"structure"

Client: Tottenham Hotspur Football Club Design: Populous Main Contractor: Mace Main Products Used: Emshield DFR2 and Emseal Security Seal SSW2Tottenham Hotspur Football Club has moved into its new home which also has a partnership with the American NFL that will see at least two major American football games played at the stadium each season. This was made possible by the innovation of a retractable natural grass pitch, which will be used for Spurs home fixtures and an artificial multi-use surface underneath for the NFL matches, plus concerts and other events. With a seating capacity of 62,000, the Tottenham stadium is designed to ensure that the spectators are closer to the pitch than at any other comparable ground in the UK. It also includes the UK’s largest single tier stand, which will hold up to 17,000 fans in the Spurs home-end. As is typical for modern stadium design, there was a critical requirement for wide and high movement joint sealing systems in several important areas. These included joints in the plant service areas and walkways over prestige VIP and hospitality suites that also had to provide fire resistance, plus the important and often difficult heads-of-doors joints. These requirements were all safely and securely met using Emseal DFR-2 and Emseal SecuritySeal SSW2 respectively

The 2,500m2 basement extends beyond the property where a blue-green roof will be created over a suspended podium deck to form part of the garden. The Triton team worked closely with waterproofing and blue-green roof design specialists, EPG, to create a waterproofing strategy and utilised a comprehensive Construction Quality Assurance protocol agreed between Triton and EPG. The Triton team had been called in by main contractor, Era Build Ltd, to replace a previous supplier who had been unable to provide a warranty. After detailing was complete; Triton Approved Contractor, Cast Contracting Ltd (CCL), installed the systems.

This large new-build structure required to be waterproofed to meet BS 8102:2009, the British Standard for the Protection of Structures against Water from the Ground requirements. As it is not possible to determine the amount of potential water pressure surrounding the structure, BS 8102:2009 states the waterproofing designer should expect a head of water against the structure at some stage during the structure’s service life.

BACKGROUNDAs part of its response to Covid-19, the UK Health Security Agency (UKHSA) commissioned a globally important ‘mega lab’, the largest of its kind in the UK, to be delivered on a fast-track schedule. The facility would offer world-leading testing and diagnostic capabilities.BRIEFMIDDAS worked with Mace, WSP and HOK to design a freestanding structure as an ideal solution. The project was delivered by Tier 1 contractor Balfour Beatty, with MIDDAS appointed to manufacture the freestanding structures, laboratory partitioning, door sets, vision panels and walk-on service deck. The laboratory lines would be constructed within an existing lightweight steel frame building, so the ability for M&E services to be supported from the MIDDAS structure was a critical factor. This ensured no load was added to the building structure’s framework and eliminated the need for any structural modifications.SOLUTIONMIDDAS provided its M100 bi-panel wall system and associated structural framework as a purpose designed freestanding structure, configured in a variety of specifications. The laboratory environments were designed to operate at negative pressure, with third party MEP and ceiling system supported off the structure. A walk-on service deck provided maintenance access across the complete structure, with built-in edge protection at the perimeter of the facility.CLIENT QUOTE"MIDDAS were identified as our key supplier based on their delivery of previous fast-track freestanding healthcare projects and prefabricated system build solutions. They were able to meet every challenging technical requirement we put forward and still deliver to the super accelerated, time-critical programme of works."Frank Randles, Business Unit Director, Pharma & Life Sciences, Mace

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

Shooters Sports bar is a modern sports bar located in Neath Town Centre, a principal area of Port Talbot, Wales.  A popular venue, well known for its 6 screens showing live sports, licensed bar and pool, American pool and snooker tables.Delta Registered Installers, Tywi Damp Proofing were first approached to offer remedial assistance with a section of wall which was experiencing severe water ingress.The structure being of reinforced concrete and old wall construction was allowing water ingress via cracks in the structure.Most faults in older structures which allow water ingress are either damaged or deteriorating mortars.Any cracks in the brickwork or substrates will also allow water to enter a structure and would need addressing in creating a Grade 3, habitable space under BS8102:2009 “Code of practice for protection of below ground structures against water from the ground”.Prior to proposing remedial works, ground water assessment, drainage and associated risk assessments were all undertaken.

