"construction plant equipment"

Bolton Council appointed ISG to redevelop and refurbish Bolton Town Hall. Project involved improving the working environment and upgrading infrastructure. Location: ManchesterContractor: ISG Construction Architect: JM ArchitectsAspex supplied: Ironmongery

BEMO Flex mass-customised sub-structure with N65/Tapered standing seam panels in PVDF2 RAL6007 and BEMO Deck profile. BEMO provided full engineering support including 3D surveys to eliminate construction tolerances.

Constructed to Audi’s ‘Terminal Concept’ dealership template, originally designed by Allmann, Sattler, Wappner Architekten GmbH, the extensive new showroom and workshop complex replaces Sytner’s previous facility, which it had occupied since 2007.

Public realm pavement in the capital. A premium pavement in bound construction using granite slabs and setts to form the floorscape for this iconic space. Leicester Square contains restaurants and entertainment facilities attracting millions of visitors per year.

Stannah were absolutely delighted to supply moving walkways to Dawnus Construction on behalf of ASDA for Andover’s newest and most eagerly awaited development, particularly as Andover is the home of Stannah and hundreds of their employees will be using the walkways on a regular basis.

Specific service penetration deflection. High movement requirement due to construction type. Firestopping requirements through flexible walls and concrete floors up to 120 minutes with typical 2mm deflection required for all service penetrations.

Heslington East Campus Student Residences: Sustainable and Efficient Expansion Alongside the preservation of listed buildings, the University of York is investing in a flagship £130m development for students that promotes wellbeing, community, and sustainability. The initial phase sees 16 brand new student accommodation blocks and 2 communal hub buildings providing flexible social spaces. Surrounded by stunning lake views and natural habitats, the buildings are part of a huge initiative to expand the student accommodation offering.GOALSArchitects Sheppard Robson alongside Graham Construction sought to futureproof accommodation by incorporating multi-use buildings, including catering outlets and social hubs. Key to the brief was using the latest in safety, energy efficiency, longevity, and warranty credentials. Graham Construction’s use of modular external sandwich panels, prefabricated steel bathroom pods, and pre-assembled services distribution racks used Modern Methods of Construction with off-site construction techniques.CHALLENGESThe major challenge was to specify a roofing system that could keep up with the pace of the build, given the typical building was constructed from start to finish in circa 14 weeks.The roof deck comprised of precast concrete slabs which facilitated the works programme for speed of construction and consistency in build quality.Alumasc’s challenge was to find not only a waterproofing solution that was able to keep up with such speed of construction but also to meet a truly sustainable life cycle equalling the lifetime of the building.A key consideration in the design was the roofing materials’ thermal properties. To meet the u-value target of 0.15, Alumasc’s XPS Plus insulation was specified, providing a single layer of 175mm, which reduced the height of the overall build-up when compared traditional XPS.SOLUTIONHydrotech 6125 Waterproofing System / Derbigum Hybrid Upstands For over half a century Hydrotech Monolithic Membrane has been successfully used by architects and specifiers, ensuring some of the world’s most prestigious buildings and structures are kept watertight. With no product failures in over 50 years and guaranteed waterproofing integrity for the lifetime of the structure, Hydrotech offers a total life cycle solution for the building.Hydrotech was specified on the main roof areas for this project as it easily meets individual requirements of the buildings. In addition, the system is designed to last the lifetime of the building or structure to which it is applied, giving long-term waterproofing integrity and no future replacement costs.Applied in a hot liquid state to the deck, and including a polyester reinforcement, the bond of Hydrotech MM6125 is 100% absolute. There is no risk of water tracking below the membrane and because it is monolithic, no possibility of lap failure.DERBIGUM WATERPROOFINGDerbigum sustainable roof system was selected for the upstand areas. This hybrid solution was developed to improve the thermal efficiency in all areas to mitigate against cold-bridging with minimal insulant thickness. Derbigum bituminous membranes are high-performance waterproofing systems offering extended warranties and the highest levels of project support. The upstand zones benefited from Derbigum Mineral which is a mineral surfaced composite reinforced membrane.ROOFTOP MANAGEMENT STRATEGYIn addition to the waterproofing solution the buildings benefit from the full Alumasc rooftop management service. This included the design and supply of safety systems, accessories, and over 20 AOV smoke hatches meeting all British and European standards.Specific safe zones were designed by Alumasc Roof-Pro and positioned around all roofs for safe access. Purpose made clips for installing lightning conductor tape without roof penetration were also provided. All rooftop accessories are part of the Alumasc Roofing specification and therefore can be found back-to-back within the Alumasc 35-year system warranty.PROJECT DATACompletion: Autumn 2022 BuildingType: Student Accommodation ProductApplication: Hydrotech & Derbigum waterproofing systems Certification: BBA Approved & European Technical Approval Architect: Sheppard RobsonMain Contractor: Graham ConstructionAlumasc Registered Roofing Contractor: Tandragee Roofing

