Hochiki has been used by SFA Fire & Security to upgrade the fire detection system at Admiral Lord Nelson School in Portsmouth, using FIREbeam Xtra and ESP for an open protocol configuration.
The school chose SFA Fire & Security for the upgrade after its existing fire system needed replacement.
The installation was delivered across a site described as spanning three floors with specialist classrooms across an extensive area.
SFA Fire & Security provided design and installation as a single delivery partner, according to the company.
Staged work planned around holidays
SFA Fire & Security said the day-to-day routine of a live educational setting meant installation work had to be completed in stages.
It said work was scheduled during the summer holidays and the following half-term break to avoid interrupting students and to maintain progress against deadlines.
The company said it used pre-stage device addressing to support faster on-site delivery.
Detection and control approach across spaces
SFA Fire & Security said the school included spaces such as a laboratory kiln room, an atrium and a sports hall, and that each required a tailored approach.
It said the glass-fronted atrium’s large coverage made point detection impractical.
Hochiki’s FIREbeam Xtra was installed to provide detection coverage at height across the atrium, according to the company.
SFA Fire & Security said it also used heat and multi-sensors to reflect room conditions.
It said multi-sensors were used in science rooms due to gases and smoke generated during lessons.
It said heat sensors were used in food technology rooms and kitchens to avoid unwanted activations from normal cooking activity while still detecting meaningful temperature changes.
Alarm tones configured for different incidents
SFA Fire & Security said it worked with school management to determine bespoke EN54 approved tones and patterns for sounders.
It said the tones were programmed so that different alarm types were distinct, including class change, lockdown and fire incidents.
It said the aim was to support quicker recognition of the alarm type and reduce confusion during response.
Project Director comment on integration
Naomi Fell, Project Director at SFA, said: “We have worked with Hochiki products over many years in various projects and environments and their reliability is top-class.
“Despite the tight deadlines, Hochiki’s ESP open protocol and versatile product range made it easy to integrate into the existing fire system, and easy for the school to operate.
“It’s a system that they can trust and use for years to come.
“We’re very proud to have been able to future-proof the safety of the school in this way.”
Advanced has reported that the University of Southampton has introduced a paging-based fire safety system for deaf and hard-of-hearing users across its multi-campus estate.
The project uses Advanced MxPro 5 fire panels integrated with the ESPA Pager Interface to deliver targeted alerts.
Premier Fire Security and Scope Communications delivered the solution in partnership with Advanced.
According to the Advanced, the installation is designed to provide accessible fire alerts without relying solely on audio alarms.
The system is already in use across the wider estate and is being expanded.
System configuration and campus coverage
Advanced said there are more than 200 of its panels installed at the University of Southampton, including two networks of 30 to 40 nodes and a growing number of extinguishing panels.
The ESPA 4.4.4-compliant Pager Interface links the fire detection network with Scope’s PageTek Pro Mk2 transmitter and EPOCBLUM pagers.
Each building or defined group of buildings is assigned a dedicated pager address.
Only users who have selected a particular address receive alerts for that area, which reduces confusion and supports faster responses.
Pagers can be programmed by users to activate or deactivate locations as required.
Password protection is used to prevent unauthorised changes to pager configurations.
Scope pillow pad and nightstand accessories are used so that alerts can be received at night while users are asleep.
Chris Chance, University of Southampton Contract Manager at Premier Fire Security, said: “We’ve worked closely with Scope and Advanced to create a system that’s not only reliable but incredibly flexible.
“The ability to configure pagers for any location means we can reduce hardware stock and improve coverage across the entire campus.
“It’s a huge step forward in inclusive safety.”
Partner roles and operational alerts
Advanced reported that the installation includes a dedicated paging group for engineers, janitors, security staff and fire marshals.
This group receives diagnostic and fault messages generated by the Advanced network.
Members of the group can also initiate fire messages for defined locations when required.
