"ventilation"

The Quadrangle building in the historic heart of Cheltenham, once a 1970s landmark, has been completely transformed into a contemporary mixed-use commercial development featuring exclusively AluK window, door and curtain walling systems.Designed by AWW Architects from their Bristol studio and completed by Beard Construction, it now features an inner courtyard, ground floor retail space, four storeys of open plan workspace and the town’s first rooftop restaurant.The fenestration package was absolutely key to retaining the design language of the original building within a more contemporary aesthetic, whilst also meeting the requirement for improved thermal efficiency, more natural light and better natural ventilation.Having been impressed with the design and quality of AluK products on previous projects, AWW specified a comprehensive mix of AluK systems at the Quadrangle – the SG52 capless curtain walling system to give a frameless appearance to the retail façade, the more conventional SL52 capped curtain walling system for the courtyard area and rooftop restaurant, the GT55 system for the entrance doors, and the tried and trusted 58BW window system for the 400+ windows fitted into the existing openings around the façade.The entire fenestration programme was carried out by AluK fabricator Aluminium Sashes, which used its extensive experience in the repair and replace sector to overcome the challenges inherent in surveying, fabricating and fitting windows into openings which, in many cases, were irregular in shape and form and not aligned with the concrete slab finish.Aluminium Sashes worked closely with AluK at planning and detailed design stage to achieve the contemporary look for the façade that the client and architect wanted. For example, where the original windows had a transom and modesty spandrel panel below, the slimmer sightline replacements replicated the line of the transom but with fritted glass below to provide a similar level of privacy with more natural light. They also designed a solution for fixing the anthracite grey windows to the metallic bronze louvre sections specified to break up the uniformity of the façade, give users the option of manual ventilation and to provide fresh air and exhaust points for the AHUs. The reinforcing bar in the windows has effectively become the carrier bar for the louvres and gives the impression that there are two colours in one window panel.

Republic is a new campus at East India Docks: the design is centred around well-being at work with a focus on daylight and ventilation, direct connections with nature through the planting in the biodiverse central gardensThe first phase commenced in October 2016 and the public realm was completed towards the end of 2018The campus will ultimately provide 650,000 sq ft of high-quality affordable workplace, a wide range of amenities, generous public realm and extensive green spaces.BLOC sun bench can be used on its own or joined in rows and back to back. It is also available with a short seat.VROOM bench is a modular furniture system that can be extended in endless combinations. The bench comes in two widths, with or without a backrest and armrests. Straight, angled and curved connection elements mean that the seats can be joined to create long benches, formations, large and small circles, and letters.All furniture in RAL 1018Client: Trilogy Property and LaSalle Investment ManagementArchitect: Studio RHELandscape architect: Remapp Landscape Architects

Sertus were asked to work closely with Ark M&E, the project M&E contractor, to ensure our dampers and roof vents were installed in the safest way.Project Name: Barking WharfLocation: LondonSector: ResidentialClient: EcoWorld LondonInitial Brief:Sertus were asked to work closely with the Ark M&E. Of particular importance to the client was to ensure that fully compliant products were used within their smoke ventilation system, especially our EN 12101-8 smoke dampers. View these here.Challenges:To ensure that the project programme was adhered to, Sertus applied Lean manufacturing principles and came up with some unique efficiencies, for example combining the smoke damper and the environmental damper in one housing to reduce installation time on site, and to reduce the amount of builders' work for the client.Outcome:This project is a large phased scheme over 4 blocks and was finalised in 2021. Sertus manufactured & supplied products swiftly and efficiently, allowing this project to be completed well on time.

Single storey extension with fixed rooflights and opening vent rooflightsThe ChallengeLocated on one of Cambridge's key arterial routes the homeowner wanted to improve the quality of the internal spaces in this early twentieth century townhouse, to help revitalise the property and give them a better family home.The solutionWorking with an innovative architect they proceeded to add an extensive single storey extension to the rear of the property as well as unique dormer extension to the second floor.We worked closely with them to create fixed rooflights for the single storey extension which added light and a feeling of greater space also we provided opening vent rooflights which as well as adding natural light also gave them natural ventilation.Whether you’re at planning or construction stage why not see how we could help you add natural light and space to your home project; you can call us on 01223 792244 or pop us an email via info@nextgenrooflights.co.uk outlining what help you need.