Project:Red Kite Academy Client:Northampton County Council Contractor:Ash Construction Architect:Architecture Initiative Value:£7m Location: Corby Northamptonshire GIFA: 3,150 m² In Northamptonshire, there has been a 9% increase in the number of children attending a special educational needs school over the last few years. Red Kite Academy was created to deliver much-needed school places for children with a range of learning difficulties and special educational needs. The benefits of offsite construction were successfully realised when Innovaré teamed up with Architecture Initiative and Ashe Construction to create a new and innovative design to deliver a high quality, airtight, energy efficient building using Innovaré’s SIP System. Regular team meetings between Innovaré, Ashe Construction and Architectural Initiative meant that a robust schedule for delivery was agreed in advance and design for M & E services was incorporated within the manufacture of the panels to avoid onsite clashes. Delivered two weeks ahead of schedule, the development achieved a rapid build programme using advanced timber technology. The enhanced performance benefits achieved using the i-SIP System, will reduce ongoing maintenance and energy consumption costs across the lifecycle of the building.The Red Kite Academy provides an inclusive and welcoming environment for a hundred pupils with additional educational needs. Together with the usual educational provisions, the Academy includes a hydrotherapy pool, a sensory suite and a studio flat to help prepare pupils for independent life. The Academy is designed to be flexible and adaptable, providing the capability to suit pupils with additional physical and educational needs. Early design collaboration between Innovare, Ashe Construction and Architectural Initiative enabled the delivery of an efficiently designed scheme. The design teams collaborated to ensure that the design met the specialist requirements set out by the client.Donna Luck – Head Teacher said: “Watching this school grow into this amazing space, with these wonderful children and staff, is truly inspiring. We know that we are already making a difference, not only to our children, but to their families and the wider community” Tom O’Dwyer, on behalf of the trust, said: “We are thrilled to finally take this crucial step as we move towards providing a desperately needed resource for the children and their families. We look forward with immense anticipation to seeing Red Kite Academy take its place in the family of wonderful Northamptonshire special schools.”

Brick manufacturer Vandersanden, recognised for its innovation, sustainability and craftsmanship, has announced that its NEW RIBA certified CPD #7 ‘Brick: Circularity, Sustainability & Innovation’ is now available to architects and all construction professionals. This essential new training tool comes under the RIBA core curriculum topics of ‘Design, Construction and Technology’ and ‘Sustainable Architecture’ and is the first RIBA certified CPD seminar focusing on bricks and sustainability.The latest addition to Vandersanden’s portfolio of CPD courses is focused on sustainability in the brick manufacturing sector. Vandersanden’s vision for a more sustainable construction industry is central to the brand’s ambitions, and their innovative ‘Together to Zero’ promise demonstrates the company’s commitment to being completely CO2 neutral by 2050.Mathew Davies, National Specification Manager for Vandersanden comments;“As a brand, we are committed to developing sustainable products, manufacturing processes and services which have a limited impact on the environment. So, we are thrilled to be able to add another highly informative RIBA certified CPD to our seminar series with a focus on sustainability. With the construction industry focused on achieving sustainability targets, this CPD is particularly timely. We hope not only to educate, but to inspire CPD attendees by outlining the path for a more sustainable construction industry, that the sector can achieve together.”This new seminar from Vandersanden is the first RIBA CPD certified seminar in the industry to explore the subject of brick and sustainability in detail. This seminar is designed to educate attendees on the following key topics:The processes involved in brick manufacture and how sustainability is addressed at each stage of production with renewable energy, heat recuperation and other measures.Why the brick industry is reducing use of clay and exploring alternative options such as eco brick slips, an innovation with an abundance of benefits.The end-of-life circularity of bricks and the possibilities for reuse and recycling.The incoming development of Carbon-negative bricks.The available documentation to be referred to when designing sustainable buildings.The importance of industry standards, health and safety, brick supply, management and handling.The CPD seminars from Vandersanden are an ideal opportunity for professionals to develop their knowledge base and strengthen their skill sets. This new RIBA certified CPD is the latest addition to Vandersanden’s portfolio of learning and development tools, aimed at architects and specifiers, helping to enhance their expertise and keep them updated on new trends, techniques and innovations in brick manufacturing.Register for this RIBA certified CPD here CPD – Continuing Professional Development | Vandersanden