The arrangement is intended to support operational control and coordination across the estate.
Rob Baker, Head of Technical Support at Scope Communications, said: “This project demonstrates how powerful the ESPA interface can be when paired with our paging technology.
“The system ensures that alerts are both accurate and accessible, and we’re proud to support Premier Fire Security in expanding this solution across the university.”
Future expansion and Advanced perspective
Advanced stated that the long-term plan is to extend the paging solution to all student halls at the University of Southampton.
Under this plan, pagers would be reconfigured so that users can carry them between locations and still receive relevant alerts.
The company said this approach is intended to improve safety, streamline inventory and reduce overall costs.
Salvy Vittozzi, Regional Sales Manager for the South East at Advanced, commented: “This installation is a great example of how our ESPA Pager Interface can be used to deliver tailored fire alerts in complex environments.
“It’s rewarding to see our technology helping to make campuses safer and more inclusive for all users.”
Advanced noted that its wider portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction systems and emergency lighting.
The company is owned by Halma, which is described as a global group of life-saving technology companies.
Implications for campus fire safety planning
The University of Southampton installation provides an example of how paging can be integrated with existing fire panels to deliver location-specific alerts to deaf and hard-of-hearing users.
Facilities managers responsible for multi-building estates can see how distinct pager addresses for each building or group of buildings support targeted notification.
Fire safety officers and system installers may be interested in how the ESPA 4.4.4 interface is used to connect fire panels with campus paging infrastructure.
The dedicated paging group for engineers, janitors, security and fire marshals illustrates how operational staff can receive diagnostic, fault and fire messages from the same network.
Procurement officers and fire-protection contractors can observe how the University plans to expand the system to student halls, using reconfigurable pagers to control inventory and costs.
The fire that occurred at the substation serving Heathrow Airport, on March 21 2025, caused massive flight delays and cancellations all over the world; despite the actual cause of the fire is still unknown, experts believe that a lack of automatic fire detectors present at the substation may have been a contributing factor to the amount of damage and delays caused.
Experts believe that if automated fire systems were in place the damage would have been immensely reduced.
From the risk of short-circuiting or overheating to leaks in the oil-cooled transformers, project managers must be aware of every possibility and prepare for the worst.
The risks present in airport construction sites
When it comes to airports, any kind of disruption can have major repercussions, which is why extensive planning and security measures are crucial.
Electrical fires and leaks, which may have caused the Heathrow disaster, are very common hazards on construction sites, and pose an even bigger issue when said sites are located in airports.
Ramtech, the wireless fire and safety detection systems company, has had experience in dealing with such environments, having provided WES3 temporary fire devices to aid in the expansion of one of Europe’s biggest major airports.
The goal is to expand the airport by 2026 to accommodate over 70 million passengers annually, an increase of 14 million from current levels.
This massive expansion includes the construction of a new pier and terminal, operational and commercial spaces, aprons, and taxiways.
To handle the increase in passengers, parking capacity will be expanded with landside access to the new terminal.
This major project demanded strict adherence to safety regulations to prevent significant disruptions across the entire airport.
To ensure comprehensive coverage, Ramtech provided and installed the WES3 Water Leak Detection System, the WES3 Wireless Fire Alarm System, and the REACT Emergency Notification platform at the airport.
Another significant airport fire incident occurred at London Luton Airport in October 2023, when a fire broke out in a multi-story car park, causing extensive damage and the partial collapse of the structure.
The blaze, which affected over 1,200 vehicles, forced the suspension of flights and created major travel disruptions.
Investigations suggested that the fire may have started from a single vehicle before spreading rapidly due to the lack of sufficient fire suppression measures in the car park.
This incident highlighted the vulnerability of airport infrastructure to fire hazards and underscored the necessity of stringent fire safety systems in parking facilities as well as operational areas.
The path moving forward
The Heathrow substation fire serves as a stark reminder that fire safety in airports can never be left to chance.
