"low voltage distribution systems"

MODERN COASTAL ARCHITECTURE CREATED USING TECHNAL SYSTEMSLayered recessed glazed facades, created using TECHNAL aluminium systems, maximise occupant views and deliver a sleek seafront architectural focus for new, luxury apartments overlooking the beach at Gorey in Jersey.Designed by Jersey-based Morris Architects, the development called The Beach comprises six apartments across four floors with undercroft car parking. Constructed by main contractor, Camerons, the glazing package was coordinated by installer Style Windows who worked with fabricator Bonam and Berry Ltd to develop the specification. “Using layered glazed balconies and recessed facades, the building takes on a stylish streamlined appearance. A sweeping corner provides an open, translucent structure, which minimises impact on the adjacent cottages and the beach. Secondary vertical columns have been used to help articulate the horizontal curved form of the balconies.”Ricardo Marques, architectMaximising the beautiful view for the building’s occupants using minimal profiles was a priority for the design team, without compromising the façade’s weather performance at this exposed location. This was achieved using a range of aluminium systems from the extensive TECHNAL range.  For easy access to the balcony area on the seaside elevation, the TECHNAL C160S Lift & Slide aluminium door system has been installed to each level, combining minimal sightlines and high thermal performance with a user-friendly slide action that glides, effortlessly. One of the door sets is an impressive 4.5m wide x 2.4m high, comprising only two panes, both of which are sliding. "Coastal developments always require a diligent approach to glazing specification. The architect had a clear vision for the building and the facade required a precision specification to achieve the right balance between aesthetic and performance in relation to the building's exposed location. Whilst installing beach-side was challenging, the finished facade looks impressive."Dave Sutcliffe, Style WindowsTo achieve the curved glazed corners at each storey level, TECHNAL Elegance 52 ST Curtain Walling has been fabricated to the specified quadrant, with an external radius of 1.9m, resulting in an impressive glass arc width of almost 3m. Combined with the 2.4m floor to ceiling height, the Elegance 52 ST system has allowed for a truly breathtaking sweeping curve to the building. Internally, the mullion of the curtain walling aligns perfectly with the adjacent Lift & Slide doors, giving the façade an elegant, continuous flow across the elevation."This is the beauty of TECHNAL systems. Even with the high wind loads of this exposed location, we have been able to create a sleek facade solution."Ricardo Marques, architectOther TECHNAL systems used on the project include four single doors and one double-set from the Dualframe Dualsecure 75mm range as well as its STII Doors to the entrance and escape doors. A selection of Dualframe 75mm SI windows in top hung, side hung and pivot configurations have also been installed throughout the building.Taking advantage of the dual colour facility and to combat the extreme weather conditions of this coastal location, externally the systems are anodised to Anolok™ Umber 543 in contrast with the white rendered walls. Internally, a white powder coat finish has been used to maintain the light bright design inside the apartments.To the north facing elevation, standard low-e toughened glass was specified with the rest glazed using solar control glass."Bonam and Berry has supplied TECHNAL architectural aluminium products continuously for over 40 years, and uses the complete range of systems for residential, commercial, educational and all public and private sector applications."Andrew Spencer, Commercial Director at Bonam & Berry

From the beginning, architects DLR Group designed Metea Valley High School in Aurora, Illinois, to light up education, both literally and figuratively. The sprawling campus with room for 3,000 students is broken down into a handful of more intimate, human-scale learning spaces, called “think tanks”, where interaction with faculty is encouraged. Two interior courtyards, open to the sky, offer fresh air during free periods. Shaped a bit like a bow tie, Metea combines three concepts – mind, in the midsection, and body and soul on either end – to offer students a truly 21st century school experience.Lighting up Metea in the literal sense comes largely from the extensive use of Kalwall translucent curtain wall throughout the school. Upon coming through the school’s main entrance, visitors are struck by the cheerful, airy, daylighted lobby. Controlled daylight also pours into the school’s innermost areas, traditionally a structure’s darkest, from the courtyards. Kalwall introduces daylight into the vast commons area that serves as the students’ lunchroom. In the gymnasium, Kalwall’s shadowless, glare-free light enhances ball handling in team events; sunlight does not glance off the shiny court surface. The diffuse-light-transmitting panels also prevent glare off computer screens, easing eyestrain. And in a dramatic demonstration of Kalwall’s superb flexibility, the design includes occasional, narrow, horizontal runs of clear glass – some serving as clerestories – adding visual interest as well as clear views to the outside.At 464,000 square feet, Metea could have been an energy-consumption nightmare, adding significantly to its $125 million total project cost. But innovations such as demand control ventilation, energy recovery wheels, and high efficiency boilers will save Indian Prairie School District 204, the state’s fifth largest, thousands of utility dollars every year and pay for themselves in just a few years. In fact, the building’s design is targeted to be 19 percent more efficient than ASHRAE 90.1 requires. Because translucent Kalwall admits so much controlled daylight, the school’s exterior light harvesting system, which monitors indoor light levels, can actually turn off electric lights in public spaces automatically when they are not needed. The harvesting system alone is expected to save the district over £16,000 a year in operational costs with a payback of under seven years.Illinois can get very cold in the winter and quite toasty in the summer. Highly insulating Kalwall helps there, too, keeping temperature extremes outside and lessening the need for and cost of heating and cooling. During the manufacturing process, standard 2-3/4” and optional 4” Kalwall sandwich panels can be infilled with various densities of specialized, translucent insulation. Architects and designers can achieve a thermal insulation value of up to R-20 (0.05 Btu/hr/ft²/F).At Metea Valley High School, DLR Group chose to include Verti-kal™, a unique design variation on the standard shoji or square grid layouts of Kalwall Translucent Systems. The panels incorporate internal, continuous supports to provide a vertical emphasis. As with all Kalwall translucent systems, Verti-kal distributes diffused daylight throughout the school, even on cloudy days, drastically reducing the amount of artificial lighting required and eliminating shadows and glare as well as stark contrasts of light and shade. Verti-Kal can be supplied in panels up to 5 ft. (1.5 m) wide and up to 12 ft. (3.6 m) high, minimizing the number of joints. The unique format creates an entirely different look while still utilizing the most highly insulating, diffuse-light-transmitting, structural composite technology.Any school system must concern itself with maintenance costs, and Kalwall excels there as well. The panels are vandal-resistant and self cleaning; dirt simply washes off with each rainfall. After dark, the diffuse, translucent properties of Kalwall contain interior lighting and prevent direct-beam light pollution. Instead, the exterior surface of the building simply glows beautifully, boosting Metea Valley High School’s aesthetics and welcoming both students and the surrounding community to a true masterpiece of daylighting.Photography: James Steinkamp

