Cygnus launches new Site Survey kit and Portal Programming Unit for SmartNet fire detection

by Featured NewsFire DetectionProducts

New tools support planning and deployment of Cygnus SmartNet system

Cygnus has launched two tools to aid in the setup and ongoing maintenance of its SmartNet wireless fire detection and alarm system.

The new Site Survey kit assists in planning and deploying the SmartNet system, while the Portal Programming Unit (PPU) enables wireless firmware and configuration updates for system devices.

The Site Survey kit is equipped with three bespoke detectors, enabling installers to simulate the SmartNet mesh network to assess the system’s compatibility with specific sites.

This tool is particularly useful in environments with structural obstructions, such as thick walls or steel-enclosed buildings, as well as for L5 category systems, ensuring a strong and reliable network from the outset.

Enhanced network reliability and installation efficiency

The Site Survey kit facilitates an optimised sensor network design by allowing installers to confirm signal strength and connection pathways at installation sites.

By conducting an initial survey, Cygnus staff demonstrate the control panel’s connectivity to system devices, providing visual confirmation of multiple communication paths.

This process assists in determining the necessary number of devices and their optimal positioning on-site, which contributes to smoother installations and reduced maintenance call-outs.

Stephen Marsh, Head of Sales at Cygnus, commented on the network’s stability: “We believe our network is the most robust and stable wireless network.

“Our certified installer partners have realised this through the projects they have completed.

“Now they can offer that same confidence and peace of mind to their customers before an installation takes place.”

Cygnus Mesh Analyser and ALERT monitoring platform for SmartNet

The Site Survey kit complements Cygnus’s existing commissioning tools, including the Cygnus Mesh Analyser and Cygnus ALERT monitoring platform, which help maintain the SmartNet system.

The Cygnus Mesh Analyser software visualises the network, displaying device signal strengths and connection routes within the mesh.

It also suggests performance improvements, contributing to reliable, long-term operation.

The cloud-based Cygnus ALERT platform supports real-time monitoring of system events and faults.

By delivering timely notifications, it allows site managers and integrators to respond quickly to issues, enhancing overall site safety.

Portal Programming Unit enables remote firmware updates

The Portal Programming Unit (PPU) facilitates firmware updates and device reconfiguration without requiring physical access to each device, which can be particularly advantageous for hard-to-reach installations.

Installers can activate programming mode, execute updates, and seamlessly reintegrate devices into the main SmartNet network, minimising time and disruption.

Stephen Marsh highlighted the value of these new tools: “These new products enhance our portfolio providing additional support tools to the SmartNet range.

“We are delighted to be able to launch both products and deliver solutions that help customers from the initial stages of a project design, through to ongoing maintenance.”

Cygnus SmartNet offers scalable, wireless fire detection

The EN 54 certified SmartNet system by Cygnus is a fully wireless solution designed for rapid installation without the need for physical gateways or translating devices.

SmartNet’s mesh technology, which is both self-forming and self-healing, can accommodate various project requirements, from the scalable SmartNet-Pro system, supporting over 2,500 devices, to the SmartNet-100, capable of connecting up to 100 devices from a single control panel.

Cygnus launches new Site Survey kit and Portal Programming Unit for SmartNet fire detection: Summary

Cygnus has introduced two new tools to support the planning, deployment, and maintenance of its wireless SmartNet fire detection and alarm system.

The Site Survey kit enables installers to verify network suitability on-site, providing visual confirmation of signal strength and guiding device placement for optimal network performance.

The Portal Programming Unit (PPU) streamlines firmware updates and device reconfiguration, especially useful for installations with limited access.

These additions complement Cygnus’s existing tools, such as the Cygnus Mesh Analyser and ALERT monitoring platform, further enhancing the reliability and efficiency of the SmartNet system.

Kent Fire and Rescue faces resource strain from 13,000 false alarms since 2019

by Featured NewsFire DetectionResearch

False alarms place pressure on Kent Fire and Rescue Service

According to an investigation by Personal Injury Claims UK, Kent Fire and Rescue Service has responded to 13,394 false fire alarms since April 2019.

This repeated activity, averaging seven incidents daily, has strained both financial and operational resources within the service.

Annual false alarm callouts ranged from 2,300 to 3,000 over the five-year period.

Between 2019 and 2020, Kent Fire and Rescue attended 2,760 false alarms, the third-highest annual figure over the past five years.

During the following year, numbers dropped to 2,378 due to COVID-19 restrictions, which temporarily reduced activities and occupancy in buildings.

Following the easing of these restrictions, false alarm numbers rose again, reaching 2,848 in 2022/23 and climbing to 2,975 in 2023/24.

Main causes of false alarms identified

Kent Fire and Rescue Service identified several factors contributing to false fire alarms, including faulty or improperly designed fire equipment, inadequate user training, and lack of equipment maintenance.

Environmental triggers, such as cooking fumes, shower steam, building dust, and aerosol sprays, have also led to accidental activations.

These frequent incidents, labelled as “unwanted fire signals,” divert resources from genuine emergencies, noted a statement on the Kent Fire and Rescue website.

It added: “False alarms…can divert firefighting resources from real fires, erode your confidence in the value and reliability of your automatic fire detection systems, and cause costly interruptions to your business.”

