"renewable energy systems"

Creating better education environments Primary School De Verwondering is a fully bio-based school building and the first example of a new generation of bio-based school buildings that recognizes and harnesses nature's powerful effcet on learning.The beautiful wooden building - which runs on circular energy - has a vegetation roof with chickens, green facades and remarkably large windows. The primary school recently won the 2021 Golden Frog award for sustainable construction in the Netherlands.The interior and exterior of the school have a positive influence on the well-being and performance of the pupils. The environment outside blends with the natural elements of the building, such as wood and bamboo, while inside the interior architect chose a CO2 neutral (cradle to gate) Marmoleum floor covering. Marmoleum Cocoa is made of natural and renewable raw materials with the addition of a waste product from the cocoa industry and, in that respect, it fits the building perfectly. Marmoleum is one of the flooring industry's most beautiful and also oldest bio-based products.

In 2015, Roger Stretton, an architect and one of the foundersof the practice Berman Guedes Stretton, and Martin Smithcollaborated to bring to fruition their shared enthusiasm forcontemporary, cutting edge, environmentally-friendly residentialdesign.On an attractive, mature garden site near Dorchester in Dorset,two 2,100 sq ft detached, two-storey houses were designedaround south facing courtyards with a one-and-a-half storeyheight living room.When designing the properties, environmentally responsiblematerials, products and processes were at the forefront ofthe specification. To this end, incorporating renewable andinnovative technologies, such as air-source heat pumps and heatrecovery ventilation systems enable the buildings to be highlyenergy efficient.Having previously used Allgood products, Roger recognisedthe brand for its quality and reliability, and consequentlyspecified Allgood’s Alite lever handles and Allgood doorsetsfor the project. He explains, “The new houses have a modern,minimalist design, so it was essential that the ironmongery anddoors complemented this approach, Allgood’s stainless steel Alitehandles and bespoke finished doors met these requirements.”To complement the interior architecture of the buildings, Allgoodsupplied doorsets incorporating fully fabricated and finishedflush doors with rebated frames to create a perimeter shadowgap. An important design feature was a clear line of visionthrough each house along the main axis of the plan. To achievethis, four special, full-height glazed doors with glazed side panelswere supplied. In addition, two 30 minute fire resisting doorswere also specified to the plant-rooms.Arriving on site, factory painted and with hinges and locksalready fitted, the Allgood doorsets provide valuable savings intime, cost and waste as well as a higher quality finish.

Rockfon was given the opportunity to demonstrate the breadth of its specialist ranges to meet the specific needs of a wide range of spaces while contributing to the BREEAM ‘Excellent’ environmental status of this stunning project.This new five storey medical school enables students to experience real life situations encountered by those in the medical profession. It includes lecture theatres, laboratories, a clinical skills suite with mock consultation rooms to simulate hospital wards or a GP surgery, a pro-section anatomy suite and bio-medical and health sciences library. Professor Mary Stuart was University of Lincoln Vice Chancellor at the time, “It represents more than just a building – it is a commitment to current and future communities in Lincolnshire to develop sustainable healthcare for the region.” HLM were the client architects, ‘The scheme has been modelled to create the optimal sustainable environment through informed decisions on site layout, massing, orientation, building fabric, elevational treatment and Integrated renewable energy systems. To further enhance student mental health and wellbeing, the scheme uses biophilic design principles including natural lighting and ventilation, visual links to natural landscape features and natural materials.’Meeting and exceeding client aspirationsShradha Mishra was Project Manager for the Estates Department at University of Lincoln. At its completion she said, “The Lincoln Medical School… has had a strong focus on sustainability throughout the design and construction process. With this in mind, the strategy for the building required exposed ceilings and therefore it was important to review and manage the acoustic requirements of the spaces to ensure a suitable working and teaching environment. Following extensive design and consultation with acoustic engineers, Rockfon were recommended for installation across the project which included a variety of both suspended ceiling grid tiles and acoustic baffles in open plan areas to support the absorption of sound.”BAM were main contractors for the project with BAM Design leading architectural design. Brebur Limited were responsible for the installation of ceiling and wall systems at Lincoln. Operations Director Vinny Lilley had this to say, “We have an excellent relationship with Rockfon. Their wide range of specialist products always ensures the architectural vision is achieved. They are always on-hand to offer technical advice and commercial acumen, with around 2,500sqm of tile and grid components being supplied by regional distributors.Acoustics reducing stress and enhancing healthAcoustic Rockfon Eclipse® islands are utilised within open plan areas where they are suspended on wires from the soffit, giving the illusion that they float. They can be specified in a variety of shapes with unlimited custom colour matching. Eclipse islands are perfect for thermal mass installations and where a traditional suspended ceiling cannot be installed. At Lincoln they are also present as wall panels to further control sound.Improved acoustics can increase focus by 48% and reduce stress levels by 27%, which aids learning and wellbeing (independent research). The high light reflectance characteristics of Rockfon ceiling and wall systems also help reduce the need for artificial light, saving energy and enhancing health.Elsewhere within the school, Rockfon Blanka® is installed. Available in a wide range of sound control and durability performance characteristics, its non-directional, anti-static surface prolongs product life. The range embodies Class A sound absorption (aw 1.00), 87% light reflection, >99% light diffusion and room to room sound Insulation >26dB. Rockfon’s Chris Carr-Elliman, “All Rockfon ranges are made from inert volcanic rock (stone wool) which offers no sustenance to microorganisms and demonstrates outstanding reaction to fire. Most are available in a full range of formats including concealed, semi-concealed and visible grid options from our extensive Chicago Metallic grid systems.” Specialist ranges for every spaceHTM 60 compliant Rockfon Medicare was the perfect fit at Lincoln where it offers outstanding performance in terms of infection control. Simple cleaning and low particle emission (ISO Class 4) also mark it out as a first choice for healthcare specification, along with its Class A sound absorption and highest fire safety (Class A1). Also within the building, the superior moisture resistant properties and wipe clean surface of Rockfon® Koral™ were important considerations for its use. Affordable, Rockfon® Artic™ was also put to good use in several areas at the school. In common with other Rockfon ranges, both Koral and Artic offer excellent sound absorption and fire safety characteristics.Shradha Mishra continued, “Since completion of the building, we have had positive feedback from building users about both the aesthetic appearance of the Rockfon products along with the acoustic performance of them.” 