The O2 arena's roof needed state-of-the-art acoustic engineering to eliminate virtually all nuisance ambient noise (bass thumping) outside the arena contributing to fantastic acoustics inside the structure.The complex roof design featured several layers of different density barrier materials to deaden even the lowest bass frequencies, all carried on special acoustic deck structures. The structural deck troughs were filled with ROCKWOOL RW4 insulation, with ROCKWOOL Acoustic membrane over and a 50mm Rigidal intermediate deck.

The three-storey structure designed by FaulknerBrowns, includes library and exhibition space, IT suite, 3D printers, and café. The development, completed in October 2016, is part of a £100 million regeneration masterplan which partners South Tyneside Council with Muse Developments. Creating a curved structure can pose a challenge, but the Kingspan TEK Cladding Panel was successfully engineered to provide a smooth, highly insulated exterior envelope. To achieve this, the structural insulated panels (SIPs) were designed and factory cut into narrow widths. This allowed them to be quickly and easily fixed to the concrete frame.

In Clerkenwell, McLaren constructed a new office building with a basement to provide a total 97,000 sq ft of office space. McLaren utilized the existing basement structure which meant the exterior of the structure wasn't accessible. This meant that it was appropriate to use a cavity drain system. FIS worked closely with Henry Construction Projects and Veretec to provide a complete waterproofing service. Designing a system to fit around the existing structure was the challenge. FIS were able to advise on the correct installation process and provide regular quality control checks. Images courtesy of turnmillec1.co.uk.

Canal were approached to manufacture and install an exclusive feature staircase for a private residence in Derby. The Cantilever staircase structure was manufactured in mild steel and features American Black Walnut box treads with a laminated glass balustrade.The upper floor featured structural glass balustrading with a stainless-steel slotted handrail that connected to the staircase structure. The handrail was fully welded, satin polished and featured a floating balustrade. The treads underneath the staircase featured strip lights to create ambience and blended perfectly with the contemporary and minimalistic features of the property. The client commented that the finished structure ‘looked superb and was pleased with the overall result’At Canal Architectural we take on board all specification requirements to ensure that the finished staircase design is functional, practical and aesthetically pleasing. The Canal site team worked closely with the contractor to ensure smooth fitting in line with current UK building regulations.

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

What are curved and cantilevered pergolas?Curved and cantilevered pergolas are intricate designs of raised structures that can be free standing or fixed to an existing building or structure.They are complicated elements of a project and aren’t usually something designed on site. Manufactured in a workshop by skilled professionals, then taken to site in kit form for a rapid installation.Depending upon the design, the curves are manufactured from simple fins or box section and curved to a radius during manufacture. The design may call for the curved arrangement to be manufacture from straight pieces, this does reduce price but can look facetted.Cantilevering raised structures and pergolasFor years, these raised structures have been designed with a cantilevered design. This causes complications for the structure due to the weight, bending moments and behaviour of solid or laminated timber. The solution has been to create flitch plates and stiffening beams in steel which would then be wrapped in the timber. This is a costly affair and required Structural Engineers to provide detail and calculation for these structures. They then take excessive time on site to install and can sometimes be cost prohibitive.Technowood solves pergola problemsThe use of Technowood for complex pergolas is now an integral material for modern structures. Technowood can span up to 7.5 metres in the normal production of these structures, this would be for an unsupported form. If design requires dimensions over this then Technowood can use GRP to then create lengths of up to 12.5 metres.“There are also other benefits by using TechnoWood”It can be A2 fire ratedMuch lighter than solid timberUp to 60% quicker on installationNo flitch beams nor unnecessary reinforcingNo visible fixingsWarranted for 20 yearsFSC and Environmental Product DeclarationAnd it looks like timber … because it is wrapped in real timber veneer.How to design a perfect PergolaOf course, designers and Architects don’t need us to tell them what to design… We do help with the connections and advise on how the whole package is assembled. Do give us a call and we can send over the DWG’s, DXF’s and SKP’s, these will have all of the elements on the Technowood portfolio of you to use in your design.Technowood do have in-house designers that offer solutions should you require. You can visit their office and showroom which is based in the Sky House design Centre, Amersham. Top of the Metropolitan line on the tube…

