Historic Morritt Hotel enhances safety with Hyfire Taurus wireless system

by Featured NewsFire DetectionProjects

Morritt Hotel upgrades fire safety with wireless technology

The Morritt Hotel in Barnard Castle has enhanced its fire safety system by installing over 100 Hyfire Taurus wireless fire devices, as reported by Hyfire.

Expert Fire Solutions completed the installation within days, ensuring minimal disruption to the hotel’s operations.

The Morritt Hotel, with roots dating back to the 17th century, is a historic establishment known for hosting figures like Charles Dickens.

The recent upgrades ensure the safety of guests and staff while preserving the hotel’s rich heritage.

Maintaining heritage while upgrading to modern safety standards

Installing a wireless fire system was deemed the best approach for preserving the Morritt Hotel’s historical structure while enhancing its fire safety capabilities.

Nathan Cowie, Fire and Security Manager for Expert Fire Solutions, said: “It was clear from the beginning that a wireless fire system was the logical solution for this historic building.

“Our collaboration with Hyfire was pivotal in specifying and installing a system that respects the Morritt Hotel’s heritage and complex infrastructure.”

Hyfire Taurus devices integrate seamlessly with the hotel’s architecture, offering a balance between meeting modern fire regulations and maintaining the hotel’s historical significance.

Hyfire technology supports ongoing hotel operations

The installation of the new Taurus wireless fire devices was designed to have minimal impact on the hotel’s operations.

The old system remained functional until the new one was fully commissioned.

A spokesperson for the Morritt Hotel stated: “Integrating Hyfire’s Taurus wireless fire devices was a great decision.

They blend seamlessly with the hotel’s historical character while enhancing the safety of our guests and staff.”

The new system’s efficiency, along with the discreet installation by Expert Fire Solutions, allowed the hotel to continue operations without interruption.

Advanced fire technology for heritage conservation

Hyfire’s Taurus wireless system features intelligent signal processing with 60 communication channels to avoid channel collision, even in complex structures.

Robert Bruce, National Key Account Manager at Hyfire, commented: “The Morritt Hotel is a jewel in the crown of County Durham’s heritage, and we’re proud that our Taurus wireless fire devices now play a role in its ongoing success story.”

The Taurus system ensures safety with fewer devices and lower maintenance costs, making it a practical solution for historic buildings like the Morritt Hotel.

Historic Morritt Hotel enhances safety with Hyfire Taurus wireless system: Summary

The Morritt Hotel in Barnard Castle, a historic building dating back to the 17th century, has upgraded its fire safety system with over 100 Hyfire Taurus wireless fire devices.

Expert Fire Solutions completed the installation within days, ensuring minimal disruption to the hotel’s operations.

The wireless system was chosen to preserve the hotel’s historical integrity while meeting modern fire safety regulations.

The installation had minimal impact on the hotel’s operations, with the old system remaining in place until the new one was fully commissioned.

Hyfire’s advanced technology ensures that the Taurus system operates efficiently, offering enhanced safety for the hotel’s guests and staff.

Mobile coverage expanded on Elizabeth line with help from Hillmoore Fire Protection

by Featured NewsProjects

Hillmoore Fire Protection contributes to enhanced mobile coverage in London’s Elizabeth line

The Elizabeth line, a key east-west railway in London, now offers high-speed 4G and 5G mobile coverage within its first tunnelled section, with help from Hillmoore Fire Protection.

This advancement aims to improve connectivity within London’s underground stations and tunnels.

Transport for London (TfL) expects to extend this coverage to key locations including Whitechapel, Canary Wharf, and Woolwich by the end of the summer.

Hillmoore Fire Protection, known for its expertise in passive fire protection systems, played a critical role in the project.

The company was tasked with constructing blast-proof communications rooms as part of the engineering team working on the mobile network infrastructure.

A challenging installation schedule

Working under tight deadlines, a team of 500 individuals operated across the tube network to install the necessary communications systems.

Hillmoore was introduced to the IT firm commissioned by TfL and was required to implement specialist passive fire protection solutions.

This needed to be achieved within strict time constraints to ensure that the lines reopened to passengers each morning.

Hillmoore’s engineering team joined the effort by designing and installing enclosures made from Durasteel, a fire- and blast-resistant material.

The team met the demanding 60-minute fire integrity specification, completing installations during a planned weekend travel closure.