Awel-y-Mor Primary SchoolBauder Thermofol PVC single ply waterproofing systemSynopsis The Awel-y-Mor Primary School site, situated at the heart of the town of Port Talbot in Wales, needed to undergo major redevelopment in preparation for its brand new fit for purpose school to replace the two pre-existing primary schools, which had experienced serious build repair and surplus capacity issues.Bauder Building BoardProject:Awel-y-Mor Primary SchoolLocation:Port TalbotProject type:New buildPV roof area:300m²Investor:Neath Port Talbot County Borough CouncilMain contractor:Dawnus Construction LtdRoofing contractor:Span Roofing Contractors LtdThe specifcationThe Neath Port Talbot County Borough Council wanted the new school to be fitting for the 21st century and bring them to the forefront of modern-day roofing technology. These requirements were met by BauderSOLAR’s innovative photovoltaic system, which delivers significant cost and environmental benefits, as well as providing an eye-catching visual reminder of the importance of sustainability.Roof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.Products appliedBauder Thermofol PVCSingle Ply System offering a lightweight and cost effective waterproofing solution that is resilient to the natural elements.BauderSOLAR SOLfixxPhotovoltaic system is an innovative renewable energy source that is secured to the roof without any penetration of the waterproofing or roof deck. 92 PV modules were installed with an expected energy generation of 25.9 MWh and with a kWp of 27.14.The resultRoof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.System installedBauder Thermofol PVC single ply waterproofing system1 Bauder Thermofol U15 FRA 1.5mm thick, reinforced PVC waterproofing membrane. Stated within BBA certificate 06/4354, the Thermofol PVC waterproofing membranes have a service life in excess of 35 years. 2 Bauder PIR MTissue-faced flat board insulation, benefitting from a zero ODP and a Green guide rating of ‘A’.3 BauderTEC KSDA self-adhesive elastomeric bitumen air and vapour control layer with an aluminium foil facing for vapour impermeability AdvocacyJonathan Morris, lead architect for the project, stated:“Our local Bauder representative offered the highest degree of service throughout the project, ensuring our site operation ran smoothly. With the complete roof finish covered by the all-encompassing Bauder guarantee we have peace of mind moving forward with regards to potential future defects.”

A Wiltshire farmhouse has updated its heating system, replacing its original heat pump with a Grant Aerona³ air source heat pump which has been installed alongside a QR hot water cylinder. The new heat pump and cylinder were integrated alongside an existing solar thermal system, giving the property’s renewable heating system an upgrade.

The existing main gym area required 130m sq m of new flooring to meet the expected increase in demand of users. Gerflor’s stunning Creation 55 LVT in Eramoza Gold would turn out to be the perfect choice for the refurbishment.

Off-Grid street lighting installation on coastal cycle path.Powered by 100% clean, green renewable energy.

Low environmental impact... CHALLENGE All over the world architects and building owners are trying to create buildings with a low environmental impact. For this private house, the architect wanted to combine an aesthetical finish of a metal roof in combination with PV and hot water panels. The biggest issue for the architect was the fixing of these panels without having leak problems in the future. SOLUTION The roof was waterproofed using a RENOLIT ALKORPLAN roofing membrane that is mechanically fastened onto the supporting roof structure. Two kinds of PVC profiles were heat welded onto the waterproofing membrane: on the one hand RENOLIT ALKORDESIGN profiles (for aesthetical value only), on the other hand there are RENOLIT ALKORSOLAR profiles, which function as the base to attach the hot water and the PV panels. The gable was also finished with the RENOLIT ALKORDESIGN system.

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.

EnviroBuild provided 223m² of Non-Combustible Luxury Italian Porcelain for the The redevelopment of 1 Bomore Road, located in Kensington London. This project  involved the removal of outdated wooden planks to be redesigned and fitted with high quality materials and non-combustible options. This contemporary 5-storey project, orientated around unique architecture, luxury living and sharp aesthetics, now offers 32 new residential units. Developed with a focus around landscaping, modernity and sustainability, 1 Bomore Road needed external flooring materials that would suit the existing clean creative of the project plans and comply with contemporary construction requirements, contributing to its unique architectural juxtaposition of harshness and harmony.Due to the non-combustible benefits and sustainable values, EnviroBuild’s Porcelain Paving and 145 Pro-Grip aluminium decking was chosen to furnish the external floors and attachments on this leading-edge development.From the Luna range, silver porcelain tiles brighten the communal courtyard, patio and corridor areas of 1 Bomore Road, as well as the rooftop penthouse terrace, providing an authentically light and natural stone furnishing. Offering impressive durability, stain resistance and anti-fade technology, the fire-rated A-class porcelain flooring system has been engineered to be naturally slip and scratch resistant. Furthermore, made with 40% recycled material and 100% renewable energy, EnviroBuild porcelain paving is designed to the highest standards, offering innovative solutions to current harmful construction materials and methods.These reliable fire-rated porcelain tiles are supported by complete non-combustible substructure and accessories for a beautifully efficient and time-saving balcony and terrace flooring option, making planning and installation as easy as possible.Project DetailsSize: 223m²Colour: Silver 800x800mmProduct: Non-Combustible Luxury Italian PorcelainSubstructure: Non-Combustible pedestalsLocation: LondonClient: Graniger Plc.Contractor: Axis EuropeArchitect: 3D Reid