DG Timber Solutions, specialist designers and manufacturers of timber frame construction were awarded the contract to build the structure’s wall panels in the factory and install on-site, with the objective of achieving an overall wall U-value of 0.20W/m²K.

The £27m BioCity Discovery Building is part of University of Nottingham covering almost 7,000 sq metre of office and laboratory space.Location: NottinghamContractor: Willmott Dixon ConstructionArchitect: CPMGLocation: NottinghamAspex supplied: Ironmongery

For this residential project on the Island of Jersey, a homeowner was building a private underground car garage with their own tennis court on top. To help ensure a completely dry basement, Rateavon Jersey installed Newton’s injection hose waterbars in the construction joints.

Addressing thermal bridging in building design and construction is not just a question of excess heat loss, energy use and carbon dioxide emissions. It is also about the health and comfort of the people who use a building, whatever its shape and size.

Arts University Bournemouth Halls of Residence Madeira Road is a significant university development in the Lansdowne area of Bournemouth town centre. This development consists of 374 rooms and four studios, arranged over three blocks, and a 400 space multi-story car park. Each building ranges from three to four storeys, with standard bedroom accommodation in each block; all blocks are set out around a landscaped courtyard, allowing direct access to adjacent blocks.Cellecta’s HEXATHERM XFLOOR 500 was specified by BrightSpace Architects Ltd for its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications.Morgan Sindall Construction was awarded this 9,000m² contract to construct this development.

Stoneham Park is a primary academy that can place 315 children aged 4 to 11. Sponsored by the University of Winchester, the academy is set over two floors with 11 classrooms, group working rooms, library, multi-use games area and grassed play areas. All the while, it maintains stunning views of its historic deer park setting. Conceived as a lean, compact and energy efficient two-storey form, the building is modest in scale and future-proofed for expansion to the east.Cellecta’s ScreedBoard 28 was specified by Hampshire County Council due to its unrivalled acoustic performance, typically 5dB better than legislative requirements. The interlocking edges on our ScreedBoard 28 makes it easy to install.Morgan Sindall Construction was awarded this 600m² contract to construct this development within the Hampshire area.

The children’s hospital is the largest centre for child heart surgery in the UK and one of the largest centres for heart transplantation in the world. The hospital is constructing a new building which will contain an Intraoperative Magnetic Resonance suite as well as physiotherapy and rehabilitation facilities. The suite will enable surgical teams to check whether complex procedures have worked, before patients wake up.Dortek supplied our specialist hybrid doors which are hygienic, lead-lined, fire-rated, automated and hermetically sealing. Our doors are specifically constructed for high hygiene areas and are completely free from timber or other organic materials which can harbour bacteria. The doors play an essential role in preventing cross-contamination as well as providing certified fire and x-ray protection and ensuring safe and efficient access for patients and staff.

The team at Vtec loved being part of this BREEAM excellent Scottish University project, which involved the refurbishment of several 100-year-old historical buildings and the reconnection with a local community remote from the main campus for the first time in over a century. The challenge was to connect these buildings together while respecting the different construction methods and materials they were originally built with.Vtec’s SupaSlat ceiling in bespoke SupaSlat 6 design in FR Solid Oak and FR Laminate was specified for its beauty and warmth, bringing together the various textures and dated constructions of the space comprehensively and sympathetically.The design also included cladding a structural bridge that connected two buildings together, ensuring it remained functional and accommodated the irregular angles involved. Explore how we solved this to create perfect symmetry.

Technal Systems showcased on Materials Innovation FactoryAdvanced glazing systems from TECHNAL have been utilised by Dortech Architectural Systems Ltd for the construction of the new Materials Innovation Factory (MIF) located within the University of Liverpool's "Knowledge Quarter" - helping to create an important research facility for the development of new technologies. The research building, completed in 2017, is visually more striking thanks to the way the project architects, Fairhursts Design Group have combined different systems to create the main facade, as well as a link structure to the existing building, further enhancing the appearance of the curtain walling in one area with the use of bespoke feature caps. The 11,600m2, multi-million pound project has been led by BAM Construction, with Dortech Architectural Systems Ltd having designed, manufactured and installed a package of product.

