due course.

Zenova begins fire suppression unit production in Albania: Summary

Zenova Group has started production of its CS ceiling-mounted fire suppression unit at a facility in Albania.

The site is operated by Zenova SEE, a joint venture between Zenova and regional partners.

The company made announcements on this development in April and May 2025.

Production is part of Zenova’s plan to establish EMEA-based manufacturing hubs.

The facility is serving customers in the Balkans and wider Europe.

First deliveries are expected in Q3 2025.

Units produced at the site follow Zenova’s quality assurance standards.

The Zenova CS unit is a self-contained automatic suppression system.

It uses a proprietary, non-toxic fire suppression agent.

The unit is designed for residential, commercial, and industrial use.

Zenova CEO Thomas Melchior said the Albania expansion supports regional manufacturing growth.

The company said this move reduces logistics costs and improves response times.

Further updates on product rollout and distribution are expected.

Johnson Controls relaunches Connected Sprinkler service for predictive fire safety

by Featured NewsFire SuppressionProducts

Connected Sprinkler service updated for real-time digital maintenance in US buildings

Johnson Controls has relaunched its Connected Sprinkler service in the United States, aiming to help facility managers identify fire protection issues before they cause system disruption.

According to the company, the Connected Sprinkler service collects real-time data from temperature, pressure and water indicators to improve decision-making around maintenance schedules.

Johnson Controls stated that the system is compatible with all existing sprinkler hardware and uses alerts to categorise risk levels, helping technicians act quickly if issues are detected.

The company explained that the service supports a shift from scheduled inspections to predictive maintenance, citing the US Department of Energy’s estimate that downtime can be reduced by up to 40 percent with such an approach.

It added that this supports both cost management and improved fire protection reliability across a range of building types.

System design enables compatibility with existing sprinkler hardware

Johnson Controls reported that the service is hardware agnostic, meaning it can integrate into sprinkler systems already in place across various facilities.

It said that this allows both new and existing buildings to access insights without requiring major equipment upgrades.

Data is collected from multiple indicators, including temperature, pressure, and water presence, with the system creating a baseline over time.

By observing recurring patterns, the company explained, the service enables maintenance teams to anticipate and act on potential issues.

It also noted that the system’s compatibility reduces the cost and complexity of deploying connected fire safety technology across diverse portfolios.

Alerts and priority categories support fast response

According to Johnson Controls, issues detected through the Connected Sprinkler service are categorised into three levels of priority.

The manufacturer said that frequent alerts are generated when performance falls outside normal thresholds.

Real-time notifications are sent in response to specific risks such as pipe freezing, pressure imbalance, and unexpected water presence.

This allows building staff and technicians to act before faults lead to more serious system failures or building disruption.

Johnson Controls noted that the feature is aimed at reducing the frequency of unplanned maintenance events.

Service aims to support long-term reliability and planning

The company stated that the Connected Sprinkler service is intended to improve system reliability by encouraging proactive intervention.

Over time, the service tracks data trends to give a clearer view of fire system behaviour during different operational conditions.

Johnson Controls said this helps establish long-term performance patterns and identify emerging maintenance requirements before they become failures.

It also noted that the tool assists with resource planning and budgeting by indicating where intervention is likely to be required in the future.

The system is part of a wider suite of digital fire services that aim to supplement physical inspection requirements with continuous insight.

Company focus is on supporting data-driven fire protection

Dustin Teske, Portfolio Leader for Digital Fire Offerings at Johnson Controls, said: “With the continued evolution of our Connected Sprinkler service, we’re not only improving the service experience but also helping to save our customers time and money.”

He added: “By integrating advanced technologies, we’re enhancing system reliability by equipping stakeholders and service technicians with the tools they need to make proactive maintenance decisions.”

Johnson Controls stated that the Connected Sprinkler service is part of a broader strategy to support fire safety through digital infrastructure.

The company reported that its digital services are designed to align with established codes and standards, while also enabling more responsive maintenance models.

It highlighted that data-driven insights are intended to augment rather than replace traditional fire protection methods.

Johnson Controls relaunches Connected Sprinkler service for predictive fire safety: Summary

Johnson Controls has relaunched its Connected Sprinkler service in the United States.