Date of Project: September 2017Project Owner: Cairns Regional CouncilProject Contractor: Waterstop Solutions Pty, LtdProject Engineer: Cairns Regional Council Market/Environment WastewaterSubstrate: ConcreteSize of Project: 12 x 2m joint replacementTHE CHALLENGEThe joints on a municipal wastewater treatment tank had degenerated to the point where repairing and resealing were necessary. Cairns Regional Council required a product with a fast cure time and rapid compressive strength gains.Five Star® SolutionFive Star Structural Concrete® V/O was selected due to its rapid set and high early strength gains; it reaches 2,500 psi (17.2 MPa) within three hours. This rapid strength gain allowed for the repaired joints to be resealed with minimum turnaround time in preparation for the installation of a joint sealant system.ABOUT FIVE STAR STRUCTURAL CONCRETE® V/OThis is a high-strength, rapid-setting, one-component, permanent concrete repair material for vertical and overhead structural repairs.It produces a repair that is dimensionally stable, develops an integral bond to existing concrete, and restores structural integrity within hours of placement.Provides increased corrosion protection to steel-reinforced structures with migrating corrosion inhibitor technology and very low chloride ion permeability. Moisture-sensitive coatings can be applied in 8 to 24 hours.Can be troweled vertically or overheadOne product for thin and thick placementExcellent freeze/thaw resistanceOutstanding corrosion resistance for protection and rehabilitation

Over 1800m2 of Stonebound resin bound permeable paving has been installed at Kings College University London to upgrade the existing surfacing for the historic quadrangle. The Strand Quad has been a part of King’s since the original university building (the King’s Building) was completed in 1831.SURFACING REQUIREMENTThis project aimed to modernise and improve the surface of the Quad and provide engineering research laboratories and teaching space for new undergraduate engineering programmes in Strand Campus Quad basement levels -1 and -2.A significant part of the plan was to remove the tired, worn asphalt and replace it with a new Resin Bound gravel surface, releveling and refurbishing the King’s Building steps.The requirement was to provide a clean, modern looking finish whilst remaining sympathetic to the Quad’s history and its surrounding, including the King’s Building and the East Wing of Somerset House, which are both Grade I listed. The paving needed to be decorative, low maintenance and durable with good slip resistance for the historic courtyard.Addagrip approved contractor TP Surfacing and Coatings were first contacted about the project by Farrans back in March 2009 to assist with the design, specification and installation of over 1800m2 of surfacing at the university. Stonebound permeable resin bound paving was selected to create the two colour design in bespoke blends and work commenced in April 2022 on the transformation.The surfacing was completed in May 2022 to the client’s satisfaction.Find out more about resin bound paving systems for courtyard projects

Planet Partitioning used p20 single glazed demounatble partitioning with a smoked laminate glass finish on optiwhite glass, then combined this carefully with low-iron glass to give the client the exact colour wanted. The requirement covered two floors and some of the partitioning formed a balustrade for the edge between them. Eclipse sliding doors ensured a highly premium, clean-like look and feel. Several doors were patch-hinged to address key deflection head requirements. As part of the package we also created a membrane ceiling across a recess area within the showroom, enhancing key illumination areas by softening the light.

Saige’s Rustic Decking in Walnut has been supplied by SAiGE Stockist Kebur Garden Materials to beautiful wedding venue Rivervale Barn in Yateley. The traditional weathered effect decking compliments Rivervale's Spinney area perfectly. It blends seamlessly into the natural environment complimenting the stunning oak arch amongst the trees. SAiGE’s Rustic Decking has all the advantages of composite decking which will continue to look as if it has just been installed for years to come. It's long lasting, has excellent anti-slip ratings, resistant to mould and fungus attacks, low maintenance and will outperform wooden decking every time.

Thermography tests assessed the differences & compared the thermal gain of uncoated Accoya decking to thermally modified wood & wood plastic composites. Results showed Accoya is superior having a low thermal gain while the other materials attained significantly higher surface temperatures; the Accoya decking remained cool to touch despite being in direct sunlight on a day with an ambient temperature of 32 degrees. This particular Accoya decking benefit is very crucial to the visitors of the Thai resort & further contributing to the barefoot friendly credentials, Accoya decking’s surface remains smooth, resists splintering & grain raising, despite the high ambient temperatures.

Crown Trade has introduced an upgraded Ultimate Opacity formulation to its popular range of Clean Extreme Stain Resistant Scrubbable Matt emulsions which offers excellent coverage, increased scrubbability and a flawless finish. The new high opacity formulation is available on Crown Trade’s Clean Extreme Stain Resistant Scrubbable Matt, as well as the matt versions of its Clean Extreme Anti-Bacterial and Mould Inhibiting paints. Developed to exceed the performance characteristics of the popular Clean Extreme range, the new water-based Ultimate Opacity option offers increased scrubbability and excellent flow as well as being quick-drying and low-odour.

Duo D411 Glass Infill Top FixOrbis OS230 Perforated Infill Side FixThis project included a high spec balustrade to feature stair including extra height glass to waiting areas. The choice of DelamereX gave a natural hardwood look along with durability and low maintenance. An additional three staff staircase balustrade and handrails in standard HiBuild finish and perforated infill panels were also included.Throughout the project, close liaising was needed with the Architect to ensure all necessary design requirements were adhered to and approved. Delta Balustrades installation of the feature stair and balustrades was phased to synchronize with the onsite program.

Darling Associates and McLaren Group approached Planet Partitioning to undertake the internal atrium glazing and fire-rated glass doors for their fit-out of Ampersand, London. Planet was specified to design, manufacture and install all the glass partitioning for an internal atrium, balustrades and fire-rated and non–fire rated lift lobby doors. For the atrium, Planet Partitioning used full-height frameless 15.5mm low-iron toughened laminated glass. This highly curved atrium needed glass rising from the door plate to create a fluid feel, complementing the central spiral staircase. Planet then installed steel framework to support the atrium glazing.

We’ve created a striking new reception area plus contemporary monochrome superloos and a cycle change area as part of an office refurbishment. Each self-contained superloo cubicle contains a toilet and wall-mounted vanity unit, with the full height Alto toilet cubicle doors providing complete privacy for office staff. Manufactured in white high pressure laminate, the toilet cubicle doors were completed with matching Corian solid surface edging and black ironmongery to match the rest of the black washroom accessories. Washroom also delivered toughened low iron glass back-painted wall panelling for each toilet cubicle.

DescriptionSoldi Investments completed the new Lidl store in Chichester, West Hampnett Road.  Soldi Investments machine applied the LIDL External Render System onto Poroton blocks externally using as Base Coat: Bauprotec 850 M – Lightweight Lime Cement Render and as Finish Coat; Mineral Finish Coat K. As Key Coat: Change of substrate concrete/steel pillar/Poroton block or mass concrete and insulated plinths: Bauprotec RHS Multi-Purpose Render with the addition of Bauprotec SLP for plinths.For the internal Poroton walls Smet One Coat Projection Plaster was used at a thickness of 15mm. One Coat Projection Plaster Hard Coat is a factory-produced hard coat One Coat Gypsum Plaster designed for machine application produced to EN 13279-1. It is manufactured from a controlled blend of selected gypsum and other components to give a high-quality, high-strength plastering product that is suitable for use in internal plastering.The LIDL render spec, available from SMET consists of:Bauprotec 850 M is a factory-produced Lightweight Lime Cement Render, specially designed for machine or hand application produced to EN 998-1: 2010 and is CE Marked.Bauprotec RHS is a CE Marked, factory-produced highly polymer-modified render specially designed for hand and machine application produced to EN 998-1: 2010.Mineral Finish Coat – K is a CE marked, factory-produced, mineral-based, high-quality finish-coat render, specially designed for hand and machine application to EN 998-1, 2010.Bauprotec SLP is a CE Marked, factory-produced Lightweight Sand & Cement Render specially designed for hand and machine application produced to EN 998-1: 2010.The special render properties; lightweight, low thermal conductivity, high yield, and Smet Supported Partner superior technical backup, are key factors in choosing SMET.SMET is committed to delivering consistently superior quality, German-made Render Systems to Lidl Plastering and rendering/plastering contractors across the UK and ROI.  If you’d like to speak to us about your Lidl job – contact SMET. All LIDL spec SMET Render System products are available directly from Smet Building Products Ltd, which ensures the contractor has a superior level of technical backup in the machine application of the LIDL specification.