Cost implications of false alarms across the UK

False alarms remain a widespread issue in the UK, constituting 38% of all incidents attended by fire services nationwide.

The financial impact is substantial, with the BRE Group estimating false alarms cost the UK approximately £1 billion annually.

The combination of these costs and resource redirection underscores the operational challenges faced by fire services, particularly if the current trends continue.

For Kent Fire and Rescue Service, reducing these false alarms is essential to maintain efficiency and ensure readiness for genuine emergencies.

“Fortunately, most of these can be eliminated by careful planning,” stated the service.

However, a continued rise in such incidents could affect response times and potentially put lives at risk.

Kent Fire and Rescue faces resource strain from 13,000 false alarms since 2019: Summary

An investigation by Personal Injury Claims UK revealed that Kent Fire and Rescue Service has responded to 13,394 false alarms since 2019, with annual responses ranging from 2,300 to 3,000.

These false alarms, often triggered by faulty equipment, poor maintenance, and environmental factors, create operational and financial burdens.

Nationwide, false alarms make up 38% of fire service calls, costing the UK around £1 billion yearly.

As Kent Fire and Rescue addresses these challenges, false alarms remain a significant concern for public safety and resource management across the UK.

Midwich Ignite announces investment in UK video flame detection firm Ciqurix

by Breaking NewsFire Detection

Midwich Ignite’s strategic investment in Ciqurix

Midwich Ignite, the corporate venture capital arm of Midwich Group, has announced a new investment in Ciqurix, a UK-based technology company specialising in video flame detection (VFD).

As reported by Midwich Ignite, Ciqurix’s technology targets fire detection in environments where traditional methods may fall short, such as in industrial areas or extreme weather conditions.

Ciqurix’s innovative video flame detection system, Ciqurix CORE, is designed to enhance fire detection in complex settings by using infrared and video analytics.

This investment positions Midwich Ignite as the lead backer in the funding round and allows it to secure a position on Ciqurix’s board, marking a significant partnership.

Ciqurix CORE’s unique capabilities

The Ciqurix CORE system is specifically tailored to detect fires in settings that pose challenges to conventional smoke and heat detection equipment.

These include damp, wet, high-temperature, and outdoor environments, making it suitable for facilities like waste management plants.

Using a combination of infrared sensors and advanced video analytics, Ciqurix CORE is designed for accurate detection over an extensive range.

This system stands out due to its capacity to detect flames in challenging scenarios, positioning Ciqurix at the forefront of VFD technology, particularly for industries needing enhanced safety measures.

Funding aimed at meeting new fire safety standards

The recent funding, spearheaded by Midwich Ignite, will support Ciqurix in achieving accreditation under the new fire standard LPS1976.

This accreditation is set to make Ciqurix CORE the only video flame detection product compliant with this latest industry benchmark.

Will Fenby, Investment Manager at Midwich Ignite, noted: “We are delighted to be partnering with Ciqurix at this pivotal moment in the company’s development.

“We have been highly impressed by the team’s innovative approach to fire safety technology, with the company instrumental in drafting the new standard for VFDs, and believe the business is well-placed to take advantage of new regulatory tailwinds.”

Ciqurix’s growth and global market expansion

This partnership aligns with Ciqurix’s ambitions for global expansion.

Ciqurix CEO Paul Seligman expressed enthusiasm for the new alliance, stating: “Partnering with Midwich represents an exceptional opportunity for us to broaden the reach of our FCam CORE system.

“With their industry expertise and global network, we’re well-positioned to expand our market and advance the adoption of video flame detection worldwide.”

Midwich Ignite’s involvement is expected to aid Ciqurix in broadening its international reach, leveraging Midwich’s extensive industry network to drive the adoption of video flame detection technology in new markets worldwide.

Midwich Ignite announces investment in UK video flame detection firm Ciqurix: Summary

Midwich Ignite has made a strategic investment in Ciqurix, a UK-based video flame detection technology company, securing a lead role in its latest funding round.

The funding is intended to aid Ciqurix in achieving the LPS1976 accreditation for its flagship product, Ciqurix CORE, which is expected to become the only VFD system accredited to this new standard.

The Ciqurix CORE system utilises infrared and video analytics to detect fire accurately in challenging environments, enhancing fire safety in areas such as waste management facilities.

This partnership supports Ciqurix’s international growth ambitions, with Midwich Ignite taking a seat on the board.

Check out IFSJ’s exclusive article with Ciqurix ‘Fire, Camera, Action: Inside Ciqurix’s video flame detection technology’.

Rising false fire alarms challenge emergency services in Oxfordshire and Warwickshire

by Featured NewsFire Detection

False fire alarms place strain on UK fire services’ resources and response times

As reported by Personal Injury Claims UK, false fire alarms continue to be a major issue for fire services in the UK, specifically in Oxfordshire and Warwickshire.

The Oxfordshire Fire and Rescue Service (OFRS) has recorded 11,663 false alarms since April 2019, averaging six daily incidents.

Warwickshire Fire and Rescue Service has reported 4,746 incidents in the same period, with three false alarms occurring daily.

Although these callouts temporarily decreased during the COVID-19 lockdowns, they resumed their upward trend as restrictions lifted.

Over the past year, Oxfordshire handled 2,682 false alarms, while Warwickshire attended to 1,144 incidents.

