Reducing the need for Waking Watches with Cygnus

by Breaking NewsFire Detection

Stephen Marsh, Head of Sales at Cygnus explains why the new Cygnus fire detection and alarm systems will takeover from Waking Watches

According to data from the London Fire Brigade, over 1,000 buildings in London need “Waking Watches” in place due to fire safety issues.

This is just data for London so imagine what the picture looks like for the whole of the UK.

Let’s take a look at Waking Watches first. What are they and why are they in place?

The Government defines waking watch as ‘a system whereby suitably trained persons continually patrol all floors and the exterior perimeter of the building in order to detect a fire, raise the alarm, and carry out the role of evacuation management’.

Its aim is to ensure that occupants have sufficient warning in the event of a fire and is required if dangerous cladding has been found on the building or if any fire safety issues mean the ‘stay put’ evacuation policy needs to change to simultaneous evacuation.

If the buildings policy changes to a simultaneous evacuation, it must be delivered with appropriate interim measures so that any evacuation can be achieved safely, and these measures can take a number of forms.

Dynamic measures often involve a Waking Watch being put in place whilst static measures include the installation of fire alarm systems or other mitigating building alterations.

If a Waking Watch is put in place, it means 24-hour patrols are required to look for signs of a fire.

According to data collected from June to September 2020 by the Ministry of Housing, Communities and Local Government (MHCLG), the median monthly Waking Watch cost per building is £11,361 and the median monthly Waking Watch cost per dwelling is £137.

Although a programme of remediation is in place, for some homeowners and tenants, there is no end in sight.

It could be two, three or five years until the cladding on some buildings can be replaced leaving occupants, building owners and property management companies with on-going costs and inevitable worry.

The National Fire Chiefs Council (NFCC) did provide guidance in its fourth edition stating that where a Waking Watch is implemented, as soon as practicable but within a month, the Responsible Persons should make a plan for implementing sustainable means for supporting the evacuation strategy to allow the building to transition away from a Waking Watch.

With some people still awaiting remediation work to commence and uncertainties surrounding the costs and responsibility for recladding, what can be done to support those responsible for buildings and tenants to reduce the need for Waking Watches?

SmartNet is the Solution

The SmartNet wireless system can make the process of installing and commissioning simple and efficient, with minimal disruption to the building or occupants.

Utilising the renowned and patented Cygnus wireless mesh protocol, SmartNet offers a reliable, robust and adaptable solution that is up to twenty times faster to install than other systems.

It is the world’s first EN 54 certified and 100% wireless fire detection and alarm system that rapidly detects and alerts users to signs of smoke or heat, whilst also being resilient to false alarms.

As SmartNet is 100% wireless it eliminates the need for costly and time-consuming cabling, which is extremely important in an occupied building.

It ensures minimal disruption for tenants and means a system can be installed in a matter of days.

The powerful mesh network reduces the need for radio surveys to speed-up installation further.

The SmartNet system is built on a combination of wireless radio devices, operating on a self-forming, self-healing mesh network making it a robust and reliable solution, bringing confidence to building managers to stand down the Waking Watch.

The SmartNet products include the scalable SmartNet-Pro, which ranges from a panel capability of 511 devices and up to 96 zones with the ability to network up to five panels providing a combined solution of 2555 devices.

The cost-effective SmartNet-100 range enables systems with up to 100 devices from one control panel.

Cygnus offers a fire detection and alarm solution to meet diverse project requirements.

At Cygnus, we have supported and supplied a number of systems for Waking Watch requirements.

This has created a higher level of protection and safety to occupiers, providing peace of mind.

In addition, the system causes minimal disruption during installation and saves significant ongoing costs.

Cygnus SmartNet is the perfect solution for this and similar applications.

Government funding

The Government launched the Waking Watch Replacement Fund in May 2023, which is a £18.6 million fund to install alarms and replace costly Waking Watch measures in all residential buildings in England where a Waking Watch is currently in place.

The new fund builds on the progress made by the initial Waking Watch Relief Fund and the Waking Watch Replacement Fund 2022.

The additional funding is aimed at incentivising the installation of fire alarms and protecting more residents in more buildings pending their full remediation or the provision of long-term mitigation measures.

The application for funding ends on 31st March 2024 so now is an ideal time to speak to your customers and explain the benefits of installing a new Cygnus SmartNet wireless fire detection and alarm system.

Waking Watches are costly and concerning for tenants.

A SmartNet wireless fire alarm and detection system from Cygnus simply makes sense so get in touch with us today to find out more about our solution.

