"research and development"

Client prioritises sustainability with IOBAC MagTabs & new carpet tile kids on the BLOQRead how sustainability was prioritised at Oxford Technology Park, a major new office and research project, by specifiying adhesive-free MagTabs and BLOQ carpet tiles on raised metal access flooring.

The BLB Aachen has realised another new construction project for the RWTH Aachen University: the Center for Mobile Propulsion (CMP) research centre, a competence centre for the exploration and advancement of engine technology. The three-part building complex was designed by Lepel & Lepel in Cologne.Photos: Jens Kirchner

Great emphasis is placed on safety in Pasadena, a suburb of Houston, Texas. As America’s oil stronghold and home to NASA’s legendary Space Center, the region is famous for its particularly dangerous and hazardous working conditions. The Houston Area Safety Council (HASC) was therefore established back in 1990 on the initiative of local industrial operations as a non-profit institution to provide safety training. The objective here was to train workers in order to raise their safety awareness as a way of preventing workplace accidents. Some 25 years later, this idea has developed into a leading international training and occupational safety center that trains over 1,500 people every day. Construction of a dedicated occupational health clinic with emergency care represented another key step on the HASC’s holistic support program. The clinic design by Kirksey Architecture gets its distinctive face from the semicircular main entrance. GKD-USA used a new etching technique for the design of the 100 square meter roof parapet, which is made from semi-transparent Omega 1510 stainless steel mesh from GKD – GEBR. KUFFERATH AG. This led to a silhouette-like panoramic view that reflects the dynamic economic region and the everyday working life of the people that live in it.Oil and gas have been produced in Houston for more than 100 years. However, the region experienced a genuine boom from shale oil drilling and fracking. Today, around one third of all oil produced in the US comes from Texas. With its Mission Control Center, which has enjoyed worldwide fame since the Apollo flights to the moon, the Space Center Houston has been just as important for the development of the city. Space flights are still monitored here to this day and astronauts from across the globe are trained for future missions. The city’s skyline is characterized by massive production plants from the oil, gas, chemical and food industries, as well as research institutes and countless buildings of the supply industry, construction and service sectors. The huge influx of workers resulting from the oil boom led to enormous growth of the city. With 2.3 million residents, Houston is today the fourth largest city in the US – behind New York, Los Angeles and Chicago. Starting in 2009, the new campus of the Houston Area Safety Council was created in three construction stages. It was constructed on a 34 hectare site in Pasadena, just 15 kilometers from Houston, that was acquired one year previously. Local architecture firm Kirksey, which specializes in green buildings for industrial operations, planned the entire project. It designed the campus as a one-stop shop for employee selection, training and development, background screening, workplace and site safety as well as company health and welfare services. The first phase of construction focused on the 6,300 square meter training center with twelve classrooms, a 220-capacity auditorium, computer laboratories with 650 workplaces, various convention and common rooms, as well as a car park for 1,000 vehicles. It was opened in 2013 as the new HQ of the HASC. Just one year later, the campus then opened two further large areas, boasting 2,700 square meters each. Providers of tool and workplace equipment, as well as a training center for practical training, complemented the location’s offer from then on. Construction of a 1,580 square meter occupational health clinic with emergency care marked the third and last major construction phase to date. This meant that within a period of just six years a state-of-the-art campus employing the latest training facilities was established, offering 1,500 practical and computer-based training sessions every day – which represents over a million units per year. To cater to these requirements all buildings were equipped to the latest technical standards. They also set standards in ecological and energy-usage terms and are all LEED-certified.Visualization of identityThe Occupational Health Center of the HASC was also planned with a keen eye for detail. Ceiling-high windows create friendly rooms in the clinic that are flooded with light and whose inviting ambience is underlined by a carefully coordinated interior color concept. The challenge for the planners was to make the atmosphere light and pleasant, yet robust enough to withstand the rough day-to-day operations with heavy footwear or soiled work clothing of the patients. A fully-glazed semicircular entrance area underlines the building’s welcoming effect. Its raised canopy bears the clinic’s name and also creates the stage for one of the rooftop parapets made of stainless steel mesh that follow the semicircular building form. The shimmering texture combines technical aesthetics with a large number of functional performance characteristics. The mesh thereby guarantees efficient solar protection for the recessed windows on the top floor, while granting unrestricted views of the beautifully sculpted green spaces on the campus. Despite its sophisticated appearance, it also offers reliable protection from the hurricanes regularly encountered in the region. Low-maintenance, durable and almost completely recyclable at the end of its useful life, the mesh supports the LEED-certified sustainability of the building. For the architects, however, the decisive impetus for selecting this material came from the specific mesh design, which facilitates imaging by etching. Their design included an illustrated balustrade as an identity-creating element of the clinic that visualizes working life in the region and thereby also the focus of the HASC. The image developed by Kirksey shows the skyline of Houston with skyscrapers, drilling rigs, chimneys and cranes together with the people that work there. This complex perspective was applied to the stainless steel mesh in a silhouette-like form using a special etching process developed in-house by GKD-USA. The smooth surface and relatively tight structure of the Omega mesh provided ideal prerequisites for this. Using blasting abrasives, GKD modified the metallic surface in such a way that the template, which was highly filigree in places, appeared finely contoured. When using etching, all surfaces that are to remain untouched are usually masked off carefully. However, the complexity of the motif specified by the architects at Kirksey presented the mesh specialists with the challenge of designing multiple levels to lend the image the desired spatial depth. Unlike a painting, with etching it is not possible to achieve dimensions, perspective and depth simply by using different colors. In comprehensive tests, GKD therefore developed a process with which the design template could be blasted with the desired level of detail and spatial effect. This led to a visually seamless panoramic view of the hustle and bustle in the region over a total area of 100 square meters, comprising seven panels – each measuring 3.4 x 4.3 meters. Without any further surface treatment, this imagery is both permanently weather-proof and UV-resistant. Depending on the incidence of light and the viewing angle, the images can appear either transparent or opaque. At night, spotlights lend the scenery the appearance of a shadow theater using targeted light accents.