“ Using the Hi-therm lintel helped us to achieve a pass rating keeping the air test above 5, therefore removing the need for mechanical whole house ventilation/heat recovery, or alternatively other renewable energy products such as PV. Whilst the Hi-therm was not the only resolution, it is a combination of various products and u-values etc. which achieve the pass; Hi-therm helped to achieve the pass in this instance. ”Chris CarrollQuantity SurveyorLagan HomesHi-therm SolutionFull technical support and site-specific Psi value calculations provided.Hi-therm’s performance contributed to the saving of upwards of £1000 per plot on other sustainable technology.Hi-therm does not require any ongoing maintenance, unlike many alternative sustainability solutions.Project DetailsSt. Inns development at Moira, Co. Down, includes detached and semi-detached 3 and 4 bedroom house types and Hi-therm was specified on each home.

A fault-tolerant network of MxPro 5 intelligent fire panels from Advanced was chosen to protect the 3Ts Redevelopment programme at the Royal Sussex County Hospital.A total of 36 4-loop MxPro 5 panels, 46 repeater panels and two custom-built AdSpecials panels from Advanced were installed as part of 3Ts, a construction programme to modernise the front half of the Royal Sussex County Hospital in Brighton. Phase one involved the construction of a 13-storey building with two basement levels. Incorporating all the functions of a modern hospital. The building includes a three-storey atrium reception, outpatient departments, operating theatres, wards, a teaching facility and administration facilities.The fire system was installed by the team at Essex-based EA-RS Fire Engineering Ltd, who installed Advanced’s industry-leading MxPro 5 fire panels alongside bespoke sprinkler indication and ventilation override panels, all linked to approximately 5,000 Hochiki devices.

The Baitul Futuh Mosque (the House of Victories) is the largest Mosque complex in Europe with a capacity to accommodate 13,000 worshippers. Funded by members of the Ahmadiyya Muslim Community, reconstruction was completed after a fire in September 2015. The five-floor redevelopment included new administration and assembly buildings with associated facilities and natural ventilation. It also includes multi-purpose halls, offices, and accommodation facilities for guests which include 12 private bedrooms and further dormitories, the associated works include sewer systems, landscaping, cable laying, infrastructure, enabling works, and access roads.Cellecta’s HiDECK Acoustic Overlay 28 was specified by John McAslan & Partners due to its highly conductive structural floorboard with rapid heat transfer characteristics enabling a more efficient under floor heating system. It also directly accepts all types of floor coverings, ensuring each apartment can be finished to the desired look.Ahmad Construction was awarded this 2,000m² contract to construct this historic redevelopment in South West London.

Located on the north side of Wrexham town centre, the BREEAM excellent Yale Campus one of the largest projects undertaken by Coleg Cambria across its network of six campus sites, which has a base of 7,000 full time and 20,000 part time students.Maximising daylight and ventilation, the glazed façade spans 1,200 sqm across the building. Specified for proven performance and thermal insulation, TECHNAL curtain walling offers a fully capped, mullion-drained solution. With an aluminium substructure width of 52mm, it creates a slim sightline while also providing the necessary strength and inertia requirements.Contributing to higher credits for the critical Energy 01 part of BREEAM, which is concerned with the reduction of energy use and carbon emissions, TECHNAL A-rated Dualframe 75 Si windows offer exceptional energy efficiency. For the Yale campus, a U-value of 1.1W/m2K was achieved. As well as being inserted within the curtain walling, the windows have also been fitted in a vertical panel format to create a striking rectangular pattern within the gold cladding.