Cygnus at FSE

Cygnus will be exhibiting at The Fire Safety Event 2024, a show dedicated to supporting industry professionals and organisations in enhancing and maintaining the high standards in fire safety management.

The event will take place 30th April – 2nd May at the NEC Birmingham.

Cygnus ALERT serves as the perfect complement to SmartNet, the world’s first EN 54 certified and 100% wireless fire detection and alarm system.

Using Cygnus ALERT, integrators and site administrators can receive event, fault or mesh information in real-time, enabling swift responses to on-site situations.

Designed for seamless integration with SmartNet systems, the Cygnus ALERT module can be fitted into the SmartNet control panel on-site during installation and can also be retrofitted into pre-existing installations.

“We are excited to introduce Cygnus ALERT at the Fire Safety Event,” says Marsh.

“We had a very successful show last year and a really positive response from the industry with the launch of our SmartNet solution.

“Now we’re back with this innovative accompaniment to the range, reinforcing our commitment to advancing fire safety technology.

“We believe the combination of SmartNet and Cygnus ALERT will empower individuals to enhance their fire safety protocols whilst simultaneously safeguarding lives and property more effectively.”

Visitors to the Cygnus stand will have the opportunity to explore the groundbreaking SmartNet range first hand.

It offers a reliable, robust and adaptable solution that is up to twenty times faster to install than other systems.

From the scalable SmartNet-Pro, ranging from a panel capability of 511 devices and up to 96 zones, with the ability to network up to 5 panels providing a combined solution of 2555 devices; to the versatile SmartNet-100, enabling systems with up to 100 devices from one control panel, Cygnus ensures a fire detection and alarm system to meet diverse project requirements.

In addition to showcasing its products, Cygnus will also highlight its Cygnus Academy at The Fire Safety Event.

The company recently launched its new Technology and Training Centre (TTC) in Meriden, Birmingham, which serves as a hub for innovation and marks a significant expansion of the Cygnus Academy.

The academy provides high-quality training for installers seeking to enhance their knowledge of SmartNet technology and ensures they can install the system on-site.

For more information, drop by Cygnus’ stand 5/D10 at The Fire Safety Event 2024 or visit: https://www.cygnus-systems.com/.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Blackline Safety secures $1.4 million contract for lone worker devices in Australia

by Featured NewsFire Detection

Blackline Safety Corp., a company specialising in connected safety technology, has secured a new $1.4 million contract with a water utility provider in Australia.

This agreement involves the supply of Blackline’s Loner Mobile app and G7c cloud-connected safety devices.

The contract follows an independent analysis which identified Blackline Safety devices as the leading lone worker solution globally.

Details of the contract and technology

The latest deal is part of a series of successful contracts between Blackline Safety and water utility providers.

Blackline’s technology is known for features such as SOS latch, fall and no motion detection, and real-time connectivity, which are essential for ensuring worker safety in emergency situations.

Currently, these devices are used by half of the water and wastewater companies in the United Kingdom.

Vice President of International Sales at Blackline Safety, Peter Attalla, highlighted the suitability of their devices for the utility sector: “Our devices are particularly well suited to the utility industry, including water and wastewater,” said Attalla.

“People in these fields are at elevated risk when they go to work.”

The demand for comprehensive safety solutions

Utility workers often face various hazards including gas exposures, confined spaces, and extreme weather conditions.

Blackline’s products address these challenges by offering a turnkey solution that does not require extensive infrastructure or complex setups.

The Australian utility provider has also committed to three years of monitoring services through Blackline’s in-house Safety Operations Center, which operates 24/7.

Director of Blackline Safety’s Safety Operations Center, Heather Melder, also commented on the standards set by their products combined with monitoring services: “Blackline products, combined with our SOC monitoring, set the standard for the safest lone worker solution on the market,” said Melder.

“We’ve raised the bar in ensuring workers are safe while on the job—they’re protected because they’re connected.”

IFSJ Comment

The continuous adoption of Blackline Safety’s technology by major utility providers underscores the critical role of advanced safety solutions in high-risk industries.

By integrating state-of-the-art technology with comprehensive support services, Blackline enhances the safety of utility workers.

Addressing accidental activation with Safety Technology International

by Breaking NewsFire DetectionSafety

Safety Technology International Marketing Manager Liam Hunt discusses the introduction of protective covers contributing to long-term decline in false fire alarms

Recent Home Office research and analysis of ‘trends in fire false alarms and fire alarm policies’ reported a decline in false fire alarms caused by malicious or accidental activation of manual call points due to the introduction of protective covers.