Increasing numbers of machines, people, buildings and technology means our world is getting noisier. And this issue isn’t just limited to the outside world, with new research by Geberit finding that unwanted noise inside the home affects more than half of us – and it’s having a direct impact on our wellbeing.

Over 266m2 of framed panels of Terra-34, which is a grating which conforms to anti-climb guidelines, were made to cover the south, east and west elevations. These were fabricated in 16 different sizes up to 2.5m high and 1m wide and fixed to the structural framework with custom welded plates. Access through the east elevation was provided by a very large double-leaf gate to allow for the removal of large sculptures and installations. The gate was made out of six separate panels within each leaf for an overall size of 4.6x5.3m (hxw).

CHU Martinique is a public health facility providing a threefold mission of Care, Teaching and Research. The Fort-de France CHU is the principal multidisciplinary hospital operator in Martinique. As a health care institution for the local population, it caters for some 160 000 people in the North Caribbean area and Fort-de-France.

The Cube is a striking new student housing development in the centre of Utrecht, Netherlands, designed by Amsterdam-based architectural practice, Team V, and featuring Freya multi-coloured brick slips from Vandersanden, which are used with the award-winning, pre-fabricated Signa facade system. This multi-use complex, which incorporates 639 student apartments and 1,000m2 of commercial space, provides a dramatic focal point in the redeveloped Overvecht area with its stepped rooftop landscape and two 50-meter-tall, interlocking vertical accents. The Cube mainly consists of small independent living spaces of about 21 square meters. Students can also use a wide range of shared amenities, such as living rooms and studies, laundry rooms, bike storage, and a rooftop garden on each floor. A series of rooftop gardens, connected to one another by stairs, form two routes that start on the ground floor, recognisable as a timber-finished incision cut out of the brick facade.Built in a year and a half by utilising clever design solutions, The Cube incorporates lightweight prefabricated components, to help accelerate the construction process and reduce material usage by cutting the depth and density of the foundations required. This pre-fabricated solution was the result of a collaboration between the architect, the builder and Vandersanden. Whilst searching for light weight building solutions and with a relatively fast building time in mind, a prefab option was specified. The unique Signa system comprises a prefabricated panel designed on the basis of a dimensionally stable brick panel that is resistant to the weather and covered with sustainable Vandersanden brick slips. Together with a prefab manufacturer the final panels were fabricated under stable conditions and assembled in Utrecht. A crane and 2 to 4 construction workers mounted up to 12-14 panels a day.Freya brick slips were chosen for their nuanced yellow/buff colour with ochre and grey tones, and a grained, characterful appearance. Two types of brick bond were used for the design, one being a vertical stretcher bond and the other a unique block bond. What is seen on the facade is the rigid structure of the grid that is used horizontally and vertically.Ruben Smits, architect from Team V explains; ‘the depth difference and the horizontal and vertical direction of the bricks, ensures that the prefabricated seams are hidden, creating a uniform facade appearance. We have also made great use of encouraging habitats for wildlife and all of that is behind the brickwork facade. We chose Vandersanden’s Freya brick slips because of its texture and variety of tones and colours, which helped us to achieve our design vision. The Signa panels offered us endless creative possibilities and fit together seamlessly which helped to accelerate the build process.’The choice of the Vandersanden Freya brick slips for this project was the result of much research into finding a brick with the desired aesthetics, which would also meet the technical requirements of the project. This brick type was a unanimous choice amongst those involved in the decision-making process. The project was completed in Autumn 2021.To find out more about the bricks used in this project or to see the wide range of high-quality bricks available from Vandersanden, click on the 'View more' link