The University of Salford’s new Science, Engineering and Environmental (SEE) building features a white RainScreen façade, punctuated by contrasting red window reveals with a sloping sill to form recessed windows. While this creates an impactful design statement, it proved challenging when it came to evaluating the RainScreen insulation performance.The thermal performance challengeFrom the outset the designers, in conjunction with the University, outlined a desire for non-combustible insulation. But the feature red reveal details meant there were restricted cavity widths near the windows, which would affect the depth of insulation that could be installed. Several Mineral Wool insulation manufacturers had been unwilling to undertake U-value calculations. This was because it was challenging to understand the weighted U-value across the different façade build-ups and determine the U-value uplift required to compensate for the shallower window reveal areas.Architects Sheppard Robson had previously worked with Knauf Insulation and engaged its Project Specification Team to discuss the challenge and develop calculations.After receiving the plans, Knauf Insulation undertook 3D U-value calculations and confirmed that they could meet the required thermal performance – and crucially it would mean no changes to the design or impact on the cavity widths.Accurate 3D U-value calculationsSo how could Knauf Insulation meet the brief when other manufacturers could not?The crucial factor was the type of U-value calculation used. Most manufacturers use the standard method, which calculates the U-value for the build-up without the metal substructure. Because this method doesn’t consider the effect of the metal penetration through the insulation, a blanket correction factor is added, which can lead to the under- or over-specification of insulation. Either way, it means that the insulation used in the finished project may not deliver the thermal performance that has been specified. And in the case of the SEE building, calculating the weighted U-value to prevent this was critical.Knauf Insulation uses numerical modelling (also known as 3D U-value calculations) as standard for all RainScreen façade projects. This methodology thermally models the build-up taking into account the complex interaction between the insulation and the bars and brackets of the steel framing system (SFS). As a result, it creates the most accurate available picture of how the build-up will perform thermally after construction.For the SEE building, the team undertook several different calculations changing elements of the build-up, including the substructure material and insulation widths, until they determined the optimal combination.High performance insulationBy using this rigorous calculation method, Knauf Insulation was able to meet the brief with a combination of 50mm and 160mm Rocksilk® RainScreen Slab, along with 200mm OmniFit® Slab 35.Rocksilk® RainScreen Slab is a Rock Mineral Wool slab that is BBA certified for use at any height and for the broadest range of thicknesses and build-ups on the market. It has a thermal conductivity of 0.034 W/mK.OmniFit® Slab 35, a Glass Mineral Wool slab with a thermal conductivity of 0.035 W/mK, is ideal for use in the SFS.Both Rocksilk® RainScreen Slab and OmniFit® Slab 35 are non-combustible with the best possible Euroclass A1 reaction to fire classification so they will not contribute to the development or spread of fire should it occur. Thanks to their sound absorption characteristics, critical for low mass rainscreen structures, they will help create a quieter environment for the computer and science labs.A sustainable solutionThere was one other specification factor to consider – sustainability. The SEE building had been designed to minimise its environmental impact in line with the University of Salford’s campus master plan.Matthew Taylor, the project architect from Sheppard Robson, noted: “From early on, sustainability has been high on the SEE building agenda, including becoming one of the first all-electric University educational building.” The building will also be supported by photovoltaic panels on the roof.But while the use of renewable energy sources and high performance insulation will help lower the building’s operational carbon, it was important to keep embodied carbon to a minimum.Here Glass Mineral Wool scores highly too because it has the lowest embodied carbon of any mainstream insulation material.Knauf Insulation has proactively reduced the embodied carbon in its products over the years, as part of a broader set of activities to reduce its environmental impact. Specific actions to minimise its carbon footprint include initiatives to reduce road miles in both sourcing and distribution.For example, its Glass Mineral Wool products are manufactured using up to 80% recycled content, including glass collected from the local communities around its factories. The finished products are then compressed by up to 10:1 to fit more product into each lorry reducing transport related carbon emissions.Another innovation is ECOSE® Technology, its unique bio-based binder contains no added formaldehyde or phenol. It is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly.Products made with ECOSE® Technology are also soft to touch and easy to handle. They generate low levels of dust and VOCs and have been awarded the Eurofins Gold Certificate for Indoor Air Comfort.Ongoing supportThe through-wall build-up was installed by Metclad Contracts. As this was the first time they had worked with Rocksilk® RainScreen Slab, they also turned to the Specification Team for installation advice. They wanted to know whether the insulation should be fixed into the sheathing boards or the SFS.Knauf Insulation provided details of the fixing pattern together with the installation guide. They also facilitated meetings with their fixing partner to provide specialist technical support about pull out values and requirements for fixing into the substrate.Thanks to Knauf Insulation’s extensive technical expertise and ongoing support, the vision for the University of Salford’s state-of-the-art SEE building has become a reality – without any compromise on thermal performance, fire safety, acoustic or sustainability.

Radmat has supplied a comprehensive range of systems for 20 Fenchurch Street, AKA the ‘Walkie Talkie’, in the City of London. Radmat’s PermaQuik, ParaFlex and EshaUniversal roofing membranes were installed during the creation of the Sky Garden – one of the highest green roofs in the world, offering breathtaking views over the capital.Designed by world-renowned architect Rafael Vinoly and jointly developed by Land Securities and Canary Wharf Group, 20 Fenchurch Street is constructed with impressive sustainability credentials to achieve an ‘Excellent’ BREEAM rating. The 38 storey tower incorporates a vibrant garden spanning the top three floors which is open to the public and by appointment. Described as the terraced ‘hanging gardens of modern Babylon’, the fifth-of-an-acre garden utilises drought resistant Mediterranean and South African flowers, shrubs and ferns, in soil up to a metre deep. The gardens also provide Rosemary, Thyme and other herbs to three restaurants within the building.Now London’s highest public park, the publicly accessible roof gardens include a viewing area, terrace, café, bar and restaurant. For such a unique space, it was crucial that the roofing system chosen delivered thermal performance, watertightness and long-term reliability for the client – specialisms of Radmat products. Land Securities and Canary Wharf Group awarded the work to Radmat on the basis of the company’s established reputation and expertise in all types of flat roofing.For the pitched green roofs, sectioned into a series of individual 45° slopes, EshaUniversal waterproofing was specified as part of a Radmat roofing system that included insulation and drainage layer. Made from recycled materials and 100% recyclable – EshaUniversal proved ideal to meet the demands at this sustainable development.Offering an efficient and safe installation, EshaUniversal is ideal for green roofs. More durable than elastomeric roofing, the system is also weather proof, UV stable and offers flexibility, durability and high puncture resistance making it ideal for challenging applications.Project Manager, Paul Nelson, said: “We have installed waterproofing systems over the concrete decks from ground up to second floor level then levels 34, 35, 36, 37 and 38. This required our installations teams to make repeated visits to site, using both internal and external hoists for access; with work completed in March 2014.”“The inverted roof arrangement means the waterproofing is covered by insulation and either paving, ballast or planted medium,” he added. “Then there is also the sky garden at an angle of 45 degrees planted with trees and shrubs, which will be accessible to clients using the restaurant there.”For public-access terracing across levels 34-38 – as well as a series of applications on the Ground Floor, second floor and the concrete staircase – over 1,200m² of Radmat PermaQuik PQ6100 was applied. With an independently verified durability ‘for the lifetime of the building’ and a market leading guarantee, the liquid-applied PQ6100 waterproofing system delivers exceptional performance befitting of this unique build.On level 37, where visitors can enjoy 360° views of the capital, additional waterproofing was required following the installation of a glass internal cladding system. With the glass already in place and challenged by high winds and low temperatures, the fast curing, cold applied ParaFlex waterproofing system was specified. Suitable for application at temperatures below zero reliable sealing can even be achieved at -5°C. Utilising collaborative working practices and a responsive and interactive design process, Radmat have created a stunning waterproofing and green roof application of the highest standard. Radmat’s proven range of waterproofing solutions met all the client’s demands and has ensured that visitors from all over the world can enjoy this stunning venue for many years to come.