Hethel Engineering CentreBauder Thermoplan FPO single ply system with Bauder solar PV systemSynopsisHethel Engineering Centre supports high performance engineering companies located throughout Norfolk. The original building at the centre had been operating at maximum capacity and they urgently required a new building to satisfy increasing levels of demand. The client wanted the new facility to meet a high level of sustainability, achieving a BREEAM excellent rating and using key renewable technologies, such as photovoltaics (PV) to minimise its environmental impact.Bauder Building BoardProject:Hethel Engineering CentreLocation:Hethel, NorfolkProject type:New buildRoof size:2,500m²Specifier:NPS GroupApproved contractor:Voland AsphalteThe specificationBauder’s Thermoplan single ply membrane was specified for the new building’s 2,500m2 roof due to its longevity. Roof areas totalling 500m² were fitted with 160 PV Modules, enabling the centre to generate at least 44.23 mWh of solar power each year and annual CO² savings of 23.40 tonnes. The PV system was installed without any penetration of the waterproofing or roof deck, ensuring the integrity of the roof is completely upheld. The simplicity of the installation also meant that approved contractor, Voland Asphalte, could install the entire PV array in just one day.Products appliedBauder solar PV system160 solar photovoltaic modules were installed with an expected energy generation of 44.23 megawatt-hours and a kilowatt peak of 47.20 along with Bauder's Thermoplan single ply membrane.  Project challengesThe centre remained operational throughout the works, which caused logistical challenges, however all deliveries were timed as not to conflict with vehicles moving in and out of the facility. The work at HEC was completed on time and to budget, providing the client with an innovative roof that boasts extraordinary environmental credentials.System installedThermoplan Single Ply System 1 Bauder Thermoplan FPO FPO membrane with laminated fleece for adhered installations; pre-coated cross weave polyester reinforcement for high levels of tear resistance.2 BauderPIR M 60An efficient PIR flatboard insulation with aluminium foil facing on both sides and rebated edges to remove a thermal bridge.3 BauderTEC KSDA technically advanced self-adhesive elastomeric bitumen air and vapour control layer with an aluminium foil facing for vapour impermeability.AdvocacyKarl Manning at NPS Group: “Hethel Engineering Centre is a perfect example of a project where outstanding workmanship and top quality products can harmoniously come together to deliver an exceptional, sustainable roofing solution. The Voland team in collaboration with Bauder provided the highest degree of technical support throughout the project, helping us overcome any issues we encountered promptly and efficiently.”

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

University of BournemouthProduct: Two Bespoke Kensington Solar CanopiesCanopy Colour: Anthracite Grey RAL7016Canopy Size: 21.9m x 4.9m eachInstallation Date: September 2017The project in briefAs part of a major infrastructure development Bournemouth University created a new transport hub to connect the University to the wider area. Shelter for waiting passengers was part of the plan. Uniquely it had to fit in with the wider design themes of the development and deliver on the University’s sustainability goals by utilising solar technology. To meet those requirements Able Canopies created a bespoke canopy design based on our stylish Kensington system. The addition of solar panels, effective drainage, plus seating and under canopy wind protection, were all elements that the adaptable Kensington can handle. The result was a standout look for a practical transport hub that provides effective weather protection and longer term pay back via renewable energy generation.Growth at Bournemouth UniversityThe new Talbot Campus development at Bournemouth University is an important and prestigious project, not just for the University but for the local area which benefits from the success of the University and its students. The £3 million investment in new campus buildings and other infrastructure is a long-term commitment that will see the University widen its learning provision and all-round facilities. Part of the benefit for students, and the wider Bournemouth area, is the construction of a new transport hub that will provide joined up public transport connecting the University campus to Bournemouth itself.  A key part of the new transport hub is the weather protection provided to passengers as they wait for buses. To ensure that this essential part of the development met the standards required of the project Able Canopies entered early design discussions with the University. This evolved and in April 2017 Mildren Construction awarded Able Canopies the works for the new bus hub.Project Proposal & InstallationThroughout the development and design process we thought that our Kensington Dual pitch would be the ideal product for this installation. The more the design developed and requirements were added, such as the solar roof panels, the more convinced we were that it was perfect for the client’s needs. The Kensington is a robust, steel frame system that will stand up to all that the weather has to throw at it. Its architectural good looks mean that it makes a strong aesthetic statement, which was a key requirement here. We worked closely with the solar panel provider Polysolar who had overall control of the installation. Their panel fitted perfectly into the Kensington roof with some minor alterations to our working method to provide clean, efficient and sustainable energy for the transport hub. In addition, we had to consider how all cables were concealed and accessed at later dates. To achieve this access panels were installed in the 2 higher posts, one dealt with DC cables from the solar panels and the other with AC cables for the lighting. The final 2 lower posts on each canopy were designed to be integral rain water pipes and dispersed all water from the roof into a drainage connection below the paving.The Finished CanopiesAs the images show, the canopies look great and they are doing their job effectively in the transport hub which is now up and running. The solar panels are producing energy efficiently and help to provide a safe and comfortable shelter for the Campus’s transport users.The Tech SpecsMain Structure 21.9m x 4.9m overall canopy size (each)Powder coated and hot dip galvanised steel frame Inclined from 3m low end to 4m high end126 PS-CT Series Solar Panels per canopy (8mm thickness)Bespoke laminated glass end panelsMicro connectors to all solar panels to ensure all cabling was discreteSabre Architectural LED lightingBespoke underground drainage connectionsBespoke electrical access panels18kw system in totalGalvanised steel cable trunking & aluminium cable trays Underside Windbreaks10mm toughened glass windbreaks fixed to heavy duty steel frameGalvanised steel & hardwood benchesStainless steel glass clamps