High quality Anicius facing bricks from manufacturer, Vandersanden, are a key ingredient in the success of the new home of the City, University of London’s Law School designed by award-winning global practice, WilkinsonEyre.This impressive WilkinsonEyre scheme has retained two of the site’s existing buildings and integrated these with two distinct new-build blocks that form a corner at Sebastian Street and Goswell Road in London EC1 to create a new 7,240m2 City Law School Building.The new facility provides high quality academic space to support the University’s strategic plans, while, at the same time, creating a sense of community and place on a site that has previously been under-utilised.The scheme is conceived as a series of united blocks and includes two retained 1920s light industrial buildings arranged around a central atrium space. At the corner of Sebastian Street and Goswell Road, a striking seven storey glazed tower employs an innovative ventilated double-skin with patterned interlayers to control temperature and glare. The four blocks each retain their distinct, individual character yet function as one coherent building.As well as bringing all law students together under one roof, the new building will boast several innovative features, including a mock court room; and dynamic social spaces that encourage creativity and interactive learning, alongside the law school library, which is given an added sense of presence by the continuation of the brick detailing, internally.The building will also house a legal clinic, where students will be able to put their learning into practice by advising real people on real legal issues. The attractive features extend to the outside with a relaxing outdoor space.The form of the building negotiates between the scale of the Georgian residential streets and the larger more varied grain of Goswell Road, a key arterial road into the City of London.The choice of brick to help manage this blended transition between the new development and existing buildings was, therefore, significant with the Anicius brick from Vandersanden, successfully meeting WilkinsonEyre’s design ambitions.Its attractive colour hues and texture met the requirement of the architect’s CGI visualisation that had been approved by the planners and the Conservation Officer, the building being on the edge of the Northampton Square conservation area, and the brick was specified on review of a large sample panel supplied by Vandersanden.Anicius is a hand-formed, multi-coloured brick from Vandersanden with a sanded-coated and creased structure. The base colour is a warm brown which is muted by subtle tones of white, grey and ochre, achieved through the use of specific sand types in the brick’s surface covering.A total of 210,000 bricks have been used by contractors BAM to create the external walls of the new City Law School Building and meet the desired characterful aesthetic.The choice of the Vandersanden Anicius brick for this project was the result of much research into finding a brick with the desired aesthetics, which would also meet the technical requirements, including the detailing around the chamfered reveals of the library windows. In the end, this brick was a unanimous choice amongst those involved in the decision-making process.To find out more about the bricks used in this project or to see the wide range of high-quality bricks available from Vandersanden, click on the 'View more' link 

In 1858, Florence Nightingale expressed the following words: ‘Unnecessary noise is the most cruel absence of care which can be inflicted upon either the sick or well!’ Today, more than 100 years after, research shows that we are still struggling with noise wherever people live, work, sleep and recover.

Hailed as a biomedical research landmark, the state-of-the-art Francis Crick Institute is located next to St Pancras Station and was designed by HOK / PLP Architecture. The INTRAflex XT Heavy Duty Entrance Matting was selected for use to ensure effective removal of foot borne soil and moisture, keeping floors safe and clean.

Our Lady of Pity Catholic Primary School required a shade structure to protect their pupils from the sun in their school playground in Wirral, Merseyside. They had researched different shade products and felt that shade sails would be ideal for their project because they offer high UV protection and would create a vibrant array of colour in the playground.

A modern laboratory for educational use needs to perform every day. Students and researchers work under tight time constraints and must deliver high quality results. There is not much room for downtime if equipment fails or an incident happens. BROEN-LAB offers flexible laboratory solutions and emergency shower systems that work reliably for year after year.

Outdoor space is an increasingly sought-after commodity, with research suggesting that a well-kept stylish garden can add as much as 20% to a property’s value. Installing effective drainage is integral to the long-term health of a garden, which is why Langlea Garden Design and Construction pays close attention to the products it uses in its award-winning projects.

Block was pre-purchased by Stanhope for the project. Finished stone was manufactured at Albion’s Factory over a 50 week period. The Grove Whitbed was also used on the internals through the foyer and up onto the lift lobbies.The Building Research Establishment “BRE” provided the testing, which was completed in advance of the production programme as a direct result of the block pre-purchase.