ACE solution for the decoupling of production machines ensures calm in chocolate production by reducing low-frequency vibrations to a minimumAt a renowned Belgian chocolatier, part of the production process led to vibration and oscillation in an adjacent house. Despite numerous tests, the manufacturer was unable to find a solution that could isolate vibrations below 20 Hz, until they came across ACE products. The PLM pneumatic levelling elements from the ACEolator range from ACE offer significant insulation from a frequency of 5 Hz and up. Now 14 PLM-3’s installed in the facility are reducing vibrations by 80 percent. Any remaining vibration can only be detected with measuring devices.

When Ingliston Equestrian Centre, a stunning Show Jumping ground based near Glasgow entered into a multi-million pound refurbishment project, they specified Metrotile Lightweight Steel Roofing to help raise the centre to international standards.Metrotile supplied over three thousand square metres of roofing materials to two new stable blocks and numerous new Chalet buildings at the site. Metrotile Slate in Bronze was specified as it combines a stunning traditional look with a swift installation and a low weight that reduces stress upon the supporting timber frame structures of both the chalets and the stables. Stunning countryside surrounds Ingliston Equestrian Centre and the Metrotile Slate compliments the local area gracefully

We were delighted to be commissioned to provide a complete playground regeneration project, for a prestigious school in Sussex. The current play facilities were starting to feel dates, and the school wanted some fresh, colourful and natural themed equipment and surfacing to reenergise the areas.3 different areas on the site catered to various age groups, and the level of challenge on the equipment reflected this. A mixture of climbing, trim trails, multiplays, a zip wire, and some tall slides will make playtimes fun for many years to come. Equally, the safety surfacing was designed to be colourful and informative, with inlaid graphics featuring windmills and electric charging points on the track helping reinforce the importance of a low carbon future.

About Everyman CinemasEveryman Cinemas aim to put luxury back into the cinema experience, with sofas, in house cocktail shakers and meals eaten screenside. Their interiors draw heavily on 1960s design with classic G-plan furniture and mad men-esque mood lighting. They have a history of taking often neglected buildings and turning them into beautiful spaces to watch films. Their flagship cinema opened in 2000 in the Hampstead Theatre, which was previously threatened with closure. Today it is a vibrant space that pays homage to the notable performers Noel Coward and Jacinto Benavente who both performed there in the 1920s. They also recently took over the UKs longest running cinema in Islington, which has been in operation since 1913.About Simons GroupEveryman’s director stated ‘First and foremost, we are about doing cinema really, really well, and about getting people to fall in love with our venues’ – and their Liverpool venue is a building to fall in love with. It sits in the iconic Metquarter, which was recently revamped by the Simons Group. Originally built as the headquarters of Liverpool’s general post office, the building is reminiscent of a French 18th century design. Simons has done much to retain the charm of this iconic building, keeping the hand-carved façade and pillars. These have been in place since 1899 and were one of the only parts of the building to survive heavy bombing during the blitz. They were the work of Liverpudlian and Scottish sculptors Edward Griffiths and Willaim Bernie Rhind whose sculptures can still be seen today at war memorials across Scotland.The Everyman Cinema covers 18,000 square feet, with a further 20,000 square feet for luxury shopping and restaurants. Simons has modernised this previously neglected space, creating streets in the sky by opening up two terraces overlooking Liverpool’s town center.About CMS DanskinCMS Danskin are experts in acoustics and vibration isolation solutions. The company is best known for working on well known buildings such as the Shard and the Natural History Museum. They also have strong links to Liverpool, as they created the flooring for ‘A Hard Days Night’ – the official Beatles themed hotel. This involved the extra challenge of insulating the sound of conference rooms from the sound of raucous tribute acts and guests.The ProblemEveryman Cinemas pride themselves on providing a luxury cinema experience for their viewers. With ticket prices increasing to around £16 a time, it’s a priority that their sound is of as high quality as their cocktails and sofas. On the whole, films are getting louder which means increased vibration from screen room to screen room. The popularity of loud superhero and action movies is bad news for those wanting to enjoy a romcom or a period drama in peace. The floor specification was designed to attenuate the airborne sound created in each cinema along with isolating vibration caused from low base frequencies.The SolutionIt was important that CMS Danskin found a technique that would stop sound and vibration within the screen rooms, to avoid transmission to other cinema rooms. To do this, CMS Danskin worked with Gillieron Scott Acoustic Design. This group are experts in theatre sound insulation who have worked on the Apollo Theatre and the Theatre Royal in London.The floor system was designed with a target of 14Hz or better (lower) for the discreet floating floor pads. This system also required a 75mm airspace below the floating floor element of the cinema. The system comprised 50mm pads with 25mm timber battens to achieve the required void height and this supported three layers of cement particle board. The thickness and mass of the cement particle board and pads were designed to isolate the airborne and vibration caused by low frequency bass sound.The ResultWorking with the Dead Load and Live Load provided to CMS Danskin Acoustics, they exceeded the 14Hz goal set by the Everyman Cinema. The specific pad and spacing of pads determined by CMS Danskin Acoustic achieved 12Hz, when