ChallengeTargeted with achieving a minimum BREEAM rating of Excellent and with only a short window of time to complete the project, Associated Architects, who designed the building, needed insulation products that would meet strict thermal and environmental requirements – as well as a manufacturer that could offer quick turnaround times and a high level of technical support.SolutionWith the help of Knauf Insulation specification manager, Marc Lawson, a through wall solution using 5,000m² of Knauf Insulation’s 100mm Rocksilk® RainScreen Slab – a rock mineral wool slab containing a water repellent additive, specifically designed for rainscreen cladding systems was used. It is quick and easy to install and is simple to cut and fit around brackets. The slabs knit together with no need to tape the joints – ensuring maximum acoustic and thermal performance, with no air gaps. Knauf Insulation’s Rocksilk® RainScreen Slab is also non-combustible and has the highest Euroclass A1 reaction to fire classification, as well as excellent sound absorption performance.To further enhance the thermal properties of the element, 10,500m² of Knauf Insulation’s Rocksilk® Flexible Slab 100mm, was installed in two layers within the SFS system. Designed to friction fit between metal studs, rafters and joists, Rocksilk® Flexible Slab is a multi-purpose rock mineral wool insulation slab, which provides excellent thermal and acoustic performance.Chris Kinman, Senior Design Manager at Willmott Dixon commented; “Knauf Insulation’s products are easy to handle and cut which makes them very easy to use on site. The first phase of the project has gone well, and the architect has adopted a similar approach to Phase 2 - which is testament to the excellent performance so far. Overall, we have been very impressed by the help and support we have received from Knauf Insulation on the project, and we have since recommended them to other colleagues."Rocksilk® RainScreen Slab and Rocksilk® Flexible Slab rock mineral wool products are made with ECOSE® Technology, a formaldehyde-free binder derived from rapidly renewable materials, instead of traditional petro-based chemicals used in other insulation. Additionally, ECOSE® Technology is up to 70% less energy intensive than traditional binders.

he NHS Trust commissioned Breath Energy to review its estate, recommend and manage a programme of works to significantly reduce energy costs and CO2 emissions.Central to the works was the external upgrade of the main Epsom Hospital premises, the Wells Building, to improve thermal performance and address failings in the building fabric. The existing roof areas had failed and were allowing water ingress, potentially not only damaging the building fabric and energy efficiency but essential hospital equipment.Langley’s project team had to devise solutions that enabled the whole building exterior- facades and roofs – to be upgraded while the seven-storey hospital remained operational. Added to the complexity, the project began while Covid-19 restrictions were in force.Our solution: Detailed roof surveys prior to work commencing enabled us to identify potential problems and advise on effective solutions in advance.We recommended full strip-up of the roofs, as the existing had perished beyond economical repair. We advised new construction with TA-25 W Flat Roofing System on the main roof, stairwell roof and plant room areas. The TA-25 system is independently certified by the BBA (British Board of Agreement) confirming Broof (t4) classification. It also has LABC assured accreditation to provide support with regard to building control. The inclusion of insulation meant the new roof achieved the current requirement of 0.18W/m2K.While a full strip-up of the two terraces and balcony would also have been the preferred solution, the depth of work would have been impractical as the hospital’s operating theatres were below, and in use. Our solution was to remove the existing top layer and replace with PC-20W Liquid Roofing System and install breather vents to address moisture within.

This new £22m state of the art leisure centre in Berwick, Northumberland, has been designed by GT3 Architects and features a striking glazed façade created using Senior’s slim profile SF52 curtain wall system.Senior worked closely with specialist contractor Crown Doors and Shutters Limited and main contractor Tolent Construction Ltd to deliver the landmark leisure scheme which is set to breathe new life into the area by replacing the town’s previous leisure centre. To ensure the town’s existing Swan Centre could remain operational throughout, the new leisure centre was constructed in two phases with the project team working closely to carefully coordinate each element of the build to limit the disruption to the local community.As well as creating an inviting and welcoming main entrance, the thermally-enhanced SF52 aluminium curtain wall system will also help improve the energy-efficiency of the scheme whilst maximising the use of natural daylight.Senior’s SF52 aluminium system features attractive slim sightlines and enhanced thermal performance to help boost energy-efficiency. Available as a mullion drained system which removes the need for visible drainage slots, Senior’s SF52 curtain wall can be specified as capped, silicone sealed or as a combination of the two for even greater design flexibility. Thanks to Senior’s in-house powder coating facility, the SF52 system is available in an almost unlimited range of colours and finishes.

Salamander Street is a mid-market rent initiative that provides high quality affordable homes in the heart of Leith, Edinburgh. It comprises 199 flats and maisonettes across six storeys of accommodation, constructed over a basement car park.It was designed by 7N Architects, which specified Knauf Insulation’s 50mm Rocksilk® RainScreen Slab to insulate the ventilated façade. They chose this product because it met the brief’s two critical performance factors: thermal performance and fire safety.It is a Rock Mineral Wool insulation slab with a thermal conductivity of 0.034W/mK, so it delivers the required U-value of 0.16 W/m2K. It is non-combustible with the best possible Euroclass A1 reaction to fire classification and is BBA certified for use in a wide range of build-ups in high rise buildings. This means it complies with Building Regulations in Scotland that restrict the use of combustible materials on most buildings over 11m.The Salamander Street development was overseen by main contractor Cruden Building East with sub-contractor Soundtex responsible for installing the insulation.It was constructed using an Ancon Brick Restraint System. Ancon has undertaken independent third-party tests to demonstrate that its restraint system does not require a compression sleeve when used in conjunction with Rocksilk® RainScreen Slab under 180mm thick. This provided a huge saving in labour costs for Soundtex as fasteners are usually inserted into compression sleeves by hand.Throughout the build, Knauf Insulation’s Specification Team attended regular project meetings and conducted site visits to check the quality and progress of installation. Rocksilk® RainScreen Slab is optimised for ease of installation and improved robustness, making it easy to manoeuvre into position. At Salamander Street, the Specification Team noted the uniformity of installation and perfectly staggered joints. This is important because it ensures there are no gaps, which could reduce thermal and acoustic performance – a common issue with rigid foam board insulation.Rocksilk® RainScreen Slab is manufactured with ECOSE® Technology, Knauf Insulation's unique bio-based binder that 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 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.The Rocksilk® RainScreen Slab insulation was installed in conjunction with Knauf Windliner sheathing board for maximum performance.Thanks to Knauf Insulation, the residents of Salamander Street will enjoy warm, cosy homes that meet the highest standards of fire safety.

