"monitor"

SAV has a modest building portfolio when compared to local authorities and businesses, such as banks and multi-national retail outlets.You would therefore be forgiven for assuming that managing their energy use would be simpler and that there was less energy waste.SAV implemented the myEnergiRaven energy accounting tool across its five offices, collecting the energy consumption data from the utility bills and manually entering this into myEnergiRaven. The energy monitoring platform allowed energy optimisations for SAV's Manchester office.

Asset management firm, BAML has signed-up to use FireDNA’s Fire Door and Doorset Monitoring Software and Mobile App.With the introduction of Regulation 10 back in January 2023 which requires the owners of buildings over 11 metres to carry out quarterly inspections on all fire doors. The FireDNA software and Mobile App allows users to undertake on-the-spot audits and inspections, capturing the data in real time; the data is then stored and managed through the FireDNA cloud.The programme is being rolled-out in 10 developments across London, managed by BAML, including Embassy Gardens in Nine Elms, Wardian London’s iconic two towers in Canary Wharf, Royal Wharf in the Royal Docks area and the Brentford town centre regeneration project adjacent to the River Brent.“We are delighted to be awarded this contract and look forward to working in partnership with BAML.” said Tony Millen, FireDNA’s Operations Director. “Across the 10 developments, our FireDNA Inspection Partners will inspect, tag and monitor 25,000 Fire Doors using our Mobile App, making the inspection process efficient and compliance easier.”(About BAML – BAML is a property management organisation providing customer-focused services to residents in more than 11,000 homes across London. This includes managing the planned maintenance, capital expenditure programmes and financial accounting and onsite services).

Cambridge Investment Partnership (CIP), an equal partnership between Cambridge City Council and award-winning housebuilder The Hill Group embarked on a transformative journey three years ago.Collaborating with SAV, they sought a platform that would effectively monitor energy consumption in their communal heat networks.This case story focuses on their partnership and the unexpected revelations that emerged after implementing the Raven Residential energy monitoring platform in a new build project, Ironworks, Mill Road.

Slaithwaite suffered extensive flood damage in 2015 after a blocked debris screen caused Crimble Clough Stream to back up, demolishing the wall at the end of Clough Road, flooding the area and causing extensive damage to local homes and businesses.Slaithwaite is a village within the Metropolitan Borough of Kirklees in West Yorkshire, situated in the Colne Valley five miles south west of Huddersfleld.The devastating flood of 2015 in Slaithwaite The 2012 Kirklees Flood Risk Management Strategy identified that around 2,000 properties were at high risk of flooding with a potential £70 million of damage. When we started our conversation with Kirklees Council, they clearly expressed an interest in a local flood warning and monitoring system to proactively respond to future flood risk.Kirklees Local Flood AuthorityKirklees Council in West Yorkshire is the third largest metropolitan council in the region. As the lead local flood authority for the district, Kirklees manages local flood risk from surface water, groundwater and smaller watercourses and ensures cooperation between local risk management authorities. As part of a smart monitoring project for flood risk areas, funded by Chester University, Andel worked with the Kirklees Council flood risk team to design a local flood alert and monitoring solution for Crimble Clough, enabling the Kirklees Council to better manage the risk of flooding in Slaithwaite.The challengeThe project is designed to monitor high water levels at Crimble Clough caused by debris washed down from the upper wooded catchment and blocking the debris screen. The sensor-based system monitors the difference between water levels, before and after the debris screen, automatically sending alerts for pre-set trigger points.No real-time information: in 2015 the Crimble Clough debris screen became blocked by debris washed down from the upper wooded catchment, with no warning system in place to alert the screen contractors.No strategic information: in 2015, there were many flood hotspots that needed attention but with limited council resources. Because there was no remote monitoring system in place, it was difficult to choose where best to deploy support.Extensive damage: In 2015, due to the stream backing up and demolishing the wall, homes and businesses downstream from Clough Road were flooded and severely damaged.Disruption: following the flood, the clear-up and restoration process for the affected area meant residents had to leave their homes and businesses were closed for months. The economic damage from the 2015 flood was significant with many hours of Kirklees Council labour invested into the recovery. With a monitoring and alert system in place, all of this could have been prevented.The solution – Andel FloodAlertAndel FloodAlert provides 24/7 local monitoring and alerts for areas at risk from flooding. FloodAlert provides real-time information on rising water levels and automatically sends out early flood warnings. The robust and reliable system is easy to install and set up and tracks water levels in watercourses and other parameters for up to 15km from a gateway.From a single water-level sensor to a catchment sensor network monitoring water levels, soil moisture, rainfall data and water quality, FloodAlert provides real-time local flood monitoring and alerts for projects of any size.Installing Andel’s FloodAlert system now means that Kirklees Council has:A cost-effective, real-time local flood monitoring and alert system. A water level monitoring system at the debris screen that sends out SMS and email alerts when water levels reach critical. A system that recognises that the debris screen is blocked by monitoring water levels before and after the screen, sending out SMS and email alerts when the difference is too much. A dataset with detailed catchment data including rainfall, water levels at strategic points and soil moisture in the surrounding farmland – all helping to develop future flood risk models and flood alerts. Live monitoring of sensor data via a cloud-based portal with easy-to-use visualisation accessible from any device with internet connectivity. A system that can communicate with an unlimited number of designated users. Communication via a low-power, low-impact LoRaWAN ® network.The resultsAn effective early warning system: Kirklees Council now receives real-time alerts, allowing for timely response to blockages of the debris screen at Clough Road that has historically caused flooding during periods of heavy rain.Data collection: Kirklees Council can now collect detailed data about how the Crimble Clough catchment responds to rainfall and can develop models to predict future response.Impact measurement: Kirklees Council is developing a baseline to measure the effectiveness of natural flood management interventions at critical locations within the catchment.What the customer saidWorking together on the ‘buildbacktogether’ project was a pleasurable experience, it was essential to have the complimentary skills that made the outcome of the project much more effective. The support from team Andel was very useful and Gerbren Haaksma especially was extremely supportive and efficient with his quick response and stimulating input through the term of the project. I am keen to continue our collaboration and work with the local communities on more engagements like the Slaithwaite project.Namrata Bhattacharya-Mis, Programme Leader, Natural Hazard Management (BA/BSc), Chester University