Located between St. David's and Aberdour, the tanker terminal at Braefoot Bay is a base for the export of liquefied petroleum gas. The terminal consists of two jetties located on the north shore of Incholm Island. The gas is piped to the Mossmoran Plant in Fife direct from the North Sea, broken down to form ethane and then converted into ethylene, the basic hydrocarbon 'building block' of the petrochemical industry. The products are then piped the final three mile journey to the Braefoot Marine Terminal where they are fed into tankers and gas carriers for markets in Europe and the USA. The terminal is operated jointly by Shell Expro and Exxon.The jetty was suffering from increasing levels of deterioration of the reinforced concrete structure due to the relentless corrosive action of the marine salt environment on the reinforcing steel. A remedial plan was developed to carry out repairs and to introduce a cathodic protection (CP) system to greatly enhance the protection level and therefore extend the life of the structure. The plan was prepared by structural engineers from Shell, led by Hans Verheyde, and Balfour Beatty Construction Services UK (BBCS) was awarded the contract.Two major factors had to be accommodated within the repair programme. Firstly, the tidal flow that submerged the lower part of the jetty twice every 24 hours and secondly, the jetty is a fully live and very active transport hub and shipping schedules had to take precedence at all times. Round-the-clock flexible working maintained delivery of the twelve-month project.Saint-Gobain Weber's specialised repair concrete products were specified for the remedial actions on the Braefoot Bay jetty and technical application advice was provided for the active phase of the project. A suspended scaffold was designed and installed which allowed fast access when the tide ebbed so that productivity could be maintained. Traditional techniques were used to breakout the spalled and cracked concrete and to wash out the surface chlorides and clean the existing reinforcement steels.webercem five star repair concrete CP is a shrinkage-compensated, high strength, low resistivity, flowing repair concrete designed for use in conjunction with CP systems. This pre-blended cementitious concrete fully complies with the Highways Agency Specification Class 29F for high-strength flowing concrete for major structural repairs. It contains non-reactive aggregates with a low soluble-alkali cement content which is particularly important where CP is to be used. The rapid strength development and dimensional stability of webercem five star repair concrete CP – which reaches 27N/mm² in 24 hours – was especially valuable in the tidal conditions in Fife. Tight shuttering was used on the wide beam sections of the jetty to take the poured concrete which reached an integral bond with the original concrete. This process reformed the structural integrity using products with proven durability.An innovative CP system using Duogard® hybrid anodes from CPT was installed to protect the steel reinforcement with the anodes fixed into the soffits with a special CPT mortar. Where the CP installation required chases to carry the cabling, webercem HB40 high-build structural repair mortar was used to fill and seal the chases. webercem bondcoat, a polymer-modified, cementitious bonding aid and steel reinforcement primer, was first applied into the chases to ensure enhanced bonding. webercem HB40 is an acrylic-polymer modified, single component mortar and is lightweight with high build qualities. It can be applied in layers up to 75mm thick vertically, and 50mm on overhead soffits, and can be used without formwork. It was then applied onto the tacky webercem bondcoat primer and finished flush to the concrete surface.The Braefoot Bay terminal project has been completed successfully and Dewi Miller, contracts manager, BBCS, is confident that the jetty protection will extend the working life of the structure. "The products we have used are excellent and the application methods have enabled us to deliver a high degree of protection and reinstatement to the concrete structure. Working on a live site in a tidal zone has required a flexible work schedule but the whole project has worked exactly to plan and the client is very pleased with the result. The Weber materials have been the key to achieving this success."

Langton Homes is a well-established family-owned company specialising in developing properties throughout the Midlands for more than thirty years.One of their recent projects was four high-end luxury detached six-bedroom houses featuring extensive outbuildings, each set within large private grounds. The main property on the development – Langton House, was being specifically built for the owner of Langton Homes.Having used Mustang® Seamless gutters on projects in the past, they had no issues specifying it again for this development. Existing garages on the development, which had previously been fitted with uPVC as a cheaper option, were now failing and leaking, so they were replaced at the same time as the rest of the development was installed with Mustang® Seamless Aluminium Gutters.Mustang® was ideal for this build due to the sleek, clean lines of the gutter, with no external brackets on view. Mustang seamless gutters are strong and durable but lightweight and easy to install, with most of the preparation work being done at ground level before the gutter is raised to height for the final fixing into place, meaning that it is often safer and quicker than fitting traditional guttering.As the aluminium is roll-formed on-site to the exact dimensions of the building in continuous lengths of up to 30 metres, there is no waste.Once installed Mustang® Seamless Aluminium Guttering requires minimal maintenance. It is the only quality-assured seamless gutter system certified by the British Board of Agrément (BBA) to last over 30 years. A certification ARP has held for over 25 years.Colonnade aluminium downpipes completed the installation and were polyester powder coated (PPC) in Anthracite Grey (RAL 7016) to match the colour of the gutter in our in-house purpose-built PPC facility.Aluminium is a natural, non-corrosive material and needs little maintenance, but it is also fully recyclable. Aluminium will not crack, creek or fade, resulting in a truly ‘fit and forget’ system.Andy Craven, Site Manager of Langton Homes, said:“We have continuously used Mustang® Seamless Guttering as a superior alternative to PVC, we have absolute confidence in the installation and the low maintenance of the product.”

Once known as a local police station, Westbourne Place was eventually converted into a lavish building with an add-on in the rear. Developed by Redrow, the building retained a number of details from its original design, such as high ceilings and period features. It even remains connected to what was once the police station’s parade ground and is now a scenic and serene courtyard.Still, the building itself is anything but stuck in the past. Redrow’s conversion gave the Westbourne Place more modern features as well. These include fully fitted contemporary kitchen units and engineered oak flooring. All of which benefit the 49 luxury suites there. Those who reside in any one of them will not only enjoy those features in a one-, two-, or three-bedroom unit but will also enjoy the advantage of living within the heart of West London next to multiple transit, taxi, and cycling areas.Of course, to make any of this possible, Redrow needed to restore Westbourne Place efficiently. For that to happen, it was vital that they find a concrete waterproofing solution that would be low-maintenance, set no limits on concrete pouring, and have an easy installation process.SolutionWhen considering a solution that fit all those requirements, the contractor for Westbourne Place decided on KIM as their desired form of concrete waterproofing. As a result, they used 1,000 m3 (35,315 ft3) of KIM-treated concrete to waterproof the building’s basement parkade’s slab and walls. That allowed the contractor to build straight up to the property line and to save on the cost of application. It also allowed the KIM-treated concrete to self-seal if any minor cracks occurred in the concrete and to block water from passing through the concrete, reducing the need for maintenance.For further waterproofing protection, the contractor applied Krytonite Swelling Waterstop and Krystol Waterstop Treatment to all the construction joints and details. With this dual-protection waterstop system, the contractor could ensure that no leaks would occur and that water would not be able to infiltrate the concrete and corrode the steel rebar within. Moreover, this system and KIM will work for the life of the structure, providing permanent protection.

The development of a new emergency care centre at the Queen Elizabeth Hospital in Gateshead was an investment of £32m. The project provided state-of- the-art healthcare services to people across the region. The centre now provides a smoother service to its patients and a more efficient way of treating people.Artform Urban Furniture were asked to provide seating and litter bins to the main entrance of the hospital's drop in centre, as well as the car park and the taxi drop off / pick up point. The products had to complement the soft landscaping whilst also being durable enough to cope with the extensive usage. The Artform team proposed items from the Multiplicity range, with their cast anodised aluminium frames, offering superb longevity and minimal maintenance requirements.The overall project was constructed within a tight budget and the street furniture supplied by Artform needed to be of a very high standard, ergonomically designed for comfort and all delivered within the economic constraints.The products also had to be on site and installed within a short time frame, due to the fast track nature of the project. The Artform team provided full technical drawings and specification information to ensure that the client’s facilities team were supported fully and the installation process was seamless.OutcomeThe completed emergency care centre is now a busy hub for all types of emergency healthcare services and the entrance provides a clean and welcoming first impression to all those using the centre. The landscaped outdoor areas including the entrance, the car park and the busy taxi point, offer an engaging space, for use by staff, patients and visitors alike, with the thoughtful distribution of attractive seating and clean, modern litter bins.Ian Renwick, chief executive of QE Gateshead commented: "This is a unique hospital building and the environment for patients and visitors is really something special."