The design of the new University of Gibraltar building emphasises transparency and openness while retaining the integrity of the historic structure. Glazed facades and glass balustrades are positioned in striking contrast with original structures such as brick vaults. Fusing a historic fabric with modern design elements presented numerous challenges. It required close cooperation between Q-railing and the architect. In all the glass balustrade systems, they needed to achieve a demanding resistance parameter, in accordance with British Standards. Q-railing provided the Easy Glass Pro structural glass railing and constructed and tested the balustrade, certifying values required by Building Control.

Set to be the tallest building in Africa at 250-metres with 55 stories, Mohammed Tower IV is a new high-rise tower designed by Rafael de la Hoz & Hakim Benjelloun to resemble a rocket on its launch pad. The striking development will be visible from 50km in all directions and forms the centre piece in the Bouregreg Valley Development Project, which plays a leading role in the development programme for Rabat, ‘the City of Light,’ in the Moroccan Capital of Culture. Once complete, the project will provide a luxury hotel, commercial offices, high-end residential apartments, and a viewing sky terrace.The ChallengeSustainability and energy efficiency are both primary design considerations in this project, with the client aiming to achieve LEED Gold and HQE quality standards. LEED certification provides an independent guarantee of a building’s green features, with a LEED Gold rating representing first-class leadership in resource-efficient building design, construction, operations, and maintenance.Farrat were contacted via our export partner in the GCC region, UniGroup, to supply a high-performance, robust, and certified fire-resistant thermal break solution to mitigate against thermal bridging across façade connections for contemporary facade design company Glassline Abu Dhabi. Farrat Structural Thermal Breaks are favoured across the construction industry, as the most efficient & responsible way to thermally separate structural connections and prevent heat loss in the building envelope.The thermal breaks would form part of a wider sustainable construction program, alongside smart energy efficiency systems such as 3350 m² of photovoltaic solar panels on the South façade, rainwater recovery and wastewater recycling systems and an internal energy recovery system to produce hot water.The SolutionFollowing a review of the connection designs, Farrat TBF was selected as the optimal structural thermal break material for extensive use across the façade connections of Mohammed Tower, to prevent heat transfer through steel beams where the external building aspects meet the interior.Farrat TBF is an A2 rated non-combustible structural thermal break material capable of maintaining superior structural performance at temperatures more than 1000°C. Farrat TBF also provides high-level thermal performance to solve structural thermal bridge issues and exceeds all current fire regulatory requirements for buildings above (and below) 18m.Following several high-rise fire tragedies across the globe, increasing numbers of building designers are looking to go beyond the standard when it comes to fire safety.The DesignThe inherent non-combustible composition of Farrat TBF was the solution to the fire element of the design, allowing unrestricted use in the high-rise construction. Use of the material’s remarkably high compressive force resistance allowed Farrat to assess the transmission of loads through the structural connection, sufficient to maintain performance under influence from weather stresses.The Outcome“In designing and securing this high-performance project, Farrat utilised the full extent of our material research & development skills and harnessed our extensive experience of thermal bridging projects in all climates and circumstances around the globe,” states Chris Lister, Commercial Manager of Structural Thermal Breaks at Farrat.“The resulting construction details are to the highest levels of structural and fire safety performance whilst also being beautiful in their simplicity.”Structural Thermal Breaks with FarratFarrat Structural Thermal Breaks are favored across the construction industry, as the most efficient & responsible way to thermally separate structural connections and prevent heat loss in the building envelope.#onamission

The full I-House system package was used for each unit, comprising the structural inner skin, insulation, floor cassettes, roof cassettes, soffits and facias. The I-House system is manufactured offsite by Roofspace Solutions who also supply a 3-person team and crane operator to create each structure. 

