The watermist system utilises the Fire Trace technology, along with the knowledge and experience of our design and development teams, to provide a fast-acting system, linked to the main fire alarm system in the building, which allows for rapid fire suppression should the time come.
Using a high-temperature bulb arrangement within the sauna to prevent false activation, the wet system sits armed and ready should it need to be utilised. A combination of technology at the cylinder end allow for careful and controlled evacuation signals to be output from the house fire alarm system, and maximise the safety of all the patrons of the gym at any time of the day!
Misting Solutions were appointed to find a solution for the David Lloyd chain of health clubs and spas across the country. The risk, saunas within the gyms spa complex. A nationwide solution was required, however a system was requested which used cylinders as opposed to a pump-driven solution. We carefully designed and developed a system which could be safely installed and applied to the specific risk.
SmartMist is proud to share a recent installation project in collaboration with our esteemed distributor, Fire Crest Fire Protection.
We successfully installed our cutting-edge water mist suppression system at a unique Cornwall holiday retreat, complete with a restaurant, just in time for its reopening following the relaxation of lockdown restrictions. This installation came with its own set of captivating challenges, as the entire premises were set aboard a picturesque French barge.
A Unique Setting. One of the primary challenges we encountered was the distinctive nature of the venue. With a restaurant situated above holiday accommodations, fire protection solutions needed to comply with stringent legislation. Traditional sprinkler systems were deemed unsuitable due to various constraints. Therefore, SmartMist was selected as the ideal solution. Not only does it eliminate the need for a dedicated water supply, but in the event of activation, it also minimises potential damage compared to traditional sprinkler systems.
The expert engineers, executed the installation swiftly and efficiently, completing the project in just one day. This remarkable feat not only ensured the safety of the venue's guests and staff but also minimised disruption, proving to be a win-win solution for all involved.
Following the installation of SmartMist's water mist suppression system by Fire Crest Fire Protection, the client couldn't be more pleased. The unique Cornwall holiday retreat, with its restaurant situated above the holiday accommodations, now boasts an enhanced level of safety that aligns seamlessly with regulatory requirements.
Not only has the SmartMist system ensured compliance with legislation, but it has also provided peace of mind to both the management and guests of the establishment. The client appreciates the foresight in choosing SmartMist over traditional sprinkler systems, as it not only eliminates the need for a dedicated water supply but also significantly reduces potential damage in case of activation.
Guests have also been delighted by the unobtrusive and efficient installation process carried out by the skilled Fire Crest engineers in collaboration with SmartMist. This installation has undoubtedly contributed to a positive guest experience, making the Cornwall holiday retreat an even more attractive destination.
This successful collaboration between SmartMist, Fire Crest Fire Protection and our valued client highlights our commitment to delivering top-notch fire suppression solutions, ensuring the safety and satisfaction of our partners and their patrons. We look forward to continuing to provide exceptional fire protection services in the future.
Misting Solutions have successfully installed two fire suppression systems into the 4* Vale Resort in Glamorgan, training home of the British and Irish Lions!
The specialist fire suppression systems installed into this specific resort was based on the high-risk sauna areas in both prestigious gym areas. With such a high risk being posed by saunas in today’s gyms, it is vital that appropriate suppression systems are installed to provide maximum protection and eliminate the risk of fire spread from the source.
The Misting Solutions system installed is perfect, and has been specifically designed to combat the risk; a high-temperature bulb has been utilised to ensure that the ambient temperatures within the saunas will not trigger any false alarm or activation, eliminating unnecessary downtime and disruption among the resorts guests.
The unit is also compact enough to pose no hazard to the general public; safely enclosed behind a custom built enclosure, there are no bulky cylinders with a large weight demand. This risk can be combatted by a single pump-d.
The primary challenge lay in addressing the high-risk sauna areas within the resort's prestigious gym facilities. Saunas, while popular and relaxing amenities, can pose a substantial fire risk. To ensure the safety of guests and the protection of property, it was imperative to install reliable fire suppression systems tailored to this unique environment.
SmartMist designed and implemented a specialised fire suppression system that perfectly suited the requirements of the resort's saunas. The system incorporated several key features to mitigate risks effectively:
High-Temperature Bulb: A high-temperature bulb was integrated into the system to prevent false alarms or unintended activations. This innovation ensures that the fire suppression system remains dormant unless a genuine fire threat is detected, reducing unnecessary downtime and avoiding disruptions for resort guests.
Compact and Safe Design: The system was ingeniously designed to pose no hazard to the resort's patrons. It was enclosed within a custom-built casing, eliminating the need for bulky cylinders and excessive weight demands. This design not only enhances safety but also preserves the aesthetic appeal of the resort's facilities.