Airports are critical hubs of global connectivity, and any disruption, especially one caused by preventable hazards, can have widespread economic and safety consequences.
As demonstrated by Ramtech’s prior experience, implementing proactive fire detection and emergency response systems is essential to mitigating risks and maintaining operational stability.
Moving forward, investing in cutting-edge safety technology and stringent regulatory compliance will be key to ensuring that airports remain resilient in the face of unexpected challenges.
Beyond the immediate operational disruptions, incidents like this highlight the importance of infrastructure resilience.
Airports must continuously evaluate and upgrade their electrical and fire suppression systems to adapt to new risks, including the growing demand for sustainable energy solutions.
A well-maintained and thoroughly inspected infrastructure can significantly reduce the likelihood of catastrophic failures, ensuring passenger safety and minimizing financial losses.
Moreover, collaboration between airport authorities, fire safety experts, and technology providers is crucial in developing robust emergency response strategies.
By integrating smart monitoring systems, artificial intelligence-driven risk assessments, and real-time alert mechanisms, airports can stay ahead of potential threats.
The Heathrow incident underscores the need for a forward-thinking approach, one that prioritizes innovation, preparedness, and a commitment to safety at every level of airport operations.
Promat delivers tailored fire protection for Warrington tyre warehouse
Promat has developed a passive fire protection design for Stapleton’s Tyre Services as the company moves into a refurbished 255,000 sq ft distribution centre at Hardwick Grange in Warrington.
The project forms part of a wider refit of the warehouse, with fire protection measures required to meet Building Regulations while supporting Stapleton’s operational needs.
According to Promat, the brief combined full compliance with a need to maximise usable floor area and maintain a tight project schedule.
The passive fire protection package was therefore designed around the specific geometry and construction details of the existing building.
Promat stated that early involvement at the design stage allowed its team to produce a technical specification in a short timeframe.
This specification set out where fire performance requirements could be met using a more space-efficient solution than the original proposal.
Case study focuses on mezzanine performance and retained value
The warehouse includes a three-storey mezzanine structure that Stapleton’s wished to retain as part of the move to Hardwick Grange.
James Glover, Senior Contracts Manager at ISS Property, said: “A key challenge of the move to the Hardwick Grange distribution centre was making sure the existing building retained a 3-storey mezzanine structure to maximise the storage space and retain the mezzanines original value.
“So, we were keen to see how experts in key areas such as passive fire protection could help to both streamline the project and make our use of the building as efficient as possible.”
Promat was asked to review the original fire protection concept, which included a suspended ceiling beneath the mezzanine comprising four layers of gypsum boards.
This suspended ceiling would have been time consuming to install and would have added weight to the mezzanine structure.
According to Promat, the additional loading from the original ceiling design would have reduced the live load capacity of the mezzanine to the point where it was no longer viable for Stapleton’s intended use.
The company therefore developed an alternative based on PROMATECT 250 to maintain the required 90 minutes’ fire performance while preserving live load conditions.
PROMATECT 250 replaces suspended ceiling system
Promat advised that PROMATECT 250 was selected as the core product for the mezzanine fire protection system.
The company said this solution removed the need for the four-layer gypsum suspended ceiling that had been specified previously.
PROMATECT 250 was installed in a single or double layer direct-fix arrangement rather than as a suspended ceiling.
Promat stated that this configuration reduced installation time and helped lower labour costs on the project.
The firm added that PROMATECT 250 is lighter than a multi-layer gypsum build-up, which supports a more favourable live load condition for the mezzanine.
According to Promat, the board comprises autoclaved calcium silicate spheres bound in a mineral matrix and has been specifically tested for mezzanine applications.
The resulting design was intended to deliver the 90 minutes’ fire performance required while taking up minimal space within the warehouse envelope.
Product supply, site support and contractor feedback
Promat worked with sub-contractor Archway Building Services to progress the passive fire protection specification.