Project: Large scale MicroConcrete installation to the reception walls at HKR Hoxton apartment block in London.Client: Tolent ConstructionMaterials used:  Grey colour MicroConcrete coating was hand trowelled in layers to a final thickness between 2 and 3mm and wax polished to achieve a satin finish.This was a large scale renovation project by Tolent Construction of a brand new residential building located on Hackney Road. The MicroConcrete Grey coating was hand applied to the walls in reception area of approx. 160m2.MicroConcrete is a great alternative to traditional polished concrete, and at a minimal thickness and weight it produces a seamless, continuous finish. Like MicroCement it can be applied to interior and exterior surfaces, without the need for joins. It can also be applied over existing surfaces. MicroConcrete is a smoother finish and is more slip-resistant than MicroCement.

Protecting detection systems is vital to fire safety with only a functioning smoke alarm able to protect you in an emergency.Landlord regulations and Government policesLandlords have responsibilities to keep tenants safe in their properties by providing functioning life safety equipment.Regulations introduced in 2015 require private sector landlords to ensure they ‘have at least one smoke alarm installed on every storey of their properties’ as a legal requirement.There is also a proposed change to this regulation, coming into effect later this year, which will mean social housing is also included, making it mandatory that all rented accommodation must have working smoke alarms fitted. It will also be compulsory for landlords to repair or replace any faulty alarms as soon as they are made aware of defects.Fines up to £5000To protect their tenant, it is the landlord’s responsibility to ensure detectors are fitted and working at the start of every new tenancy agreement. Failure to comply with The Smoke and Carbon Monoxide Alarm Regulations introduced in 2015 can result in a hefty fine of up to £5000.One exasperated landlord wrote online that in one of his properties “Two of the detector heads have been tampered with, presumably so that the tenants can smoke in their rooms”. Consequently, this had been causing false fire alarms and it is up to the landlord to repair or replace the alarm.In some extreme cases, landlords have discovered that smoke alarms have been removed all together from properties, due to disturbances when cooking, smoking, etc. It is then up to the landlord to replace the alarm, and so it is advisable to invest in measures to prevent the alarms removal; some recommendations have been made in government legislations such as BS 5839-6:2019.Ultimately, landlords should feel obligated to ensure regular testing of smoke alarms and the replacement of batteries in their properties to reduce the risk of void insurance or a remedial notice. Simply testing smoke alarms can also help to prevent any danger to tenants and damage to properties should a fire occur.BS 5839-6:2019The latest recommendations in BS 5839-6:2019 are primarily concerned with saving lives and reducing injuries caused by fire, but also covers reducing property damage, which can be extremely costly to landlords in the case of fires.The guidance in BS 5839-6:2019 suggests that in environments such as HMOs, where multiple occupants can be disturbed by false alarms, landlords could alter their smoke alarms systems to have delays before the signal is sent to all tenants for the occupier to investigate the cause. This can help to reduce complacency during false fire alarms or the temptation to dangerously compromise smoke alarms.The recommendation also states that landlords should seek alternative smoke alarms that can alert to intervention or disablement of the alarm in the event of tenants continually tampering.Tenants’ responsibilityAlthough it is the landlords legal duty to provide working smoke alarms in all properties, tenants must not tamper with smoke alarm, remove them, cover them up or in any other way damage or prevent them from operating in their intended manner. Failure to comply with this could result in the tenant facing a substantial fine, or termination of their tenancy agreement.It falls to the tenants to take their own safety into consideration and should contact landlords if there are any issues with smoke alarms, such as false fire alarms, so their landlord can test and replace the batteries, or alarms themselves if necessary. Preventing alarms from effectively detecting fires can result in fatal incidents and also fines for misconduct falling to the tenants.One student at Edinburgh University covered the smoke alarm in his room with bubble wrap whilst living in student accommodation. Preventing the smoke detector from working effectively proved a dangerous mistake when a fire started in his room and he had to be pulled to safety after being found struggling to escape the flames while the building was being evacuated. As a consequence for this reckless behaviour, he was fined and ordered to pay £1000 in compensation after being arrested and pleading guilty.Steel Web Stoppers®  Safety Technology International is a specialist manufacturer of a range of fire, safety and security products; their wire cages help to prevent tampering with essential life safety equipment, such as smoke alarms.STI’s Steel Web Stoppers®  are designed to protect against vandalism, misuse and damage to smoke and fire detectors. Constructed from plastic coated, heavy-duty galvanised steel rod, the Steel Web Stoppers can withstand the severest of abuse from vandalism or accidental damage. It also prevents tampering with the alarm, without hindering legitimate use, therefore still allowing the landlord to service the device and replace batteries when appropriate.