The Vale Resort in Glamorgan expressed its utmost satisfaction with SmartMist's performance. The professional and tailored approach taken by our team in addressing the fire safety needs of their saunas was highly appreciated. The resort management recognised the value of our high-temperature bulb technology in preventing false alarms and disruptions, ensuring peace of mind for both staff and guests.
Impressed with the seamless integration of our compact system into their facility, the Vale Resort is eager to partner with SmartMist for any future projects, further solidifying our reputation as a trusted fire suppression partner for prestigious establishments.
According to recent studies, the Gym, Health and Fitness industries in the UK are worth around £1.8bn in todays market. Whilst this is a smaller valuation compared to pre-COVID, this is still a 33% increase over the last couple of years during COVID times. Couple this with an increasing requirement for Spa facilities across the country, and we can see why they often go hand-in-hand.
However, adding spa facilities can add risk of fire. Saunas and Saunariums, high-temperature spa areas found in the vast majority of health and leisure facilities seem like a great way to relax and recover after a workout or a tough day in the office, but for facilities management they can only add to this.
We were approached by Randall Simmonds, a large construction company working on a UK first project in Exeter. The enquiry was for sauna suppression system to be installed within a state-of-the-art Passivehaus leisure facility. The system was required to cover three separate sauna rooms within the same area in the most efficient, most effective way possible.
We spent some time getting to understand the requirements of a Passivhaus build, the limitations of building penetrations and the general project limitations and our highly skilled design team found a solution. As time was a pressing factor, we completed a lot of this stage remotely, having conversations with different members of the on-site teams and fully reviewing the specification and design documents we were issued as part of the original tender.
This worked well with the Passivhaus requirements as we only had to make a single penetration through one of the internal walls, with the rest of the works being completed above the sauna areas. The system specified required no external electrical or mechanical works to be completed, which as an ideal solution for the client in the late stages of their project, saving the client money and speeding up the installation time.
Our design team produced a design for a completely standalone, self-contained system designed specifically for this project to correctly and safety tackle all three rooms from a single system. This consisted of an extended cylinder-based system, linked together through a common manifold that allowed for each area to run from a communal system to each independent area. Each nozzle installed is a suitably rated closed head, secured with a frangible bulb that only activates in a fire scenario. This reduces the plant requirement as the nozzle will only activate if it is required, rather than all nozzles going off at once.
Our design team produced a design for a completely standalone, self-contained system designed specifically for this project to correctly and safety tackle all three rooms from a single system. This consisted of an extended cylinder-based system, linked together through a common manifold that allowed for each area to run from a communal system to each independent area. Each nozzle installed is a suitably rated closed head, secured with a frangible bulb that only activates in a fire scenario. This reduces the plant requirement as the nozzle will only activate if it is required, rather than all nozzles going off at once.
The handover of the system was completed on schedule and the facility opened successfully the following week. The system sits primed and live, and is serviced annually to ensure ongoing integrity of the system. The client was extremely grateful that we got the system installed within the time constraints and with the on-site engineers knowledge and experience
Health and wellbeing is key when travelling, and having a local facility open for guest use just enhances this further. Being able to return to your accommodation after a long day of travelling or hours of back-to-back meetings or conferences can be tiring, so it is also key to be able to relax.
Our client, a national hotel management company, approached us after insurers wanted to ensure that as much risk was mitigated as possible within the leisure area of their hotels. A number of them have either pool-side or changing room sauna areas for public use, and as such they want to ensure that if there is a fire, the risk of spread is limited and mostly contained.
Our engineering team travelled to a principal property and proposed two separate options for sauna fire suppression. Both options were suitable for the risk, however one was a self- contained option which required a little more space, and the other was a more compact pump based system which didn’t require as much storage room, but required alternative works to be completed.
After having multiple meetings with both the estates director and the leisure director, it was agreed that we would survey another handful of sites within the vicinity to establish the most universal system.
After completing these, SmartMist proposed a compact, mains powered and mains supplied pump system that would feed directly into the singular nozzle required within the sauna area. Each system was designed for sauna suppression, but was tailored to suit the needs of each particular site. Some systems were used to feed two saunas in close proximity, while some sites had two remote systems to feed each sauna.
Regular annual servicing is completed to ensure that the system is kept in a full, healthy state and to ensure that any future risk is safely mitigated from the rest of the hotel. The client was happy that we managed to provide a compliant solution that met their insurance requirements, and that their sauna properties are able to remain open and live.