The service provides real-time data from temperature, pressure, and water indicators in sprinkler systems.

The company said the system is compatible with existing sprinkler hardware.

It added that facility managers can shift from scheduled inspections to predictive maintenance.

The US Department of Energy estimates predictive maintenance can reduce downtime by up to 40 percent.

Johnson Controls stated that alerts are categorised into three levels to support rapid response.

Real-time notifications are sent for pipe freezing, pressure imbalance, and water presence.

Over time, the system tracks data to form a performance baseline.

The company said this helps identify issues before failure occurs.

Dustin Teske of Johnson Controls said the system supports proactive fire system decisions.

The service is part of Johnson Controls’ digital fire protection strategy.

Water mist systems and sprinkler systems in England: Fire incident statistics 2018 to 2024

by Featured NewsFire SuppressionResearch

Data shows water mist and sprinkler systems limited fire spread

The UK Ministry of Housing, Communities and Local Government has published statistics showing the effects of water mist and sprinkler systems on primary fires in England between 2018 and 2024.

The data, released on 26 April 2025, covers incidents where active water mist or sprinkler systems were present at the time of the fire.

According to the UK Ministry of Housing, Communities and Local Government, the majority of operational sprinkler and water mist systems either extinguished or controlled fires when they activated.

Performance of water mist and sprinkler systems in containing fires

The UK Ministry of Housing, Communities and Local Government reported that most primary fires were either extinguished or controlled when water mist or sprinkler systems operated.

It stated that systems that activated generally had a positive impact in managing the fire.

The organisation added that there remained a minority of cases where systems did not fully contain or extinguish the fire.

System location and impact on fire containment

According to the UK Ministry of Housing, Communities and Local Government, sprinkler and water mist systems located in the room of origin of the fire were more likely to limit fire spread.

It reported that system location played an important role in the outcome of fire incidents.

The organisation explained that systems situated further from the fire’s origin were associated with lower effectiveness in fire control.

Causes of poor outcomes in system performance

The UK Ministry of Housing, Communities and Local Government stated that where fire containment was unsuccessful, common factors included fires occurring outside the protected area or faults within the system.

It reported that some outcomes were affected by system coverage limitations.

It added that in a proportion of incidents, the reasons for system failure could not be determined.

Water mist systems and sprinkler systems in England: fire incident statistics 2018 to 2024: Summary

The UK Ministry of Housing, Communities and Local Government released fire incident data for England from 2018 to 2024.

The data covered primary fires where water mist or sprinkler systems were installed.

The majority of fires were extinguished or contained when systems operated.

Systems had greater success when located in the room where the fire started.

Unsuccessful outcomes were often linked to system faults or limited coverage.

Some cases did not have a clear cause for system failure.

PFAS destruction technology tested in Minnesota waste facility

by Featured NewsFire SuppressionProjectsSustainability

PFAS trial launched at Lake Elmo site in the United States

General Atomics Electromagnetic Systems has reported that its commercial PERSES waste destruction system is being delivered to a waste management facility in Lake Elmo, Minnesota.

The deployment is part of a demonstration project led by environmental remediation firm Bay West LLC and funded by the U.S. Army Engineer Research and Development Center (ERDC).

The trial aims to show PERSES’ capacity to destroy per- and polyfluoroalkyl substances (PFAS) waste at industrial scale.

The system will remain at the Lake Elmo facility for approximately four weeks before being moved to other locations for additional demonstrations under separate contracts.

PERSES system previously verified in full-scale testing

In 2024, Bay West carried out trials at the General Atomics Electromagnetic Systems testing site in San Diego.

Analysis of the results, submitted to ERDC, indicated PERSES achieved 99.99% or greater PFAS destruction across various waste materials from both public and private sources.

The upcoming Lake Elmo trial will involve processing PFAS and other organic waste from sources including Aqueous Film-Forming Foam, landfill leachate, biosolid sludge, soils and sediment, and filtration materials such as granular activated carbon and resin beads.

Government and community support for demonstration project

Scott Forney, president of General Atomics Electromagnetic Systems, said: “Minnesota’s government leadership, as well as states across the nation are actively implementing strategies to eliminate PFAS from the environment and mitigate the adverse effects these ‘forever chemicals’ have on public health and safety.”