The company said it provided the evidence needed to demonstrate the proposed PROMATECT 250 system could meet the fire performance requirements.
This allowed Archway Building Services and the wider project team to move forward quickly with the warehouse refurbishment.
Promat reported that it arranged a quick turnaround on product manufacture so the boards could be delivered to site in line with the installation programme.
The firm also carried out multiple site visits by its technical staff to check that the system was installed in accordance with the specification.
Harvey Brown, National Specification Manager at Promat, said: “Warehouses and distribution centres like Hardwick Grange must comply with stringent Building Regulations regarding fire safety, which can mean taking up space that would otherwise be useful for the occupants.
“By getting involved from the specification stage, we were able to provide Stapleton’s with a more space-effective way of complying fully with fire regulations.
“The passive fire protection expertise we have in-house meant this could be done in a tight timeframe, supplying a bespoke design that draws on best practice from other similar developments.”
Barry Simpson, Director of Archway Building Services, added: “The quick, accurate response we got from Promat was very welcome in allowing the initial specification to meet the requirements for the building and ensure the passive fire protection design would offer the level of protection needed, while also helping to save space in the warehouse.
“This means the risk of fire can be managed with minimal impact on day-to-day operations.”
Warehouse case study for passive fire designers
This project sets out how Stapleton’s Tyre Services, Promat and Archway Building Services approached passive fire protection within a large distribution warehouse that already contained a three-storey mezzanine.
Fire engineering consultants and building services engineers can see how an existing mezzanine structure was retained by replacing a heavy suspended ceiling design with a direct-fix PROMATECT 250 solution.
The case study details how a 90 minutes’ fire performance requirement was met while maintaining mezzanine live load capacity and usable storage space.
System installers and fire-protection contractors may be interested in the use of a lighter board product to reduce installation time and labour costs on a live refurbishment programme.
Architects and facility managers responsible for warehouse refits can refer to this example when assessing how early engagement with a passive fire protection supplier can support project scheduling and compliance.
The description of product manufacture, delivery to site and ongoing technical visits outlines a service model that may be relevant to other large warehouse schemes.
Siderise solution supports NaturAL X brick façades
Siderise has partnered with Ash & Lacy to provide a tested passive fire protection solution for the NaturAL X Brick Cladding System on Vita Student Gough Street in Birmingham.
According to Siderise, the student accommodation development is located at the Gough Street and Suffolk Street junction and is being built in response to demand for purpose-built student housing in the city.
The scheme is due to complete in summer 2026 and will comprise high quality apartments and shared spaces across two towers of 10 and 29 storeys.
Project elevations use a masonry brick appearance alongside curtain wall glazing to bring daylight into the building.
The project team selected Ash & Lacy’s NaturAL X Brick Cladding System, a lightweight mechanically fixed brick slip solution, instead of traditional masonry.
Siderise said the approach allows the building to retain the durability and visual character of brick while using rainscreen techniques that reduce cost, installation time, labour needs and space requirements compared with conventional construction.
To meet regulatory fire performance requirements and support a safe environment for future residents, Siderise was asked to design a passive fire protection solution that could demonstrate a two hour fire integrity rating for the façades.
Project specific fire testing at Siderise Innovation Centre
Siderise explained that its RH Horizontal and RV Vertical Cavity Barriers were re-engineered for use with mechanically fixed ventilated brick slip cladding system configurations.
To verify compatibility with the NaturAL X Brick Cladding System on Vita Student Gough Street, Siderise carried out project specific fire resistance tests at its Innovation Centre in Maesteg.
Testing used a representative wall build up and drew on several relevant standards identified for the project.
The company reported that the Siderise passive fire protection system achieved an E 120 and I 60 fire resistance rating during these assessments.
This performance met the project’s two hour integrity requirement and exceeded the results recorded for competing products.