Brick manufacturer Vandersanden is launching the very first CO2-negative facing brick on the market under the name Pirrouet®. One tonne of Pirrouet® facing bricks absorbs up to 60 kg of CO2 during the curing process and throughout its lifespan. This breakthrough is due to a unique industrial application of carbonation technology. In addition, only 20% of the Pirrouet® brick consists of primary raw materials – the rest comes from residual flows from the steel industry. With this first in the construction industry, Vandersanden is ensuring that attractive facades can contribute to a smaller environmental footprint. “Vandersanden wants to be completely CO2 neutral by 2050. With this CO2-negative facing brick, this intended reality comes a big step closer,” says Darren White, UK Sales Director, Vandersanden.Vandersanden has launched the first CO2-negative facing brick, Pirrouet® in the UK. The brick is unique because it is not fired but cured using CO2 from other industries. During the carbonation process, the CO2 reacts with calcium-containing materials, creating carbonates. This permanent bond creates a hard, limestone-like brick that meets the European standard for ceramic facing bricks. It is the first time a facing brick has been produced in this way.The Pirrouet® brick is largely a circular product. It consists of as much as 80% mineral residues (carbinox and stinox) from the steel industry. These residual flows don’t end up in landfill but are sustainably recycled. Only 20% of the new facing brick consists of primary raw materials such as sand, water and any dyes.The new brick is not only a fine example of sustainability, but it also delivers on aesthetics. Vandersanden achieved this attractive result by giving the Pirrouet® brick a unique surface texture. It is available in 11 colours, giving every facade a unique and aesthetic look. “Years of hard work have gone into developing a CO2-negative and circular facing brick. This innovation brings us another big step closer to our promise of a CO2-neutral future, as set out in our sustainability programme, Together to Zero. We are therefore immensely proud of this achievement by our team. This facing brick is a milestone for our sector, and with it, we are contributing to more circularity and reducing the CO2 footprint in the entire construction sector,” says Darren White, UK Sales Director, Vandersanden.Capturing CO2 from factories for reuseThe most energy-intensive aspect of producing facing bricks is no longer necessary with Pirrouet®. Instead of being fired in a kiln, they are hardened in a CO2 chamber. To fill this chamber, Vandersanden uses CO2 captured from other industries. As a result, a waste product becomes a raw material again and less CO2 is released into the atmosphere. During the production process, each tonne of Pirrouet® facing bricks absorbs as much as 60 kg of CO2, which bonds permanently with the calcium hydroxide present during the curing. To complete the sustainable process, Vandersanden generates most of its green electricity via its own solar panels and windmill.Production started with slim facing bricks and the range will be extended with WF and DF sizes of bricks later this year.Towards a CO2-free futureThe innovations by family company Vandersanden are all part of its sustainability programme, Together to Zero. With this initiative, it is committed to making all its processes, production methods, factories and products even more sustainable. “We are not just doing business for ourselves. We want to contribute to solutions for the major challenges in our society and for this reason we have created Together to Zero. Vandersanden wants to be completely CO2 neutral by 2050. With this revolutionary facing brick, we are one step closer to achieving that goal. We also want to inspire others and we’re calling on all our sector colleagues to work together towards a neutral footprint. We challenge everyone to join this pledge,” commented Johan Deburchgrave, CEO of Vandersanden.The revolutionary Pirrouet® facing brick entered the Belgian and Dutch markets in 2023, to a positive response. The construction and equipping of the new Pirrouet® factory in Lanklaar is almost finished and the first Pirrouet® bricks have been delivered to the very first project to specify them, the pioneering Groen Nobelhorst project in Almere, in the Netherlands, where 60 sustainable homes are being built. “We didn’t choose the name of the brick, Pirrouet®, at random. We wanted to pay tribute to our former CEO, Pirre Wuytack, a visionary man who was the founder and instigator of this pioneering sustainable innovation. The name is also a reference to the 360° rotation, the circular, and represents a movement towards a CO2-neutral world,” comments Darren White, UK Sales Director, Vandersanden.To find out more about the innovative production process of Pirrouet®, visit the Vandersanden website here.