He added: “We are excited to bring the destruction power of PERSES to Lake Elmo as local, state, and federal government agencies continue to evaluate PERSES’ capabilities to eliminate PFAS from a myriad of waste streams.

“We appreciate the efforts the Lake Elmo city council and local community have made to support this project and look forward to a successful demonstration program.”

Bay West and ERDC roles in research and remediation

Bay West LLC is overseeing the demonstration project.

The company is based in St. Paul, Minnesota, and offers environmental consulting and remediation services for government and commercial clients.

ERDC is part of the Office of the Assistant Secretary of Defense for Research and Engineering.

It provides scientific and engineering expertise to U.S. military and civilian agencies on environmental and infrastructure challenges.

PFAS destruction technology tested in Minnesota waste facility: Summary

General Atomics Electromagnetic Systems has delivered its PERSES waste destruction system to a waste management facility in Lake Elmo, Minnesota, for a four-week demonstration.

The project is managed by Bay West LLC and funded by the U.S. Army Engineer Research and Development Center (ERDC).

It aims to evaluate the system’s industrial-scale performance in destroying per- and polyfluoroalkyl substances (PFAS) across a range of waste media.

In 2024, PERSES achieved 99.99% or greater PFAS destruction efficiency in full-scale tests conducted in San Diego.

The Lake Elmo trial will process materials including firefighting foam, landfill leachate, sludge, soils, and treatment filtration residues.

Following this demonstration, the system will be relocated to other test sites.

Bay West is a Minnesota-based environmental services firm.

ERDC is a U.S. Department of Defense research body supporting environmental and infrastructure science across military and civilian domains.

Firefreeze Worldwide announces global distribution agreement

by Featured NewsFire Suppression

Firefreeze Worldwide appoints Equipro Ltd. as exclusive distributor outside the Americas

Firefreeze Worldwide has appointed Equipro Ltd. as the exclusive global distributor of its Cold Fire suppression agent outside the Americas.

According to Firefreeze Worldwide, this agreement will enable the distribution of Cold Fire across Europe, the Middle East, Africa, and the Asia-Pacific region through Equipro’s network.

Cold Fire is a fluorine-free fire suppression agent designed to rapidly cool and encapsulate flames.

It is non-toxic and biodegradable, making it a safer alternative to traditional firefighting foams.

The agent is effective across various applications, including industrial fires, wildland firefighting, and lithium-ion battery incidents.

Cold Fire certified for lithium-ion battery and Class A & B fires

Firefreeze Worldwide has stated that Cold Fire has been independently certified by APPLUS for lithium-ion battery fires, including those involving electric vehicles, e-bikes, and industrial equipment such as electric forklifts.

The agent has been validated for use in multiple fire suppression systems, including sprinklers, water mist systems, hose reels, and portable extinguishers.

Cold Fire is also UL Listed for Class A and Class B fires, confirming its effectiveness in extinguishing solid combustibles and flammable liquids.

Industry figures comment on the partnership

Eveline Giessler, President of Firefreeze Worldwide, said: “We are thrilled to appoint Equipro Ltd. as our exclusive global distributor outside the Americas.

“Their expertise in fire protection and strong industry presence makes them the ideal partner to expand Cold Fire’s reach into key international markets.”

Nick Grant, Managing Director of Equipro Ltd., said: “Equipro is committed to providing the most advanced fire suppression solutions, and Cold Fire represents a breakthrough in fire safety.

“With its proven effectiveness on lithium-ion battery fires and other fire hazards, Cold Fire is the ideal solution for fire brigades, industrial safety teams, and emergency response units.”

Cold Fire’s role in fire suppression

Firefreeze Worldwide has stated that Cold Fire is certified for Class A, B, C, D, and F/K fires.

The agent works by rapidly cooling and encapsulating flames to prevent reignition, making it effective for lithium-ion battery fires and other high-risk environments.

With Equipro Ltd. handling distribution outside the Americas, Cold Fire will be available with global supply, technical support, and training.