Bespoke structural glazing solutions deliver natural light and ventilation to the cutting-edge design of the University of Cambridge Primary School.350 square meters of structural glazing from VELUX Commercial was installed to bring natural light and ventilation to the University of Cambridge Primary School – part of a much larger expansion project

Repair and restoration of decaying structure

One Tower Bridge is the home for a new 900-seat theatre built for the London Theatre Company on the South side of Tower Bridge called the Bridge Theatre. The theatre is one of the largest to be built in London in the past 100 years.To protect the residential accommodation that wraps around the theatre the acoustic consultant specified that the theatre be built on a 200 mm concrete floating slab supported on springs (Stravifloor Deck). The structural engineers specified that the floating slab must spread the loadings of the theatre structure as much as possible to the supporting structure beneath.CDM Stravitec’s in-house structural engineers used finite element analysis to optimise the load spread of the floating slab whilst retaining the acoustic requirements. The optimised design incorporated 4,300 springs with higher concentrations of springs where the imposed loads were greatest.Reinforcement density was also increased in the higher loaded areas to optimise the load spread characteristics of the slab. The floating slab was installed within a very tight timeframe of 3 weeks in order to comply with the project build programme.

The Sixtine room, near to the chapel of the same name in the Vatican welcomed an exposition of fabulous old religious art objects. Branko Siladin used Structural Barrisol Lumière as luminous support for retables and crosses, luminous base for chests and luminous showcase for statues. This structure was perfectly adapted in this historic place creating a harmony between the prestige of a place and the prestige of a product.

One Vere Street is an extensively redeveloped office building behind a handsome period facade. The property has been finished to an exceptional standard and boasts a number of interesting features including a structural glass staircase. The project was carried with Corley + Woolley. Structural alterations and Cat ‘A’ fit out over 5 floors on the corner of Vere Street and Oxford Street.

Canal Architectural were approached to design, manufacture and install luxury feature staircases, balustrades and screens for a commercial space in Bond Street. A leading commercial design company collaborated with the Technical Sales Team to engineer bespoke architectural metalwork for this world class project.The 14,500 sq ft of commercial space in the heart of London was developed to connect its employees and working spaces together over 10 floors. The Zig Zag profile staircase structure and flat bar balustrade featured hidden structural steelwork supports with a site applied bronze effect paint finish. The fully cantilevered stair structure spanned over 6 floors and featured flat bar balustrades and underside soffit panels, all site sprayed in a contemporary bronze effect finish. Another staircase structure spanned over 2 floors and featured hidden structural steelwork supports, wall panels and mild steel flat bar construction.Canal Architectural worked closely with the team to engineer various bespoke items for the development including bespoke planters, balustrades and screens. The entire development was transformed into a contemporary co-working space for the specialist real estate firm.The Canal site team worked closely with the contractor throughout the entire installation process to ensure smooth delivery in line with current building regulations. Canal Architectural are proud to have worked on this extensive redevelopment programme to engineer exquisite architectural metalwork designs for this landmark commercial space.