Durasteel technology helps protect critical infrastructure

Hillmoore’s use of Durasteel was essential in ensuring that the new communications and electrical systems were protected.

Durasteel is a composite panel made of fibre-reinforced cement and steel sheets.

It is fully certified and has been installed in various locations globally, known for its resistance to fire and high-impact blasts.

Over one weekend, Hillmoore successfully completed the installation of six Durasteel enclosures across three stations.

The work was completed in preparation for the new mobile network infrastructure.

TfL and Hillmoore continue collaboration

Following their successful work, Hillmoore has been instructed to continue contributing to the project, with plans to work on additional London Underground lines over the next two years.

The collaboration with TfL and the IT firm highlights the importance of precise engineering in such high-profile public transport projects.

The mobile coverage expansion benefits passengers travelling between Liverpool Street and Paddington.

This improvement, in addition to enhancing communication, aims to improve the passenger experience.

Amir Dawoodbhai, a member of TfL’s Youth Panel, spoke about the project’s benefits.

He said: “Mobile coverage on the Tube and Elizabeth line enhances young people’s perception of safety as they travel independently through London.”

Hillmoore’s ongoing involvement in transport projects

Hillmoore Fire Protection continues to work closely with TfL on expanding mobile coverage to other lines in London’s transport network.

Their expertise in fire protection solutions has proven essential in ensuring that critical infrastructure meets both safety and functional requirements.

This work forms part of broader efforts to improve London’s underground communication capabilities, contributing to the city’s long-term transport strategy.

Mobile coverage expanded on Elizabeth line with help from Hillmoore Fire Protection: Summary

Hillmoore Fire Protection played a key role in expanding mobile coverage on London’s Elizabeth line.

They installed fire- and blast-resistant Durasteel enclosures to protect new communications equipment.

The coverage, which currently spans the tunnels between Liverpool Street and Paddington, is set to be extended to other parts of the line by the end of summer.

Hillmoore’s work was commended by both TfL and the IT company involved, and they have been engaged for further projects across other underground lines over the next two years.

FLS to provide dynamic scheduling software to G4S Fire & Security Systems in UK

by Featured NewsProjects

G4S Fire & Security Systems adopts FLS VISITOUR software for real-time efficiency

FLS has announced a new contract to provide its FLS VISITOUR dynamic field service scheduling software to G4S Fire & Security Systems in the UK.

The partnership aims to boost productivity and enhance customer service outcomes through real-time efficiency improvements.

G4S will also upgrade its Tesseract Service Centre from Asolvi to the latest version as part of this deal.

G4S manages both installation appointments and service-level agreement (SLA) response-based maintenance tasks at customer sites across the UK, 365 days a year.

The new solution will automate scheduling processes for planned and reactive work.

Tony Anderson, Operations Director for G4S UK&I, said: “Through the use of dynamic scheduling we will be able to replace manual processes for planned and reactive work with automation that will achieve better routes and faster response times.”

FLS VISITOUR software to automate field service management for G4S

FLS VISITOUR’s key feature is its ability to manage real-time scheduling adjustments.

This includes recalculating routes to accommodate delays or changes in work orders within seconds, using time-of-day driving speeds at over eight million road junctions across the UK.

By implementing this software, G4S aims to reduce the time field engineers spend on driving and administration, and increase the time spent with customers.

Tony Anderson added: “Customer service is at the heart of everything we do and less time for driving and administration means more time for engineers with customers.”

The automation of scheduling will allow G4S to enhance the skills and accreditation verification for field engineers while ensuring faster service delivery.

G4S selects FLS following a procurement process

After conducting a procurement process, G4S selected FLS VISITOUR due to its compatibility with G4S’s existing service platform.

Tony Anderson explained: “FLS were selected as G4S were impressed by the scheduling capability and links to our existing service platform.

The ease of use and interaction with FLS was also another major factor in selection.”

This decision aligns with G4S’s strategic goal of improving efficiency and streamlining operations through technology.

The selection of FLS was further supported by a recommendation from Asolvi, with whom FLS shares several joint customers.

FLS looks forward to partnering with G4S and Asolvi

Jeremy Squire, UK Managing Director at FLS, expressed excitement over the new partnership with G4S.

He said: “FLS is excited to have been selected for this project by G4S and to work with a leading, global brand in secure solutions.”

Squire also highlighted the collaboration with Asolvi and expressed confidence in helping G4S meet its productivity and efficiency targets.