For the curtain wall sections of the building envelope, the Siderise CW-FS120 Firestop was specified to provide two hours of fire resistance at the perimeter movement joint.
This was intended to maintain compartmentation around the slab edge, helping to limit fire spread between floors at the junction between the curtain wall and the floor structure.
Cavity barrier design supports build efficiency
Siderise stated that combining the NaturAL X Brick Cladding System with Siderise RH25 Horizontal and RV25 Vertical Brick Slip Cavity Barriers contributed to a quick and methodical installation process on site.
The RV25 Vertical Cavity Barriers use a lamella core that has been tested to show that it can operate under increased compression.
Because of this tested behaviour, the system did not require intumescent pads to be installed vertically between each support rail.
Siderise said this configuration reduced material use by removing those additional components.
The reduced component count also helped to streamline installation activities, allowing contractors to make full use of the time saving properties associated with brick slip cladding.
Site services guide installation of Siderise products
Siderise Site Services provided ongoing practical support to the installation teams working on Vita Student Gough Street.
According to the company, this included delivery of product installation training sessions before and during construction.
Siderise teams also installed benchmark areas on the project to establish reference examples for how the firestops and cavity barriers should be detailed.
These activities were followed by regular visits to the site to inspect the installation of the CW-FS120 Firestop and the RH25 and RV25 Brick Slip Cavity Barriers.
Siderise said these inspections checked that the products were being installed in line with its recommendations.
The site visits also aimed to confirm that installation matched the configuration that had been tested at the Siderise Innovation Centre.
Relevance for cladding designers and site teams
The Vita Student Gough Street project brings together a lightweight brick slip façade, curtain wall glazing and a tested passive fire protection package designed for a two hour fire integrity requirement.
For architects, fire engineers and building services engineers working on tall student accommodation or similar multi storey residential schemes, the example shows how project specific testing can be used to align cavity barrier design with a particular brick slip system and façade build up.
For façade contractors, fire-protection contractors and system installers, the use of Siderise RH25 and RV25 Brick Slip Cavity Barriers and CW-FS120 Firestop illustrates how product selection, lamella core compression performance and the removal of intumescent pads between rails can influence material use and installation sequencing.
The involvement of Siderise Site Services, including training, benchmark areas and regular inspections, also highlights how manufacturers can support on site teams in matching installed details to tested configurations on high rise student housing projects.
Siderise CW-FS120 Firestop for Curtain Walls is now being installed at 989 6th Avenue—delivering robust passive fire protection for this dynamic new 73-storey development in the heart of Manhattan.
Situated between Bryant Park and the Empire State Building in the Garment District, 989 6th Avenue is a 240-metre mixed-use tower designed by C3D Architecture.
The concrete-frame structure features a sleek glass curtain wall, open terraces and a dramatic multi-cylinder podium that contrasts strikingly with the classical façade of the neighbouring Haier Building.
Collaborative façade design and installation
The intricate unitised curtain wall façade was designed, engineered and fabricated by Bisam Façade and installed by Marvel Contracting.
As part of their remit, Marvel worked closely with Siderise US distribution partner Facades X to procure a passive fire protection solution that exceeds the fire compartmentation requirements while facilitating a smooth installation process.
Advanced perimeter protection system
Siderise CW-FS120 Firestop was specified to provide floor-to-floor compartmentation, protecting the void space at the perimeter joint between the edge of the floor slab and the internal surface of the external wall assembly.
It offers a third-party certified FT rating of up to three hours (resistance to fire spread and temperature rise on the non-fire side) when tested to ASTM E2307 as part of the CW Perimeter Barrier System.
It has also been independently tested to ensure L-rating compliance with the International Building Code (IBC).
Additionally, its unique vertical-fibre stone wool Lamella core was specifically engineered to stand up to the demands of building and curtain wall movement on high rise towers, boasting a 60-year design life.