Timber frame specialist Seven Oaks Modular Ltd was awarded the contract to construct wall panels in their factory for this development, followed by delivery and installation on-site with the need to ensure the client met the target U-value of 0.19W/m²K for the wall.

An energy efficient approach to construction, using low maintenance building materials together with Dimplex ground source heat pumps, is proving the key to cost-effective heating at a collection of ten new homes built by Shetland Islands Council in Brae.

Lighthouse Laboratory fights Covid with 140,000 sample tests per week.This £20 million regional testing lab was converted from an engineering warehouse. The 6,000 sqm task was completed in record time by Kier Construction, Stride Treglown and Hygenius.

Rockfon® Mono® Acoustic is installed to create unique acoustic ceiling designs in the refurbished headquarters of both building services engineers Max Fordham, and A+DP Architects – both long established expert practitioners in the field of construction and interiors.

To coincide with the launch of Morrison’s ‘M Kitchen’ range, a state-of-the-art Taste Kitchen has been constructed at the supermarket’s headquarters in Bradford. An existing kitchen was fully refurbished to create the facility which is used to trial food products for the new range.

Triton approved contractors, Advance Property Preservation, installed a Type C (BS 8102 2009) structural waterproofing system in the construction of a luxury domestic basement. The property is a late Victorian, six-bedroomed detached home in Notting Hill, London.

As part of the Rochdale Riverside new development, the TVS Group was approached to assist in the construction of a new 6-screen Reel Cinema to ensure that Reel’s acoustic requirements for the space were met, as well as ensuring that adjacent businesses would not be adversely affected.

Location of the project: France, Paris Construction time/completion: 2014 Client: Katara Hospitality Architects: Richard Martinet, Affine Design Interior Designer: Chhada Siembieda, Leung & Associates Ltd. Products: Architectura Toilets Subway 2.0 Toilets

In 2020 the River Wye broke its banks and flooded nearby Monmouth Prep School in Wales causing severe damage to the entire ground floor of the Prep School, playground and surrounding fields. According to the latest reports on the impacts of climate change, flooding caused by severe and frequent rainstorms is the UK’s most pressing climate-change risk and could affect millions of people causing extensive damage, disruption and loss. So, once the school was back on its feet, we were delighted to work with their insurance broker, Hettle Andrews, to make sure the property was protected against future flooding. Monmouth Prep School, MonmouthMonmouth Prep School is a fully co-educational Prep School in Wales for children aged three to 11-years-old. The independent school is one of Wales’ leading prep schools and offers boarding and day attendance to pupils in modern and contemporary teaching spaces which encapsulate the very best of traditional, independent education.  We worked with the school’s insurance broker and project facilitator, Hettle Andrews, who work primarily with schools, universities, colleges and charities. The challengeThe school had previously had minor issues with flooding as the River Wye is situated at the bottom of its garden. However, the flood of 2020 was the most devastating. The river broke its banks and flowed into and through the school to the dual carriageway situated on the other side. The flood damaged the entire ground floor of the school, the playground and surrounding fields and the whole school had to be urgently evacuated. No warning: the school is surrounded by a flood bank and had flood gates installed in 2002 however there was no early warning system in place to get the flood gates closed in time.Extensive damage: the 200-year-old school building sustained catastrophic damage and needed large-scale structural repairs to be restored.Sanitation issues: the waste from the surrounding farmlands was washed into the school along with the floodwater, mud and debris causing not only damage but also sanitation issues. Inconvenience: the clear-up process included using five 40 foot skips which were filled with damaged items such as furniture, clothing, educational equipment and floating debris.Disruption: the school had to close for nearly seven months to clear the debris, remove all the damaged school equipment, clean the entire premises, sanitise and eventually re-build.The solution;Andel’s FloodAlert – one of our innovative, industry-unique flood defence solutions which provides an early flood warning for properties not covered by the Environment Agency flood warning service. FloodAlert provides real-time information on rising water levels and automatically sends out early warnings. The robust and reliable system is easy to install and set up and once in, tracks surface water levels for up to 15km from a gateway. This means the school now has:A cost-effective, real-time local flood alert system with three alert levels A sensor which sends SMS and email alerts to give them time to take action to protect their pupils and the school Optional live monitoring on a cloud-based portal, via any device with internet connectivityA system that can communicate with an unlimited number of designated usersCommunication via a low-power LoRaWAN network. The resultEarly warning: the school now has an effective early warning system for rising surface water. Safety first: the school now has safety measures in place to protect its pupils aged three to 11-years-old. Confidence: the early warning system gives the school staff around six hours from the first notification of rising waters to close the flood gates allowing plenty of time to evacuate the children as well as any equipment. Peace of mind: the staff at the school feel relieved knowing the water levels are constantly being monitored at the property especially because they are so close to the banks of the River Wye. Community: we are always quick to try and accommodate schools that require our services as we know they are the centre of the community and provide safe havens to many. We are proud to have been involved in this project alongside Hettle Andrews and to have been able to install our FloodAlert product on a site with such a rich history and provide the school with an effective early warning system plus peace of mind.What the customer said;The 2020 floods were devastating and left us with the fear that it could happen again. Having such little children on site, it was very stressful knowing there was no early warning system in place. Now we have a good five or six hours from the first notification of rising waters to close the flood gates, evacuate the children safely, and make the necessary arrangements to protect the building. With all these flood defence measures in place, we hope to never have a repeat of the destruction and school closure of 2020.Rob Alexander, Caretaker, Monmouth Prep School