FLS plans to work closely with both G4S and Asolvi to ensure the smooth deployment of FLS VISITOUR and support G4S in achieving its service goals.

FLS to provide dynamic scheduling software to G4S Fire & Security Systems in UK: Summary

FLS will supply its dynamic field service scheduling software, FLS VISITOUR, to G4S Fire & Security Systems in the UK.

The contract includes an upgrade of G4S’s Tesseract Service Centre to the latest version.

G4S selected FLS after a procurement process due to the software’s compatibility and ease of use.

The new system aims to automate manual scheduling processes, reducing driving time for engineers and increasing time spent with customers.

FLS VISITOUR will adjust routes in real-time using data from millions of road junctions across the UK.

FLS will work alongside Asolvi to implement the solution and support G4S’s operational efficiency goals.

UKAS accredits Siderise Innovation Centre for fire safety testing in South Wales

by Featured NewsProjectsSafety

Siderise Innovation Centre gains UKAS ISO 17025 accreditation

Siderise has announced that its Innovation Centre in South Wales has received UKAS ISO 17025 accreditation.

As reported by Project Scotland, this accreditation confirms that the facility meets international standards for technical competence and the reliability of its results.

The centre, opened in March 2023 by the First Minister of Wales, Mark Drakeford, is located at Siderise’s headquarters.

The Innovation Centre has conducted over 180 fire tests since its opening.

It features a specialised fire test furnace and advanced data logging equipment, enabling it to test materials against a variety of fire resistance standards.

UKAS audit process and fire tests at Siderise

To achieve the UKAS ISO 17025 accreditation, the Siderise Innovation Centre underwent a thorough audit by UKAS.

This audit included a detailed review of the centre’s quality management systems, training procedures, and records.

UKAS also observed three fire resistance tests during the audit process, specifically the EN 1366-3, EN 1366-4, and prEN 1364-6 tests.

The accreditation process began in November 2023, with the final audit taking place in January 2024.

SIDERISE received the certification in July 2024 after the successful completion of the assessment.

Key objectives of Siderise Innovation Centre

Chris Mort, director of testing at Siderise, explained the centre’s purpose: “We constructed the Innovation Centre to meet the increasing demand for testing and data for projects and product development, and a shortfall in available furnace time with the longer-term goal of making fire performance testing more accessible to our key industry stakeholders.”

Mort also highlighted that the centre was designed to address the growing needs of the industry by providing faster access to critical fire performance data.

SIDERISE aims to contribute to improving fire safety through more efficient testing services.

Importance of team expertise at Siderise

The accreditation process was made smoother by the expertise and dedication of the Siderise testing team.

Mort said: “This is in part thanks to the hard work of our testing team, whose skills, knowledge and experience have been invaluable in establishing robust SOPs.”

The team’s focus on developing effective standard operating procedures was crucial in ensuring the successful accreditation of the Innovation Centre.

Their combined experience helped streamline the application and audit processes.

UKAS accredits Siderise Innovation Centre for fire safety testing in South Wales: Summary

The Siderise Innovation Centre, located in South Wales, has achieved UKAS ISO 17025 accreditation.

This recognises its technical competency and ensures that the results generated at the centre are reliable.

Opened in March 2023, the centre features a specialised fire test furnace and equipment that allows it to conduct fire resistance tests to various standards.

UKAS awarded the accreditation after auditing the centre’s quality management systems and observing key fire resistance tests.

The expertise of the Siderise testing team played a crucial role in achieving this certification.

Children’s heart hospital in El Salvador receives Advanced wireless fire safety system

by Fire DetectionProjects

Advanced equips El Salvador heart hospital with wireless fire safety system

A mobile children’s heart hospital in El Salvador has been equipped with a state-of-the-art wireless fire safety system by Advanced.

This initiative, reported by Advanced, aims to protect children undergoing heart surgery, their doctors, and staff.

The hospital, operated by Kinderherzen, ensures that children with serious heart conditions receive essential treatment.

Kinderherzen, based in Germany, sends doctors to provide critical care to young patients in regions with limited medical services.

Advanced, in collaboration with Crowcon, was tasked with developing a fire safety system that could be easily installed and reinstalled as the mobile hospital moved across Europe.

Installation details and system features

Advanced’s solution involved creating a bespoke wireless fire alarm system for ease and speed of setup.