Historic Buildings draw hundreds of thousands of guests every single year, often boosting the local economy. With such a wide range of purpose, definition and status, there truly is something for everybody hidden away in such buildings across the nation. However, due to the nature of the buildings, they carry certain fire risks that wouldn’t necessarily be considered today. Older methods of building and fewer building regulations meant less control over certain aspects of development.
We were approached by one of the UK’s largest fire and security companies to provide a solution for a particular area of Blenheim Palace, Oxfordshire. In one of the unused areas of the palace, the owners decided to make use of the available space and store large amounts of costume pieces across a series of rooms. Whilst this was an effective use of the space, this opened up the area to a much higher risk of fire, given the nature of the costumes.
Our engineering team completed a fire safety survey to understand the nature of the risk, and to understand any limitations on installing a system in the listed areas of the palace. It is important when completing a system design to fully understand the nature of the building and to ensure that, in projects such as this, that there is no interference with the original building or plan.
The fire suppression system continues to sit live and commissioned and actively protecting the costume area within the lower floors of Blenheim Palace. The owners were very happy with the installation and were pleased that we found a solution to protect the natural heritage of the building without compromising the structure, integrity or history of the building.
Our client, an operator of three holiday homes primarily rented through Airbnb, expressed a strong desire to integrate advanced fire safety measures into their properties. This initiative was particularly timely, as the UK Government had introduced new fire safety regulations for holiday lets in October 2023.
At SmartMist, our objective was to develop a fire suppression design that not only complied with the latest fire safety guidelines but also anticipated potential future amendments to these regulations. Our focus was to ensure the safety of visitors while offering a cost-effective solution for our client.
We engineered a comprehensive fire safety design featuring a" means of escape" strategy. This involved the installation of a seven-mist-head system in each property, providing effective fire suppression along the escape routes leading to both the front and back doors. Remarkably, this retrofit installation was accomplished within a single day, minimising disruption.
The client expressed great satisfaction with the SmartMist system. She highlighted the peace of mind it brought her, stating, "I can sleep a bit more soundly knowing that I have the SmartMist system in place."
SmartMist was entrusted with the fire safety system for a modern eight-apartment block in Swansea. Adhering to the stringent full-coverage fire regulations in Wales, our task was to implement a state-of-the-art mist systemin each apartment, ensuring the highest safety standards.
This development, aimed at the sales market, required a fire safety system that would not only provide exceptional protection but also appeal to potential buyers. Each of the six apartments was to be equipped with six mist heads and an individual pump, offering a complete fire suppression solution.
The project was executed in two stages to align with the construction phases. The first fix involved the installation of pipework, skilfully coordinated with other trades to ensure seamless integration and minimal disruption. Our team had to work efficiently within the construction timeline, laying the groundwork for the second stage.
During the second fix, our engineers installed the pumps and mist heads. The design and placement of these components were carefully considered to complement the apartments' aesthetics. The end result was a discreet yet effective fire safety system that enhanced the overall appeal of the apartments.
The developer was exceptionally pleased with the outcome, commending SmartMist for our professional approach and the high quality of the installation. The system's aesthetic integration into each apartment was particularly appreciated, adding value to the properties. The developer expressed their intention to partner with SmartMist for future projects, recognising the value we added to this successful development.
Smartmist Systems is a leading provider of fire suppression systems, specializing in protecting commercial kitchens. One of their recent projects involved installing a kitchen fire suppression system for Gurdwara Sikh Sangat, a Sikh temple located in London. The installation was designed to protect the temple’s kitchen and dining area from potential fires and ensure the safety of its patrons.
Gurdwara Sikh Sangat was facing a significant challenge in terms of fire safety in their kitchen and dining area. With a high volume of people using the facilities on a regular basis, the management were very concerned with the protection of their patrons and especially the people involved in cooking. The temple’s existing fire suppression system needed upgrading. The temple’s management was therefore looking for a new and more effective system to ensure the safety of all its patrons and protect the assets.
Smartmist Systems proposed a solution to Gurdwara Sikh Sangat, which involved the installation of a state-of-the-art kitchen fire suppression system. The system was designed to detect and suppress fires in their early stages, preventing them from spreading and causing significant damage. The system was also easy to use, requiring minimal maintenance and training for temple staff.
The installation of the fire suppression system was carried out by Smartmist Systems’ team of experienced technicians, who ensured that the installation was completed on time and to the highest possible standards. The system was tested extensively before being commissioned, and the team provided comprehensive training to the temple’s staff to ensure that they could use it effectively.
Gurdwara Sikh Sangat was extremely pleased with the installation of the new fire suppression system by Smartmist Systems. So much so that The President recorded a video explaining how pleased they were and happy they now had peace of mind, knowing that they are now fully protected against the risk of fire. The temple’s management has also been impressed by the professionalism and expertise demonstrated by Smartmist Systems throughout the installation process.