False fire alarms, also referred to as Unnecessary Fire Alarm Signals (UFAS), can significantly strain emergency resources.

They impact the ability of fire services to respond effectively to real emergencies, placing an additional burden on public safety efforts across the UK.

Causes of false alarms and financial impact

The main causes of false alarms include equipment malfunctions, poor maintenance, and user errors.

Common everyday actions, such as cooking fumes, steam from showers, and construction dust, frequently trigger fire alarms unnecessarily.

Nationwide, false alarms comprise 38% of all incidents attended by fire services and are estimated to cost approximately £1 billion annually.

This financial and operational impact has led to concerns about complacency among building occupants who may ignore alarms, risking safety during actual emergencies.

The ongoing prevalence of false alarms raises serious safety implications and continues to challenge fire services across the UK.

Measures introduced to manage false alarms

To combat the issue, Oxfordshire Fire and Rescue Service recently decided not to respond to Automatic Fire Alarms (AFAs) in non-high-risk buildings unless there are confirmed signs of fire.

This new policy, effective as of October 2024, aims to reduce unnecessary callouts, with statistics indicating that around 99% of AFA calls in Oxfordshire do not result in fire incidents.

Warwickshire County Council has also emphasised the need for regular maintenance and improved fire safety training as part of its strategy to reduce false alarms, citing the impact on emergency resources and fire safety initiatives.

These measures reflect an effort to reduce the costs and operational strain posed by frequent false alarms.

Both counties have stressed the importance of maintaining fire alarm systems and properly training building occupants to handle fire safety protocols.

Implications for emergency response and public safety

Persistent false alarms pose risks to the efficiency of emergency services, potentially delaying response times for genuine emergencies.

Oxfordshire and Warwickshire Fire and Rescue Services have highlighted that diverted resources could impact emergency response times, increasing the risk for those affected by actual fires.

To address this concern, fire services are actively encouraging building managers to ensure that their fire alarm systems are correctly maintained and that staff are well-trained in fire safety procedures.

This proactive approach aims to mitigate the burden on emergency services and uphold public safety standards.

False fire alarms place strain on UK fire services’ resources and response times: Summary

False fire alarms, particularly in Oxfordshire and Warwickshire, are putting UK fire services under pressure, as reported by Personal Injury Claims UK.

Since April 2019, Oxfordshire has responded to 11,663 false alarms, and Warwickshire 4,746, with false alarm rates increasing post-COVID-19.

Equipment faults, poor maintenance, and user errors are among the leading causes, with such incidents costing UK fire services approximately £1 billion annually.

To address the issue, Oxfordshire Fire and Rescue Service has ceased responding to Automatic Fire Alarms in non-high-risk buildings without confirmed signs of fire.

Warwickshire has also underscored the importance of system maintenance and staff training to reduce false alarms.

Emergency services are calling on building managers to improve fire safety measures to alleviate this operational challenge and enhance public safety.

What is a Dual Sensing Smoke Alarm?

by Building ManagementConstructionFire DetectionFire DetectionWarehouse

A smoke alarm is an essential safety device that can save lives. 

It detects smoke, alerting occupants to a fire, giving them time to escape. 

While there are different types of smoke alarms, a dual sensing smoke alarm is known for its enhanced detection abilities. 

This article will explore what a dual sensing smoke alarm is, its types, advantages, disadvantages, and other smoke alarm options.

What is a Dual Sensing Smoke Alarm?

dual sensing smoke alarm image

A dual sensing smoke alarm is a type of fire detection device designed to improve fire detection by using two different sensors: ionisation and photoelectric.

Ionisation Sensors

These are more responsive to fast-flaming fires, such as those caused by paper. 

They detect small particles of smoke that are typically produced in these types of fires.

Photoelectric Sensors

These are better at detecting slow, smouldering fires, like those caused by cigarettes. 

They work by sensing larger smoke particles that scatter light.

Why Dual Sensing is Safer

By combining these two sensors, dual sensing smoke alarms offer more comprehensive coverage, ensuring faster and more accurate detection of different types of fires. 

This dual approach minimises the chances of false alarms while maximising the likelihood of detecting a real fire.

These alarms are recommended by safety experts and are ideal for providing enhanced protection in homes, giving occupants crucial time to respond in case of a fire. 

Despite being slightly more expensive than single-sensor alarms, the added safety they provide makes them a valuable investment for any household.

What are the Different Types of Dual Sensing Smoke Alarm?

dual sensing smoke alarm types

Dual sensing smoke alarms come in several types, categorised by their power source, connectivity, and additional features. 

Understanding these types can help you choose the best option for your home.

Battery-Powered Dual Sensing Smoke Alarms

Battery-powered dual sensing smoke alarms are standalone units that rely on batteries for operation. 

These alarms are easy to install and can be placed anywhere in the home. 

They are especially useful in homes without hardwired smoke alarm systems. 

However, they require regular battery checks and replacements to ensure they function properly. 

Some models come with long-life lithium batteries, reducing the frequency of battery changes.

Hardwired Dual Sensing Smoke Alarms

Hardwired dual sensing smoke alarms are connected directly to your home’s electrical system, ensuring continuous power. 

These alarms usually include a battery backup to maintain functionality during power outages. 