Firefreeze Worldwide appoints Equipro Ltd. as exclusive distributor outside the Americas: Summary

Firefreeze Worldwide has named Equipro Ltd. as its exclusive global distributor for Cold Fire outside the Americas.

The agreement will allow Cold Fire to be supplied across Europe, the Middle East, Africa, and the Asia-Pacific region through Equipro’s network.

Cold Fire is a fluorine-free fire suppression agent certified for lithium-ion battery fires and UL Listed for Class A and B fires.

It has been validated for use in fire suppression systems, including sprinklers, water mist, hose reels, and portable extinguishers.

Firefreeze Worldwide stated that Cold Fire is effective across multiple fire classes, preventing reignition through its cooling and encapsulation technology.

Eveline Giessler of Firefreeze Worldwide and Nick Grant of Equipro Ltd. commented on the partnership, highlighting Equipro’s industry expertise and Cold Fire’s versatility.

The agreement will support the global availability of Cold Fire alongside technical support and training.

Fire Rover’s first human-controlled remotely operated fire protection system earns FM Approval

by Featured NewsProducts

Fire Rover, a provider of remote fire detection and suppression technology, has announced their Continuous Flow Primary System has earned FM Approvals certification after rigorous testing to seven critical fire safety standards.

Established in 2015 with a mission to reduce the negative impact of industrial and outdoor fires, Fire Rover has expanded over the past decade to service more than 750 systems across the U.S., Canada, Australia, France and the UK.

Features of the Continuous Flow Primary System

The newly certified Continuous Flow Primary System represents a significant advancement in fire safety technology.

This monitor/nozzle extinguishing system is remotely monitored, activated and controlled by trained personnel via an offsite central station.

Equipped with advanced visual and infrared cameras, the system allows central station operators to verify fire threats, activate suppression and precisely position the discharge stream onto target fires or hotspots.

The system utilizes a continuous water supply through either municipal water service or a fire pump system and pre-action/deluge valve assembly.

Fire Rover’s technology

Fire Rover’s patented technology combines advanced thermography, flame detection with electro-optical sensors and sophisticated video analytics to create a comprehensive detection network that identifies threats up to five minutes faster than traditional systems.

The technology also delivers remarkable efficiency, using 88% less water than conventional sprinkler systems, according to a 2020 FM study.

All Fire Rover systems feature control panels manufactured in the company’s dedicated panel shop, ensuring rigorous industrial safety standards for mission-critical applications.

Systems are monitored 24/7/365 through FM Approved central stations, with comprehensive preventative maintenance included in service contracts.

The FM Approvals certification process was extensive, testing the Fire Rover system against seven standards: FM 1421, FM 5511, FM 5560, FM 3810, FM 3010, FM 3011 and FM 3260.

CEO, Fire Rover, Will Schmidt’s statement

Will Schmidt, CEO of Fire Rover said: “To advance Fire Rover’s mission of mitigating the negative impact of industrial fires, we determined external certification would enhance our product’s market acceptance.

“We strategically chose FM Approvals as our certification partner because its mark validates that Fire Rover systems meet the highest performance standards in real-world fire scenarios.

“FM is widely recognized as the industry’s most rigorous and respected certification in fire safety, underscoring Fire Rover’s commitment to exceptional fire risk management, stringent quality control, superior reliability and continued innovation.”

President, Fire Rover, Mike Bodnar’s statement

Mike Bodnar, President of Fire Rover, added: “The FM Approvals team promptly recognized the innovative nature of Fire Rover’s Continuous Flow Primary System.

“Its specialists collaborated with our team to develop comprehensive test criteria that integrated multiple FM Approvals standards and established testing protocols.

“This thorough approach ensured Fire Rover’s groundbreaking technology would undergo rigorous validation, ultimately demonstrating its effectiveness as a proven alternative to conventional fire suppression systems.”

FM Approval given to Fire Rover’s first human-controlled remotely operated fire protection system: Summary

Fire Rover’s Continuous Flow Primary System has earned FM Approvals certification after rigorous testing to seven critical fire safety standards.

Mike Bodnar, President of Fire Rover said the testing demonstrates the effectives of the Continuous Flow Primary System, proving it as an alternative to conventional fire suppression systems.