Abingdon School, located in Oxfordshire, commissioned Hopkins Architects to design a new science building in 2008. The building was to replace the outdated facilities and provide modern teaching and research spaces for the school’s science departments. The resulting design is a striking and dynamic building with a distinctive form created by a series of angled, sloping roofs that follow the natural contours of the site.Hopkins Architects chose to clad the building in Michelmersh’s Hampshire Stock Downs blend. Its soft red tones ingratiate itself with the local vernacular while also being easy to maintain and ensuring long-term durability.The Abingdon School Science Building by Hopkins Architects has been a great success, providing modern and flexible teaching and research spaces that are highly valued by students and staff. The building’s innovative design and sustainable features have won numerous awards, including a RIBA Award and a BREEAM Excellent rating. The building seamlessly integrates into its historic surroundings, enhancing the school’s facilities and reducing its environmental impact.

Research highlights the importance of hand drying in infection control – and points to electric hand dryers as the best method of hand dryingWhile the benefits of washing your hands have been understood for more than a century, the benefits of hand drying are yet to become public knowledge. Equally, the best method of hand drying has historically divided opinion.

This exciting project involved a collaboration between iKoustic Soundproofing, the Zabludowicz Collection and Internationally acclaimed, London artist Haroon Mirza which fuses Science and Art to construct what is called an Anechoic Chamber. This silent space is designed for experimental and experiential research purposes on the idea of ‘A Partnership Society’ taking influence from Riane Eisler’s stance on societal progression.

The Maxwell Centre at the University of Cambridge is a centrepiece building created to pioneer revolutionary “blue skies” research and industrial partnership in the physical sciences. The building named after physicist James Clerk Maxwell will offer laboratory and meeting spaces for more than 230 people. Lindner installed a customised LMD-St expanded metal canopy ceiling with a bronze PPC finish.

Knauf Insulation has been appointed as Bellway Homes’ insulation partner for an innovative project to measure the impact of low and zero carbon (LZC) technologies on energy consumption. Bellway’s experimental house ‘The Future Home’ has been constructed within Energy House 2.0, a controlled environmental chamber located at The University of Salford. Energy House 2.0 is the largest research facility of its type, with two chambers able to accommodate two detached houses each. The controlled environment can recreate a wide variety of weather conditions, with temperatures ranging from -20˚C to +40˚C, as well as simulated wind, rain, snow, and solar radiation. This allows housebuilders to monitor the performance of different builds and LZC technologies through year-round conditions, in just a matter of weeks, aiding the transition to net zero design. We spoke to Jamie Bursnell, Technical and Innovation Manager for Bellway Homes, about the aims of their forward-thinking project: “We want to identify the sweet spot where fabric is optimised alongside space heating and energy-efficient services, like solar photovoltaics and battery storage. Finding the best combination of these elements will allow us to design homes that are energy efficient and economically sustainable, both for developers and homeowners.” The Future Home Bellway’s ‘Future Home’ is a three-bedroom timber frame house, built to the current Part L 2021 (England) standard. A specification upgrade is scheduled to take place mid-way through the trial, increasing the build’s energy efficiency to an indicative 2025 Future Homes Standard. “Ultimately, our aim is to optimise the U-values of the home” Jamie explained, “but that needs to be based on real, in-use data, not just notional designs. With the home up and running, we’re now measuring its in-use energy performance against our design. After the mid-trial upgrade, we’ll measure again to see the impact on the build’s overall energy efficiency.”  Bellway is using sensors within the home to monitor its performance under a range of environmental conditions. To do this effectively, Bellway needed a reliable, high-performing fabric, capable of meeting both current and future building standards. Optimal results They turned to Knauf Insulation, who provided product advice, design input and U-value calculations to determine the best insulation for the job. For the initial build, Loft Roll 44 glass mineral wool insulation has been installed in the loft. FrameTherm® Roll 35 has also been installed to meet U-values of 0.18 W/m2K in the external walls. During the mid-way trial, upgrades will be made to the insulation, to reduce the external wall U-value and help reduce air movement within the cavity, which can negatively affect thermal performance.  Jamie noted, “Knauf Insulation has provided technical assistance to a very high standard and their U-value and Psi-value calculations are always reliable. We chose products from their Loft Roll and FrameTherm® ranges because they combine quality performance with cost-efficiency, both of which are essential to the success of our project.” Energy House 2.0 and The Future Home allow us to see how LZC technologies could be most effectively implemented in future years. But the insulation requirement will remain unchanged; reliable thermal performance will continue to be an essential component of any energy-saving home and it’s already available today, with the right specification. Learn more about Part L and the housebuilding sector, at our Housebuilders Hub

The £45 million world-class School of Management is the flagship building of the University of Bath. The seven-storey building brings together the entire school under one roof and is a place to inspire new levels of collaboration and showcase the excellent learning, research, and industry partnerships available.The three principles of the design are flexibility, transparency, and collaboration. At the centre of the building is an impressive atrium with a feature steel staircase.   Within the atrium is the pavilion, a double height space flooded with natural light has been designed as a hub of activity where great minds meet. The buildings two arms emerge from a central node, each wing housing an array of academic and research space. The design brief called for openness and transparency which was achieved by the use of Lusso glazed partitioning throughout. The Lusso 25 glazed system and Silenzio doors were used to enhance and divide up space which at the same time allows natural light to filter through the building and encourage connectivity. Where the design required glass partitions in excess of 3.5 metres height the Lusso 105 glazed system was selected to meet the structural requirement which has created a visually impactful atrium.