New air quality sensor provides confidence in operation with its traffic light design It is compact, intuitive and notifies you as soon as the indoor air quality deteriorates: the new air quality sensor CheckAER from SIEGENIA. Reliably and considerably faster than human consciousness, it registers when the indoor air becomes too highly polluted and it is time for it to be exchanged. As well as high CO2 values, this can also be due to total volatile organic compounds (TVOC), which frequently arise as a result of vapours emitted from furniture or cleaning agents. The risk of viruses in the indoor air also increases when there is insufficient ventilation.Easy and intuitive operationEasy and intuitive to programme and operate, CheckAER is the ideal solution for living spaces, schools, kindergartens and office buildings because it can be used free-standing on a table or be mounted on a wall. Programming is done easily and straightforwardly via Plug & Play with the aid of the USB cable included in the delivery, which is also a plus in terms of data security. In addition, it includes an automatic calibration to optimise the sensor accuracy. 

The building brings together the Kent Business School and the School of Mathematics, Statistics and Actuarial Science to promote synergies, collaboration and interaction, foster knowledge exchange and enhance the reputation of both schools. The development had a construction cost of approximately £26m and was completed at the end of 2016.The 8,200m2 building for University of Kent’s Business School and School of Mathematics, Statistics and Actuarial Science is located towards the northern edge of the Canterbury campus. The £26m facility creates a vibrant new campus destination and allows two of the University’s most successful departments to expand and improve their current activities.Designed to achieve BREEAM Excellent a series of interventions integrate the building into the campus and the ecology including new cycle and pedestrian pathways and green roofs that help increase biodiversity. Passive measures of natural ventilation with thermal mass and night time cooling are prioritised over active measures. Extensive roof mounted photovoltaic panels provide in excess of 10% renewable energy.Shield Membranes supplied all waterproofing, insulation and finishes to all roof areas on the Sibson Building.

Salisbury Walk is part of the Girdlestone Estate in London, and the last phase to be upgraded by landlord the London Borough of Islington as part of their commitment to delivering decent homes standards.The TaskWorking to our detailed specification, Opus stripped the existing profiled metal roof and built up our TA-30 Flat Roofing System, installing insulation to achieve 0.18W/m2K as advised by current Building Regulations. Ventilation and rooflight hatches were also upgraded and new upstands fitted.The Outcome“Having achieved such a positive result in the refurbishment elsewhere on the estate by utilising the services of Langley and Opus, it gave peace of mind for all stakeholders to re-apply that formula in other works. It brings us a valued perspective, enabling us to make informed decisions going forward about the condition of the estate, knowing we have consistency in approach, design, materials and application. We also have the peace of mind, going forward, that the roofs are all upgraded to a high standard and are assured for decades to come.”Theo Petrou, Mears Group Project Manager

Hale Brown Architects were appointed to redesign 6 Middle Street with the brief to redevelop it into a modern office space that incorporates new sustainable design elements.Set within the narrow cobbled streets along the eastern boundary of the Smithfields Conservation Area this refurbishment included demolition of existing roof structure and replacing it with a feature glazed roof, creation of a mezzanine floor and installation of a cantilevered staircase. The concept was to open up the space to create free-flowing natural light throughout all floors, open up views, create natural ventilation and maximise ceiling heights while incorporating a timber slatted raft concealing service.3v provided a full ironmongery service for this project which including a mixture of brass and matt black products. Black products were used on timber doors and bespoke textured brass pad handles on black frame glass doors, the pad handles were chosen to compliment the detailing in the timber slatted ceiling raft and wall panelling. We think they work seamlessly together! Photography: Neil Kenyon