The Royal Blackburn Hospital, located in Lancashire, England, was dubbed a “ticking time bomb” that could “collapse without warning” due to the failure of its existing reinforced autoclaved aerated concrete (RAAC) roof. This issue was part of a larger nationwide crisis, with 34 NHS buildings, including Blackpool Hospital, and thousands more schools, offices and more at risk of collapse due to the deterioration of RAAC structures. The estimated cost of repairs for these buildings loomed at over £1 billion. In the face of this urgent and challenging situation, The Royal Blackburn Hospital sought a solution to ensure the safety and integrity of its infrastructure.The Royal Blackburn Hospital's existing RAAC roof had reached a critical state of disrepair. The risk of a catastrophic collapse was real and imminent, posing a serious threat to patients, staff, and the hospital's ability to provide essential medical services. The financial burden of repairing or replacing such a roof was substantial, and the hospital needed an innovative, cost-effective, and expedient solution.The hospital administration and engineering team explored various alternatives to address the RAAC roof crisis. After careful evaluation, they opted for Britmet's Tactray 90 Structural Liner System as the best solution to mitigate the risk of a roof collapse. Tactray 90 offered the necessary structural reinforcement while ensuring long-term durability and stability. The installation could be completed with minimal disruption to hospital operations, a critical consideration given the hospital's 24/7 operation.Project Outcomes:Implementing Britmet's Tactray 90 Structural Liner System at The Royal Blackburn Hospital resulted in several significant benefits. The hospital's roof regained its structural integrity, mitigating the risk of collapse. The hospital saved a substantial amount by opting for the Tactray 90 system as it provided a weatherproof roof covering to minimise the impact of construction so that the hospital could resume full medical services quickly, ensuring continuity of patient care. Conclusion: The Royal Blackburn Hospital's adoption of Britmet's Tactray 90 Structural Liner System offered an innovative solution to a critical structural problem caused by the failure of the existing RAAC roof. This case study demonstrates that even in challenging situations involving aged infrastructure, cost-effective and efficient alternatives exist to safeguard structural integrity, ensure safety, and enable the continued provision of vital healthcare services. The success of this project serves as a model for other NHS facilities grappling with similar RAAC-related challenges, providing hope for the resolution of the wider national crisis.

Princes Street, formerly a retail space, was refurbished into ahigh-end new addition to Edinburgh city centre. The refurbishment would see the building repurposed into a mixed offering of a hotel, office and retail space.Originally built in the 1960’s, the existing structure had someobstacles to overcome. The refurbishment also added an additional storey to the existing structure creating additional loading challenges on the existing foundations.

Ascent anchor posts were chosen to protect workers accessing the roof of the UK's highest building - the mountain café on the summit of Hafod Eryri (Mount Snowdon) at the heart of the Snowdonia National Park and Wales highest mountain at 1085m above sea level. The Ascent Anchor posts form the structural anchors to secure the Latchway mansafe guided type fall arrest system to the structure of the granite & oak clad building.

The scope of this project was to offer a waterproofing solution to an early 19th century two storey, listed cottage sited in a conservation area of beautiful countryside in Scotland.Providing a guaranteed, cost-effective scheme that would comply with BS 8102:2022 (Protection of below ground structures against water ingress. Code of practice.).For any structure below ground, either fully or partially, waterproofing is essential for protecting and preserving integrity. 

Outdoor life tends to take place inside the perimeter of block buildings in towns and cities. An inner courtyard becomes the outdoor area of choice, shielded from the noise from the roads that surround the building. The Wright Place project involved the installation of 60 balconies that were also planned as design elements. Schöck Isokorb® type KS was used for both structural stability and thermal insulation.Precast balconies as design elementsA total of 300 Schöck Isokorb® elements – between four and six per balcony, depending on size – were installed in the building structure, with some welded to the reinforcement to prevent tipping during concrete application. The Isokorb® used was type KS from Schöck's standard range, which functions as a load bearing thermal insulation element, eliminating thermal bridges between reinforced concrete and steel structures and thus preventing mould formation at the critical joints. The Schöck Isokorb® allows steel and metalworkers to prefabricate to a large degree, thus reducing installation times to a minimum. Its superb load bearing capacity offers enormous scope for balcony design while ensuring outstanding structural stability.