Maritime outfitter giants – Scandia have expanded their worldwide footprint into Singapore. Genesis ASL15 is the perfect accompaniment to this project with its’ energy efficient solution to illuminate steps. Should a local or emergency power failure occur on stairways, increasing the risk of hazard for evacuees, the Aluminator® system allows the evacuee to orientate, locate stair edges and risers, and to assist in the safe evacuation of the premises. This is a great example of when great things happen- the job was quoted on the Thursday, shipped Friday and installed on the Tuesday!

The purpose:Taylor Wimpey’s Eclipse development was the final phase of the large-scale modernisation and renewal strategy for the London Borough of Walthamstow Forest, known as The Blackhorse Lane Action Plan. Eclipse would offer affordable social and private housing via 500 homes in two six-storey apartment blocks.To help satisfy one of the Plan’s objectives- “to ensure new developments incorporate the highest levels of sustainable design and their impact on climate change is minimised”- we installed green roofs on both blocks. As it was the final development phase, space was limited; time was also an influencing factor in facilitating the tight build programme,avoiding delays, and enabling the client to deliver much-needed new homes.Our solutionTo enable fulfilment of the brief, we recommended our HM-40 Paratech Hot Melt Roofing System as the inverted waterproofing base for the green roof. A fully-bonded system, HM-40 is a robust, durable, and highly flexible monolithic, self-healing hot-melt waterproofing system for protected roofs, green roofs, terraces, and podium decks with a 40-year durability statement. In addition, it is firerated for unrestricted use when covered with a green or ballast roof.Unlike other hot melt systems that use fleeces, the Paratech system incorporates a reinforcement mesh: this allows the system to be rolled out, making waterproofing installation faster, thereby enabling the contractor to lay the top roofing layer of artificial grass and landscaped green roofs. Unfortunately, an on-site compound to store the roofing components was unavailable. We worked closely with T&T Roofing and Taylor Wimpey to ensure deliveries arrived in build sequence for immediate use, but without adversely impacting residents who had already moved into their newhomes.“The features of the flat roof system provided a seamless, issue-free roof installation, with rapid installation time causing minimal disruption. Langley’s technical team was always on hand to provide assistance when necessary, working collaboratively to guarantee a consistent and highquality installation.”

3 x high-rise tower blocks in Essex received new ground source heat pumps, 3 x more energy-efficient than their old night storage heaters, reducing heating and hot water bills by up to 66%.Award-winning project:Winner of ‘Regional Large Scale Project of the Year’ at The South East Energy Efficiency Awards 2023Winner of ‘National Renewable Heat Project of the Year’ at The National Energy Efficiency Awards 2023Winner of ‘Climate Action – Decarbonisation / Retrofit Award’ at the Essex Housing Awards 2023Shortlisted for ‘Domestic Installation of the Year’ at the PHAM Energy Saving Awards

Glassfields is a new high-spec office development which forms the gateway to Bristol’s Temple Quarter. The completed building offers the perfect environment for how businesses work today.With 93,000 square feet of high-quality office space, it has been designed with the tenants’ well-being in mind and provides a flexible, adaptive, and creative space. The design of the interior called for an industrial look which made Lusso 25 Geometric glazed partitioning system, with its black powder coated frames and banded look, the ideal choice. High acoustic Silenzio doors and Lusso 25 frameless single glazed system, also powder coated in black, were used to complement the design. The overall look provides a stunning, dramatic, and classy environment in which to attract and retain talent.The building has achieved BREEAM Excellent accreditation and an EPC rating A, embracing industry best practice, energy efficiency measures and sustainable technology.

With several stops marked out on the future Crossrail route, new-builds on the rise, and an impressive range of ‘Outstanding’ schools, this culturally diverse borough of Ealing is becoming more popular than ever. To meet this popularity new-build property is on the rise however there is strict guidance on design of new buildings. Licata Building Systems in partnership with Build-Therm Services Limited were commissioned to specify and supply the façade systems for The Vale apartments. A prestigious block on Connell Crescent, The Vale was subject to planning guidance that insisted the block remained in-keeping with the more traditional neighboring blocks. The system installed is Licata FireSafe Brick slips. Using a 7mm extruded brick slip the system is one of the lighest systems available on the market. Coupled with class A2 fire performance and a U-value of 0.039W/mK, the apartments not only met all NHBC and local planning design criteria but provides the occupant a safe and energy efficient environment.

BackgroundLocated in Stroud, the Park Parade, Park Road refurb project was part of a large refurbishment planned by Stroud District Council. The shopping area and sheltered accommodation scheme were given a complete revamp with internal and external work being completed.MD Group from Bristol were awarded the contract by Stroud District Council and were appointed as the main contractor. A new external wall insulation system was installed, along with an extensive refurbishment to the communal areas, external balconies and roofing. Our approved installer Elite Rendering Systems were contracted by MD Group to complete the exterior wall insulation.Alongside Elite, we transformed the premises aesthetically creating modern homes and commercial premises. The buildings were given a new lease of life, and together with Elite we delivered safe, stylish and energy efficient buildings that will help to reduce fuel bills for residents and help decarbonise the Council’s housing stock.Our ServiceOur Technical team were available to provide hands-on-guidance throughout the duration of the project. As part of our service commitment, our K Systems Site Technician regularly visited the project to inspect progress, offer support and ensure high levels of construction quality.As the ground floor of Park Parade is used for commercial premises, one challenging aspect of the project was the detailing and installing around complex interfaces such as air conditioning/refrigeration units. We transformed the outside of the properties with a durable, low maintenance solution that is fully compliant with fire regulations and fulfilled the Council’s criteria.The combination of finishes used not only delivered the desired contemporary aesthetic but provided an additional benefit of cost savings for the client. Residents of Park Parade, Park Road will enjoy reduced energy bills and better living conditions thanks to the U-value improvement.Technical Project DetailsFollowing design and site meetings with the K Systems Technical team, K Systems M (Mineral Wool) was specified by Bailey Partnership Architects and Stroud District Council. This system incorporates eco-friendly mineral wool insulation boards. As an A2-s1, d0 firerated solution, it is widely specified to provide thermal and aesthetic improvements to buildings, reducing energy usage and therefore energy costs.K Systems M, utilising non-combustible insulation, ensured the latest building safety regulations were met. Thanks to its exceptional properties, the thermal performance of the walls after installation has been significantly enhanced. A U-value of 0.27 W/m²K was achieved, which will help to reduce the residents fuel bills and reduce the level of condensation forming on the inside walls – two key objectives for the client.For the finish, high-performance Silkolitt+ silicone renders were supplied along with our lightweight synthetic brick slips (VBriQ). This combination improved the aesthetics of the buildings for its residents.Silkolitt+ silicone thin coat renders are available in a wide range of colours offering a contemporary finish. The excellent vapour permeability allows the building to breathe and prevents interstitial condensation. The flexibility of the finish provides resistance against cracking and increases the durability, ensuring a long-lasting finish to the properties. It is very user friendly, and its hydrophobic properties reduce maintenance requirements.Accredited by the BBA, the K Systems VBriQ brick slips provide top tier Cateogory 1 impact performance and are ideal for use on this project. This lightweight system is quick and simple to install and has high UV resistance while also allowing the original brick colour to be maintained. An extremely durable finish that will withstand the day-to-day demands placed Park Parade, Park Road.