Still every false fire alarm remains costly, disrupting schools and businesses, placing unnecessary strain on our emergency services, and reducing the public’s faith in fire alarms.

Continuing to be the largest incident type, false fire alarms accounted for 42% of the incidents attended by fire and rescue services in England year ending September 2023 – fires accounted for 24%.

Home Office figures show that there was a total of 3,030 false fire alarms caused by the “malicious activation of [a] fire call point/alarm” in England during the 12-month period, surpassing challenged hoax calls as the largest reason for malicious false alarms.

Accidental activation remained a significant contributor, 15,609 false alarms were recorded due to the accidental and careless activation of life safety devices, including manual call points. With similar figures reflected across the UK, over £1 billion is lost every year due to false alarms.

To recoup this cost, North Yorkshire Fire and Rescue Service joined the London Fire Brigade in recovering costs from hospitals, airport and student halls with a poor false alarm record. 

Dangerously, false fire alarms divert fire crews away from real emergencies; creating unnecessary risk as crews travel at high speed to attend ‘emergency’ calls. The ‘crying wolf’ factor caused by frequent false alarms causes staff to become complacent and less willing to act quickly when an alarm activates.

The Scottish Fire and Rescue Service recently changed the way its firefighters respond to automatic fire alarms in commercial premises to reduce unnecessary call outs from unwanted fire alarm signals.

However, the reduction of unwanted fire alarm signals to fire and rescue services does not necessarily reduce false fire alarms and therefore may leave fire safety issues unaddressed. This may not only lead to disruption for businesses, but also to alarm fatigue for the occupants – conversely, successfully reducing false alarms will also reduce unwanted fire alarm signals.

Repeated false alarms reduce the public’s confidence in fire alarms, contributing to alarm fatigue and a complacent attitude toward evacuations. Alarm fatigue occurs when a person becomes desensitised to an alarm due to repeated false alarms and consequently fails to react appropriately in a real emergency.

As recommended in BS 5839-1:2017, manual call points can be fitted with a protective cover to prevent false fire alarms. The British Standard Institute recommends in section 20.2b, that: “All MCPs should be fitted with a protective cover, which is moved to gain access to the frangible element. It is now recommended that a protective cover is fitted to a Type A manual call point to help prevent false alarms.”

Consequently, Home Office research examining the long-term trends in false fire alarms found that the introduction of protective covers was a contributing factor in the decline of false fire alarms caused by malicious or accidental activation of manual call points.

As the original call point cover manufacturer, Safety Technology International produce a range of protective covers, specifically designed to prevent false alarms whether accidental or malicious.

The STI story began in 1980 with a challenge by a school headteacher who wanted to stop their false fire alarms. Founder, Jack Taylor, used his expertise in security systems to invent the first and original Stopper® polycarbonate protective cover. From low profile covers to outdoor and sounder models, there are variations to suit all applications.

The tamper-proof polycarbonate covers ensure call points are protected without restricting legitimate use in a real emergency, a combination of optional warning alarm, flashing beacon and break seal acts as a deterrent against malicious activation.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Luminite introduces dual-function button to Alertex Fire range

by Featured NewsFire DetectionProducts

Luminite Electronics enhances fire safety with innovative addition to Alertex range

Luminite Electronics Ltd has expanded its Alertex Fire Alert range with a new unit that integrates both Fire Alarm and First Aid notification functionalities.

This development aims to bolster safety measures on construction sites, adhering to the Health and Safety Executive’s Fire Safety Guidelines.

The Alertex Fire Alerts, known for providing clear visual and audible fire notifications, are battery-operated with an impressive transmission range of up to 1 km line of sight.

Each unit, which can alternatively be powered by 12v DC, functions as a repeater to enhance coverage across complex site layouts.

Dual-functionality for enhanced site safety

The latest addition to the range introduces a dual-button system, with one button for fire alerts and another for first aid emergencies.

When the Fire button is pressed, all units on site will broadcast a default alarm or message, and the IP Bridge will pinpoint the activated unit, explained Luminite.

In contrast, pressing the First Aid button triggers only the activated unit, notifying designated personnel via the IP Bridge, which also manages alert cancellations and broadcasts all-clear signals.

The integration with third-party monitoring platforms, like Webeye, is facilitated by the IP Bridge, allowing for local or remote system supervision.

IFSJ Comment

The introduction of a combined Fire and First Aid alert unit by Luminite Electronics marks a significant advancement in safety technology for construction sites.