Technical detailing and onsite support
In collaboration with façade contractor Bisam Façade and consultants at Socotec, Siderise prepared a thoroughly detailed technical submittal for the perimeter fire barriers—tailored to the project’s complex slab-edge geometry.
Special attention was paid to the curved east elevation and its staggered floor edges to ensure continuous compression fit and long-term performance for design-life movements.
To ensure this bespoke onsite work met high standards and followed manufacturer recommendations, Siderise Site Services assisted the Marvel installation team with project specific training and benchmark installations.
This support continued throughout the project with regular inspections conducted via the Siderise Inspection App.
For more information, please contact Siderise USA:
Fire safety upgrades completed at Canterbury Student Village with Advanced panels
Advanced has supplied MxPro 5 fire panels to upgrade fire safety systems at Canterbury Student Village in Kent.
The £3.5m project replaced existing fire alarm panels across Cloud Student Homes’ accommodation blocks while buildings remained occupied.
The installation covered Kentish House, Behn Hall and Tallis Court, requiring the previous fire systems to remain active during the replacement to ensure continuous protection for residents.
The networked system provides category L1 protection, covering student suites, bedrooms, plant rooms and high-risk areas.
Collaboration between Endeavour Group and CSS Ltd
Fire engineering consultants Endeavour Group appointed fire safety specialists CSS Ltd to manage the design, supply, installation and handover.
CSS Ltd installed five 4-loop MxPro 5 panels connected to an alarm receiving centre (ARC) for monitoring by fire and rescue services.
The system integrates with existing automatic opening vents (AOVs), lifts and access control systems.
Endeavour Group reviewed the design and functionality to confirm compliance with client requirements.
Industry leaders highlight ease of use and technical support
CSS Ltd Project Director Tony Leck said: “Advanced was specified since it supports an open protocol and offers a powerful solution for the student accommodation.
“It also offers an easy system for customers to navigate and use.
“The panels are proven in the field with CSS Ltd and Endeavour Group using them for a number of years.
“Advanced MxPro 5 panels are about the best on the market along with the tech support received by Advanced on installations.
“Pick up the phone to tech support and within minutes it is all sorted thanks to Advanced’s experienced technical support engineers.”
Leck highlighted features such as the built-in multimeter that measures system voltages and currents in real time to speed commissioning.
The panels are available in four- and eight-loop formats and can support up to 254 devices per loop.
Up to 200 panels can be networked, with compatibility for wired, wireless and hybrid installations.
Future upgrades planned across Cloud Student Homes sites
Neil Parkin, Sales Manager at Advanced, said: “Our MxPro 5 panels are designed to make life as easy as possible, delivering robust protection that offers real peace of mind, all backed up by our highly rated technical support.”
Cloud Student Homes operates 3,500 bed spaces across 21 UK sites and plans to install Advanced panels across its wider property portfolio.
The MxPro 5 system is approved to EN 54 Parts 2 and 4 by FM Approvals and supports multiple detector protocols, including Apollo, Argus, Hochiki and Nittan.
It includes the AlarmCalm false alarm management system, allowing sites to create virtual verification areas and provide trained occupants with an optional verification button.
The panels also feature a building management system (BMS) and graphics interface, enabling connection to multiple PCs for control and monitoring.
Technical and project context for engineers and contractors
Advanced, part of Halma PLC, supplies intelligent fire systems for single-panel installations and large multi-site networks.
The company’s product range includes detection, control, suppression and emergency lighting systems.
The Canterbury project demonstrates how open-protocol, networked systems can support phased upgrades without interruption to fire protection.
Relevance for contractors, designers and accommodation operators
This project highlights how system installers and fire engineers can coordinate complex replacements while maintaining active protection for occupied buildings.
For contractors and consultants, the MxPro 5’s compatibility with multiple detector protocols and hybrid connectivity reduces design limitations and supports phased work in live environments.
For accommodation operators, integration with access, lift and AOV systems provides full-building coordination and centralised alarm management through the ARC connection.