SmartMist Global are proud to announce we have launched a SmartMist suppression systems for saunas and spas. Operating from a high-temperature bulb arrangement within the sauna to prevent false activation, the wet system sits armed and ready should it need to be utilised to maximise the safety of all patrons. Exciting times. We thank the great people at Sven Saunas in Bedford for their invaluable help with this.
We were approached by Randall Simmonds, a large construction company working on a UK first project in Exeter. The enquiry was for sauna suppression system to be installed within a state-of-the-art Passivehaus leisure facility. The system was required to cover three separate sauna rooms within the same area in the most efficient, most effective way possible.
We spent some time getting to understand the requirements of a Passivhaus build, the limitations of building penetrations and the general project limitations and our highly skilled design team found a solution. As time was a pressing factor, we completed a lot of this stage remotely, having conversations with different members of the on-site teams and fully reviewing the specification and design documents we were issued as part of the original tender.
This worked well with the Passivhaus requirements as we only had to make a single penetration through one of the internal walls, with the rest of the works being completed above the sauna areas. The suppression system specified required no external electrical or mechanical works to be completed, which as an ideal solution for the client in the late stages of their project, saving the client money and speeding up the installation time.
Our design team produced a fire suppression system design for a completely standalone, self-contained system designed specifically for this project to correctly and safety tackle all three rooms from a single system. This consisted of an extended cylinder-based system, linked together through a common manifold that allowed for each area to run from a communal system to each independent area. Each nozzle installed is a suitably rated closed head, secured with a frangible bulb that only activates in a fire scenario. This reduces the plant requirement as the nozzle will only activate if it is required, rather than all nozzles going off at once.
Our design team produced a suppression system design for a completely standalone, self-contained system designed specifically for this project to correctly and safety tackle all three rooms from a single system. This consisted of an extended cylinder-based system, linked together through a common manifold that allowed for each area to run from a communal system to each independent area. Each nozzle installed is a suitably rated closed head, secured with a frangible bulb that only activates in a fire scenario. This reduces the plant requirement as the nozzle will only activate if it is required, rather than all nozzles going off at once.
The handover of the system was completed on schedule and the facility opened successfully the following week. The system sits primed and live, and is serviced annually to ensure ongoing integrity of the system. The client was extremely grateful that we got the fire suppression system installed within the time constraints and with the on-site engineers knowledge and experience
In 2023, an academy in Telford faced significant pressure from the local education authority to enhance its fire protection measures following a small electrical fire in the music hall. This case study details how SmartMist provided a robust fire suppression solution,ensuring the safety of students and staff and preventing future incidents.
The academy experienced a minor electrical fire in its music hall, which caused some damage and raised concerns within the local community. The local education authority insisted on improved fire safety measures to prevent future incidents and protect the well-being of the school’s population.The school needed a solution that could provide a reliable means of escape with a 30-minute runtime, ensuring comprehensive protection.
SmartMist proposed and installed a high-pressure mist system, renowned for its efficiency and minimal water usage. This system was ideal for the academy, providing effective fire suppression without causing extensive water damage. The system was designed to offer a 30-minute run time,ensuring a safe and reliable means of escape for students and staff in the event of a fire.
Our team carried out the installation over the summer holidays to avoid disrupting the school’s operations. The project was completed on time, and the system was fully commissioned before the start of the new term. This meticulous planning ensured that the installation did not interfere with the school’s normal running and was seamlessly integrated into the existing infrastructure.
The academy and the local education authority were extremely satisfied with the installation. The high-pressure mist system met all the required safety standards and provided the necessary protection without causing delays or disruptions. The school appreciated SmartMist’s professiona lapproach and the careful planning that ensured a smooth installation process. This project highlights SmartMist’s commitment to delivering effective and non-intrusive fire safety solutions.
The waste and recycling sector is amongst the most active sectors in Europe, with a value of over £30bn in 2020. However, in recent years with increased production and disposal of electronics, there are a number of high-risk areas that can have drastic knock-on effects within large plants across the UK.
One particular area of risk is fires caused by batteries which have been incorrectly disposed of in normal waste methods, rather than using correct e-waste recycling methods across the UK.
These fires start when batteries fall from waste conveyor belts and get caught in the roller bars underneath, often getting crushed, sparking, exploding and carrying a huge fire risk into general machinery spaces and along conveyors.
We were approached by one of the country’s largest fire detection companies and were asked to produce a bespoke system that worked with their early detection systems, for the largest waste transfer company in Europe.