The new Ardley EfW Plant, including a 12m basement built over an Artesian Well, presented a host of construction challenges. Due to the extreme water pressure created by the Artesian Well, as well as ammonium salts in the ground, Fosroc worked closely with Tata Projects specifying a solution using Proofex Engage to provide a watertight, chemically resistant barrier, with Supercast SW20 in the construction joints to reinforce the floor to wall joint. Fosroc provided a ‘total solution’ package to ensure Tata Projects could feel confident with the proposed specification, from basement waterproofing, to grouting crane bases, flooring and sealants.

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Sotech worked with installers Stanmore on the Barrett Homes Residential Development Westgate House, which was a £500 million mixed-use regeneration project, designed by London-based Assael Architecture and located in Brentford, Middlesex. Westgate House is an NHBC (National House Building Council) project, and Sotech initially became involved in the project because the original specified cladding did not fit NHBC requirements. To provide an alternative, we worked with installers Stanmore to specify our Optima IPC Interlocking Pressed Plank Rainscreen cladding system for the project, which is both NHBC approved and full independently CWCT tested.Over 2000sqm of secretly fixed Interlocking Pressed Plank panels were used on the Westgate House development. 4 different colour panels were specified; 3 with a matt powder-coated finish and one using a bespoke, pre-coat, high gloss special finish.The combination of a series of PPC matt panels arranged in bands, combined with a reflective high gloss panel stripe created a sophisticated, modern appearance for the building’s exterior.There were some design challenges involved in this project, but all were tackled successfully through the development of bespoke areas of the system. Initially, Sotech had to develop a new, bespoke joint method between the Optima IPC rainscreen cladding panels to avoid slab deflection because a lot of the panels spanned floor slab areas. These customised joints allow the panels to move between the slabs like a damper while maintaining a pristine exterior.For the curved area of the building, Sotech developed a bespoke substructure for the Optima IPC panels with a different panel depth than that used for the flat rainscreen cladding. This involved setting the grid behind the IPC panels differently to the rest of the project, ensuring a seamless line from the flat areas to the curved areas. Although it was a complex design challenge, the solution was effective and ensured a uniform, flawless appearance.Our secretly fixed Optima IPC system was specified in particular because the long narrow panels were ideal for bringing the architect’s vision to life, and because it could be easily adapted where necessary.As well as the IPC rainscreen cladding, Sotech provided all the fascias and soffits required for the development.Westgate House involved the regeneration of iconic Grade II listed Art Deco building Wallis House and the construction of over 800 residential apartments spread across 17 new buildings.The site used advanced construction techniques to minimise waste and also ensured that homes benefit from solar panels and other renewable energy techniques.In addition to new housing, the Westgate House development also offers communal gardens, a health and fitness centre, a convenience store, a medical surgery and hotel, as well as cafes, bars and restaurants.The training facility and showroom at Sotech is open to specifiers and contractors, where all of our Optima Rainscreen Systems are on display alongside the widest selection of materials and finishes, including pre and post coat aluminium, ACM, Copper, Zinc, Stainless Steel and Anodised.

Llanelli based Atcost Windows (Wales) Ltd won the contract to manufacture and install the glazing for the redevelopment of Oriel in Port Talbot. This striking development has provided 41 new affordable energy efficient homes situated above retail shops in the heart of the town centre. Kestrel Aluminium Systems worked closely with Atcost to ensure the successful delivery of their part of the re-development project. The contract saw the installation of the Kestrel’s 60mm window system, low rise curtain wall system and thermal commercial doors.

Hull homeowner Ben Andrew is watching his home energy bills carefully to measure the benefits of switching from an all-gas heating and hot water system to a combination of gas boiler and air source heat pump.

Berry Systems supplied and installed Internal and external vehicle safety barriers at new Aggreko, Dumbarton plant to protect; doorways, walkways, columns, site and equipment.Aggreko PLC, the world leader in the field of power and temperature control rental, has become the first company in the UK to have Berry Systems’ new Stopbollards installed at its new 170,000 sq ft Dumbarton facility.The many, internal and external vehicle doorways at the brand new Dumbarton site were identified very quickly as needing special protection. Glasgow architects Bradford Robertson considered a number of options before concluding with main contractors, Morgan Sindall, that our SlowStop bollards would prove a cost effective solution. During a collision, the kinetic energy of the impact is progressively absorbed as the post tilts, compressing an elastomeric sleeve within the base. The post is able to tilt from its vertical position to an angle of 20 before it locks within the base. After the impact the post will return back to its vertical position, ready to perform once again. A total of 104 SlowStop bollards were installed at Dumbarton, along with a variety of other products from our range.https://berrysystems.co.uk/wp-content/uploads/2024/03/Berry-Case-Study-Aggreko-Dumbarton.pdf