By integrating these functions into a single system, Luminite helps streamline safety protocols, making it easier for site managers to maintain high safety standards while keeping their teams protected.

Keep Calm and Carry On: Discussing false fire alarms

by Breaking NewsFire Detection

False fire alarms can cost companies money in both operation and reputation, as well as putting lives at risk, explains Neil Parkin, Regional Sales Manager (North & Ireland) at Advanced

False fire alarms are a global problem. In the UK, false fire alarms cost more than £1 billion annually.

But the costs aren’t simply financial, repeated false alarms make people complacent, delaying reactions in real fire emergencies, putting lives and property at risk.

They also disrupt businesses and annoy customers.

Repeated false alarms can damage a company’s reputation and may also divert fire and rescue teams away from real emergencies.

With fire services under pressure this is a real problem.  Since 1 July 2023 Scottish Fire & Rescue has adopted a new ‘Call Challenge’ policy whereby it has stopped attending automatic fire alarm (AFA) call outs to commercial premises, such as factories, offices, shops and leisure facilities, unless a fire has been confirmed by the dutyholder.

(This change does not apply to sleeping premises, such as hospitals, care homes, hotels or domestic dwellings.)

This looks like a trend that will spread elsewhere and may extend even further as pressure on fire and rescue teams increases. 

For example, the Royal Berkshire Fire and Rescue Service already challenges AFAs by a phone call if they are in lower-risk buildings – about a quarter of the automatic calls they receive are challenged in this way.

It is important to note that the service still sends a fire engine to all AFA notifications in high-risk, occupied buildings.

However, this March Berkshire is undergoing public consultation to change the way crews respond to AFAs as false alarms in the county account for 45% of all incidents, with 99.3% of AFA notifications requiring no action. 

Approach

Addressing this challenge requires a strategic approach.

Starting with a thorough fire risk assessment and precise fire system specification, false alarm management becomes a critical aspect.

Within the fire industry, two distinct strategies have emerged to tackle false alarms, both centred around signal verification.

The first approach leverages detector technology, effectively filtering out false signals at the detector level.

The second method involves analysing signals received at the fire panel, allowing for accurate determination of whether a fire event is genuine.

Forward-thinking manufacturers, such as Advanced, are now integrating these complementary approaches to effectively mitigate false alarms.

Fire Panels

The true power of a fire alarm system lies in combining detector data and an intelligent fire panel.

At its core, this integration enables individual detectors to collaborate in various modes, effectively mitigating false alarms.

For instance, multi-sensor detectors can be switched between heat and smoke modes to validate signals, and multiple detectors can be combined through double-knock or coincidence programming enhancing overall reliability.

Modern addressable panels are powerful computers dedicated to fire detection and can match detector signals with powerful cause-and-effect programming, reducing false alarms.

For example, AlarmCalm false alarm management is available as standard in the UK on Advanced’s MxPro 5 and Go fire panels, as well as it being available on both its Axis EN and Axis AX solutions internationally.

The built-in false alarm management combines versatile software detector technology and the optional AlarmCalm button to put an end to fire alarm frustration.

Using alarm verification and investigation delay technology, it allows additional time to respond, verify or investigate an alarm before the fire system goes into full alarm state.

Apartments

There are a number of causes that trigger false alarms and these differ depending on the building and its use.

For example, in apartment blocks false fire alarms can be caused by steam from showers, smoke from cooking, as well as call point misuse.

These triggers can lead to unnecessary evacuations making false alarms annoying for residents.

But if a fire panel features false alarm management, then a false alarm can be averted.

For instance, if someone creates cooking smoke in an apartment a verification sounder will activate.

If a fire alarm has a false alarm management button installed it then allows the occupant to press it to silence the sounder, extend the verification time and allow the smoke a chance to clear during verification.

If no other device activates and the smoke dissipates, the system will return to normal, avoiding unnecessary resident evacuation.

However, if the problem becomes more serious and smoke continues beyond the verification time the system will go into full alarm and evacuation procedures can begin.

Shopping Centres

Meanwhile, shopping centres and supermarkets are regularly forced to evacuate hundreds of shoppers due to false alarms.

Supermarkets are complex sites and may have offices, warehouses or storerooms, bakeries, staff rooms and toilets.

Each area presents its own unique fire risk which should be considered when designing a fire detection system.

Many areas can trigger false alarms in supermarkets, but one we come across regularly is the bakery.

When staff open an oven, heat and steam comes out. Unfortunately, if an optical or heat detector is installed, this triggers an alarm.