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

Delta Registered Installers, Bensleys provided a waterproofing solution on an iconic Brighton structure.Steeped in history and thought to be built on the original Brill Baths site, sits Clarendon Mansions. This large, detached structure is thought to have been built in 1870 by Charles Brill during the Brighton boom.The four-storey building facing Brighton’s famous sea front, was originally constructed as a hotel.Numerous refurbishments over subsequent periods of time, saw the structure move from a hotel to a public house, with the basement area being unoccupied for nearly a decade.The basement area boasts large, vaulted areas to the south and west elevation, with the south-side possibly being part of the original Bath structure.Bensleys were instructed by the main contractor, Pilbeam Construction on behalf of Evolution Architects, to help design, specify and install the waterproofing system.There’s no one-size-fits-all when it comes to waterproofing design. With the basement suffering from water penetration, Bensleys worked with the design team at an early stage of the project to ensure the right approach be taken, which included multiple factors such as: customer requirements, standards, robustness, cost, resources, time, skill required, safety and expectations of ground water which all translated into a design solution.

Installing a comprehensive internal and external structural waterproofing solution to prevent the ingress of ground water.

Passive Purple Airtight detail a must with this huge open plan modern structure in Nottingham.

Juta UK were involved in this scheme as the Brownfield site contained aggressive chemicals which were costly and difficult to remediate and remove. Residual hydrocarbons and ground gas hazards required prevention from entering the structure, which has a complex layout with basement and retaining elements. Juta were able to help at all stages in construction process from initial specification through to detailing to provide a sustainable solution which performs the intended function for the lifetime of the structure.

A long-awaited motorway service area on one of the countries busiest junctions - north of Rugby, at Junction 1 of the M6 - opened at the end of April 2021, bringing confidence to hauliers and logistics companies to make the switch to electric vehicles with provision of 24 ultra-rapid electric vehicle charging points.Around 3,500m2 of Tata Steel’s RoofDek D159 structural decking was used to form the support structure for the standing seam roof of the service areas main amenity building.

Private clientContract value: £15kProducts used: 0.74kN loading structural glass balustrades to roof terraceWe were appointed on this residential project for a private homeowner in Shenstone, Staffordshire, to provide external structural glass balustrades to the property’s roof terrace. We worked closely with the client from the start of the project to the end, guiding them through the process and providing our advice and expertise to ensure the desired result was achieved. We advised that the balustrade loading weight would need to be 0.74kN – as this was for an external balcony, we chose the correct loading weight to protect the rest of the property and provide a safe and secure balcony feature to the roof terrace. Structural glass balustrades were chosen to provide a seamless view out from the terrace and add the perfect finishing touch to a beautiful outdoor space. Throughout the project, we maintained communication with the client, updating them on our progress and ensuring that they were delighted with the finished result. 

Originally erected quickly by Canadian troops in 1945, in support of the liberation of the Netherlands, the structure is still sound today. It represents a landmark erection for the Dutch galvanizing industry. Most importantly, on a recent visit to inspect the structure, it was noted that the steel itself had not been affected anywhere, despite a higher level of sulphurous pollution in earlier years. Today, the low sulphur dioxide content of the local atmosphere means that predictions on anticipated lifespan can be extended several times over what was initially foreseen upon installation.

Level 75, Top floor of landmark Pinnacle, Canary wharf. A great place to dine and watch the sun retreat behind the iconic London skyline. Products include the Raaft support structure, Floor structure panels, planters finished in a anthracite grey RAL 7016 and cantilever benches using Iroko timber. Real grass was incorporated amongst the Raaft system. Project construction completed by Valley landscapes for Chalgrove properties. Building design by foster and partners, landscape and terrace design by Farrer Huxley Associates.

A bright creation and fourteen years later, still a current project in its modernity. This project was carried out using a metal structure composed of geometric shapes in diamonds and quadrangles, which was built in the Atrium and BMW Edge amphitheater (sponsor of creation). The originality of this structure was its acoustic quality and high brightness. To obtain such a result, the translucent canvas Moonlight was chosen to enhance the natural light and Acoustic stretched ceiling Barrisol Acoustics® to reduce noise. The layout of the interior space was also thought that the furniture harmonize with the ceiling.