Addenbrookes Hospital Surge Centre2000m² Of CemfloorA temporary surge facility on the site of Addenbrookes Hospital to relieve pressure on the main hospital as part ofthe NHS' regional surge planFloor Screeding Solutions installed 2,000m2 of Cemfloor, the chosen screed for the project, which was supplied by Mick George Concrete, Cambridge.With the rising case numbers of Corona virus during the pandemic, hospitals were coming under increasing pressure for more critical care beds, and Surge Plans were put in place across the country to help alleviate this pressure.Addenbrooke Hospital in Cambridge sought to construct a ‘Surge Centre’ to cope with the additional demands on the hospital, and Cemfloor was chosen for the project due to its faster installation time and drying time compared to traditional sand and cement screeds. This helped to keep the project on track with its tight building schedule.Lewis Deck construction offered a strong light weight flooring option for the large pour area. As Cemfloor is a flowing screed, 500m2 of screed per day was poured over this by Dave Washbrook and his team from Floor Screeding Solutions, eliminating the need for on-site mixing.The main advantage Cemfloor has over other flowing screeds is the quicker drying times, and that it can accept foot traffic after 24 / 48 hours, meaning that construction could continue quickly and efficiently to meet the project deadline.

Fast-Track SolutionClient: Randox LaboratoriesMain Contractor: Corramore ConstructionScreed Installed By: O'Neill Concrete Flooring LtdScreed Supplied By: Robinson ConcreteCemfloor C30F6 was chosen for this project due to the fast-tracked construction of a new laboratory to provide urgently needed Covid-19 test kits.As part of their on-going commitment to produce much needed Covid-19 test kits; Randox Laboratories Ltd invested in a new facility at its existing headquarters in Crumlin, Co Antrim.The specialised laboratory, the development of which was fast-tracked over the space of four weeks, is the first step in a wider diagnostics investment programme from the company.Given the tight construction programme; Cemfloor were contacted and asked to propose a solution for the project.Cemfloor CT C30F6 was specified and over a period of just 2 - days; 3800m2 was installed by O'Neill Concrete Flooring Ltd with the screed being supplied by Robinson Concrete Ltd.Due to the high early strength of Cemfloor C30; the screed was loaded with access lifts 3 - days after installation which ensured that the build programme was able to continue with minimal disruption.A liquid surface DPM was used to allow the vinyl flooring be installed onto the screed only 7 - days after installation.Due to the incredible amount of effort by all parties involved; the entire project finished ahead of schedule with no issues.