When the problem persists to avoid this, some supermarkets turn the fire system off or ignore LED alarms to avoid store evacuations, resulting in huge risk.

However, a fire panel that features false alarm management can solve this problem.

If smoke from an oven in a supermarket bakery activates a multi-sensor detector a verification countdown timer can be programmed to begin.

If the smoke clears and no heat is detected the system will return to normal avoiding an unnecessary shop evacuation.

Manufacturing

When it comes to manufacturing, downtime is the largest source of lost production reducing profits for companies as a result of lost business – false alarms are an unnecessary cause for production to stop.

In manufacturing plants where there are high temperatures, dust or chemicals in the air it is vital to consider where detectors are placed.

But it is also essential not to ignore detector signals.

As well as costing businesses money, repeated false alarms reduce people’s confidence in alarms making them complacent when it comes to evacuations.

Alarm fatigue can occur when a person becomes desensitised to an alarm due to repeated false alarms.

Here false alarm management can help since it is possible to set a verification time for when a device activation registers on a fire panel.

Then if no other detector is activated during the countdown, the system can automatically reset avoiding unnecessary evacuations and costly downtime.

Offices

Alternatively, in offices that are only occupied a few hours a day with multiple occupancy it is possible to opt for different false-alarm strategies.

This is easy to do since some false alarm management systems, like AlarmCalm, use their own unique ‘building areas’ for programming cause and effect, allowing the engineer to design individual false alarm management around specific risks on a site, rather than being restricted by the fire zones in place.

By dividing sites up into virtual false alarm ‘building areas’, independent of fire zones, users gain control of false alarm management and reduction strategies that exactly fit the needs of each part of a building.

Virtual building areas can cover multiple zones and points, partial zones or even single detectors.

This allows the programming of unique strategies targeting areas where there might be a risk of false alarms.

Businesses can now break free from the burden of recurrent false alarms, which not only harm their reputation but also carry financial implications.

By choosing an intelligent fire panel equipped with integrated false alarm management, such as Advanced’s AlarmCalm, we can keep calm and carry on safe in the knowledge the alarm has been verified.

For further information on Advanced’s AlarmCalm visit: https://www.advancedco.com/solution/alarm-calm/

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

International conference on fire detection invites submissions for 2024

by EventsFeatured NewsFire Detection

Call for papers for AUBE ’24 and SUPDET 2024 conference

The Department of Communication Systems NTS at the University of Duisburg-Essen, Germany, has announced an extension to its call for papers for the upcoming ’18th International Conference on Automatic Fire Detection’ (AUBE’24) and the Suppression, Detection and Signaling Research and Applications Conference (SUPDET 2024).

The conference, in collaboration with the NFPA Fire Protection Research Foundation, Quincy, MA, USA, is scheduled for September 24-26, 2024, and aims to showcase the latest advancements in fire protection research, technology, and applications.

Interested individuals are invited to submit their extended abstracts, not exceeding three pages, by April 21st, 2024, via email to aube@uni-due.de.

Submissions must include the full title, author(s) name(s), affiliation(s), address(es), telephone number(s), and email address(es), with the presenting author underlined.

The abstracts should focus on original work related to automatic fire detection and security systems, ensuring scientific rigor, objectivity, and absence of commercial bias.

Submission guidelines and topics

The conference will cover a wide array of topics, including advancements in suppression technologies, special suppression applications, wildfire fighting, new detection technologies, toxic gas detection, and integrated systems for smart buildings.

Abstracts are expected to present credible results based on scientific aspects and are subject to review by the technical program committee.

Case studies that contribute to the field are also welcome.

Authors of accepted abstracts will be notified by May 1st, 2024, and will be required to submit full papers, ranging from 5 to 8 pages, by July 1st, 2024, for inclusion in the conference proceedings.

The presentations should not exceed 20 minutes, and the event will also feature a table-top and poster exhibit.

Companies interested in presenting their products at the conference are advised to contact the organizers before August 1st, 2024.

IFSJ Comment

The ’18th International Conference on Automatic Fire Detection’ (AUBE’24), held in conjunction with SUPDET 2024, represents a pivotal platform for professionals in the fire protection and safety industry to converge, share knowledge, and explore the latest technologies and research findings.

This collaborative effort underscores the importance of continuous innovation and dialogue within the global fire safety community.

As the deadline for abstract submission approaches, potential presenters have a unique opportunity to contribute to the advancement of fire protection methods and technologies, ultimately enhancing safety measures across various sectors.