Royal Marsden HospitalBauder LiquiTOP cold applied liquid waterproofing systemSynopsisThe Royal Marsden Hospital located in Surrey, established by Dr William Marsden, 1851 for the treatment and research into cancer.Bauder Building BoardProject:Royal Marsden HospitalProject type:RefurbishmentLocation:Sutton, SurreyWaterproofing:LiquiTOP Roof size:315m²Specifier:Blenheim Roofing Services LtdApproved contractor:Blenheim Roofing Services Ltd

Standing tall in a prime location at the entrance to the Salford Quays – one of Greater Manchester’s most vibrant and prominent media and culture hubs – Anchorage Gateway is here to make a statement. The 250,640 sq ft, 29-storey residential high-rise, completed three months ahead of schedule, is set to be the tallest residential brickwork building in the UK.  Yet, behind this traditional brick façade finish is a design that demanded a modern approach to diverting moisture from the cavity to the outside of the building, using construction methods far more efficient than the conventional. Key information Completion date September 2023 Sector Residential Developer Cole Waterhouse Main Contractor Domis Construction Façade Contractor Kinlan Brickwork Delivery Architect Jon Matthews Architects  Products used Siderise CT Cavity Tray  Design and specification Representing the gateway entry point into Salford Quays, the build-to-rent (BTR) Erie Dock Apartments (Eda) development replaced a vacant four-storey office block of 1990s construction with a building designed to offer a truly contemporary residential experience. Hosting 290 apartments of various sizes and private amenities such as co-working spaces, a fitness studio, a screening room, and more, it was important that the building’s exterior reflected a feeling of home and community, giving it a sense of place in this rapidly developing part of the city.  The building’s L-shaped footprint is emphasised by the use of stepped massing, with the slimmer block extending to the top of the building and external rooftop terraces at the crown of each ‘block’. Each elevation is constructed from pale-coloured brickwork, supported by an SFS System and concrete core works, giving the building a solid and striking, yet clearly domestic feel in an area dominated by glazing and cladding.  Moisture management is a fundamental element of any masonry construction, and cavity trays must be installed to ensure that any rainwater entering the wall cavity through the external brickwork is directed away from the inner structure, reducing the risk of internal damp and mould. Main contractor, Domis Construction, and brickwork contractor, Kinlan, had previously been using the traditional approach comprising metal cavity trays. However, in their search for a more efficient method that could improve the speed and cost of delivery without compromising on quality, they came across Siderise CT Cavity Tray.  After carrying out their due diligence, the team engaged the Siderise Site Services to deliver training onsite, which included a benchmark installation. It was then that Domis Construction and Kinlan realised the huge labour and time-saving benefits Siderise CT Cavity Tray could offer and that ‘it did what it said on the tin’. The factory-engineered system was subsequently trialled on a section of another Salford project before being put forward to the fire consultants and building control officers for the high-rise Anchorage project.  The CT Cavity Tray achieves an A2-s1, d0 reaction to fire classification to EN 13501-1, is BBA certified and can comply with NHBC, LABC and Premier Guarantee warranty requirements.  David Ashworth, Project Manager, Domis Construction: “Siderise CT Cavity Tray has been a gamechanger for us. We’d been using traditional all-metal cavity trays, site-formed and pre-formed. Even though we’d used Siderise Cavity Barriers and Firestops before, we were somewhat unsure about this single-fix tray and insulation combo at first.   Nevertheless, we researched the product, confirming that it met regulatory compliance criteria and seeing the potential benefits in terms of time saving ability, labour cost reduction, and scaled-down site complexities associated with specialist tools, equipment, and segregated workshop areas for onsite fabrication.”  Installation and inspection Over 3,200 units of Siderise CT Cavity tray were used on the project, helping to realise installation benefits that carried real value for the project. On previous projects where traditional cavity tray solutions were used, the installation teams would need to share masts with the bricklayers on a 50/50 circa ratio. This meant that the bricklayers would take longer to complete their job, due to the time it would take to form and fit the cavity trays, as well as other products, ahead of them.   By using the pre-engineered Siderise CT Cavity Tray, which combines a flexible aluminium tray with non-combustible insulation, the installation team was able to install this lightweight element much faster with just a cutting knife and sealing tape for joining at details such as corners or windows. The requirement for specialist equipment, isolated onsite workshop zones, vast site storage facilities, soldering, sealants and installing insulation as a separate fix and was eliminated, enabling them to free up mast usage, with an estimated ratio of 70/30 in the bricklayers’ favour, speeding up the build programme.   David Ashworth, Project Manager, Domis Construction: “Working with our brickwork contractor, Kinlan, the Siderise Site Services team came down and delivered an in-person practical training programme before the install and it was during this in-depth session that we started to realise the operational advantages it would have. They have also been supporting us continually on the build, checking how we are installing their product and giving us any advice necessary to ensure a top-class delivery.”  Summary Anchorage Gateway demonstrates, with tangible evidence, how traditional building methods can be improved using modern products that have been engineered and tested to meet the demands of contemporary construction, allowing the creation of beautiful brickwork buildings without sacrificing on speed or quality of build.  