Our team of highly skilled systems designers surveyed the site and discovered a large number of concerning factors; particularly, the vast quantity of waste that is being transferred around these sites, the flammable risk materials and machinery within each transfer station and the pure scale of what was required to be achieved.
We spent time with the client and end user to understand what their primary concern was, and looked at how to achieve the most effective solution with the shortest reaction time possible, to ensure that fire spread was managed as efficiently as possible
We designed from the ground up a completely bespoke solution for the end user. This consisted of two separate systems, integrated into a central fire control system which can be managed throughout site. This consisted of two, hydraulically suitable pump sets, utilising a supply and demand arrangement for each system. One system covered the main plant areas and machinery, whilst the other system covered the smaller transfer conveyors. Custom control panels were designed to support and work as swiftly as possible alongside the rapid flame detection system being utilised across the facility.
Each system was also fitted with manual override options to allow operators a chance of early activation and individual sectional solenoid valves in order to allow for precise reporting data to be fed back to the site monitoring station so that early warning can be provided to the other parts of the plant. This also worked with an early shutdown procedure, which integrated the suppression and detection systems to the emergency plant shutdown system. This stopped the conveyors and allowed for a greatly reduced risk spread to be implemented.
The system utilised 25,000 ltr water storage tanks to provide full coverage on each system. A series of carefully calibrated nozzles were placed along the edge of the conveyor, or directly above the conveyor path where required, to provide optimum coverage levels for the risk at hand.
The system is serviced annually in line with the appropriate standards and wet-tested to ensure full system integrity.
The client was overjoyed with the system.
We are now in discussion with a subsidiary to provide a similar system in North West England.
National services are often taken for granted, without thinking about the considerable investment into businesses and infrastructure that goes on behind the scenes.
Everyday processes are often assumed to just work; however, they are often driven by large, expensive pieces if machinery that require a lot of configuration, maintenance and monitoring. Not to mention the initial expense of the machinery, and the costs associated if it becomes damaged.
A large, UK-based materials processing company approached us for plant-specific protection or large materials processing machines, with a specific interest of protecting the machinery items which are often running for upwards of 20 hours a day.
We surveyed several their sites across the UK to understand the areas they wanted protecting, the risks involved at each particular location and what the best solution would be after speaking to each individual site manager. Their primary concern was machinery overheating, leading to increased fire-risks if the machinery is unmonitored for a short period of time.
The end solution was a self-contained cylinder based open-head deluge system, which led to ‘total flooding’ in the particular risk area. This consisted of a series of water and nitrogen cylinders, equal to the risk and discharge time required by the client, and mechanical activation valves linked to an electronic system control panel. The primary source of activation was using a series of smoke and heat detectors, set up in a double-knock arrangement, to ensure no false activations. Once a ‘confirmed fire’ signal was received by the control panel, an electrical signal was sent to the solenoid valve which allows for a full system discharge through all open nozzles. This was set for the extent of the risk from the machinery, so that no surrounding area was affected by fire spread.
The solution was compact and cylinder arrangements flexible to enable the engineers to install into a variety of different spaces as deemed best by the site management teams.
The system is serviced annually, without a wet discharge test, however all components and electrical control systems are tested for full system integrity.
We have since installed eight further systems on various sites with twelve more pencilled for the nest two years
Historic Buildings draw hundreds of thousands of guests every single year, often boosting the local economy. With such a wide range of purpose, definition and status, there truly is something for everybody hidden away in such buildings across the nation. However, due to the nature of the buildings, they carry certain fire risks that wouldn’t necessarily be considered today. Older methods of building and fewer building regulations meant less control over certain aspects of development.
Ermanno Scervino required a fire suppression system that could protect its two-story store in London's prestigious Sloane Street from the first floor to the front door within a tight two-month timeline. The store's location in a high-traffic area and the limited space available for the fire suppression system posed unique challenges.
The high-pressure mist system successfully extinguished a small fire in the basement, demonstrating its effectiveness and reliability. The system provided Ermanno Scervino's Sloane Street store with comprehensive fire protection that met all building code requirements. The project reinforced SmartMist's reputation as a leading provider of fire suppression solutions. Overall, SmartMist's expertise and commitment to excellence enabled the company to successfully address the challenges of this project and deliver a solution that met Ermanno Scervino's high standards.
Ermanno Scervino was impressed with SmartMist's expertise and ability to deliver the project within the tight timeframe. The company commended SmartMist's commitment to quality and its ability to work closely with the renovation crew to minimise disruptions.
AB Waste, a privately held waste and recycling company, operates two sites in Nottinghamshire, handling over 100,000 tonnes of waste annually. The company's waste processing facilities presented a significant fire risk, prompting them to seek enhanced fire protection measures.