Global Fire Equipment: Where innovation meets sustainability

by Breaking NewsFire Detection

João Paulo Ajami, Managing Director at Global Fire Equipment (GFE), reveals insights into GSS Group’s acquisition of NIBBLE and the significant strides toward sustainability in GFE’s operations

How significant is the UK market to Global Fire Equipment’s overall business strategy?

The UK market is crucial to our strategy and always been a key focus due to its potential.

In the early stages, it comprised about 47% of our turnover.

The presence of dominant domestic players who hold a substantial market share has been challenging, but our business levels in the UK have remained steady for a long time.

We now have a really secure presence in the UK thanks to our partnership with Global Fire Equipment UK which is headed up by Matt Ketley.

Since January 2021, GFE UK has been the sole importer of all our products into the UK, and Matt and his team are doing a great job of representing the brand in the UK and growing our sales steadily.

Can you tell me about the acquisition of NIBBLE and the strategic decision behind this move?

The acquisition of NIBBLE was a strategic decision, driven by a longstanding relationship.

I’ve known the team behind NIBBLE for decades.

They were previously partners at a specialist emergency lighting company, CREATECH, which we acquired in 2018.

We maintained close contact with NIBBLE following the acquisition and have continued to be impressed by their innovative product range which very much complements our own range of panels.

But the strategy behind the acquisition is also very much aligned with our continued focus on R&D activities.

NIBBLE’s strengths lie in R&D, and they excel in creating innovative fire and security systems, including wired and wireless addressable systems, as well as a range of conventional products.

The biggest consideration was integrating their team into our structure, and I’m pleased so say that this process has gone very smoothly so far.

What steps is GFE taking to integrate sustainable practices into its products and overall business model?

GFE is fully committed to sustainability.

While others in the industry are aiming to become carbon neutral in 10 or 15 years, we’re determined to achieve this goal within the next five years.

We’ve already transitioned to exclusively electric vehicles for our company fleet, and we have recently installed 330 kilowatts of photovoltaic panels that generate more power than we need at any given time.

Building a sustainable and energy-efficient manufacturing facility was one of our key pre-requisites, and our on-site solar energy generation has jumped an impressive 600% compared to our former manufacturing plant.

There’s also a strong culture here of being mindful about not wasting resources.

It’s not just about being environmentally responsible; it makes sound commercial and financial sense, too.

Sometimes there’s inertia in the industry – a reluctance to change quickly while others don’t.

But at GFE, we’re proactive and fully committed to this fast-paced shift towards sustainability.

How do you see GFE’s acquisition of NIBBLE and its focus on sustainability influencing the company’s growth?

We need to think far beyond the immediate future.

The NIBBLE team aligns perfectly with our vision; they are as committed to sustainable practices as we are.

NIBBLE, being primarily an R&D company and not involved in production, brings an edge to our innovation efforts.

This synergy will be central to our growth and advancement in the coming years.

Integrating NIBBLE into GFE’s structure was a strategic move that provided NIBBLE with a manufacturing base.

This integration significantly boosts their capacity to innovate and develop solutions tailored to our market.

The potential for growth is substantial, more so than we’ve experienced before.

A key factor is their previous limited exposure; like CREATECH, NIBBLE was only really known within Portugal.

Now, with GFE, they have access to more than 90 countries.

This expanded reach allows us to leverage global contacts, enhancing the visibility and growth of their products, including NURIA, NIBBLE’s technologically advanced 1 – 4 loop analogue addressable fire alarm panel.

It’s an exciting time, as we open up new markets and opportunities for NIBBLE’s innovative solutions.

Currently, our primary focus is on enhancing our production capability.

My main priority at this juncture is ensuring that we grow at a sustainable pace.

We are very mindful of not overextending the business – rather we need to make sure every step we take is measured and within our capabilities.

Maintaining this balance is key to our ongoing success and growth.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Market Analysis: Fire Detection Systems

by Fire DetectionResearch

IFSJ looks at the driving forces behind the rising demand for advanced detection systems, from stringent safety regulations to the surge in smart home integration

Initially developed to mitigate the risk of fires, smoke, and carbon monoxide poisoning, detection systems have become integral in both residential and commercial settings.

The market encapsulates a broad range of products, from basic smoke detectors to sophisticated CO2 monitoring systems, with a primary focus on ensuring safety and compliance with regulatory standards.

Trends

Currently, the market is shaped by several trends.

Technological advancements have been pivotal, particularly the integration of IoT and AI in detection systems.