The first thoughts about safety at work are always about physical injury prevention as well as inhaling fumes, hazardous substances, etc. However, Occupational Noise, which is the amount of acoustic energy received by an employee of a company, can cause permanent damage if it is continuous.In the UK, The Control of Noise at Work Regulations 2005, came into effect for all industries from April 2008, which is quite late when you consider that the harm hearing loss can cause. Harm such as Tinnitus, which is the perception of noise in the ear or head, caused by a problem with the inner ear.The sustaining of high noise levels can also mask warning signals, prevent concentration and vital communication.Most authorities around the world have agreed that noise becomes dangerous when it’s higher than 85 decibels during a typical 8-hour work shift. However, noises under 85 decibels can also cause issues with the general public who are in and around the working environment.An example below shows the different examples of noise levels in decibels – the definition of noise is sound that is unpleasant or causes disturbance.ReductionIf a noise can’t be reduced by engineering the equipment, then acoustic quieting is required. This is the process of dampening vibrations from machinery and systems such as flue systems.With the increasing demand for noise attenuation, the demand for noise reduction from flues and chimneys in marine and industrial situations mean that many companies have developed their own silencer programmes. These tend to be combined with flue systems to have a product range which is reducing sound at the design stage

Designed by Leonard Design Architects the Waterside Apartment scheme is a luxury residential development on the banks of the River Trent, and a pivotal part of the wider regeneration of the area. It comprises 121 luxury apartments and duplex penthouses, with offices and leisure facilities on the ground floor. To make the most of the breath-taking views, an extensive high performance fenestration package was specified from Senior Architectural Systems. This included thermally enhanced SF52 Curtain Walling and SPW600 Windows plus Senior’s patented PURe® SLIDE aluminium doors renowned for their innovative thermal break and outstanding energy efficiency.

The recently built front extension creates a new threshold for the church, encompassing a large multipart Flushglaze fixed rooflight from Glazing Vision. The rooflight works to fill the entrance lobby with natural daylight and helps to create a lofty, open space with character.Utilising frameless rooflights to accentuate this highly contemporary home, CDC Studio have adopted the perfect balance of imagination and persistence. Designed as a ‘forever home’ for their retired clients, this house is accessible, highly contemporary, low energy, sustainable and secure.Having approached CDC Studio, to create a home which was not too big for two, but big enough to accommodate village parties and wider family coming to stay.CDC Studio replicated the thatched barn and knitted into the local community, encapsulation the character of the village through local crafts and materials of flint, red brick, timber shutters and estate fencing complimenting this with the use of zinc to echo the agricultural aesthetic of the original land use.Adopting a thoroughly modern approach, the kitchen, dining and living spaces are open plan to allow for social gatherings and to provide a smooth flow throughout the home. With three Glazing Vision secure by design flat rooflights along the roofline, natural daylight is allowed to fill the property and create an open space for the homeowners to enjoy.The kitchen sits under a column-free, steel rod hung mezzanine with acoustic damping which was rigorously engineered to avoid the reverberating noise. This creates a sense of enclosure to the kitchen whilst allowing CDC to achieve the fully flexible family / party space requested beyond.Two Glazing Vision electric Visionvents have been included to deliver a continual air flow running through the property and providing a constant temperature and source of natural daylight into the entertainment area of the home.To compliment the contemporary style of this house, a Glazing Vision Sliding over Roof rooflight has been installed, whereby the entire section of glazing retracts out onto the roof space, leaving open, unimpeded views of the sky above. When closed, the amount of glass is maximised to maintain an almost frameless appearance.“CDC Studio have been specifying Glazing Vision for a number of years and our clients have always been very pleased with the results. A combination of standard products and the option to deliver a bespoke solution means that Glazing Vision cater for all types of projects and affordability whilst products are well made and come with the addition of guarantees.” Delphine Dryer, Associate Director CDC Studio.The character of the thatched barn is emphasized by embracing its full height to the ridge, offering modest but usable guest rooms wrapped in painted timber boarding. These were identified for immediate family use, the height helping to overcome their narrow nature on plan, integrated wardrobes, back panels and pegs for hanging make them hard working spaces. A separate master suite spreads into the new volumes providing dressing, bathroom and a private patio area which offers the clients a place for quiet retreat when guests are staying.The house boasts its own private ‘Gin and Tonic’ balcony. The mezzanine space creates a private second sitting area with a concealed timber stair nestled between concrete sheer walls to provide access. It is quiet yet connected to the main space, and commands views to the west with a fully opening sliding over roof rooflight to let the outdoors in. A separate guest suite and shower room afford privacy to occupants and visitors alike.The extended roofline and orientation provide solar shading to the solar controlled west facing glazing with the careful positioning of rooflights to prevent overheating in the height of summer, plus water runoff is directed to a salvaged historical water trough which the clients will use to water the garden. The linear design is extended into the immediate landscape with water rills extending out like fingers into the wider area which over time the clients will begin to accentuate with their planting.This project showed the right combination of imagination and persistence, creating a home which not only fits in with the local village heritage but also manages to stand out and create a ‘wow factor’ for those which bask in its glory.“We have recently been impressed with their ability to comply with the secure by design requirements which not all companies seem aware of. We have used the fixed and venting rooflights on our Stacked house and Y house and a massive bespoke sliding rooflight on our Parkhouse which the clients adore.” Delphine Dryer, Associate Director CDC Studio.

The San Siro playing field was designed to be heated using an under-soil system featuring single-head, in-line electronic pumps. In the wider facility areas, a heating substation was installed, incorporating wet-rotor circulators and in-line electronic pumps for the climate conditioning systems. Additionally, co-generation systems with both single-head and twin-head in-line electronic pumps were implemented for auxiliary plants dedicated to heating energy production.Despite the initial investment in inverter technology for the pumps, the operational optimization results in a lower running cost, showcasing a great example of an energy efficient installation.