SmartMist stepped in to address AB Waste's fire safety concerns by installing a sophisticated video flame detection system and a comprehensive mist suppression system. The video flame detection system continuously monitors the waste processing areas, utilising advanced imaging technology to detect even the faintest signs of fire. Upon detecting a fire, the system automatically triggers the mist suppression system, delivering a deluge of fine water droplets to effectively extinguish the flames. Additionally, SmartMist installed a 30,000-litre water tank on-site, which included a special fire additive to provide the water in the event of activation.
AB Waste was highly impressed with SmartMist's expertise and commitment to their project. The installation team carefully designed and implemented the system to seamlessly integrate with the company's existing infrastructure. The video flame detection system provided real-time monitoring, while the mist suppression system, backed by the water tank with the special fire additive, offered immediate intervention in the event of afire. Overall, AB Waste was confident that their waste processing facilities were now adequately protected against fire hazards.
The implementation of SmartMist's fire suppression systems has significantly enhanced fire safety at AB Waste's facilities. The video flame detection system provides early warning, enabling prompt response and minimising the potential for damage. The mist suppression system delivers rapid fire suppression, effectively controlling and extinguishing flames before they can spread. As a result, AB Waste has achieved peace of mind and reduced the risk of fire-related incidents, ensuring the safety of its employees and the integrity of its operations.
In 2023, SmartMist undertook a distinctive project in Cornwall, focusing on a Passive House – a building standard characterized by energy efficiency, reduced ecological footprint, and exceptional thermal comfort. Our task was to install an advanced fire suppression system, tailored to meet the unique requirements of this energy-efficient home.
The main challenge was to design a fire suppression system that aligned with the Passive House's energy-efficient design. This required a system that was not only effective in providing fire safety but also compatible with the house's stringent environmental and energy standards.
SmartMist developed a bespoke, high-efficiency fire suppression system, specifically designed for the Passive House. Our solution focused on maintaining the house’s energy efficiency while ensuring the highest level of fire safety. The system was designed to be minimally invasive, preserving the architectural integrity of the home.
The homeowner was exceptionally pleased with the installation, noting SmartMist’s ability to provide a fire safety solution that complemented their home's eco-friendly ethos. The project not only ensured the highest safety standards but also upheld the environmental principles central to a Passive House.
In 2023, SmartMist embarked on an ambitious project in Wales, implementing a full-coverage fire suppression system in a new modular home development. This project was particularly significant due to the stringent fire safety regulations in Wales, which necessitate comprehensive fire protection in all new homes.
The primary challenge was to design and install a fire suppression system that not only met but exceeded the rigorous Welsh fire safety standards. The modular nature of the construction posed unique challenges, requiring a flexible and adaptable approach to the installation of fire safety systems.
SmartMist developed a bespoke fire suppression system tailored to the specific needs of modular homes. Our focus was on creating a system that was both highly efficient and unobtrusive, ensuring the safety of the residents without compromising the design and functionality of the homes.
The project developers and future residents expressed high satisfaction with the professionalism and effectiveness of the SmartMist installation. The project not only met the stringent Welsh fire safety standards but also set a new benchmark in fire safety for modular home developments.
In 2023, a key project in downtown Manchester involved upgrading fire safety in a large residential complex. SmartMist was chosen for its expertise in fire protection, specifically for the installation of advanced mist systems in all apartment units.
The challenge was to install the mist system in a fully occupied complex, with a focus on minimal disruption. Each apartment's unique design required a tailored approach, integrating the new system with the existing fire safety measures.
SmartMist's solution involved custom-designed mist systems for each apartment, ensuring minimal intrusion and aesthetic preservation. The integration of these systems with the existing fire alarms and emergency protocols was a key aspect of the project.
The building management and residents praised SmartMist for the professionalism and efficiency of the installation, appreciating the upgraded fire safety measures. The project reinforced the complex's reputation as a secure, modern living space.
In 2023, SmartMist was involved in a unique project in Clerkenwell, London, focusing on converting a row of four houses into student Houses in Multiple Occupation (HMOs). This ambitious project aimed to equip these newly converted HMOs with advanced fire safety systems, showcasing our expertise in adapting safety solutions to complex residential layouts.
The challenge lay in designing and installing fire safety systems suitable for a series of houses converted into HMOs. The project demanded a tailored approach to meet the specific safety needs of each individual house, while ensuring overall compliance with HMO fire safety regulations.
SmartMist developed customised fire suppression systems for each of the four houses, considering their unique layouts and the specific needs of student accommodations. Our solution focused on maximising safety without compromising the living space, using cutting-edge technology for reliability and ease of maintenance.