Space Park is one of our recent projects. Space Park builds upon the heritage and space-science excellence of the University of Leicester. Aspex have supplied and installed Salto solutions aligning well with the smart, innovative nature of Space Park.Location: LeicesterContractor: Bowmer and Kirkland LtdCustomer: Morecroft Electrical LtdAspex supplied: Salto access control and attendance monitoring system

Challenge: The structure was had severe structural degradation due to the ingress of moisture and water over its near 100-year life. Corrosion to the steelframe resulted in tensile forces cracking and moving the brick skin, also causing a cracked façade. Strategy: ICCP was used as a method to control corrosion whilst the cracking and movement were repaired. This involved LoCem® and +point® AACM anode mortar to be grouted in the bed joints, alongside embedded corrosion rate sensors for service life tracking (AchillesICP and AiMS). LoCem® is a low carbon cement alternative, that can also act as a cathodic protection anode. Outcome: The structure was restored to be used as high-value residential apartments, saving tonnes of embodied carbon and eliminated the option of demolition. The embedded system successfully controlled and monitored corrosion for the long term, adding an additional 100 years to the structure’s service life.

Bok Tower is a transitional steel frame construction built between 1927 and 1929 and houses a 60-bell carillon (set oftuned bells). The tower is 205 feet tall, has eleven floors with the belltowerfrom levels 8 through 11. The Gothic revival architecture has three forms of masonry that adorn the exterior: coquina brick, intricate marble detailing and sculptures clad the steel columns and decorative tile panels. It was facing structural corrosion which C-Probe Systems effectively managed using an ICCP system.

In our first in a series of case studies, we’ve invited FireDNA Alliance Partner, Steve Neilson to share his experiences using the FireDNA system to inspect and catalogue 9422 fire doors in three months, on behalf of Mitie, for the Scottish Fire and Rescue Service.The Scottish Fire & Rescue Service is the fourth largest in the world and ensures the safety and wellbeing of the people in Scotland. Operating out of 547 buildings across 357 sites, these centres are managed by the UK’s largest ‘Facilities Management’ provider Mitie.Following several months of discussion between Mitie and the Scottish Fire & Rescue Service regarding the status of the fire doors across their property portfolio, a tender was issued for an extensive fire door inspection and evaluation programme to be undertaken.Having secured the works through competitive tender, we further engaged with Mitie and the Scottish Fire & Rescue Service team. Working through their property asset registers in detail we gained a full understanding of the scope and requirements of the project.Following weeks of detailed project planning and final agreement on the timeline, it was evident that we had just over 3 months to inspect and report our findings on 9422 fire doors across the 357 site locations, and this all had to be done during the winter months of late 2021 and early 2022.In order to deliver on such a tight timescale, absolute dedication and collaboration was required from all parties…the project managers, admin staff and fire inspectors as well as the teams at Mitie and Scottish Fire & Rescue Service. To support this challenging task we armed our resources with a new cloud based system called ‘FireDNA’.We had been approached by FireDNA a couple of years earlier to see if we would be interested in helping to beta test their new ‘Fire Door Inspection and Monitoring Software’, to which we agreed, little did we know at the time that this software would prove invaluable to us further down the line!Deploying teams of up to 10 Fire Inspectors at a time, armed with the new and now completed FireDNA Inspection and Monitoring App, we set about working through the phased inspection schedule.Having been involved in the development testing of the FireDNA software, we had no doubt this system would, increase the speed in which the surveys were carried out, and dramatically reduce the time and effort in reporting the findings. Working closely with the FireDNA software support team, who assisted us in the initial software training, our Fire Inspectors were able to work efficiently and effectively ‘at pace’ through the challenge. The FireDNA App also has ‘LiveChat’ built in so any questions or queries by our operatives in the field were easily and quickly dealt with by the FireDNA team, which meant there was very little downtime during the inspection process.One of the great benefits of using the FireDNA App is that everything is ‘real-time’ so our office-based project managers could immediately see how the inspections were progressing. Once the inspection data and supporting photography was in the system report generation was largely automated and nicely formatted into MS Word and Excel documents.These reports could then be initially shared internally with our remedial work/replacement estimators for accurate cost estimates, who in turn could then produce accurate cost estimates and quotes for the works required as each buildings inspection was completed. This created a very fast, efficient and accessible workflow process for the whole team.FireDNA is not only a fantastic fire inspection and reporting tool, but also initiates the ‘golden thread’ of information, allowing building owners and managers like the Scottish Fire & Rescue Service and Mitie to take ownership of the ‘live data’ in the system, which can easily be updated and shared as each fire door asset is inspected, monitored and maintained year-on-year, which will soon become the minimum legal requirement.FireDNA also enables building owners and facility managers to create status reports for O&M compliance, which can be shared with insurers and the like, as well as appointing contractors and maintenance teams to carry out and catalogue remedial works and new installations, which are all date-stamped and locked into the system.In our view, anyone involved in fire inspections, installations, planned preventative maintenance and asset recording of passive fire products, such as fire doors, doorsets and fire screens should be using the FireDNA system. For duty holders such as building owners, facility managers, landlords and surveyors to make sure the assets they are responsible for are safe and compliant and the data unambiguous and accessible by all that need it, including residents.We believe FireDNA is the best system on the market and anyone who uses it will appreciate not only the time and money savings but importantly how this centralised system improves work standards across the full lifecycle of passive fire products. Steve Neilson – FireDNA Alliance Partner – Scotland