The Creative Centre at York St John University represents an evolutionary step in educational architecture, mirroring the institution’s commitment to fostering innovation, creativity, and community engagement.By integrating cutting-edge sustainable technologies and materials, the centre not only minimizes its environmental impact but also serves as an inspiring example of how modern design can contribute to the well-being of both the planet and its inhabitants.The facility’s versatile spaces encourage interdisciplinary collaboration, enabling students and faculty to explore new frontiers in arts and education. This architectural gem not only enhances the university’s landscape but also strengthens its ties with the local community, inviting public participation in a range of cultural and educational events.As a symbol of York St John University’s forward-thinking ethos, the Creative Centre is poised to shape the future of creative education, making it a cornerstone of both the university and the wider society.Three main concepts formed the foundation of the design approach. First, it is a genuinely sustainable building, both in operational and embodied carbon terms, with a substantial timber frame and simple climate control. Second, the main atrium space unites all the building elements together, reflecting the latest thinking in higher education to create ‘third spaces’ for cross-disciplinary collaboration.Finally, the Centre makes the most of its proximity to York Minster connecting the University to the heritage of the surrounding city. Throughout the atrium, recital hall and critical listening room, views to the Minster are carefully framed, reinforcing this picturesque view across the stunning historic site.Low embodied carbon materials, such as glulam and CLT and SIPS were used for the construction of the Centre, as part of a ‘fabric-first’ approach using Passivhaus principles to achieve a BREEAM Excellent rating.Working alongside environmental design consultant Atelier Ten, the project’s eco credentials were achieved by using triple-glazing, making the building air tight, providing simple operation systems – such as openable windows – and a mixed mode ventilation system with both mechanical and natural ventilation in teaching rooms.The building is extremely functional and flexible, for example the 2,000m2 of teaching space are column-free internally with modular servicing to allow easy re-configuration in the future should the university’s requirements change. The 180 capacity auditorium was designed with SSV Theatre Consultants to facilitate teaching as well as performances, with a level access technical level. And the building connects to the natural environment through its use of natural materials and integration with a campus wide landscape masterplan.

Developer Manchester Life is transforming the residential market in the city of Manchester and Senior Architectural Systems is proud to have partnered with them to create a number of apartment schemes including Cotton Field Wharf, Weavers Quay and New Little Mill. Lampwick Quay is the fourth and most recent project to have been undertaken by Senior as part of this successful repeat business relationship.Located in Manchester’s thriving new community in Ancoats, the new Lampwick Quay development comprises 213 apartments across three blocks of five, six and ten-storeys, with ground floor retail units and communal facilities including a gym and residents club room. A mix of Senior’s aluminium windows, commercial doors and curtain wall solutions have been used extensively throughout the development and installed by supply chain partner Aire Valley Architectural Aluminium for main contractor John Sisk & Son Ltd.To help reduce heat loss and energy costs, Senior’s low U value and Part L compliant PURe® aluminium casement windows have been installed to each of the apartments to create a comfortable living space. The stylish window system also provides the perfect frame for the development’s views of Manchester’s New Islington Marina.Energy-efficiency has also been addressed in the communal, retail and ground floor areas through the use of Senior’s thermally-enhanced SF52 aluminium curtain wall system which maximises the controlled use of use of natural light.To meet the scheme’s stringent safety and security requirements, Senior’s robust SPW501 aluminium commercial doors were installed to the main entrance and exit points. The SPW501 commercial door system is ideally suited to high pedestrian use and meets the requirements of Secured By Design. Key elements of the fenestration package have also been designed to work as part of the scheme’s overall passive fire protection strategy, with the use of Senior’s SPW600 automatic opening ventilation (AOV) aluminium windows in the communal areas and stairwells. Although visually similar to Senior’s popular SPW600 system, these AOV windows are fitted with a smart actuator which allows for quick and automatic ventilation in the event of a fire, helping to remove smoke from the air.The development’s low pitch sawtooth roof design pays homage the area’s industrial heritage, with the slim aluminium frames of the fenestration package further complementing the main façade of zinc cladding, brick and coloured panels. Initially designed by CallisonRTKL, the Lampwick Quay development was delivered by jmarchitects.

Sandwiched between a retail unit and some 2000 square feet of office space, the seven storey shuttered façade reflects the historical military tailors that used to occupy this part of London. Their tailoring techniques, forms of embroidery and bronze detailed shop fronts were an inspiration for the architects Squire and Partners, whose detailed design of the bronze panelled façade, included glimpses of deep red in the shutter reveals with 45mm diameter punched holes intended to replicate the stripes on a Sergeants uniform. Fabricated on a CNC turret punch press using high grade J57S UP aluminium, the exterior featured hook on Unity rainscreen panels finished in bronze anodised and aluminium infills in a red polyester powder coating. The balcony detail was enhanced with impressive folding shutter doors designed to offer, security, shading, ventilation and noise control from the streets below. The outer skin to the shutters was finished in bronze anodised to match the exterior panels. They also featured a regency gold anodised finish to the side plates and a red polyester powder coating to the interior screen that when folded added to the aesthetic design of the building.