Castle Park View is the tallest residential building to have been built in the city of Bristol to date. At 26 storeys high, the residential tower block forms part of the wider Castle Park View scheme, which is also the largest Urban Green Space in the city.The development also features a main block and a 10-storey tower, creating in total 375 new one and two bedroom apartments. Senior’s slimline SF52 aluminium curtain wall system and patented low U-value PURe® aluminium windows and doors have been used across the scheme and were fabricated and installed by Denval, for architects Chapman Taylor and contractors Bouygues UK.Created following the extensive regeneration of a brownfield area and built on the former site of an ambulance station, sustainability is a key part of the design of the Castle Park View and the residential scheme has achieved a level four standard in the Code for Sustainable Homes certification.Both Senior’s thermally-efficient SF52 aluminium curtain wall system and Part L compliant PURe® aluminium windows and doors are highly durable and fully recyclable, making them the ideal choice for a modern development that is also striving to help reduce the energy bills of its residents. The thermal performance of the aluminium fenestration system complements the other sustainable features including the use of the UK’s largest water source heat pump, the nearby Castle Park Energy Centre, as the development’s main heat source.

The refurbishment scheme at Buckley View in Smallbridge was completed in March 2022 and is one of a series of demonstrator projects that Rochdale Boroughwide Housing are completing.These projects are part of an ongoing approach to improve the energy efficiency of homes and reduce carbon emissions, helping to identify the best ways to meet Greater Manchester’s 2038 target to be carbon neutral.The scheme has seen 23 bungalows in Buckley View receive investment to help improve the energy efficiency of the homes and reduce carbon emissions using a whole-house, fabric first approach.The work carried out included replacing cavity wall and roof insulation, installing External Wall Insulation (EWI), upgrading ventilation and installing new windows and doors.We worked in close partnership with our approved installer Profac and provided a suitable EWI solution for the project and complementary finish. A brick slip finish was utilised, which was supplied in three colours to totally refresh the facades.The bungalows in Buckley View were totally transformed and will enjoy increased energy efficiency, improved thermal comfort, reduced fuel consumption for residents and, as a result, lower carbon emissions.Our ServiceK Systems prides itself on having an inspiring and effective solution for every style, and this project is just one example of how it provides the flexibility to fulfil any specific design criteria.We tailored the specification process for the project based on the set and very specific requirements of Rochdale Boroughwide Housing and its properties, and every single request / objective of the client was not only met but exceeded in the refurbishment.The design and delivery of the refurbishment not only received 100% satisfaction ratings from all parties involved, but has also gained external recognition for its excellence and already been shortlisted for three prestigious industry awards:Large Scale Project of the Year at the North West Energy Efficiency AwardsSustainability Project of the Year at the Aico HomeLink Community Awards 2022Best Retrofit Initiative at the Northern Housing AwardsOverall, an outstanding and successful refurbishment by our team that has given Buckley View in the North West a new lease of life.Ryan Robson at Rochdale Boroughwide Housing, said:“We are delighted and incredibly proud to have worked on the refurb project at Buckley View which has been recognised with three award nominations so far. These nominations are a testament to the great partnership approach by all involved parties, the highest levels of construction quality showcased throughout, and the exceptional performance outcomes of the entire project, for the housing residents, housing provider and for the wider area.”Technical Project DetailsThe external façade and sheathing boards on the existing, poorly insulated timber frame structures were removed. The sheathing boards were replaced with A1 rated carrier boards and the K Systems M, Mineral Wool Insulation System was specified.This system not only generates exceptional thermal performance and provides high levels of fire resistance (A2-s1, d0), but also boasts exceptional environmental qualities – by choosing it, we not only demonstrate our innate understanding of best-suited solutions but our dedication to sustainable working.The bespoke system specified for Buckley View was designed using 110mm non-combustible mineral wool insulation to meet the desired u-value of 0.20W/m2K, improved from 0.43W/m2K. This meant homes were more energy efficient, warmer, and less expensive to heat – a major bonus given the current cost of living crisis.For the finish, we specified a unique finish of VBriQ+ clay brick slips. This cost-effective, lightweight traditional clay brick slip system replicates traditional brick construction on low-rise buildings like the Buckley View bungalows.Our unique and innovative VBriQ+ clay brick slip finish was specified due to its robust, durable characteristics and wide range of colours. The brick slips were supplied in three colours, which totally transformed the facades aesthetically and with their low maintenance and element resistance qualities, will ensure the homes avoid cracking and maintain their appearance over time.At K Systems we are confident that we have the inspiring solution for every style, and this project is just one example of how we provide the flexibility to fulfil any specific design criteria.We tailored the specification process for the project based on the requirements of Rochdale Boroughwide Housing and their properties. Bespoke technical detailing included use of pistol brick slips around window reveals with a soldier course detail specified above window heads to create a contrasting aesthetic feature to the main walls. A band of silicone thincoat render was added as a design feature around the doors– yet again showcasing K Systems’ unrivalled attention to detail.

Senior Architectural Systems has taken its aluminium fenestration solutions to new heights after being specified on the new Oaklands Rise mixed-use residential development in London, which is not only one of the UK’s largest regeneration projects but also one of Senior’s largest contracts to date.Designed by CZWG Architects and constructed by the Vistry Partnership, the £175m scheme comprises three major tower blocks which vary in height from ten to 27 storeys. Senior’s slim profile SF52 aluminium curtain wall system has been used to create the striking faceted curved elevation, with the smooth rounded corners of the balconies and corner apartments further accentuating the design. Senior’s robust SPW500 aluminium commercial doors were used externally and installed to the fire exits and main entrance, with SPW600 aluminium doors fitted internally throughout communal areas.With the need to increase energy efficiency and reduce the carbon footprint of the scheme, Senior’s patented low U-value PURe® aluminium windows and PURe® SLIDE patio doors were also chosen for the scheme. As well as contributing to lower energy bills for the residents, the slim sightlines of the PURe® aluminium windows and doors perfectly frame the development’s far-reaching views over London and the attractive green streetscape below. The stylish PURe® SLIDE aluminium sliding doors also provide select apartments with access to individual roof terraces, creating a seamless link between the interior and exterior spaces.