Project overviewAmey is one of the UK’s leading public services providers employed to manage the vital infrastructure and range of business services.From transport systems, to deploying and maintaining education establishments and supporting young people, Amey provides services that touch the lives of citizens across the length and breadth of the country. As part of its work within the education sector, Amey is responsible for the maintenance of 42 schools within a five-mile radius of  Northampton town centre. The 30-year contract requires Amey to deliver and manage a range of services to each school, such as fire, security and life safety, including the ongoing monitoring and maintenance of these systems. Quality of service and the safety and security of each school and its pupils and staff is of paramount importance to Amey, and with a desire to improve the level of service delivery, the organisation selected Johnson Controls to provide maintenance of these critical systems. Product and services applications DService, monitoring and maintenance of fire & security system:Intruder alarmsCCTVFire alarmsAccess controlSprinklersPortable extinguishersElectronic docketingTakeover of system from current incumbentDedicated on-site service engineersCustomer needsAs part of its contract with Northamptonshire Schools, Amey must meet set SLA’s with regard to the timely repair of safety and security systems. Failure to meet these pre-defined levels could result in financial penalties. To minimise the risk, Johnson Controls appointed a dedicated and multi-skilled service engineer on this account; the engineer is based in the local area and has developed a specialist knowledge of each site and its systems, the engineer’s presence ensures an efficient response and repair process.Ensuring that all life safety and security systems are maintained by experts is vitally important to Amey. Johnson Controls has provided an up-front maintenance schedule to give clear information on when inspections would be carried out. This provides all parties with a clear understanding of which systems will be serviced and when. Johnson Controls solutionWhen the maintenance contract went to re-tender, Amey had to select a supplier that could meet the aggressive timescale between tendering and mobilisation of the project. Johnson Controls and Amey’s teams worked closely throughout the tender process and after being appointed as the chosen supplier, Johnson Controls was able to immediately take ownership of the maintenance and reactive calls for each system. Johnson Controls also managed the transfer of alarm signals and re-chipping transmitters from the previous provider to its own specialist response centres in a limited timescale. All Johnson Controls engineers have PDA devices giving them the ability to complete electronic dockets for each call out or inspection visit. Data is then submitted electronically to a central Amey helpdesk email where the information can be easily retrieved for compliance and auditing purposes. This system improves the efficiency of the previous paper-based process which led to lost dockets and delays in producing the documentation.Amey and Johnson Controls have developed an extremely close working relationship and regular review meetings are held to discuss lifecycle, product and maintenance issues and to ensure the required high level of service is being delivered. Johnson Controls is able to provide expert advice and works as a consultative partner to help Amey get the best from their fire and security systems.

Challenge: Many elements of the iconic skyscraper were facing embedded steel corrosion, including the structural steel lattice columns within the colossal terracotta enclosures. The expansion of the steel caused by the corrosion was severely damaging the masonry cladding and cracking the six-foot-tall terracotta bison heads.Strategy: Installation of an impressed current cathodic protection (ICCP) system at the steel sections with the colonnades on 29th to 32nd floors. The system consisted of LoCem® +point® anode mortar was applied within the bed joints and drilled in to provide 360° protection of the steel surfaces. The bison heads were deconstructed, steel cleaned-up and masonry reconstructed. LoCem® is a low carbon cement alternative (AACM), which can also act as a cathodic protection anode for controlling steel frame corrosion.Outcome: The ICCP system resulted in long-term performance and control for the whole life preservation of our clients’ assets. Using AchillesICP for control over corrosion rate, and AiMS to collect the data, the client had full transparency over structural health and the power to make predictive maintenance decisions.