The planned rollout across Cloud Student Homes’ wider portfolio shows growing demand for adaptable, networked fire safety infrastructure in the purpose-built student accommodation sector.
LogiFire system strengthens Augean Kirkby site protection
Comelit-PAC has supplied its LogiFire wireless, addressable multi-panel fire alarm system at Augean’s Kirkby site.
The installation was completed by Centurion Fire & Security to ensure the waste management facility achieved full compliance with fire-safety regulations.
Augean required a system offering full site coverage, local and remote monitoring and minimal disruption during installation.
Comelit-PAC said the wireless configuration enabled a faster and less intrusive setup while maintaining reliability and scalability for future expansion.
Wireless installation delivers full compliance
The system was designed to meet the highest category of fire protection under BS 5839-1:2017 (Category L1).
Emma Smith, Site Manager at Augean, said: “Great service from Centurion, the installation guys always worked efficiently and professionally.
“We’re pleased with the Comelit-PAC products installed and would be happy to recommend, especially the wireless aspect that have made a real difference in our fire safety set-up.”
Thermal CCTV cameras were installed across external areas to provide perimeter monitoring and early fire-risk detection.
External manual call points and sounder visual alarm devices (VADs) were positioned to deliver clear alerts in case of emergency.
Integrated control across all systems
According to Comelit-PAC, the fire detection and CCTV systems were integrated into a centralised management platform.
This configuration enables Augean to oversee the system from any location, maintaining full visibility of site safety operations.
George Antemes, Key Account Manager at Centurion Fire & Security, said: “Working on this project was a great opportunity to demonstrate the efficiency and quality of our team.
“By adopting Comelit-PAC’s multi-panel wireless solution, we were able to complete the works quickly and seamlessly, maintaining full operations throughout.
“The system’s flexibility and ease of installation across the site helped us deliver a high-standard, fully compliant fire safety solution with minimal disruption.”
Mandy Bowden, Fire Manager at Comelit-PAC, added: “Waste management sites present demanding fire risks, and achieving L1 compliance was essential for Augean.
“By combining our fire detection system with integrated thermal CCTV monitoring, we’ve delivered a reliable and scalable solution that ensures complete visibility and futureproof protection across the facility.”
Wireless fire detection and CCTV integration in waste facilities
This development is relevant to fire engineering consultants, system installers, electrical contractors and facility managers responsible for high-risk industrial sites.
The LogiFire system’s wireless architecture demonstrates how Category L1 compliance can be achieved without halting operations, a critical factor for continuous-process environments such as waste treatment.
Integration of thermal CCTV within the same control platform provides combined fire detection and perimeter security monitoring, offering operational efficiency and improved response times.
The project highlights how coordinated system design and commissioning between manufacturers and contractors can achieve both compliance and adaptability for future site growth.
A Firemiks firefighting system has been installed at the Lamor Oy chemical and plastic recycling plant in Kilpilahti, Porvoo, Finland.
Firemiks AB announced that the site has been equipped with a FIREMIKS 6000-3-PP-F-ALU-DRV water-driven volumetric pump proportioner to support fire protection operations.
The facility is described as the first plant of its kind in Finland.
The system has been installed within a dedicated container at the site.
It provides a maximum flow capacity of 6,000 litres per minute and delivers a precise three percent dosing of fluorine-free foam concentrate.
Testing setup and project delivery
According to Firemiks AB, the installation also includes a Dosing Return Valve (DRV) and a complete Dosing Rate Test System with two independent flow meters.
This arrangement allows operators to carry out regular system testing without consuming foam concentrate.
It also removes the need to clean up dispersed foam after tests.
Firemiks said the configuration supports straightforward system verification and reduces operating costs and environmental impact over the lifetime of the installation.
The project was delivered in collaboration with Oy Veljekset Kulmala Ab, FIREMIKS’s sole distributor in Finland.