At the core of the installation is an Axis EN single-loop panel, accompanied by a translator and 19 devices including point detectors, sounder-beacon bases, and call points, covering various rooms within the hospital.

The system was pre-programmed at Advanced’s headquarters in Newcastle upon Tyne, UK, and shipped to El Salvador for immediate installation.

The process was streamlined using special mounting plates for the control panel, translators, detectors, and sounders, reducing setup time to under half an hour.

Paul Duffy, Technical Services Manager at Advanced, said: “We are extremely proud to support Kinderherzen in their mission to provide critical medical care to children in need.

“Given the temporary nature of the hospital, the fire alarm system needed to be robust but highly versatile.

“The reliability and ease of use of Advanced equipment make it perfect for this unusual brief, ensuring the ideal combination of mobility, performance, and safety.”

System capabilities and benefits

The Axis EN wireless installation ensures that Kinderherzen staff can perform their essential work with peace of mind, knowing their team, facilities, and patients are protected by the highest fire safety standards.

The system supports robust networks of up to 200 panels, making it suitable for complex, large-scale installations.

Advanced products are known for their high performance and ease of use, supporting networking high-risk sites with complicated cause and effect, remote monitoring of networked sites, and integration with building management systems.

Intuitive software and panel navigation simplify setup processes.

Advanced’s role in global fire safety

Advanced, owned by Halma PLC, a FTSE 100 company, is a global leader in the development and manufacture of intelligent fire systems.

Their products are used worldwide in various settings, from single-panel installations to large, multi-site networks.

The company’s portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction systems, and emergency lighting.

Danfoss system enhances fire safety in Samruddhi Expressway Tunnel

by Featured NewsFire SuppressionProjects

Deployment of SEM-SAFE® system in Samruddhi Expressway Tunnel

Danfoss Fire Safety has deployed its SEM-SAFE® high pressure water mist fire protection system in the Samruddhi Expressway Tunnel, Maharashtra, India.

The Samruddhi Expressway Tunnel, an 8-kilometer, three-lane structure connecting Mumbai and Nagpur, is an essential link across the Western Ghats.

Ensuring fire safety in such infrastructure is critical.

Danfoss’s SEM-SAFE® system was selected for its efficiency in fire suppression.

System capabilities and benefits

The SEM-SAFE® system is designed to cool and control smoke, improving evacuation conditions and aiding firefighting operations.

It uses minimal water and integrates stainless-steel components for reliability and sustainability.

Poul Harder, CEO of Danfoss Fire Safety, said: “Our SEM-SAFE® system sets new benchmarks in fire protection for tunnels worldwide.

“Designed to meet stringent safety standards and tested rigorously, it enhances evacuation conditions and safeguards tunnel infrastructure effectively.”

Project implementation and support

Danfoss Fire Safety provided technical design, engineering support, and site supervision for the project.

The contractor, Afcons Infrastructure Limited, facilitated the system’s integration into the tunnel’s infrastructure.

Qusai Alasad, Global Manager-Transportation Infrastructures at Danfoss Fire Safety, stated: “Implementing our SEM-SAFE® high pressure water mist system in the Samruddhi Expressway Tunnel underscores Danfoss’s commitment to innovation and safety.

“This project not only supports Maharashtra’s development goals but also ensures travelers can journey with confidence while preserving the environment for future generations.”

Johnson Controls enhances fire protection at Paris Olympics 2024 venues

by Breaking NewsBuilding ManagementProjects

Advanced fire protection at Paris Olympics 2024

As the Paris Olympics 2024 begins, millions of fans will travel to the French capital for one of the world’s largest sporting events.

Johnson Controls has announced that it will provide advanced fire protection systems to ensure the safety of attendees at eight venues.

The company has integrated state-of-the-art fire suppression technologies alongside its building automation systems and HVAC solutions.

This integration prioritises safety and supports the International Olympic Committee’s goal of reducing the event’s carbon footprint by 50% compared to previous Games.

Fire suppression technologies at key venues

Among the innovations is the installation of cutting-edge fire suppression systems at the La Chapelle cooling production plant within the Adidas Arena sports and cultural complex.

This facility, part of Paris’ extensive cooling network, supports the arena and its surrounding areas.

Marc Vandiepenbeeck, CFO and EMEALA President for Johnson Controls, said: “With temperatures rising year on year and heatwaves becoming the norm, the need for sustainable cooling technology is critical to ensure optimal conditions in venues while minimising the impact on the planet.”