Hardwired alarms are often interconnected, meaning that if one alarm is triggered, all alarms in the system will sound. 

This feature enhances safety by ensuring that the alarm is heard throughout the home.

Smart Dual Sensing Smoke Alarms

Smart dual sensing smoke alarms are equipped with wireless connectivity, allowing them to be monitored and controlled via a smartphone app. 

These alarms can send alerts to your phone if smoke is detected, even when you’re not home. 

Some models integrate with other smart home devices, such as lights or thermostats, to enhance safety. 

For example, if smoke is detected, a smart alarm could automatically shut off the HVAC system to prevent the spread of smoke.

Combination Alarms

Combination alarms are dual sensing smoke alarms that also detect other hazards, such as carbon monoxide (CO). 

These alarms provide comprehensive protection by combining smoke and CO detection in a single device. 

They are ideal for areas like bedrooms, where both fire and CO risks may be present.

What are the Advantages of a Dual Sensing Smoke Alarm?

dual sensing smoke alarm advantages

Dual sensing has a wide array of advantages over single-sensing alternatives.

The main benefits are: 

Comprehensive Fire Detection

Dual sensing smoke alarms combine two types of sensors: ionisation and photoelectric. 

This dual approach allows them to detect both fast-flaming fires and slow, smouldering fires. 

Ionisation sensors are more responsive to fires that spread quickly, like those involving paper or grease. 

Photoelectric sensors, on the other hand, are better at detecting smouldering fires, which may start from something like a cigarette or an electrical fault. 

By covering both types of fires, dual sensing alarms offer more reliable and comprehensive protection.

Reduced False Alarms

One of the significant advantages of dual sensing smoke alarms is their ability to reduce false alarms. 

Single-sensor alarms, like those with only ionisation or only photoelectric sensors, may trigger false alarms due to non-fire-related activities like cooking or steam from a shower. 

The dual sensors in a dual sensing smoke alarm work together to provide a more accurate response to actual fire threats, reducing the chances of unnecessary alarms.

Enhanced Safety and Peace of Mind

Dual sensing smoke alarms increase safety by providing earlier and more accurate fire detection. 

Early detection is critical in preventing injury or loss of life, giving occupants valuable time to escape in the event of a fire. 

Knowing that your smoke alarm can detect different types of fires effectively gives you peace of mind, especially when it comes to protecting your family and property.

Compliance with Safety Recommendations

Many fire safety organisations recommend the use of dual sensing smoke alarms due to their enhanced detection capabilities. 

Installing these alarms can help ensure that your home meets current safety standards and regulations, providing an extra layer of security and compliance.

Cost-Effective Protection

While dual sensing smoke alarms may be slightly more expensive upfront, they offer cost-effective protection in the long run. 

By combining the functions of two alarms into one, they eliminate the need to install multiple devices, reducing overall costs and maintenance efforts.

What are the Disadvantages of a Dual Sensing Smoke Alarm?

dual sensing smoke alarm disadvantages

While dual sensing smoke alarms have many benefits, they are not without their drawbacks. 

The main ones are: 

Higher Initial Cost

One of the main disadvantages of dual sensing smoke alarms is their higher initial cost compared to single-sensor alarms. 

Because they incorporate both ionisation and photoelectric sensors, dual sensing alarms are generally more expensive to purchase. 

For homeowners on a tight budget, the upfront cost may be a deterrent, especially when multiple units are required for comprehensive home coverage.

Maintenance and Battery Replacement

Dual sensing smoke alarms require regular maintenance, including battery checks and replacements. 

Although this is true for most smoke alarms, the complexity of dual sensing alarms can sometimes make maintenance slightly more cumbersome. 

Homeowners may also need to familiarise themselves with the specific maintenance needs of both types of sensors. 

In addition, if the alarm includes a battery backup for a hardwired system, maintaining both the electrical and battery components can be a hassle.

Potential for Over-Detection

While dual sensing smoke alarms are designed to reduce false alarms, their heightened sensitivity to different types of fires can sometimes lead to over-detection. 

For example, activities like cooking or using a fireplace may trigger the alarm more frequently, which could become annoying and lead to complacency. 

If the alarm goes off too often for non-emergencies, occupants may start ignoring it, which defeats the purpose of having an advanced detection system.

Installation Complexity

Dual sensing smoke alarms, particularly hardwired or interconnected models, can be more complicated to install than basic single-sensor alarms. 

Homeowners who are not comfortable with electrical work might need to hire a professional, adding to the overall cost. 

The complexity of installation might also make it more difficult to troubleshoot issues if the alarm malfunctions or needs to be replaced.

Limited Availability in Some Markets

In some areas, dual sensing smoke alarms might not be as readily available as single-sensor models. 

This limited availability can make it harder for homeowners to find and purchase the right alarm, especially if they live in remote or less densely populated regions.

What Other Types of Smoke Alarms are There?

other types of smoke alarms

Aside from dual sensing smoke alarms, there are other types of smoke alarms available, each with its own advantages and disadvantages.

Ionisation Smoke Alarms

Ionisation smoke detectors are designed to detect fast-flaming fires. 

They contain a small amount of radioactive material between two electrically charged plates, which ionises the air and creates a flow of current between the plates. 