Challenge: C-Probe's LoCem® +chase® anode mortar has been installed at the Omni Shopping Centre Car Park in Edinburgh, Scotland to 4 levels of underground car parking as part of a comprehensive corrosion management strategy. Overtime the popular car park had succumbed to structural damage and corrosion caused by the ingress of chlorides from de-icing salts from above.Solution: This system comprised of 42 ICCP zones and 7 additional monitoring zones forlevels protected using surface-applied corrosion inhibitors. In addition to this, some 6000 C-Puck galvanic anodes were used to protect newly repaired areas to 2 levels. All the anodes and monitoring could be controlled and data accessed remotely throughoutthe car park with AchillesICP and AchillesIES, helping to extend its service life for 100+ years.Outcome: This ESG compliant approach meant there was no need for demolition or extensive reconstruction using new materials, helping to reduce waste and harmful emissions. Reconstruction was also a near-impossible strategy due to underground facility and electric tram on land, meaning something non-invasive like cathodic protection was essentialto minimise social disruption. 

Challenge: Concourse Village Plaza houses apartment blocks, retail shops, a multiplex cinema and underground parking. Chloride ingress and weathering has taken its toll on the structure with cracking and spalling of the concrete cover from reinforcement corrosion.Strategy: Significant concrete repair in conjunction with an ICCP system was needed for the structure. LoCem® +chase®, will be used specifically for reinforced concrete structures, where the ICCP anode mortar operates within slots cut and holes drilled strategically into the reinforced concrete structural elements. LoCem® is a low carbon cement alternative that can also act as a cathodic protection anode.Outcome: With the design of the ICCP for the Central podium completed, construction will begin in 2023 before moving to the West and East podiums. The project and is expected to go on for the next 2.5 years. The result of the project will be an ESG compliant strategy that will create a more resilient structure, utilising low carbon build materials that can control the impact of corrosion.

Project overview Global insurance company, Aviva, is a longstanding customer of Johnson Controls and a perfect example of scalable solutions that meet the needs of a national business. As a large national company, Aviva require security service and maintenance of multiple sites across the UK. With 63 sites to maintain, an effective and responsive maintenance framework was of critical importance to Aviva when selecting a security provider. For this reason they choose Johnson Controls, who is able to meet these requirements throughout its network of 1,300 engineers, situated across 21 local offices. Product and services applicationsFire DetectionAccess controlCCTVIntruder alarmsSecurity operationsSystem upgrades Customer needs Aviva drew on Johnson Controls expert team, when it sold its RAC division, creating the challenge of maintaining and upgrading the security of a shared property located in Manchester. The two businesses’ security systems needed to be segregated in order to comply with FSA regulations surrounding data protection. A strict one month deadline for work completion was put in place to reduce any potential downtime or disruption to business. With multiple sites across the UK, Aviva requires an efficient and streamlined security and support process team. Johnson Controls is able to provide this thanks to its nationwide support network. Johnson Controls team of engineers are constantly connected while on the road via PDA’s, receiving job updates and requirements in real time, enabling the Johnson Controls team to respond rapidly to any jobs. Johnson Controls solution Johnson Controls met the challenges head-on, mobilising an installation workforce of engineers who worked out-of-hours to ensure business continuity and guarantee that the installation was completed on schedule, to the tight deadline of two weeks. In order to accomplish this, Johnson Controls managed the challenge of maintaining existing security protocols while the important upgrade work was completed. This was achieved by maintaining two security systems in tandem while the upgrades were completed meaning at no point during the re-fit was security compromised. Johnson Controls continues to provide Aviva with a full suite of security solutions across its Manchester building; including fire, access control, CCTV and intruder alarms, all integrated on one focal platform allowing for highly effective monitoring. As part of Johnson Controls’s full service, routine checks on intruder alarms are carried out twice a year, with annual maintenance of access control and CCTV. 24-hour reactive response service is on hand, with an engineer ready to respond to, and resolve, intruder call-outs within 4 hours. This ensures no disruptions to security for Aviva and the highest standards of protection each and every day. Aviva’s longstanding relationship with Johnson Controls is built on trust and quality of service which is provided by local installation engineers and security managers, situated in Norwich, and on a national basis through Johnson Controls nationwide sites. Paul Pyrke, security systems managing consultant, Aviva said; “Having one point of contact for our entire national account has streamlined avenues of communication and ensured more efficient operations across the board. Johnson Controls has been with us every step of the way, providing security operations, upgrades and seamless transitions between sites.”

Project overviewJohnson Controls maintenance services for HMRC Telfordis currently tendering for two further sites: HMRC Shipley and Worthing. As a specialist provider and maintainer of fire and security safety systems, we operate on the basis of delivering innovation and flexibility throughout the contractual partnership and remain very business-focused on the building operation and maintenance strategy.Product and services applications Fire alarmFire extinguishersIntruder alarmsCCTVMonitoringAccess controlHose reelsHigh sensitivity smoke detection Customer needsHMRC were particularly keen to have a team of multi-disciplined engineers assigned specifically to their properties, not only from a cost saving perspective but to ensure that any external personnel working continually on site, could undertake enhanced security protocol, documented by the client, as well as additional training specific to the contract.Johnson Controls solutionManaged by HMRC’s dedicated Account Manager atJohnson Controls, we are able to process and document all screening procedures as well as training certification, reporting quarterly to HMRC. Combined with our approach to service delivery, HMRC assigned further disciplines to the Johnson Controls contract, as well as offering us the opportunity to tender for further sites. As one of the very few independent providers in the sector, our flexibility enables us to offer accelerated service delivery to our customers and combined with market leading cost control, we have earned a reputation unique in our industry, for putting our customers first.When it comes to safeguarding people, businesses, assets and budgets, Johnson Controls provides a cost-effective solution that minimises our customer’s risk and optimises their protection levels, whenever and wherever they need it. Our customers are safe in the knowledge that, our mutli-disciplined engineers are supported by the very latest hand-held tablet technology to deliver the very highest levels of service with minimum disruption to our customer’s business.Our clients can also view critical account and project information 24/7 via our secure web-based portal for maximum transparency and accountability. We are committed to the very highest levels of customer service providing a 24 hour customer support desk facility, 365 days a year and all of our design, installation and maintenance services are delivered at a price that suits our customer’s budget.