He highlighted that fire suppression systems are crucial for maintaining safety in high-capacity venues.

Building automation and fire safety in tennis stadium

At a renowned tennis stadium in Paris, the Johnson Controls Metasys building automation system integrates vital equipment, including HVAC, lighting control, and fire safety systems.

This system monitors performance and provides real-time data, allowing facility managers to address potential fire hazards efficiently.

Vandiepenbeeck stated: “We are proud to work with these prestigious venues and help our customers achieve their desired outcomes in energy efficiency, carbon reduction emissions, safety, security and building management.

“Our expertise in smart stadiums and large venues has made Johnson Controls the partner of choice for stadiums across the world.”

Global impact of Johnson Controls’ fire protection technologies

Johnson Controls continues to improve fire safety, operational efficiency, and sustainability in sports and entertainment venues globally.

The company provides comprehensive fire detection and suppression solutions to numerous high-profile venues, including Intaleq in Doha, Fiserv Forum in Milwaukee, O2 Arena in London, Allegiant Stadium in Las Vegas, and Chase Center in San Francisco.

FIREFLY fire barriers used in Maggie’s Cancer Centre showcase UK construction capabilities

by ConstructionFeatured NewsProjects

New Maggie’s Cancer Centre in North London

The latest Maggie’s Cancer Centre at the Royal Free Hospital in North London features a unique design by Daniel Libeskind.

This structure, which lacks vertical lines and flat surfaces, presented complex challenges for the contractors involved.

Middlesex Ltd., responsible for fire-stopping, utilised FIREFLY fire barriers to protect the multidirectional form of the walls and soffits.

As reported by FIREFLY, this project demonstrates the UK construction industry’s ability to realise imaginative architectural concepts.

The year-long build was managed by Sir Robert McAlpine, a consistent supporter of the Maggie’s charity, with Middlesex Ltd. installing the façade and drywall elements.

The fire-stopping division of Middlesex used various FIREFLY products, including Zeus Lite, Titan Lite, and Collaroll, to cover the steelwork and other main structure elements.

Challenges and solutions

Simon Coldwell, Site Manager for Middlesex, commented on the difficulties posed by the building’s shape: “Because of the shape of the building, whose walls lean and curve in three directions, it would have been impossible to carry out conventional fire-stopping operations using fire boards and fire batts without extensive fire testing: so the FIREFLY products have proved ideal.”

He highlighted the support from FIREFLY’s technical representatives in ensuring compliance and addressing special areas like the wall/soffit junctions.

Coldwell added: “As well as the fire-stopping internally, all of the exterior to the walls at ground and first floor level are wrapped in FIREFLY.

“The barriers have been installed over the main frame and are then covered by 200mm of insulation, a Tyvek breather membrane, and then the timber cassette cladding panels.” He praised the experienced team of Middlesex Fire-Stopping operatives, who had undergone FIREFLY training, for their effective work on the project.

Past and future projects

A spokesperson for Sir Robert McAlpine stated: “Each designed by a world-renowned architect, Maggie’s centres are some of the most distinctive buildings in Britain.

“As such, they are often incredibly challenging to construct.

“It was this complexity that led to our initial involvement with the charity at the award-winning, Kisho-Kurokawa-designed Maggie’s Centre at Singleton Hospital, Swansea.”

The spokesperson further mentioned the company’s ongoing involvement with the charity, having overseen the construction management of Maggie’s centres at multiple hospitals since the Swansea project.

This ongoing commitment underscores the collaborative effort required to bring these architecturally unique buildings to life.

Technical aspects of FIREFLY products

FIREFLY Zeus Lite 90:30 provides 90 minutes of integrity and 30 minutes of insulation, exceeding the minimum requirements of the Building Regulations’ Approved Document B (Fire Safety).

The product’s certification covers the inclusion of service penetrations, a feature not all fire barriers possess.

The FIREFLY range, made from woven and non-woven glass, is designed for optimal resistance to flame and smoke while offering heat protection in various scenarios.

These barriers are easily installed horizontally or vertically using a complete selection of FIREFLY ancillary products, ensuring a fully tested and certified system.

This flexibility and reliability make FIREFLY an ideal choice for complex projects like the Maggie’s Cancer Centre.

Ramtech’s new heat-detection system improves scaffolding safety

by ConstructionProjectsSafety

New fire safety code drives scaffolding innovation

In 2019, the British Government issued the fire safety standard BS 8629, a code of practice for evacuation alert systems in buildings containing flats.