When smoke enters the chamber, it disrupts this current, triggering the alarm. 

These alarms are particularly effective at detecting fires that produce little visible smoke but spread quickly, such as those involving paper or flammable liquids. 

However, they are more prone to false alarms from cooking or steam.

Photoelectric Smoke Alarms

Photoelectric smoke detectors are more sensitive to slow, smouldering fires that produce a lot of smoke before they burst into flames. 

These alarms use a light beam and a sensor inside the chamber. 

When smoke enters the chamber, it scatters the light beam, directing it towards the sensor and triggering the alarm. 

Photoelectric alarms are less likely to be triggered by cooking fumes, making them ideal for installation near kitchens. 

They provide earlier warning for smouldering fires, such as those caused by unattended candles or cigarettes.

Heat Alarms

Heat alarms are designed to detect a rapid rise in temperature rather than smoke. 

They are particularly useful in environments where smoke alarms might give false alarms, like kitchens or garages. 

Heat alarms are ideal for detecting fires in areas prone to dust, smoke, or fumes. 

However, because they don’t detect smoke, they are often used in conjunction with smoke alarms to provide comprehensive fire detection.

Conclusion

You should now have more of an understanding of dual sensing smoke alarms. 

A dual sensing smoke alarm is a critical safety device that enhances fire detection in your home. 

By combining ionisation and photoelectric sensors, these alarms provide comprehensive coverage for various types of fires. 

While they come with higher costs and some maintenance needs, the added protection they offer can be invaluable. 

Understanding the different types of dual sensing smoke alarms, their advantages, and disadvantages helps you make an informed decision when safeguarding your home. 

Remember, no matter which type of smoke alarm you choose, regular maintenance and testing are key to ensuring it functions correctly and provides the protection you need.

False alarms in UK put strain on fire services, new data reveals

by Featured NewsFire DetectionResearch

Impact of false alarms on UK fire services

An investigation by Personal Injury Claims UK has revealed the extensive impact of false fire alarms on fire and rescue services across the United Kingdom.

Over the past five years, Cheshire Fire and Rescue Service reported 17,348 false alarms, while Leicestershire Fire and Rescue Service recorded 1,936, as reported by Personal Injury Claims UK.

These false callouts are mainly attributed to faulty equipment, user error, and insufficient maintenance, diverting resources and adding financial strain.

In Cheshire, false alarm responses have ranged from 3,000 to 4,000 incidents annually, averaging about nine per day.

Meanwhile, Leicestershire has seen between 400 and 600 false alarm responses each year, with an average of 10 to 15 daily.

In the past year alone, Cheshire attended 3,757 false alarms, and Leicestershire responded to 403.

Service response and public safety concerns

The frequent false alarms not only divert fire services from real emergencies but also interfere with essential firefighter training.

Cheshire Fire and Rescue Service stated: “False alarms may divert firefighters away from emergencies and other duties, including critical firefighter training.

Attending false alarms costs time and money but also places road users, pedestrians, and our firefighters at increased risk unnecessarily.”

Similarly, Leicestershire Fire and Rescue Service stressed the need for businesses and building managers to better manage fire alarm systems, noting: “98% of all fire alarm calls received by Leicestershire Fire and Rescue Service are false alarms, not requiring any emergency response.

“A ‘responsible’ or ‘competent’ person at your premises should have a good understanding of the fire alarm system and confidence in investigating when the alarm sounds without placing themselves at risk.”

Causes and financial cost of false alarms

The primary causes of false alarms include faulty or poorly designed equipment, lack of maintenance, and other factors like cooking fumes, steam, dust, and aerosol use near sensors.

The financial implications are considerable.

For Leicestershire, false alarms lead to annual costs between £90,000 and £100,000, largely due to vehicle use and crew mobilisation.

On a national scale, BRE Group estimates that false fire alarms cost the UK around £1 billion annually.

Growing issue for emergency services and public safety

False alarms now make up the largest category of incidents attended by fire services in the UK, representing 38% of all callouts.

This trend, if continued, may have increasing effects on public safety and emergency service efficiency.

Personal Injury Claims UK provides free advice for individuals affected by fire incidents, including those related to faulty alarms or appliances, through a 24-hour helpline and online claim form.

False alarms in UK put strain on fire services, new data reveals: Summary

Data from Personal Injury Claims UK highlights the growing issue of false fire alarms across the UK.

Over the past five years, Cheshire and Leicestershire Fire and Rescue Services have attended thousands of false alarms, primarily due to equipment issues, user error, and lack of maintenance.

These incidents carry high costs for emergency services, with Leicestershire’s false alarms alone costing £90,000 to £100,000 annually, while the national impact is estimated at £1 billion.

False alarms now represent 38% of all fire service callouts, raising concerns over resource allocation and public safety.

New training solution for realistic gas detection simulation

by Featured NewsFire DetectionTraining

Demand for realistic gas detection training on the rise

Emergency response teams across sectors such as fire services, mining, and industry face ongoing exposure to hazardous gases and rely heavily on accurate gas detection tools.

As reported by Argon Electronics, this growing need for safe, realistic training has led Dräger, a major player in gas detection technology, to partner with Argon Electronics to produce a new series of multi-gas detection training simulators.