These innovations improve the reliability of the systems and allow for remote monitoring and data analysis, enhancing overall safety.

Additionally, the rising trend of smart homes has bolstered the integration of detection systems with home automation, offering users enhanced control and real-time alerts.

Regulatory requirements and increased awareness about safety are key drivers of this market.

Globally, governments and safety regulatory bodies have been implementing stringent fire and CO2 detection norms, particularly in the wake of recent tragic fire incidents.

This has led to a surge in demand for these systems.

Moreover, the growing construction industry worldwide, with a focus on safer and smarter buildings, further propels the market growth.

Challenges

However, challenges persist.

High installation and maintenance costs of advanced systems can be a deterrent, especially in cost-sensitive markets.

Additionally, technological limitations, such as issues related to false alarms and detection failure, have been restraining factors.

Despite these challenges, the market is poised for growth, driven by technological innovation, regulatory mandates, and an overall heightened emphasis on safety and prevention.

Regional breakdown

In North America  detection market thrives under stringent safety regulations and technological innovation.

The United States leads, driven by rigorous building codes and a high adoption rate of smart home systems.

Canada follows suit, with a focus on compliance with national safety standards and a growing preference for technologically advanced systems.

Europe presents a diverse market, with Western European countries exhibiting strong demand, propelled by strict EU safety regulations and a high level of awareness regarding fire safety.

Eastern Europe shows potential growth, primarily due to ongoing infrastructural development and the gradual adoption of newer technologies.

Asia-Pacific is the fastest-growing region in the detection market.

Rapid urbanisation and industrialisation, particularly in China and India, have significantly increased the demand for detection systems.

Furthermore, governmental initiatives to improve safety standards in buildings are contributing to market expansion in this region.

Latin America and the Middle East, while slower in adoption, are gradually recognising the importance of these systems.

In Latin America, growth is driven by urban development and a rising awareness of safety.

In the Middle East, investment in infrastructure and an increasing emphasis on safety standards, especially in the UAE and Saudi Arabia, are key growth factors.

Overall, while market penetration and growth rates vary, the global trajectory for the detection market is one of steady expansion, driven by technological advancements, regulatory mandates, and a universal focus on safety.

Future projections

By 2030, the detection market is expected to significantly expand, with the Asia-Pacific region leading in terms of growth rate, driven by rapid urbanization and industrialization.

North America and Europe will continue to be substantial markets, sustained by stringent safety regulations and technological advancements.

Emerging markets in Latin America and the Middle East are also expected to show considerable growth due to increased safety awareness and infrastructural investments.

Technological innovation remains a key driver in this market.

The integration of Artificial Intelligence (AI) and the Internet of Things (IoT) is set to revolutionize detection systems, offering more precise and efficient monitoring capabilities.

Advances in sensor technology, including the development of more sophisticated smoke and gas detectors, are likely to enhance detection accuracy and speed, thereby reducing false alarms.

Additionally, the incorporation of machine learning algorithms can facilitate predictive maintenance, foreseeing system failures before they occur.

Market players will consider investing in AI and IoT capabilities to stay competitive.

This technology is enhancing product offerings and opening avenues for new service models, like real-time monitoring services.

Companies will also focus on emerging markets in Asia-Pacific and Latin America, where the demand for advanced detection systems is increasing.

Tailoring products to meet regional regulations and preferences will likely provide a competitive edge.

There is also an opportunity in developing affordable, easy-to-install solutions for markets with cost constraints.

Collaboration with smart home system manufacturers may also prove fruitful, given the rise in smart home adoption globally.

Detection companies will be sure to engage in continuous R&D to stay abreast of technological advancements and evolving safety standards, ensuring their products meet the highest efficacy and reliability standards.

This article was originally published in the April 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Hochiki Europe to showcase fire safety innovations at the Fire Safety Event 2024

by Featured NewsFire Detection

Hochiki Europe prepares for the Fire Safety Event 2024

Renowned for its leadership in life safety solutions, Hochiki Europe is set to exhibit its extensive range of fire safety systems at the Fire Safety Event 2024, occurring from 30th April to 2nd May at the NEC Birmingham.

Industry professionals will gather in Hall 5, stand E35 to explore Hochiki Europe’s commitment to advancing technology in life safety systems and devices.

This event serves as a crucial platform for promoting higher standards in fire safety.

Nathan Hudson, the Sales and Marketing Director at Hochiki Europe, expressed his enthusiasm: “The Fire Safety Event is an invaluable platform for us to connect with industry leaders and demonstrate our unwavering dedication to life safety.