Mixed-use development created from a redundant gasworks site turning it into a high profile quarter in London.In the vibrant heart of Fulham, a groundbreaking mixed-use development has revitalized a once-redundant gas works site, giving rise to a high-quality urban quarter. This ambitious project boasts nearly 2000 new homes distributed across 15 buildings, reaching heights of up to 37 storeys. Beyond residences, the development incorporates a variety of complimentary uses, fostering a dynamic and inclusive urban community.Our involvement in the Fulham Gasworks redevelopment focused on a key aspect of functionality and safety within the expansive development—supplying and fitting metal riser doors. With safety and aesthetics at the forefront, these fire-rated doors seamlessly integrate into the architectural landscape, ensuring compliance with the highest standards.The challenge lay in harmonizing essential utility elements with the aesthetic vision of the redevelopment. Our team provided bespoke metal riser doors strategically positioned within the development. Crafted for both durability and fire resistance, these doors serve a dual purpose: ensuring safety compliance and contributing to the overall modern and sophisticated atmosphere of Fulham Gasworks.The metal riser doors, meticulously selected for their fire-rated properties, play a vital role in the safety infrastructure of the development. Beyond their functional significance, these doors seamlessly blend into the architectural tapestry, adding an element of sleek modernity to the urban quarter. The result is a harmonious integration of safety measures without compromising on the aesthetic vision of the Fulham Gasworks redevelopment.At the heart of the masterplan, a new square and urban park have been created, enhancing the setting for Grade-II listed buildings, a war memorial, and the Grade-II* listed Gasholder No. 2. The metal riser doors contribute to the overall safety and functionality of these communal spaces, ensuring that safety measures are discreetly woven into the fabric of daily life within the development.

D-marc 105TM demarcation system – a collective protection demarcation solution. The doctrine “prevention is better than cure” is one that rings true in so many instances. Common sense tells us that it much better to prevent a fall than it is to arrest the fall once it has occurred. The Working at Height Regulations (WAHR’s) 2005 reinforce this argument. Whilst in many instances it is not always practical to remove the risk of a fall; rainwater outlets will always require cleaning, rooftop plant will require regular maintenance etc.. there are a number of ways to protect the worker from the immediate hazard the fall presents. The simplest way and that which much closely echo’s the doctrine “prevention is better than cure” is to keep the worker away from the fall hazard. The most effective way of achieving this and that which is advocated by the WAHR’s is through the provision of a Collective Protection solution. A collective protection solution is one which will “collectively protect all those who access the area”. In a rooftop situation where the hazard is a fall from the roof edge, Collective protection can be achieved by raising the parapet or through the installation of a full perimeter guardrail. Alternatively the worker can be kept a safe distance from the roof edge through the installation of a demarcation system. –Health and Safety in Roofwork HSG 33 states that “where work is not done at the edge, demarcation barriers can be provided at a safe distance from the edge (usually at least 2 meters), e.g. work on an air conditioning unit in the middle of a roof.”.      An example of where The D-marc demarcation system has recently been specified and installed at Crown Woods College, Eltham to provide safe access to rooftop mounted plant. The client was looking for a solution that would;Provide a collective protection solutionNot penetrate the existing roof covering and therefore not compromise the roofs waterproofing or air-tightness.Be lightweight so as not to require an additional support structure.Provide easily identifiable access routes ensuring no exposure to fall hazardsBe low maintenance and ideally have good environmental credentials.  D-marc was able to meet all these criteria and has the additional benefit of giving the customer the piece of mind that whilst it does not rely upon any means of mechanical fixing to the roof structure, it is tested to withstand wind speeds in excess of 105 mph. Such testing is a requirement of BS6399-2 Code of Practice for Wind loads which states that all components that form a building are required to withstand a 1 in 50 year wind speed.   D-marc was used extensively on the project as part of the collective protection demarcation system to create clearly defined safe access routes across the roof to theplaces requiring regular maintenance work. Having created the safe routes to the places of work, the D-marc was then used to demarcate the safe working zones upon the roof top. To ensure a complete collective protection solution was provided in isolated areas where it was not possible to keep the worker away from the fall hazard a guardrail was used. The easy to install, non penetrating D-marc system creates a clearlydefined access route and a safe working zone for all those undertaking regular rooftop maintenance works.

This case study focuses on the successful implementation of Britmet's Structural Conversion System, BritFrame, and composite slate tile, Liteslate, installed by ART Contracts LTD in a residential flat roof renovation project near Llangollen. The existing roof had been plagued by ponding and water ingress, necessitating repeated repairs and replacements over 20 years. This case study explores the benefits, challenges, and outcomes of utilizing the Britframe and Liteslate, providing a long-lasting and aesthetically pleasing solution. Residential flat roofs are susceptible to issues such as ponding water, water ingress and yearly inspections, which can lead to recurrent maintenance and repair requirements. This case study showcases the utilisation of Britmet Lightweight Roofing's Britframe Structural Conversion System and Liteslate to overcome these challenges and deliver a durable, low-maintenance roofing solution. Britframe is a versatile and innovative solution designed to convert flat roofs into pitched roofs, providing improved water runoff and a new more aesthetically pleasing finish, and reduced risk of ponding water and improved thermal performance. This can be covered using a variety of different roofing materials, and Liteslate, a lightweight synthetic slate roofing slate, was specified due to its excellent weather resistance, durability, and aesthetically appealing finish. Llangollen is part of the UNESCO World Heritage Site along eleven miles of canal from Gledrid to the Horseshoe Falls and required a durable yet authentic roofing solution.The project involved the renovation of a residential flat roof that had undergone multiple repairs and replacements over 20 years due to ponding and water ingress, and constant maintenance. ART Contracts LTD was tasked with implementing and installing LiteSlate to resolve recurring issues.The Britframe System converted the existing flat roof into a pitched roof, enabling efficient water runoff and preventing ponding, thereby eliminating the risk of water ingress, and reducing the need for yearly inspections and constant maintenance to site, Britmet’s Liteslate offered excellent weather resistance and durability, reducing the need for frequent repairs and replacements while offering an attractive finish replicating the appearance of natural slate. Overall offering the advantages of lightweight construction and ease of installation.Conducting a thorough structural assessment of the existing flat roof to ensure compatibility and feasibility of the Britframe required careful analysis and engineering expertise. Coordinating the installation of the Britframe and Liteslate with existing roof features, such as skylights or ventilation systems, posed challenges in achieving a seamless integration.The implementation of Britframe has effectively addressed the issue of ponding, providing efficient water runoff and preventing water ingress into the residential property. The utilisation of Liteslate offered exceptional durability, weather resistance, and longevity, significantly reducing the need for future repairs and replacements, and thereby providing long-term cost savings. Liteslate also improved the overall aesthetic appeal of the residential property, replicating the natural beauty of slate roofing while offering the advantages of lightweight construction. The integration of the Britmet Lightweight Britframe System and Liteslate successfully addressed the challenges the building was facing. The project resulted in improved water runoff, enhanced durability, a more aesthetically pleasing roofing solution, along with a new 60+ year life expectancy. This case study emphasizes the importance of selecting innovative and reliable roofing systems to overcome recurring roofing issues and deliver long-lasting and visually appealing outcomes.