This collaboration aims to equip rescue teams with simulated tools that closely mimic Dräger’s X-am 2×00 and 5×00 series detectors.

The simulators replicate the functionality and alarm features of actual Dräger X-am gas detectors, enabling safe yet realistic training experiences.

These tools are particularly beneficial for emergency responders who depend on precise gas detection in high-risk environments, with configurations available to match real-world detection parameters.

Configurable simulator settings for tailored training

Dräger’s training simulators allow users to customise settings, including alarm thresholds and simulated gases, to mirror operational detectors.

This level of configurability means that the simulators can cater to various scenarios encountered by emergency responders, providing flexibility in training across different risk profiles.

To simulate real-world conditions, the detectors incorporate Argon’s Ultra Sonic beacons, compatible with their Chemical Warfare simulators.

This feature allows for advanced, multi-detector exercises, further supporting emergency responders in realistic operational simulations without exposure to actual hazards.

Collaboration aimed at enhancing safety for emergency responders

Dräger’s Global Product Manager for portable gas detection, Rüdiger Weich, stated: “I am very happy that the powerful portfolio of Personal Air Monitoring gas detectors of Dräger X-am series are accompanied now with a safe, realistic and useful training simulator from Argon Electronics.

This will help many of our customers to train even better for their important jobs in rescue in the Fire Service, Mine Rescue teams and industrial environments.”

Weich, who is also an active firefighter in HazMat teams, highlighted the importance of realistic training for emergency preparedness.

Argon Electronics’ founder, Steven Pike, shared similar sentiments: “I am delighted Argon was selected as a partner to create this superb training system.

“Dräger are the latest in a long line of detector manufacturers we have had the pleasure to collaborate with delivering world class CBRN and HazMat training solutions for use by emergency responders and specialist agencies on a global basis.”

Argon’s simulators streamline training for emergency situations

Argon’s CBRN and HazMat simulators are designed to make training setup quick and adaptable, allowing exercises to be conducted in a variety of settings with minimal preparation time.

According to Argon, the simulators are also environmentally friendly, enabling safe training without the use of harmful materials.

These training solutions provide emergency responders with the flexibility to conduct exercises under various conditions, allowing for essential skills to be refined without exposing participants to the dangers associated with hazardous substances.

Dräger and Argon launch training simulator collaboration: Summary

Dräger and Argon Electronics have launched a new series of multi-gas detection training simulators to meet the growing need for realistic training in emergency response.

These simulators mimic Dräger’s X-am 2×00 and 5×00 series detectors, allowing for safe, configurable, and realistic training experiences.

Argon’s Ultra Sonic beacons, compatible with Chemical Warfare simulators, enhance multi-detector exercises.

Dräger’s Global Product Manager, Rüdiger Weich, and Argon’s Managing Director, Steven Pike, highlighted the collaboration’s benefits for global emergency responders.

Argon’s simulators also enable safe, environmentally friendly, and flexible training scenarios.

MSA Safety unveils advanced flame detection and connected work solutions at ADIPEC 2024

by EventsFeatured NewsFire DetectionMiddle East - Breaking News

MSA Safety highlights new flame detection technology

MSA Safety is presenting its latest developments in flame and gas detection technologies at the ADIPEC 2024 event in Abu Dhabi, from 4 to 7 November.

The event, hosted by the Abu Dhabi National Oil Company (ADNOC), serves as a key platform for the energy industry to discuss challenges and explore safety and operational innovations for energy production environments.

Among the showcased products is the MSA General Monitors® FL5000 Multi-Spectrum Flame Detector.

Described as the industry’s first optical flame detector with Bluetooth connectivity, the FL5000 offers remote access for configuration, diagnostics, and event log monitoring.

This feature allows for easier device management and quicker response to potential safety incidents.

Enhanced detection capabilities with artificial neural networks

The FL5000 Flame Detector incorporates artificial neural networks (ANNs) to improve flame detection accuracy.

According to MSA Safety, this technology allows the detector to differentiate between actual flames and other sources that could trigger false alarms.

Such advancements are intended to increase reliability and safety in facilities by reducing the likelihood of false alerts.

Additionally, the FL5000 integrates with plant safety systems to support automated facility monitoring.

This communication capability is designed to streamline integration into existing safety infrastructures, enhancing overall safety management within industrial settings.

Connected work platform improves worker safety visibility

MSA Safety will also showcase its Connected Work Platform, featuring the ALTAIR io™ 4 Gas Detection Wearable.

The ALTAIR io 4 is designed for real-time, cloud-based visibility by connecting with MSA Grid software and the ALTAIR io™ Dock.

This system enables continuous monitoring and management of gas detection data, allowing rapid emergency response through the MSA Grid Shared Alerts feature, which sends notifications to relevant personnel in case of detected hazards.

Dave Howells, President of MSA International, stated: “For MSA Safety, we’re focused on creating an impact by helping to protect people, places, and the planet.

“We’re committed to helping reduce environmental impacts while helping to keep people safe at work.”

Additional safety solutions on display at ADIPEC

ADIPEC attendees will also have the opportunity to view MSA Safety’s range of gas detection, fall protection, and head protection equipment.

The company will be exhibiting the V-Gard C1® Hard Hat, which features ReflectIR® Thermal Barrier technology.