Background Infomation:Wright Lab: Exploring the Invisible UniverseSurespan designed and manufactured a flush floor hatch for the Yale University Wright Laboratory, home to Yale’s iconic particle accelerator, the 100-foot-long atom smasher. In 1987 it was the most powerful particle accelerator in the world and led the research in astrophysics. The Atom Smasher was shut down in 2011 and disassembled in 2014.The projectAs part of a comprehensive renovation, Christopher Williams Architects LLC transformed the concrete bunker-like structure into a series of day-lit workspaces. The central building was opened to become a place where scientists, students and experts could interact. This space also hosts events and researchers from around the world. The design brings natural light into the building and emphasizes collaboration through transparency.Products:Surespan designed and manufactured a 2.7m x 4.5m (9ftx15ft) stainless steel flush floor hatch. The floor door has been reinforced to support a live slow-moving wheel load of 17 tons. (FACTA Class E)Due to the weight of the floor door, the hatch is operated via a hydraulic cylinder and an electrically driven power pack. The finished cover uses Sure-Grip anti-slip surface coating.

With state-of-the art facilities and interior design features throughout, it is little wonder that AccorHotels UK wanted to create a warm, welcoming and unforgettable first impression as guests entered their £90 million hotel. Whilst researching options, Joey’s team came across Dimplex’s Opti-myst® effect, which uses unique, state-of-the-art, patented technology to create the world’s most realistic electric flame effect – a highly convincing illusion of ‘flames’ and ‘smoke’.

Project BriefThe James Dyson Building and the Dyson Centre for Engineering Design at the University of Cambridge officially opened in May 2016.The technology hub was designed by Nicholas Hare Architects and funded in part by a £8m donation from the James Dyson Foundation, and will give some of the world's brightest young engineering students access to advanced laboratories.The Department’s priorities were for a low-energy building (targeting 100kWh/m2/annum total) that would showcase the state-of-the-art work of the Department and be sustainable.The ProjectThe James Dyson Building is located within the Cambridge Central Conservation Area and is also adjacent to the Grade II listed Royal Cambridge Hotel. Care was taken with both the scale and materiality of the building which was closely scrutinized by the Cambridge Design and Conservation Panel.The James Dyson Building provides flexible and highly energy-efficient research, seminar and meeting spaces for post-graduate students at the University of Cambridge’s Department of Engineering.Linked by an atrium to the existing Department buildings, the new facility is located on a prominent and sensitive site within a conservation area and at a major gateway into Cambridge.Much of the concrete frame of the building is exposed internally to assist in maintaining thermal stability and natural ventilation is encouraged using a series of chimneys running through the building.Research groups worked with the contractor to incorporate active stress sensing of the concrete frame and low-carbon, magnesium blocks were also used in the build.A large proportion of the construction cost was met through a generous donation by The Dyson Foundation.Help from Tarmac - Limelite Heritage Lime MortarWe supplied Limelite Heritage Hydraulic Lime Mortar in bulk bags & 25kg bags to the new James Dyson Building in Cambridge. The product was a pure hydraulic lime bedding masonry mortar M2.5 but due to its versatility, durability and sustainability met all the requirements of the architects. This lime mortar is ideal for projects such as this one because it is a cement-free product and so recreates an appearance in keeping with the history of the adjacent buildings with a modern aspectOutcomesThe James Dyson Building for Engineering will support world leading research in areas including advanced materials, smart infrastructure and electric vehicles. Fibre-optic sensors in the foundation, piles, columns and floor feed back live data, about temperature and strain – providing a picture of how the building is behaving. The result is a building that’s more of a living creature than a passive block of material: we can ask the building how it’s feeling, and the building can reply.The Dyson Centre for Engineering Design will teach students about the design process – and provide space for over 1,200 undergraduate engineers to conduct their research."This new space for Britain’s best engineers at the University of Cambridge will catalyse great technological breakthroughs that transform how we live."Sir James DysonAWARDSRegional Finalist: Civic Trust AwardShortlisted: RIBA East AwardShortlisted: RICS Award - Design Through Innovation