Moy Construction Co Ltd were awarded a contract to refurb the swimming pool and changing areas at Perseid School in Surrey. The school offers an educational provision for children with difficulties and/or physical/sensory difficulties, and therefore, safety was paramount. As part of the refurbishment a hardwearing, slip-resistant flooring system that offered longevity was essential. The floor has been previously tiled, but due to water ingress, kept failing and required frequent repair. Rising maintenance costs and risk of slips prompted the school to look for alternative solutions, with resin being an obvious choice. An MMA resin floor provides a seamless, hardwearing and impermeable finish that will offer years of service. Moy Construction Co Ltd removed the existing floor tiles and installed a new screed prior to the installation of the resin system.From the offset, achieving a floor finish with a suitable slip rating was non-negotiable. The Degafloor QTA system is a quartz trowelled system which can be laid to falls. The system, which is broadcast with a quartz aggregate, provides excellent slip resistance, even in wet conditions, ensuring high levels of safety are maintained at all times.The project, which included the swimming pool surround and adjoining changing rooms, totalled 145 sqm and 135 lm of coving. The installation was completed over 5 days and to the satisfaction of Moy Construction Co Ltd, who were happy to have the project completed to a high standard, on time and within budget.

Products:OS211 Orbis Glass Infill Top Fix Stainless Steel BalustradeOS251 Orbis Standalone (No Infill) Powder Coated Double Handrail BalustradeContractor: Read ConstructionArchitects: AHR ArchitectsIt was great to work with Read Construction on this new two storey extension to St John Plessington Catholic College. With a total project value of £1.3m, the vision was to create a new state of the art Sixth Form Centre with significant internal renovations prior to the extension to enhance existing spaces.Deltas role in the project consisted of supplying and fitting:68m of our Orbis OS211 Glass infill Balustrade System with Stainless Steel Handrail to the internal atrium and stairs.37m of powder-coated Orbis OS211 Top Fix Glass infill Balustrade Systems to the external retaining wall.27.5m of powder-coated Orbis OS251 no infill balustrade with a double handrails to the external steps and ramps.Aside from balustrading requirements, this education sector project introduced an open plan learning centre, media room, eight new classrooms, and new break out space with a canopy for students. The outcome has exceeded expectations and created an adult-focused learning environment for sixth form students, similar to a university setting, as well as providing more space for the increasing pupil numbers at St John Plessington Sixth Form College.Image credits: Read Construction Holdings Ltd

Located in the East Midlands, Mountsorrel Quarry supplies the construction industry with large volumes of essential materials, which are used for construction projects throughout the UK.Due to an industrial fire which left a screen house beyond repair, a complete rebuild was required which included the design, supply and installation of safe, compliant access solutions.RequirementWright Engineering Group required four floors of open mesh flooring, handrail, stanchions and treads to re-build an industrial building at Mountsorrel Quarry that burnt down in November 2022, for the site to be back to full working capacity.SolutionLionweld Kennedy Group designed, manufactured and installed four floors of steel and GRP access solutions to the Mountsorrel site, enabling the building to be rebuilt safely. LK 20mm ball proof Safegrid flooring was required due to the height of the building and permanent access needed under each floor.Customer FeedbackLionweld Kennedy Group were by far the standout choice of all of the suppliers we contacted. From the beginning theservice was second-to-none, all items arrived on their project critical specified delivery dates, and the quality of the products were of a very high standard.Lionweld Kennedy Group remain a preferred supplier within the Wright Engineering Group due to the high quality of products and the excellent customer service always received.Luke Fagan, Construction Manager, Wright Engineering Group

The Pears Building by Hopkins Architects is a world-class immunology research and treatment centre built for University College London. With only 5 similar specialist immunology centres in the world (and the only one outside of the US), the Pears Building offers world-class expertise to patients. The Pears Building provides offices, multiple research wings to house over 200 researchers and a 35-bed patient hospital for outpatients or visiting academics.At the centre of the building is a large atrium with joins the wider building and its office space to the public-facing café and entrance area. Vast, open windows flood interiors with huge amounts of natural light creating a soothing, and uncluttered feeling. Materials selected for the building were done for their sustainable credentials, ease of maintenance, durability, and cost.The Pears Building was designed to avoid becoming a “monolithic” structure and sits well within the local area. During its construction efforts were made to retain as many existing trees on the site as possible to ensure the village-esque feeling of Hampstead is uninterrupted. As expected with forward-thinking institutions, the architects endeavoured to achieve a BREEAM excellent rating, which it easily achieved with its holistic approach to sustainability.The Pears building uses Freshfield Lanes First Quality Multi in its construction and has been commended for numerous awards and won the Public Buildings award at the Construction News Awards.