This technology aims to reduce heat stress for workers exposed to high temperatures, particularly in industries where sun exposure is a concern.

MSA Safety’s exhibit at ADIPEC, located in Hall 8 Stand #8176, will provide attendees with insights into the latest technologies aimed at enhancing safety and operational efficiency in high-risk environments.

MSA Safety unveils advanced flame detection and connected work solutions at ADIPEC 2024: Summary

At the ADIPEC 2024 conference, MSA Safety is showcasing its advancements in safety technology, including the FL5000 Multi-Spectrum Flame Detector, which offers Bluetooth connectivity and artificial neural networks to improve flame detection and reduce false alarms.

In addition, MSA Safety’s Connected Work Platform with the ALTAIR io™ 4 Gas Detection Wearable integrates with MSA Grid software for real-time monitoring.

These solutions, aimed at improving workplace safety in the energy sector, are complemented by other protective equipment, such as the V-Gard C1® Hard Hat.

The exhibition runs from 4 to 7 November in Abu Dhabi’s Hall 8, Stand #8176, as reported by MSA Safety

UK fire and rescue services handle over 700,000 false fire alarms in five years

by Breaking NewsFire Detection

False fire alarm statistics highlight strain on resources

An investigation conducted by Personal Injury Claims UK has highlighted that fire and rescue services across the United Kingdom have responded to 747,902 false alarms over the past five years.

These false callouts have led to a significant strain on resources, both financially and operationally.

Data shows that between April 2019 and April 2024, annual false fire alarm callouts have ranged from 130,000 to 180,000, equating to over 400 daily incidents.

In the 2019/2020 period, fire services attended 136,514 false alarms, marking the lowest annual figure recorded in this period.

However, a year later, the number rose to 150,913, coinciding with COVID-19 restrictions in the UK.

Causes of false alarms and impact on public safety

Personal Injury Claims UK’s findings also detail common sources of false alarms, which include faulty equipment, user error, and environmental factors such as cooking fumes and shower steam.

These causes are generally classified into three categories: faults or accidental equipment use, genuine mistaken calls, and malicious intent.

CheckFire, a company providing fire safety equipment, noted on its website: “The potential outcomes of false fire alarms range from inconvenient to life-threatening…

If a false fire alarm is regularly sounding, people may become unconcerned and refuse to heed the threat to their safety…

This could cause them not to evacuate a building that is on fire and put them in grave danger when a real alarm sounds.”

Services most affected by false alarm calls

According to Personal Injury Claims UK’s data, Greater Manchester Fire and Rescue Service reported the highest number of false alarms at 67,125 incidents over five years.

This figure places it ahead of the London Fire Brigade, which has similarly high numbers of callouts.

Such high callout rates place a financial and logistical burden on fire services, impacting their ability to respond efficiently to actual emergencies.

False alarms constitute the majority of fire and rescue service callouts across the country, representing 38% of all incidents attended.

According to a BRE Group study, these incidents cost UK services approximately £1 billion annually.

False alarms’ economic burden and safety concerns

The persistent issue of false alarms poses challenges for both public safety and the operational effectiveness of emergency services.

If the frequency of false alarms continues to rise, fire and rescue services may struggle to maintain efficiency in handling actual fire incidents.

False alarms disrupt business operations, divert essential resources, and could, as CheckFire warns, foster public complacency.

This complacency may lead individuals to ignore genuine alarms, increasing the potential risk of harm during real fire emergencies.

London Fire Brigade limits response to non-residential automatic fire alarms to reduce false callouts

Starting 29 October, London Fire Brigade (LFB) will no longer respond to automatic fire alarms in most non-residential buildings during the day, unless accompanied by a call from an individual confirming a fire.

The change applies to buildings such as offices and industrial estates between 7 a.m. and 8:30 p.m. but exempts locations like hospitals, schools, care homes, and heritage sites.

Outside of daytime hours, the Brigade will continue to attend all automatic alarms.

The LFB policy follows a public consultation held last year, which gathered input from community members, businesses, and staff.

Assistant Commissioner for Prevention and Protection, Craig Carter, noted: “We are here to keep London’s communities safe, and we want to do this as effectively as possible…reducing our attendance at false alarms will give firefighters more time to focus on protection and prevention activity.”

This strategy is part of LFB’s Community Risk Management Plan to optimise resources.

False alarms impact on UK fire services

The Home Office’s recent fire and rescue service (FRS) statistics show that 43% of incidents attended in England during the year ending June 2024 were false alarms.

London Fire Brigade alone attended 52,000 false alarms from April 2023 to March 2024, most of which were triggered by automatic systems.

This is a growing trend nationally, with 255,581 false alarms reported across England in the past year, marking the highest figure since 2011.

The rise in false alarms places a strain on FRS resources, diverting personnel from essential tasks, including emergency response and community safety initiatives.

FRS data indicates that nearly 99% of automatic alarm triggers prove to be false, pointing to challenges such as system malfunctions, lack of proper maintenance, and environmental factors.

LFB encourages businesses to regularly maintain alarm systems to prevent unnecessary callouts and ensure better fire safety.

Safety and efficiency through community engagement and training

Ahead of implementing the new policy, LFB engaged stakeholders and business representatives to clarify expectations under the revised response model.