Our E130 Elite has been certified by the LPCB to security rating SR5/E10 and is approved for use in national infrastructure and national security situations.Research conducted by NPSA has demonstrated roller shutters have the potential to provide a significant delay to forced entry by marauding attackers using bladed weapons, firearms or placing explosive devices in contact with the roller shutter.This E130 Elite was installed outside the entrance revolving doors to offer immediate and high security protection for this base.

Stepnell Ltd selected Orbis balustrades with glass infill to fulfil the vision of a luxury retirement living community at the £29m Brio Retirement Living project, Beechwood Park.Designed with a wide range of community facilities and communal areas, Delta supplied over 600m of balustrades for the balconies and stairs.The project has since been awarded the Building Research Establishment Environmental Assessment Method (BREEAM) “Very Good” standard rating and BRE HQM (Home Quality Mark) Level 3.

This premium retailer required security shutters for their icon building on the corner of South Molton street, that still afforded passer by a view into the store when it was closed to showcase the incredible products in-store.The ChallengeThis premium retailer required security shutters for their icon building on the corner of South Molton street, that still afforded passer by a view into the store when it was closed to showcase the incredible products in-store.Bosideng was created in 1976. Devoted to down jacket research, design and production, and now available in over 72 countries including their UK London flagship store on South Molton Street.Given their their premium apparel and high level of interior design/merchandising, led them to the Tube & Link product. Bosideng was created in 1976. Devoted to down jacket research, design and production, and now available in over 72 countries including their UK London flagship store on South Molton Street.The SolutionThe Tube and Link security shutter uses small steel components to create large openings, for very high levels of vision through the shutter while it is closed.It is commonly installed on shop fronts, either indoors as a standalone barrier (such as within shopping centres), or behind glass on a street front scenario. This version benefits from an aluminium box and guide system.

After extensive colour research, Tinto Architecture specified Forbo Flooring Systems' acoustic floor covering, Sarlon, in an array of striking colours, in order to create an interior that had a profoundly positive effect on both patients and staff at The Royal Aberdeen Children's Hospital. The array of calming and mood-boosting colours from the sarlon collection is also combined with the benefits of 15dB impact sound reduction and easy maintenance. What's more the project went on to be recognised for a commended award in the 2016/2017 Fly Forbo competition.

The Research and Translation Hub at Imperial College, London forms the centrepiece for the innovation district in White City. The completed design for the central atrium wholly pushed the boundaries of performance glazing. Planet AG worked with PLP Architecture to ensure the project stayed commercially viable whilst maintaining the desired impressive design. Curved glass, which reached up to 3.4 metres tall on floors 2-6 and a staggering 5 metres tall on the ground floor had to be heat soaked toughened and was up to 25.5mm thick to support the weight.

Premier Security & Fire fabricated and installed three Secured by Design steel security gates and fencing for instructing clients MDP Communications Services at their project in King’s Cross, North London.Premier’s gates have been tested by the BRE (Building Research Establishment) achieving LPS1175 SR2 security status and sit alongside our dual-certified LPS products in a portfolio of more than 250 designs, including communal entrance doors, screens and curtain walling.Check out our website for more information. www.premier-ssl.com

The architectural team at Henley College, a sixth form college in Oxfordshire, specified EB24 steel windows for the refurbishment of one of its two sites, ‘Rotherfield’. The Victorian Gothic style building had original white steel windows which after 150 years of use were no longer fit for purpose. After researching the market, EB24 was chosen as the right product to replace the existing windows due to its elegant appearance, ability to be made into beautiful patterns to match the existing windows, great security and energy performance.