37 Fleet Street (Hoare’s Bank) was built in 1829 as the headquarters of C. Hoare & Co who remain the only family owned bank still in existence. Corrosion had effected the building significantly and the façade was cracking due to iron cramps and pins corroding.C-Probe Systems provided the low carbon, smart materials to create an ICCP system which effectively protected the structure and controlled the corrosion. Winner of the ICRI 2007 Award of Excellence.  

Jubilee Bridge was constructed in 1977 - chloride contamination was causing corrosion of the suspended and cantilever reinforced concrete support beams, half-joint elements and the soffits of the beamsICCP was used to protect cantilever beams, half-joints and suspended slab elements. Over 8,500 anodes were drilled in and are controlled in 20 zones with separate control of the beams and the half-joints.

674 residents Across 4 phases and three buildings.Using 262 x NEO 7” IP Monitors and 412 x WIT 7” IP Monitors within the apartmentsWith 12x Marine Digital IP Entrance panels. Lift control and Concierge. 

Franke Sissons supplied a package of water management controls and software to monitor and control the water consumption for thr 38 stainless steel combination sanitation units and associated shower areas. The A3000 Open Water Management System was a key environmental achievement of the project. Each of the new cells WC's and Washbasins are operated by touch free, vandal resistant infra red controls which are directly linked and managed from a central monitoring facility. This enables constant full control of all the washroom facilities including the supply of water.

Emergency escape lighting that can be monitored remotely to save time, ensure safety and avoid unnecessary interventions in hazardous or sensitive areas.

A combined smoke and natural ventilation system at a leading Western Cape wine grower’s new production facility at Simondium is using chain actuators, monitoring and control solutions from SE Controls Africa to help provide a comfortable and safe working environment.

An integrated smoke control and environmental ventilation solution from SE Controls is helping keep residents safe and comfortable at a prestigious 11-storey residential development in Manchester, which also incorporates the company’s intelligent temperature monitoring and control system, SE Evello.

O’Neill Patient Solicitors based in the North West of England provide legal services to the residential property and remortgage markets. Due to their recent growth and success, new offices were undertaken which were kitted out with CMD's Vision monitor arms and affordable underdesk Elite+ power and data.

Visible for miles around, the Great Pagoda at Kew Botanical Gardens was completed in 1762. At almost 50m high, the ten-storey octagonal structure is one of the Gardens' landmark buildings. A restoration project is currently underway to restore the Great Pagoda to its original 18th century splendour. A combination of our LVV40S fire and smoke resistant air transfer grilles and Talkback damper control monitors have been specified for this prestigious project. 

Being brought into the project back in 2015, there were predicted changes regarding building occupancy levels. In 2017 it was decided that 122 Waterloo Street’s entrance would consist of two fully automatic, 4 wing revolving doors (Tourniket). 4 wings allow for a more monitored and controlled throughput. Knowing the building capacity helped to dictate the number of lanes required and the type of lane layout needed to suit. We as always had to consider DDA access, and how to incorporate this into the lane design seamlessly.

London's most sustainable office space.The JJ Mack Building, strategically located just 150m from Farringdon Station, stands as one of London’s most innovative and sustainable office spaces. Beyond its prime location, the building distinguishes itself by embracing cutting-edge technology to enhance the well-being of its occupants and champion sustainable operation practices.The JJ Mack Building stands out for its integration of smart and intelligent building features. Utilizing a highly detailed “digital twin,” the entire building’s systems are meticulously modeled, allowing for comprehensive monitoring and control at various levels. This innovative technology ensures a dynamic and responsive environment tailored precisely to occupant needs.The digital twin technology isn’t just about monitoring; it facilitates the precise tailoring of the building’s performance, aligning every aspect with occupant requirements. This commitment to customization enhances the day-to-day experience and supports highly sustainable and considered operation. In this endeavor, we played a vital role by supplying concealed metal riser doors on all floors.Our contribution to The JJ Mack Building involved providing fire-rated metal riser doors, seamlessly concealed on all floors. These doors play a crucial role in the building’s safety infrastructure while remaining discreetly integrated into the overall design. The concealed doors align with the building’s commitment to a sleek and modern aesthetic, ensuring a seamless blend of safety and design.