As reported by Ramtech, this new code necessitates the removal of unsafe cladding from many high-rise buildings.

To facilitate this, workers must cover buildings with scaffolding, which can pose risks to both workers and residents in the event of a fire.

In response, Ramtech and Thermocable, both subsidiaries of Halma, have developed a new heat-detection cable.

Fire detection system for scaffolding

The Linear Heat Detection System for Scaffolding addresses the risks inherent in cladding removal projects, enhancing safety for workers and residents.

This system integrates Thermocable’s linear heat detection technology with Ramtech’s WES3 and REACT technology to provide early fire detection and response.

Harry Buck, commercial manager at Thermocable, stated: “In open-air environments, typical fire detectors can be prone to false activations.

“This technology allows site managers to react more quickly and confidently to any activation.

“Integrating our skills with Ramtech’s experience, both in fire and water detection systems, has created a reliable solution to the cladding remediation operations taking place across the country.

“We’re already seeing such significant demand in the industry and look forward to protecting more sites.”

Adapting to new challenges

Urban landscapes in the UK and globally are changing, with high-rise buildings becoming more prevalent due to their ability to accommodate many residents on limited land.

This shift brings new challenges, requiring innovative safety solutions.

Ramtech’s Linear Heat Detection System exemplifies this innovation by providing a safer environment for construction workers involved in cladding remediation projects.

Future of construction site safety

Iain Grant, head of product at Ramtech, commented: “We are immensely proud of our Linear Heat Detection Solution and its ability to revolutionise safety standards in cladding remediation projects.

“This innovative system represents a significant leap forward in protecting both workers and residents from potential fire hazards during facade replacements.

“Being shortlisted for the Digital Construction Awards and the Construction News Awards is a testament to the hard work and dedication of our team.

“Our partnership with Thermocable has enabled us to deliver a solution that not only meets but exceeds industry standards for fire safety on scaffolding structures.”

With only a quarter of buildings having had their cladding removed, this new system ensures that ongoing operations can proceed with enhanced safety measures in place.

Timber Square: London’s net-zero landmark project

by Featured NewsFire DetectionProjects

Net-zero ambition for Timber Square in London

As reported by Ramtech, Timber Square is an ambitious project by Landsec aimed at achieving net-zero in London.

The site, which spans over 370,000 sq ft, is safeguarded by Ramtech’s WES3 wireless fire alarm system, installed by Wingate.

The development is conveniently located near London Bridge and Waterloo stations and features state-of-the-art facilities that promote energy efficiency and reduce carbon emissions.

The project aims to retain 85% of the existing structure and utilise cross-laminated timber, significantly reducing CO2 emissions.

Timber Square will also incorporate air source heat pumps as the primary heat source to lower its carbon footprint.

Fire safety concerns with timber construction

Timber Square presents unique challenges and risks, particularly concerning fire safety due to its timber construction.

Timber, while sustainable and eco-friendly, is also combustible.

During construction, the risk is heightened because of exposed timber and other combustible materials on-site.

Key fire safety risks include rapid fire spread, compromised structural integrity in the event of a fire, and increased vulnerability during construction before fire protection measures are fully in place.

Installation of WES3 and REACT systems

Wingate installed over 400 WES3 devices on-site to address these fire safety risks.

The WES3 system, a fully customisable temporary wireless system, provides a simple and secure method for communicating fire and medical emergencies in complex environments.

The REACT Emergency Notification System enhances this by offering 24-hour coverage through a cloud-based platform that sends real-time alerts via a mobile app.

Steve Hemmington, Contracts Manager from Wingate, said: “Installing the WES3 system was incredibly straightforward thanks to its completely wireless design.

It’s easy to install and reposition the units as the site grows.

The added benefit of the REACT system is that it notifies us of any maintenance issues with the WES3 system, ensuring we can address them promptly and keep the site secure.”

Commitment to sustainability and safety

Timber Square aims to set a new benchmark for environmental responsibility in construction while ensuring safety through innovative fire detection and emergency communication systems.

Ramtech’s Sales Manager, Adam Jurka, stated: “Timber Square is a landmark project in sustainability, and we’re proud to support it with our WES3 and REACT systems.

“These technologies provide reliable and rapid fire detection and emergency communication, ensuring that the site remains safe as it progresses towards its ambitious environmental goals.”