A portfolio of Rockfon acoustic systems feature throughout the former British Gas Engineering Research Station (ERS) where iconic 1960s modernism meets 21st Century needs following sensitive and innovative refurbishment on a grand scale.The former ERS building at Killingworth has a very strong architectural pedigree. The 50,000sq.ft. Grade II* listed structure sits within a ten acre site and was the brainchild of pioneering architectural partnership Ryder and Yates. Built in 1967, the starkly beautiful, uncompromising construction was influenced by such luminaries of modernism as Le Corbusier and Lubetkin.Collaboration delivers heritage sensitive solutions Rockfon were very pleased to have been selected for the project and to have worked with RIBA Chartered Architects, Ainsworth Spark Associates on the specification of acoustic ceiling and wall systems for such an important and sensitive undertaking on behalf of property owner and main contractor North Tyneside Council. The building is now a fit for the future, multi-use resource which includes public access areas, open plan work spaces, smaller offices and meeting rooms. A primary eco-drive for the project was to bring the building back into use rather than wastefully demolish it only to build a new facility elsewhere. Recognition and respect for the building’s listed status were at the forefront of the architects’ plans. The development offered Rockfon the opportunity to demonstrate a portfolio of acoustic systems to match the particular demands of each space throughout the building.Rachel Charlesworth of Ainsworth Spark Associates talked about the project, “We needed to expose the history of the building and respect its architectural heritage whilst delivering a positive, modern working environment. An example of this was to painstakingly remove original service grid, thoroughly clean all components, down to each nut and bolt, and reinstall to help tell the historical story visible above the Eclipse Islands. The Rockfon team worked closely with us, providing solutions, particularly for the 1st floor concourse. Rockfon Blanka® X with a concealed grid and bespoke edge trim delivered the smooth, seamless appearance we were looking for to fantastic effect. The new ceiling systems clearly define the refurbishment and were a crucial part of the build.”Rockfon Blanka® offers a wide choice of options for installation and usage. Its smooth high white surface is non-directional, speeding up installation, saving time and money. The range embodies Class A sound absorption, 26dB – 46dB room to room sound Insulation, 87% light reflection and >99% light diffusion. Blanka B was also used as wall panels. All Rockfon acoustic systems are made from naturally occurring inert volcanic rock stone wool, are non-combustible and will not harbour harmful microorganisms and bacteria. Rockfon also contributes to a more sustainable future. They are recyclable and have a high recycled content, supporting the closed-loop circular economy, and are certified to leave a positive impact on people and the planet as the firm’s latest Cradle to Cradle certification confirms. Architectural legacy meets modernityThe building’s interiors use a pared back palette of greys and light wood to great effect with occasional elements picked out in blue. Original floor to ceiling strip windows and new, glazed screens, allow light to filter through.In the vast, open plan work spaces around 600 square format Rockfon Eclipse® Islands have been used to control sound and diffuse the visual impact of the exposed mechanical and electrical services above. These elegant, frameless acoustic islands are suspended in a linear formation by wires affixed to the three metre high plenum but they can also be installed using a suspended grid or fixed directly to the soffit. They absorb sound on both sides, helping to reduce reverberation time and improve ambient sound levels. Their smooth, deep matt, super white surface has anti-static properties which extend product life. Elsewhere in smaller spaces, Rockfon® Koral™ and Rockfon® Tropic™ tiles were used. Dimensionally stable, each has an attractive moisture resistant surface. Installed with semi-concealed or visible grid options they both offer Class A sound absorption and Class A1 fire safety.Rockfon expertise and support always availableKD Building Solutions were responsible for the ceiling systems installation. The firm’s John Duffy, “We wanted to develop our expertise in ceiling installation and this project certainly gave us the opportunity to do that. We faced challenges due to the need to protect the listed interiors and the re-use of original materials but Rockfon’s Jim Lundy was always available to offer support and advice. Thanks also to Minster, Newcastle for ensuring Rockfon materials were there on time. The completed installations look and perform brilliantly.”

Optimised levels of natural light and ventilation have transformed a Grade II Listed Building into a highly productive learning space The main challenge for Newcastle-based Xsite Architecture was to refurbish the Hawthorne building so that it created a space where students wanted to congregate in the communal areas beneath, yet still satisfied Listed Buildings’ requirements and maintained the feel of the industrial heritage of the site. A key requirement was high levels of natural light and ventilation and the architects took their lead from the mounting body of research that shows how these elements can increase learning capacity.

Begbroke Innovation Centre - the new multi-use building at Begbroke Science Park will help small and medium-sized science businesses take their projects to market, and provide facilities for researchers from the University. The open space outside the new building comprises of a number of straight and curved gabion walls, which on their own do not provide any suitable seating for users. Furnitubes supplied a number of Lapa gabion seat and bench platforms for the new building, which were installed on the gabion walls outside the facility offering new comfortable seating provision for everyone.

Aptly named The Manzoni, the new 100-cover restaurant by Tom Dixon's Design Research Studio pre-opened at the beginning of April 2019 to coincide with Milan Design Week, and re-opened just after Salone as a permanent restaurant.After a year's absence Tom Dixon returned to Milan and rethought how a design brand can embed itself into the heart of Italy's commercial and cultural capital. Monochromatic and crisp, with metallic and marble accents, the restaurant – which correspondingly functions as a showroom – is also warm and inviting. And every single item inside it is also for sale.