Addagrip approved contractor, Resin & Rock were delighted to be appointed to install tree pit resin bound surfacing around the base of a number of the London Plane trees on the newly redeveloped Exhibition Road in the Royal Borough of Chelsea and Kensington.A 6mm Lucerne Silver was used to replace the existing self-binding gravel finish to fulfil the clients’ requirements for a porous, hard wearing and aesthetically pleasing surface capable of tolerating the high pedestrian flows in this busy street. A super-flex collar was included in the installations to allow for tree growth and to ensure that there was no loose aggregate.The low maintenance paving provides a seamless surface with excellent slip resistance and can be easily kept clean.The installation was completed in November 2014

A.J Wells manufactured three hundred square meters of coloured vitreous enamel cladding covering a lift shaft in the new students centre at the London School of Economics and Political Science on its Aldwych campus.The striking building, known as the Saw Swee Hock Student Centre (SAW), was designed by Dublin based practice O’Donnell & Tuomey Architects with the aim to transform the student social experience by creating a student hub at the heart of LSE’s campus. The centre houses a number of student facilities and offices including a gym, media centre, internet cafe and a pub!Vitreous enamel was specified for the external cladding of the lift shaft because of its durability, low maintenance and unique, vibrant surface finish.

Groupe Atlantic’s mission is to help society rise to the challenge of reducing energy consumption and increasing the use of renewable energy whilst still satisfying the demand for thermal comfort. So when RFD Interior Architecture was asked to design and build the interiors for its new Expert Training Academy in East Yorkshire, where the heating and hot water industry could learn about the next generation of renewable energy sourced appliances, it was key that the academy’s interior should itself have minimal impact.With this in mind, the project focused on mirroring Groupe Atlantic’s commercial approach by using sustainable materials and recycled products wherever possible to provide a practical, low maintenance interior with authentic natural aesthetics.

The Moorings is a high-end, self-build project in an area of outstanding natural beauty in Anglesey, Wales.This collaborative project, between MBC Timber Frame and WM Design and Architecture, consists of a three-bedroom, 250m2 detached private residence that has been designed and constructed to achieve the airtightness and thermal performance targets required to meet Passive House standards. The timber frame home has been built incorporating a range of low carbon building solutions from Partel including high performing breather membranes ECHOFOIL EXO and EXOPERM MONO 150 and also the phA Class Passive House Certified components IZOPERM PLUS vapour control layer and CONEXO MULTISEAL airtight tape.

A 250 year old granary has gone through a transformation and is now a thriving hub bringing the local community together. During recent fabric upgrades to the building, energy efficiency needed to be addressed to help reduce on-going running costs of this village hall. 6 lancet windows were treated with Selectaglaze 4-12-4mm, low-E, enhanced thermal performance sealed unit secondary glazing, achieving U-values of around 1.67. The tall lancet windows posed a challenge due to their height; 3350mm. Each of these openings were built up with a Series 41 side hung casement set between two Series 40 fixed light units.

ProjectSurespan designed and manufactured these huge electrically operated sliding glazed roof hatches also provide free airflow of 7m² for smoke ventilation!These bespoke designs were part of a redevelopment on Great Portland Street in London. The covers were 4610 x 1955mm and featured an electrically driven opening motor.Product: The covers provide 7m² free airflows (As it is sliding there are no obstructions to the ventilation) according to approved document B (fire safety) paragraph 5b diagrams C.7.The glazing features laminated and heat-strengthened low iron glass to L40.A further fixed rooflight was also supplied to the size of 4935mm x 1955mm, the thermally broken multi-pane rooflight provides natural daylight

Project: Surespan designed and manufactured these huge electrically operated sliding glazed roof hatches also provide free airflow of 7m² for smoke ventilation!These bespoke designs were part of a redevelopment on Great Portland Street in London. The covers were 4610 x 1955mm and featured an electrically driven opening motor.Product:The covers provide 7m² free airflow (As it is sliding there are no obstructions to the ventilation) according to approved document B (fire safety) paragraph 5b diagrams C.7.The glazing features laminated and heat-strengthened low iron glass to L40.A further fixed rooflight was also supplied to the size of 4935mm x 1955mm, the thermally broken multi-pane rooflight provides natural daylight

Bespoke wall protection from contract interior specialist Gradus is creating a fun and attractive atmosphere at a state-of-the-art new medical facility, while also ensuring excellent hygiene and low maintenance costs. Evelina London Children’s Day Treatment Centre, part of Guy’s and St Thomas’ NHS Foundation Trust, has been built to provide more life-changing care for children and young people with rare and complex conditions. Overseen by Morgan Sindall, the project saw Gradus collaborate with Art in Site - a London-based studio of artists, designers and strategists – and ADP Architecture, to create a wall cladding solution with integrated art that helps the hospital’s young patients to heal, learn and thrive.

Ashley Road East (ARE) is a new 183-unit mixed-use development located in Tottenham Hale, set to play an important role in defining the area’s regeneration with the construction of two residential blocks, retail and office space.Due to the developments prime London location, Farrat were contacted at pre-construction phase to help develop a variety of isolation solutions to mitigate against both structural and thermal disturbances impacting building performance.Challenge 01: Low frequency ground-borne noise and vibrationFarrat Solution: Building Vibration Isolation SystemA key challenge when building in London is the surrounding network of the London Underground, railway lines, high traffic roads and activity from the busy city life, and this development is no exception. Vibration generated from the London Underground Victoria Line would cause significant structural problems and without building vibration isolation there would be a high risk of disruption from structure-borne noise.Farrat designed a Base Vibration Isolation system as the most efficient long-term solution for ARE, to ensure a comfortable and safe environment for the entire lifetime of the building. The Farrat assemblies within the system were designed, manufactured and then supplied by Farrat directly to the ARE site. Throughout the construction phase, Farrat supported the project team with regular on-site installation guidance and post-installation inspection.Challenge 2: Thermal bridging in high-rise balcony connectionsFarrat Solution: Fire-rated Structural Thermal Breaks (Farrat TBF)Balconies are a great way of introducing an outside space to apartments and are becoming an increasingly attractive feature to developers, designers and end users alike. Even before COVID-19, a balcony could add up to 12% to the price of a home without a garden and this rises to as much as 25% in Chelsea. With balconies however, comes another leading consideration for designers of apartment buildings – fire safety. It is becoming increasingly critical that all building materials used above 18m are certified as fire safe and that this consideration is worked in at early design stage, to ensure they meet safe buildings standards.With this is mind, our A2 certified fire resistant Structural Thermal Break, Farrat TBF, was selected for use between balcony connections on this new London development. The high rigidity of Farrat TBF will effectively impose stiffness on potentially flexible connections in balconies, avoiding bounce and making for a more reassuring and safe experience.Farrat in London redevelopmentAshley Road East is just one of many projects currently underway in the country’s capital with the help of Farrat. If you take a walk through London you will see evidence of our teams hard work across a large number of redevelopments and projects. #onamission