We supplied our FM Approved Puracore® Clean Room System to clean room specialists NGS Cleanroom Solutions for an expansive ISO 8 manufacturing facility development for a Global Lifesciences Company in Shannon, Ireland.The end user is an American medical equipment and devices company specialising in artificial heart valves, repair products and hemodynamic (blood flow) monitoring. They are a forerunner in these fields, developing devices which have helped treat and manage more than 2 million patients across the world.

record uk was chosen to manufacture and install a six metre wide entrance solution to Aston Martin’s prestigious new showroom in Newcastle. The entrance was required to be robust, safe, quiet in operation and stylish in appearance. record installed two 3000 mm wide, clear toughened glass, STA 20 sliding doors. Their secure, elegant and efficient operation is guaranteed by a self-controlling microprocessor which continually monitors inputs, including from the three safety sensors, and adjusts performance accordingly. In the event of a power failure the doors can be programmed to remain secure or to open to allow emergency access.

A major global company selected Andel to install leak detection systems in multiple data centres, based on our approach, experience, quality and price. The end-user customer is one of the world’s leading digital infrastructure companies, providing a secure, sustainable, global collaboration platform to numerous industry-leading organisations in finance, manufacturing, retail, transportation, government, healthcare and education. The challengeThe data centres were built to the latest design specifications employing cutting-edge features and technologies. Mile upon mile of data network and power cable is installed under raised access floors where it can be organised and routed safely out of sight. The problem is that the same void, hidden from view, also contains water service pipes feeding air conditioning units, toilets and kitchens. A tailored, robust, hybrid solution needed to be installed meeting multiple requirements, primarily at low level, within the floor voids around the perimeter of the data halls with distance measuring systems monitoring CRAC units, plumbing and other plant. Additionally, a range of zonal systems provided early warning alarms and automatic isolation for water, refrigerant gas and oil leak detection.The solutionFloodline® HLD, Ranger® distance measuring system and a range of zonal senorsAndel’s Floodline® is a flexible, future-proof, zonal and distance measuring leak detection system. State-of-the-art, hybrid, Floodline® HLD multifunction control panels were installed in conjunction with Floodline Ranger® distance measuring systems and a range of zonal leak detection sensors including water, refrigerant gas and oil. Floodline® HLD control panel can monitor up to 224 zones using a combination of resistance-based and Modbus-enabled sensors.High-visibility Floodline Ranger® cable provides up to 1500 metres of continuous leak detection, detecting the presence of water and conductive liquid at any point along its entire length. Conductive-polymer technology construction makes the the sensor highly resistant to corrosion and abrasion. Sensor cable was strategically installed in floor voids to continually monitor the server halls, ensuring early leak detection through alarms and automatic valve shut-off systems.  The system triggers audio-visual alarms as well as sending onward communication to BMS. Resilient, sustainable, cost-effective, easy to install and maintain, Andel’s Floodline® is a flexible, future-proof, zonal and distance measuring leak detection system. Proactive approachPrior to installation, great care was given to ensure the customer was happy with all Andel’s Floodline® equipment and to demonstrate the superior build-quality and functionality and to allow the customer to see and handle the equipment first-hand. The customer was provided with all relevant technical specifications and user information. The project involved detailed assessment and planning for the five sites. Bespoke installation kits were manufactured in advance for each installation team. Andel put together mobile crews to visit each of the sites. The installation took 20 days from start to finish, meeting the deadline. The resultA successful leak detection installation that fulfills the customer’s brief, protecting priority servers and IT infrastructure in new major data centres. Installing Andel’s Floodline® leak detection systems now means the customer has:A cost-effective, reliable and low-maintenance leak detection system across five mission-critical sites.A bespoke, tailored solution for each site.Peace of mind with a leak detection system that will give early warning alarms and onward communication, allowing for evasive action to be taken to avoid any damage.A future-proof solution with a leak detection system where additional zones, sensors and upgrades can be added easily and cost effectively. What the customer said;We are delighted with the installation of the Ranger leak detection system across our sites. We feel at peace knowing our servers are protected with high quality systems providing realtime leak detection monitoring.Robert Gilbert, Project Manager

Fire and security service providers, Securecom Claddagh Ltd, carried out the replacement and upgrade of an ageing fire alarm system, installing a Go panel in each of the three-storey apartment blocks.A Go panel was installed near the front door of each building, covering their hallways and landlord areas. The panels were hard-wire integrated with Apollo detectors and with a CSL fire-specific remote monitoring communication device that communicates to an alarm receiving centre, allowing the relevant key holders to be informed when triggered.Securecom Claddagh has been using Advanced fire panels for a number of years in its projects due to their ease of programming and standardisation across sites, as well as the panels allowing effective technical phone support from Advanced in the event of a fault or unwanted alarm.