The feedback from the project developers and future HMO managers was overwhelmingly positive. They appreciated the high level of professionalism and expertise demonstrated by SmartMist, as well as the enhanced safety features now integral to these student HMOs.
In 2023, a large private developer faced challenges adapting to the new fire safety regulations for underground car parks in the UK. This case study details how SmartMist assisted them in implementing an innovative fire suppression solution in their new apartment complex in Tower Hamlets, focusing on the installation of a high-pressure mist system in the complex's underground car park.
The developer was confronted with the unexpected challenge of complying with stringent regulations that classified underground car parks as high hazard areas. The need was for an efficient, space-saving fire suppression system that would meet these new standards in a densely populated urban environment, with particular concerns regarding the safety of electric vehicles.
SmartMist recommended a high-pressure mist system, renowned for its low water usage and smaller tank requirements compared to traditional sprinkler systems. This solution was ideal for effectively controlling fires in the confined space of an underground car park and minimising potential water damage to electric vehicles.
The installation process was meticulously planned to integrate the system within the limited confines of the underground car park. Collaboration with architects ensured the system's integration did not compromise the design or capacity of the car park, while adhering to the new fire safety standards.
The property developer expressed high satisfaction with the fire suppression design and implementation outcome. The high-pressure mist system not only adhered to the new regulations but also optimised the limited space available, effectively resolving the initial compliance issues. This project has become a model for similar developments facing challenges with the new car park fire safety regulations.
In a significant refurbishment project, a prestigious private hospital in St Johns Wood upgraded its critical infrastructure, including the installation of a new diesel generator. SmartMist was chosen to equip the generator with a state-of-the-art water mist fire suppression system, ensuring the highest level of fire safety for the hospital’s crucial power source.
The main challenge was to provide a fire suppression system that could be integrated seamlessly into the hospital's newly refurbished plant room without disrupting the delicate hospital environment. The system needed to offer reliable protection for the diesel generator, which is vital for hospital operations, particularly in emergency situations.
SmartMist proposed a bespoke water mist fire suppression system, known for its efficiency and minimal water usage. The system's design focused on:
The installation was meticulously planned to align with thehospital's refurbishment schedule. SmartMist's team worked in tandem with thehospital's engineers to ensure a smooth integration of the system, adhering tostrict health and safety regulations.
This case study demonstrates SmartMist's ability to deliver sophisticated fire protection solutions in sensitive and complex environments like healthcare facilities. The successful implementation of the water mist system for the diesel generator underscores the effectiveness of SmartMist solutions in ensuring safety and operational continuity in the healthcare sector.
In an ambitious expansion project, a popular gourmet burger chain on Kensington High Street extended their restaurant into the next-door property. This extension included a significant kitchen enlargement. SmartMist was selected to overhaul and upgrade the fire suppression system to ensure optimal safety in the expanded space.
The main challenge was the complete removal of the existing fire suppression system and its replacement with a more advanced solution. The expanded kitchen, featuring additional hoods, ovens, and deep fat fryers, required thorough coverage and state-of-the-art fire protection.
SmartMist designed a bespoke fire suppression system tailored to the expanded kitchen's specific needs. The plan involved full coverage of all cooking and frying areas, ensuring every potential fire risk was addressed. The system was selected for its efficiency, reliability, and minimal impact on the kitchen's operations.
A skilled team of four (three men and one woman) from SmartMist undertook the installation. The job was completed in just two days, a testament to the team's expertise and the system's ease of installation. Their efficient work minimised disruption to the restaurant's operations, a crucial factor for the busy Kensington High Street location.
The restaurant manager, familiar with SmartMist's reputation from previous experience, expressed high satisfaction with the new system. The manager highlighted the team's professionalism and the fire suppression system's comprehensive coverage as key factors in their positive feedback.
This case study demonstrates SmartMist's ability to deliver top-tier fire suppression solutions in high-pressure, commercial kitchen environments. The successful installation at the gourmet burger chain not only ensured compliance with fire safety standards but also reinforced SmartMist's position as a leader in advanced fire protection systems for the restaurant industry.
Our client embarked on a significant home development project in Wimbledon, transforming their loft, previously used for storage, into a fully functional living space with an en-suite bathroom.
While the Building Control Officers had approved the development, they required the installation of a mist system for enhanced fire safety. Familiar with SmartMist's reputation and quality of work through previous installations, they recommended our system to the homeowner.
The main challenge for SmartMist's engineers was to seamlessly integrate our work with the ongoing construction. The project required two distinct installation approaches: for the new loft, pipework had to be installed initially and revisited for a second fix after the ceiling construction. The floors below needed a retrofit installation, with existing ceilings and steel beams presenting additional complexity.