“We’re thrilled to showcase our most advanced fire safety solutions yet at The Fire Safety Event 2024.

“These comprehensive offerings will equip businesses and organisations with next-level fire protection.”

Interactive demonstrations and expert guidance

Visitors to the Hochiki Europe stand will have the opportunity to interact with demonstrations that highlight the company’s leading products.

The expert team will be on hand to provide detailed insights into various life safety solutions.

Among the innovations on display will be the Latitude Life Safety Platform, designed for flexible life safety control and indication.

The Ekho Hybrid Wireless Fire Detection system represents the next generation in wireless fire technology, offering unmatched flexibility and reliability.

Attendees will also discover FIREscape Nepto, a cutting-edge emergency lighting system that promises optimal performance and reliability.

The ESP Intelligent Range and CDX Conventional Detection offer reliable fire detection solutions, while Hochiki Europe’s Specialist Detection caters to unique fire hazards in challenging environments.

Hochiki Europe’s stand will not only feature product demonstrations but also facilitate knowledge exchange on critical fire safety industry themes, including the latest regulations, best practices, and the benefits of integrated life safety platforms.

IFSJ Comment

Hochiki Europe’s participation in the Fire Safety Event 2024 underscores the importance of continuous innovation and knowledge sharing in the fire safety industry.

By presenting a wide array of advanced fire safety solutions and engaging in meaningful discussions on industry standards and regulations, Hochiki Europe is contributing significantly to the enhancement of fire protection measures.

As the industry evolves, such initiatives are crucial for driving forward the standards of fire safety technology and practices.

Bull Products to showcase sustainability commitment with Green Bull initiative at Fire Safety Event

by EventsFeatured NewsFire Detection

Anticipation builds for the unveiling of the Green Bull initiative at the Fire Safety Event

At this year’s Fire Safety Event, Bull Products is set to unveil its innovative Green Bull initiative, designed to enhance environmental sustainability through the safe recovery and reuse of fire protection equipment.

This forward-thinking initiative supports the collection, inspection, and safe storage of equipment for future reuse, helping customers achieve efficient sites while meeting carbon reduction targets.

In addition to the Green Bull initiative, Bull Products will also present its comprehensive fire detection and alarm systems, including the adaptable SiteProtect range and the EN 54 certified, wireless SiteNet solution, along with other product ranges such as Lockdown Alarms and First Responder stations.

Bull Products’ holistic approach to fire safety and environmental sustainability

The Fire 360° service, developed to address the complexities of fire safety on construction sites, will also be highlighted.

This service ensures that the Bull Products team is available to guide and support customers throughout their project lifecycle.

The company’s alarms, bearing the ‘Made in Britain’ mark, reassure customers of the product quality and sustainability.

A commitment to a greener, safer future

Carl Leeson, Head of Sales at Bull Products, expressed his excitement for the upcoming event: “The Fire Safety Event serves as an invaluable platform for connecting with our customers and the wider industry and we can’t wait to return for 2024.

“We will be showcasing a range of product solutions and highlighting our commitment to sustainability through our Green Bull division.

“It’s not just about presenting cutting-edge technology; it’s about reaffirming our dedication to creating safer environments whilst minimising our ecological footprint.

“We look forward to sharing our vision for a greener, safer future with attendees.”

The Green Bull initiative, embodying the ‘Recover. Revive. Reuse.’ ethos, positions Bull Products as a leader in the sustainable reuse of fire safety equipment.

This initiative aligns with the company’s goal of achieving carbon neutrality by 2030 and supports customers and partners in their efforts to reduce CO2 emissions.

Innovative solutions for modern fire safety challenges

Visitors to the Bull Products stand can look forward to seeing the SiteProtect wireless alarm system, which demonstrates innovation and versatility in emergency fire, first aid, and intruder alarms for construction sites.

Utilising patented Cygnus technology, the system is designed for performance and reliability in challenging environments.

The EN 54 certified SiteNet range will also be showcased, offering a robust and scalable wireless solution for fire safety on temporary projects.

Bull Products will also display its First Responder Stations, tailored to meet the safety requirements of various construction sites.

IFSJ Comment

The forthcoming showcase of the Green Bull initiative by Bull Products at the Fire Safety Event marks a pivotal moment in the integration of environmental sustainability with fire safety solutions.

As the fire safety industry continues to evolve, such initiatives will play a critical role in balancing ecological considerations with the imperative of safeguarding lives and property.