IntroductionThis case study focuses on a commercial warehouse and showroom in England aiming to reduce future electricity costs and optimise energy consumption. With growing concerns about rising energy prices and a commitment to sustainable operations, the client sought to integrate renewable energy solutions into their building infrastructure. The goal was to harness solar energy to power daily operations, reduce grid dependency, and provide real-time monitoring and management of energy usage.Client's RequirementsThe client’s objectives were clear:Cost Reduction: The primary goal was to significantly reduce future electricity costs by leveraging renewable energy sources.Energy Efficiency: The building had high energy consumption due to its dual use as a warehouse and showroom, and the client needed a system that could meet these demands.Sustainability: The client wanted to harness solar energy to ensure that their daily operations were sustainable, aligning with broader goals of reducing environmental impact.Energy Monitoring: Real-time monitoring and management of energy usage were essential to optimise energy consumption and reduce reliance on grid electricity.Challenges: High Energy ConsumptionThe multipurpose nature of the building posed significant challenges. As both a warehouse and showroom, energy demand fluctuated based on operational hours and customer footfall. Peak hours required a consistent and reliable power supply, making energy efficiency critical. Additionally, the building's design limited available space for large-scale energy systems, necessitating a compact yet powerful solution.The Solution: EQONIC Solar PV, Battery, and Inverter SystemEQONIC proposed a comprehensive solution tailored to meet the client’s specific needs. After a detailed assessment of the building’s energy consumption patterns, available rooftop space, and grid connection, the following system was recommended:1. Solar Photovoltaic (PV) SystemThe PV system consisted of 78 x 380W monocrystalline panels, designed to maximise solar energy capture within the available roof space. The total system size of 29.64 kWp ensured that a significant portion of the building’s energy demand could be met through solar generation, reducing reliance on grid electricity.2. Hybrid InvertersTo manage the energy produced by the solar panels and integrate it into the building’s power system, 3 x EQONIC 8kW single-phase hybrid inverters were installed. These inverters allowed the seamless integration of solar energy with the building’s existing power infrastructure, ensuring efficient energy flow and management.3. Battery StorageTo further optimise energy usage, an EQONIC 43kWh high-voltage battery was installed. The battery was programmed to charge at night when electricity tariffs were lower, storing energy for use during the day when electricity demand and prices were higher. This strategic use of battery storage not only reduced operational costs but also smoothed out energy consumption peaks during busy periods.Energy Management and Real-Time MonitoringOne of the key components of the solution was the real-time monitoring and management system provided by EQONIC. This system allowed the client to track energy generation, consumption, and storage in real-time. By providing detailed insights into how energy was being used throughout the day, the client could make informed decisions to optimise energy usage and further reduce costs.Financial Investment and ROIThe total cost of the installation was carefully considered to ensure a strong return on investment. While the upfront cost of the system represented a significant investment, the long-term financial benefits far outweighed the initial expenditure.Projected Cost SavingsThe solar PV system was expected to generate over 22,000 kWh of renewable energy annually. This would result in a 70-80% reduction in grid energy consumption, leading to substantial savings on electricity bills. Additionally, the integration of the battery storage system allowed the client to take advantage of off-peak tariffs, further reducing energy costs.Environmental ImpactIn addition to the financial benefits, the project had a substantial positive impact on the environment. By shifting to renewable energy, the client would reduce their carbon emissions by over 5,000 kgCO2 per year. This reduction not only supported the client’s sustainability goals but also contributed to broader efforts to combat climate change by decreasing reliance on fossil fuels.Results and Long-Term BenefitsThe implementation of EQONIC’s solar PV, battery, and inverter system delivered impressive results. The key outcomes of the project included:Over 22,000 kWh of annual energy generation, covering a substantial portion of the building’s energy needs.A reduction of more than 5,000 kgCO2 per year in carbon emissions, supporting the client’s environmental objectives.A 70-80% reduction in grid energy consumption, significantly lowering the client’s dependence on traditional energy sources and resulting in long-term financial savings.Over the expected 25-year lifespan of the solar PV system, these benefits would continue to accrue, providing both financial and environmental value to the client.ConclusionThis case study highlights the effectiveness of integrating solar PV, battery storage, and advanced energy management systems in reducing operational costs and carbon emissions for commercial buildings. The warehouse and showroom in this project successfully reduced their reliance on grid electricity, optimised energy usage, and contributed to a more sustainable future. EQONIC’s tailored solution demonstrates how renewable energy can be leveraged to meet the energy demands of multipurpose commercial buildings while supporting long-term sustainability goals.

At the Greenside Views development in Mitcham, London, the innovative KURVE platform revolutionized communal heating. Developed by SAV Systems and Insite Energy, KURVE integrates a hard-wired M-Bus network and Kamstrup heat meters to deliver real-time energy data to residents via a web-based app. By eliminating the need for in-home displays (IHDs) and costly hardware upgrades, KURVE reduces capital costs by 60% and slashes replacement expenses by 97% over ten years. Residents can monitor consumption in kilowatt-hours or monetary terms, make instant online payments, and even have accounts managed remotely if needed. This cutting-edge solution has improved energy management and reduced site energy debt by 91% in under three months, offering a cost-effective and user-friendly approach to sustainable heating.