The Brigade hosted an online session in August, attended by over 100 participants from transport, retail, and council sectors, where they discussed the policy’s impact on fire safety responsibilities.

LFB has worked to raise awareness among business and community groups regarding the importance of alarm system maintenance and staff training.

Emphasis has been placed on recognising the responsibilities under fire safety law to minimise false alarm occurrences.

Carter stated that LFB will continue to support local communities, adding: “We will always attend an emergency and will continue to attend an alarm at any premises where people sleep – such as homes, hotels, and prisons.”

National trends in fire-related incidents and fatalities

Home Office data reports a 4.5% decrease in incidents attended by English FRSs, down to 594,384 in the year ending June 2024, reflecting fewer fire incidents overall.

Fire-related fatalities also fell by 19%, with 233 deaths recorded compared to 286 in the previous year.

This decrease in fire incidents aligns with a 42% reduction in outdoor primary fires, attributed to wetter conditions in winter and spring, contrasting with the high fire incidence during the hot, dry summer of 2022.

While fire-related incidents continue to decline, false alarms have become an increasing concern.

The Home Office reports that apparatus-triggered false alarms reached 184,581 in 2024, an increase of over 9% from the previous year.

This persistent challenge prompts ongoing efforts across FRSs in the UK to refine response protocols, allowing more time for emergency preparedness, community outreach, and operational training.

UK fire and rescue services handle over 700,000 false alarms in five years: Summary

An investigation by Personal Injury Claims UK revealed that UK fire and rescue services have responded to 747,902 false fire alarms since April 2019.

Annual figures varied from 130,000 to 180,000 incidents, with Greater Manchester Fire and Rescue Service experiencing the highest callout rate.

False alarms, caused by faulty equipment, user error, and environmental factors, accounted for 38% of all fire service callouts.

CheckFire has warned that repeated false alarms could lead the public to ignore genuine fire risks.

False alarms are projected to continue affecting the efficiency and operational costs of UK fire and rescue services, adding up to approximately £1 billion per year in expenses.

London Fire Brigade has implemented a new policy as of 29 October, reducing its response to automatic fire alarms in non-residential buildings during daytime hours.

This change aims to free resources for essential community safety initiatives, while exempting residential, educational, and healthcare facilities.

False alarms, representing 43% of incidents in England, have created a resource strain, with LFB alone attending over 50,000 false calls last year.

The Home Office reports an overall 4.5% decline in fire incidents and a 19% decrease in fire-related fatalities over the past year.

This new policy, informed by public consultation, emphasises the importance of alarm maintenance and aims to improve operational efficiency across the capital’s fire services.

UK schools urged to apply for condition improvement funding for 2025-2026

by Featured NewsFire Detection

Bidding round for condition improvement funding opens

The annual bidding round for the Condition Improvement Funding (CIF) for the 2025-2026 cycle has been announced.

Luminite has encouraged schools and colleges across the UK to submit their applications by 17 December 2024 to be considered for this funding, which prioritises safety and maintenance improvements in educational facilities.

The fund, amounting to over £400 million, aims to support projects that address compliance, health, and safety needs in school and college buildings.

According to the funding guidelines, projects that focus on maintaining the safety and functionality of educational buildings are given top priority.

Compliance with health and safety standards is emphasised to ensure a secure learning environment for students and staff.

Lockdown protection systems eligible for funding

Among the eligible projects for CIF is the installation of lockdown protection systems.

This measure, encouraged by updated Ofsted guidelines, requires that lockdown alert sounds are distinctly different from fire alarms to avoid confusion in emergency situations.

The contrasting sounds aim to direct individuals either to seek a safe area or evacuate, depending on the nature of the alert.

The ALERTEX range, produced by Luminite, is among the products meeting these needs with a battery-powered system that facilitates rapid and strategic installation within schools.

Luminite’s offerings also include annunciators for schools preferring spoken messages for clear instructions upon activation.

Funding emphasises health and safety compliance

In line with its primary goals, CIF funding prioritises projects that address urgent health and safety issues within school and college environments.

This may include necessary repairs, safety updates, and compliance with relevant regulations, reflecting a broader commitment to secure educational spaces across the UK.

CIF funding, therefore, enables schools to address issues proactively, ensuring that building conditions meet health and safety standards.

Schools are advised to outline how their proposed projects will fulfil these criteria within their funding applications.

Additional information and application details

For schools interested in the lockdown solutions provided by Luminite, contact details for further information are available.

Laura Grainger at Luminite can be reached on 0208 368 7887, and additional information on both the CIF and Luminite’s lockdown solutions can be found on their website at www.luminite.co.uk.

UK schools urged to apply for condition improvement funding for 2025-2026: Summary

The UK government has announced the opening of the annual bidding round for Condition Improvement Funding (CIF) for 2025-2026, a £400 million fund aimed at supporting essential safety and condition improvement projects in schools and colleges.

The application deadline is set for 17 December 2024, with priority given to projects that ensure health, safety, and compliance with regulatory standards.

Eligible projects include the installation of lockdown alert systems that align with Ofsted guidelines, requiring distinct sounds for lockdown and fire alerts.

Luminite’s ALERTEX range is among the options available, featuring battery-powered systems for swift installation.

Schools can reach out to Laura Grainger at Luminite or visit their website for additional details.