BriefDorset House sits at the heart of Talbot Campus, where most of the undergraduate and postgraduate courses are delivered at Bournemouth University. It is home to the Doctoral College, providing important support to its postgraduate research community with a range of high-tech laboratory equipment, as well as the Business School’s Professional Engagement Suite.Sustainability is a top priority for Bournemouth University. In fact, the University is ranked 21st in the world and 6th in the UK for its contribution to UN Sustainable Goal 13: Climate Action for The Times Higher Education Impact Rankings 2023. As well as opening new eco-friendly buildings, Bournemouth University is carrying out major refurbishment works across its campuses, investing in a range of low or zero-carbon technologies to help minimise water and energy use.As part of this refurbishment, Dorset House was to undergo a significant transformation to help enhance the entrance area and make better use of the space. Bluestone Design & Construction Ltd was tasked with upgrading the building’s flat roofing system, in association with IKO, and the build-up include the installation of a new 80kWp solar PV system.ChallengesThere were several challenges to overcome during the project, but as the team had recently completed similar works on the nearby Poole House on campus, they could apply their extensive learnings to ensure the refurbishment of Dorset House ran seamlessly. As the project was on a busy campus, it was important that it was carried out during the holidays to avoid significant disruption to students and staff. There was, however, a short period during term-time that required more coordination, to ensure appropriate access while making sure the project ran on time.Another challenge was ensuring the material deliveries arrived on time, to minimise site storage issues and meet workforce scheduling requirements. The team managed this effectively, by ordering the materials via construction product distributor, SIG, which were then delivered as required from the local SIG depot. This meant Bluestone Design & Construction could meet programme deadlines, without needing to store materials long-term on-site.SolutionThe installation process at Dorset House involved a standard hybrid built-up roofing (BUR) system, using both self-adhesive and torch-on membranes suitable for the substrates of the project. Choosing products with a 25-year guarantee was important to the team, as the installation included solar electricity panels (also known as PV), that would need to provide reliable power output over the system’s lifespan.Bluestone Design & Construction followed a thorough process to ensure the roof area was suitable for the PV installation, following the necessary remedial works and new roof overlay. Once the systems were in place, all works were reviewed to ensure they met the specifications of an IKO technical engineer and requirements of IKO’s guarantee, without any issues. The team also worked to all the necessary health and safety standards throughout the project.Bluestone Design & Construction and IKO worked together to ensure that the Dorset House project was carried out within the programme requirements – finishing ahead of schedule, in September 2023. It was essential that the building was ready on-time and within budget, ahead of the installation of the new PV system, to ensure maximum availability for the 2024 period. With Bournemouth University’s ambitious sustainability targets in mind, the Bluestone Design & Construction team wanted the system to be fully operational as soon as possible. As the main contractor and roofing installer, Bluestone Design & Construction was able to have more control over the project and ensure the roofing segment ran smoothly as part of the wider picture.The University was extremely pleased with the installation and execution of the project. Now with its improvements made, Dorset House is another success story in the University’s plan to futureproof its campuses for many years to come.

Project: Slimming World headquartersClient: Slimming WorldMain contractor: Morgan Sindall ConstructionArchitect: CPMGWith its newly extended headquarters in Alfreton, Derbyshire, weight-loss organisation Slimming World wanted to create a landmark building for the brand that would both provide an ideal working and training space for its people and deliver excellent environmental performance.Glazing plays a key role in the £8.5 million scheme, both aesthetically and in terms of its use of energy.At the heart of the building is a large atrium with a full-height glass front elevation and a glazed roof running right to the back of the space. Meanwhile, one of the wings connected by the lobby area features large ‘picture windows’ that deliver views over the facility’s attractive, leafy grounds.High-performance envelopeBecause much of the building’s envelope is glazed, the designers faced the challenge of avoiding the need for an energy-intensive climate-control system to create a comfortable environment for users all-year-round.Lee Shaw, Business Development Manager at Pilkington United Kingdom, explained: “The twin challenges any building with extensive glazing faces are loss of heat on cold days and excessive heating as result of direct sunlight when the weather is warmer.“The combination of products we have supplied to this project use advanced coatings cleverly to minimise these two effects, helping to smooth out the peaks and troughs that can lead to uncomfortable temperatures, expensive heating and air-conditioning bills and wasted energy.”The curtain walling system uses double-glazed units manufactured by Pilkington, incorporating Pilkington Suncool™ 60/31 T solar-control glass and Pilkington Optitherm™ S1 Plus, a low-emissivity product.The solar-control glass features a state-of-the-art coating that transmits only 31 per cent of the sun’s energy, while still allowing for 60 per cent light transmittance, so that occupants still get a clear view outward.The low-emissivity glass meanwhile features a coating that reduces outward radiation of heat, so that less is allowed to leave the building on colder days.Uninterrupted viewsThe same glass is used in the atrium wall and roof but is held in place using the latest structurally glazed units from Schueco. These deliver glazed surfaces with ultra-low-profile frames to minimise interruption of views from the building, as well as daylight flowing into it.Extra strength is added to the atrium glazing by including a layer of laminated glass on the inner pane, to help the large units stand up to forces exerted on them by the wind and potentially the weight of snow during the winter.Lee Shaw continued: “This project demonstrates the range of glazing solutions we are able to offer, with a combination of curtain walling, structural glazing and roof glass, all of which has been manufactured in the UK.“The architect has used timber slats to deliver some degree of solar shading, but the extensive area of glazing enclosing the space means there would still be significant risk of excessive heat build-up. The glazing specified minimises this effect, saving energy and money while also delivering a more comfortable and stable year-round climate for those using the building.“This is also one of the first projects to feature Pilkington Suncool™ 60/31 Pro T glass, which is now fully manufactured in the UK, following recent re-location of production from Germany. It’s great that we’ve been able to combine a made-in-Britain success story with a new chapter for a well-loved British business.”The completion of the building is the latest chapter in the story of Slimming World, which started when founder Margaret Miles-Bramwell OBE, then 21 years old, first began holding Slimming World groups in Alfreton in 1969. Now, 50 years later, there are 19,000 local groups across the UK and Ireland, run by a network of more than 5,500 self-employed Consultants.The new headquarters includes extensive training facilities, meeting and office spaces, as well as a brand new 550-seater restaurant for staff, guests and Consultants visiting for training.Paul James, Slimming World’s Facilities Manager, says: “People have always been at the heart of Slimming World’s success and so ensuring that our people – our head office staff and Consultants – have the facilities and environment they need to do the best job possible has been a real priority for us. The new building will ensure we have the facilities we need to train and support all of our fantastic Consultants who deliver exceptional service to our members to support them to lose weight and live healthier, happier lives.“Having large expanses of glass has provided us with a beautiful, light-filled space that will be comfortable and inviting for everyone who uses the building right through the year.”