2 cascades of 4 WPL 25 air source heat pumps installed by RKM Plumbing and Heating with 1500L buffer tank and 2 x 500L DHW Cylinders Key features of the project › 2 Cascades of 4 heat pumps controlled independently to provide complete control and quick reaction times due to the high demand from the restaurant and wedding venue which are constantly in use alongside the sports bar for the golf club and associated changing facilities › a total heating output of around 112kW @ -4°C outside temp › 28kW of power feeding the DHW tanks › Remote monitoring using Internet Service Gateway connected to the BMS System for the entire site, ensuring the team are aware of the status of the system at all times › The system was installed and commissioned in late August 2023.Please see the link for the full case study

In preparation for the 2012 Olympics, where over 10,000 athletes from more than 200 countries competed in London, Zaun developed a walkway system that would enable technicians to work safely at height to install fencing as well as attach CCTV and security enhancements to the highest parts of the fencing.Project ChallengesThe project required a range of unique and innovative solutions because of the varied challenges that were in play. The system needed to adhere to strict health and safety regulations, especially as working at heights has many potential dangers, and worker safety is a huge priority. We needed to create a cost-effective solution that installers could use in various venues and areas.We also needed to ensure that this walkway system did not damage the 358 mesh. The walkway also needed to facilitate the repair and installation of Perimeter Intrusion Detection (PID) and pulse-monitored electric fencing systems and razor wire. As such, it was essential that installers could easily and safely access materials, equipment and tools.Biggest Sporting Event In The WorldAs the Olympics is one of the biggest events in the world, global attention was on London and the various venues needed to be as secure as possible. From camera operators and athletes to volunteers and security personnel, the huge number of people involved in the Olympics meant that the security team needed to be able to see as much as possible at all times. To do this, it was best to put the security monitoring equipment along the fence line to survey the whole area and reduce the requirement for additional civils for CCTV cameras. Security measures during big events like the Olympics need to be incredibly stringent. The installation of these surveillance and security measures is of utmost importance to the security of the entire event.Innovative Walkway SystemZaun designed and manufactured a unique walkway system that allowed installers to work at heights safely without damaging the mesh fencing. Our innovative system was designed specifically to support the installation and maintenance of 358 security mesh fencing, CCTV cameras and electric fencing at the top of the fence line. We created an innovative walkway solution that easily attached to 358 mesh so technicians could check and access the security measures whilst safely working at height.

FEI Foods, Polar House, Viking Way, Winch Wen, Swansea SA1 7DEEV Wales delivered a high-calibre installation of 16 Easee chargers using EV-Tower's Premium EVT-15 pedestals. Demonstrating their experience in both product quality and installation practices. The project leveraged a range of premium accessories and safety features to ensure durability, ease of use, and reliable EV charging infrastructure.Project Highlights:Contractor: EV WalesCharger Brand: Easee EV Block Type: MiniThis installation showcases EV Wales' expertise in delivering reliable and high-quality EV charging solutions. Clenergy's back-office management system has been installed, providing real-time monitoring, remote access, and seamless payment processing.Through advanced technology and smart integration, EV Wales continues to drive the future of sustainable and intelligent EV charging infrastructure.

Job DescriptionEbrington Square Public Realm in Derry~Londonderry, Northern IrelandJob DetailsIn 2006, ILEX was tasked with turning the Ebrington Barracks, a 26 acre site in Derry~Londonderry, into an asset that would benefit the city as a whole. The designs included a new public square and multi-purpose shared spaces for culture, arts, leisure and tourism, incorporating 19 buildings of historic or architectural note.Larsen supplied silo-mixed bedding mortar and jointing mortars to aid installation of the paving in line with the programme.Larsen monitored material consumption closely and co-ordinated stock deliveries, plant maintenance and quality control checks.The links, walkways and open spaces include sunken gardens, stone cobble and flag paving, quality street furniture, glazed links and landscape works.The urban regeneration schemes at the Peace Bridge and Ebrington Square have achieved two Irish Planning Institute National Awards.

Project OverviewThe new Aviva Stadium at Lansdowne Road, Dublin, was developed by engineers Kentz Ireland Ltd on behalf of the Irish Rugby Football Union and the Football Association of Ireland.  It has a capacity for 50,000 spectators who are able to enjoy a safe and secure experience with minimum intrusion and inconvenience.Challenges Johnson Controls set out to optimise the building with the following solutions:Fire detectionCCTV security systemAccess controlIntruder alarmsGas extinguishersDisabled WC alarmsJohnson Controls was responsible for the end-to-end delivery, maintenance and support of the stadium’s lifesafety and security systems. This included fire detection, CCTV, access control, intruder alarms, gas extinguishers and disabled WC alarms.Solutions Each of these systems has been seamlessly integratedwith the stadium’s Local Area Network (LAN) and ITinfrastructure. This enables security operators or Gardaíto monitor and control each component from centralisedworkstations across the site, streamlining this process andhelping to improve the efficiency and response time ofoperators to potential incidents.The stadium, Ireland’s first UEFA Elite football ground,has a purpose-built, hi-tech communications nerve centre.Johnson Controls life safety and security systems allow forcontinuous monitoring of all aspects of the stadium, bothinside and outside the ground. 192 CCTV cameras havebeen installed at ‘pinch points’ around the stadium, ensuring operators and police can quickly identify potential problems or flashpoints from within the stadium’s control room. BenefitsUsing Johnson Controls consolidated single-screenoverview of all systems, operators can control multiplealarm input and outputs when combined with audio and video verification of each protected zone within the stadium, this delivers an additional layer of protection. The Tyco Expert Graphics (TXG) system provides users with a graphical overview of fire detection, extinguisher and disabled call management systems and is also configured to automatically respond to events, even when the operator is away from the workstation.“As the home of Irish international rugby and football, TheAviva Stadium prides itself in providing state-of-the-artfacilities, not only for spectators but also for players, themedia and events personnel”, said Chris Gallagher, the design technical services coordinator of Aviva Stadium.