Our design team faced the task of creating a system that not only adhered to the fire strategy but also harmonized with the property's aesthetic.
Despite the complexities of the major loft development, our design team successfully implemented a 12-mist-head system. It met the Building Control Officers' (BCO) requirements and aesthetically pleased the client. The pump system, discreetly fitted in a cupboard on the second-floor landing, connected directly to the mains water supply, eliminating the need for a separate water tank. The project spanned seven months from the first to the second fix.
The client was highly impressed with our installation team's expertise and adaptability, especially in coordinating with other aspects of the development. Our involvement ensured that the project was fully compliant with BCO guidelines, contributing to the successful completion of this extensive home development.
SmartMist was tasked with retrofitting a sprinkler system into a newly constructed apartment block in Bristol following late-stage requirements from building control. This intervention was necessary to provide a compliant means of escape and to ensure the building met the updated fire safety regulations, specifically BS 9991.
The building had an adequate mains water supply providing 35 LPM, but building control required a sprinkler system to ensure a compliant means of escape.
This necessitated the retrofitting of a sprinkler system into the building's existing structure with minimal disruption to other ongoing works. In addition, the installation had to be completed rapidly, as building control's requirement was introduced late in the project, leaving limited time for adjustments.
SmartMist installed a full sprinkler system that met BS 9251:2021 requirements. The system included sprinkler heads in all communal areas, such as hallways and stairwells, ensuring safe evacuation routes in case of fire.
Although the mains water supply was adequate, a 1,000-litre water storage tank was added to the plant room in the basement to provide sufficient water pressure and flow during simultaneous sprinkler activation.
This tank ensured the system could perform at full capacity in case of an emergency.
The client was extremely pleased with how SmartMist managed the project, especially given the tight timeline and the late-stage intervention required by building control.
The rapid retrofit of the sprinkler system was completed with minimal disruption, and the system passed all necessary compliance tests.
The client expressed confidence in the safety enhancements made to the building and appreciated the seamless integration of the system into the existing infrastructure.
In 2023, an academy in Telford faced significant pressure from the local education authority to enhance its fire protection measures following a small electrical fire in the music hall. This case study details how SmartMist provided a robust fire suppression solution, ensuring the safety of students and staff and preventing future incidents.
The academy experienced a minor electrical fire in its music hall, which caused some damage and raised concerns within the local community. The local education authority insisted on improved fire safety measures to prevent future incidents and protect the well-being of the school’s population. The school needed a solution that could provide a reliable means of escape with a 30-minute runtime, ensuring comprehensive protection.
SmartMist proposed and installed a high-pressure mist system, renowned for its efficiency and minimal water usage. This system was ideal for the academy, providing effective fire suppression without causing extensive water damage. The system was designed to offer a 30-minute run time,ensuring a safe and reliable means of escape for students and staff in the event of a fire.
Our team carried out the installation over the summer holidays to avoid disrupting the school’s operations. The project was completed on time, and the system was fully commissioned before the start of the new term. This meticulous planning ensured that the installation did not interfere with the school’s normal running and was seamlessly integrated into the existing infrastructure.
The academy and the local education authority were extremely satisfied with the installation. The high-pressure mist system met all the required safety standards and provided the necessary protection without causing delays or disruptions. The school appreciated SmartMist’s professiona lapproach and the careful planning that ensured a smooth installation process. This project highlights SmartMist’s commitment to delivering effective and non-intrusive fire safety solutions.
Historic Buildings draw hundreds of thousands of guests every single year, often boosting the local economy. With such a wide range of purpose, definition and status, there truly is something for everybody hidden away in such buildings across the nation. However, due to the nature of the buildings, they carry certain fire risks that wouldn’t necessarily be considered today. Older methods of building and fewer building regulations meant less control over certain aspects of development.
We were approached by one of the UK’s largest fire and security companies to provide a solution for a particular area of Blenheim Palace, Oxfordshire. In one of the unused areas of the palace, the owners decided to make use of the available space and store large amounts of costume pieces across a series of rooms. Whilst this was an effective use of the space, this opened up the area to a much higher risk of fire, given the nature of the costumes.
Our engineering team completed a survey to understand the nature of the risk, and to understand any limitations on installing a system in the listed areas of the palace. It is important when completing a system design to fully understand the nature of the building and to ensure that, in projects such as this, that there is no interference with the original building or plan.
The system continues to sit live and commissioned and actively protecting the costume area within the lower floors of Blenheim Palace. The owners were very happy with the installation and were pleased that we found a solution to protect the natural heritage of the building without compromising the structure, integrity or history of the building.
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