Twice the height of any other building in Cyprus, the ONE Tower commands the skyline of Limassol. Sitting on the palm tree lined seafront close to both the city’s bustling business district and its quaint old town, the new development offers 83 luxurious residences, leisure and commercial opportunities set across 37 floors. Its award-winning curved design reminiscent of a yacht’s sail, stands at 170 m high which, coupled with its coastal location, presented a unique set of passive fire requirements for its facade. Key informationCompletion dateSummer 2020SectorResidential | Retail | LeisureEnd clientPafilia Property Developers Ltd.Main contractorArabian Construction Company (ACC) | JV Partners | Joannou & Paraskevaides Group (J&P Group)Facade contractorGlassline Industries LtdArchitectWKK ArchitectsDistribution PartnerDPS TechnoIndustrial Ltd Products usedSiderise RH Horizontal Cavity Barriers for Ventilated CladdingSiderise RVG Vertical Cavity Barrier (galvanised mild steel brackets)Siderise OSCI Open State Cassette Insert DesignThe sheer height of the tower meant it was vital to ensure the facade construction contained adequate passive fire protection, complying with local regulations and ensuring ongoing safety throughout the building’s lifetime. After working with our products and our Cypriot distribution partner DPS for a number of years, facade contractors Glassline specified a combination of open state Siderise cavity barriers and cassette inserts. The RV vertical and RH horizontal cavity barriers are designed to allow the facade system to maintain airflow and drain away any moisture within its construction but, in the event of a fire, rapidly close the ventilation gap to create an effective hot smoke and fire seal. Both products achieve Class A1 to EN 13501-1 and provide 120 minutes fire integrity. The barriers are complemented with the use of OSCI Cassette Inserts which are Class A2 rated. All these products have undergone rigorous third party testing to ensure dependable performance. These include single product tests and testing as part of a large-scale system, such as BS 8414 (1&2) and NFPA 285, demonstrating their performance within a complex, high-rise cladding system such as that used on the ONE Tower. For more detail about the standards the products meet, please visit the individual technical data pages. In addition to providing straightforward passive fire protection, the stonewall lamella core of the RVG vertical cavity barriers allows them to accommodate the natural movement associated with rainscreen facades. This is especially important on this exposed seafront project. It is also for this reason that the cavity barrier brackets were specified in robust galvanised steel, protecting them from corrosion caused by the sea air.InstallationAll Siderise products are designed to be easily installed— a key benefit on this large-scale project, enabling it to be finished to a high standard without compromising the project timeline. The RV vertical barriers and then the RH horizontal barriers were cut to the correct size and installed by Glassline using Siderise galvanised steel brackets and foil tape. Where the two products met, they were simply tightly abutted, and the joints sealed with foil tape to ensure continuity of intumescence and therefore fire protection. The OSCI cassette inserts were then fitted as part of the cladding system, installed directly behind the cassette panels and in parallel and centrally aligned to the RVG and RH cavity barriers. This helped to simplify detailing and ensure the ventilation gap met the project requirements. Technical support and site services were provided by our partner DPS throughout the design and installation process, in-keeping with the Siderise ethos of standing by the side of our customers to deliver optimum results.Final CommentsCreated in collaboration with a number of renowned international and local firms and suppliers, ONE Limassol Tower not only stands as a symbol of the city’s exciting future, but also of what can be achieved when diverse skills, expertise and vision are brought together. The selection of tested Siderise products chosen for the project will help to ensure that the building remains a safe and beautiful home and landmark for the people of Limassol for many years to come.Image copyright (C) Pafilia www.pafilia.com 

Unrivalled in scale in the UK as a hub of engineering and material science expertise, the new Manchester Engineering Campus Development (MECD) embraces the refurbished, Grade II listed Oddfellows Hall, the MEC Hall and buildings on Upper Brook Street and York Street. Brick played a crucial role in creating the campus and, to find the perfect products to fulfil their aesthetic vision, the architects turned to Vandersanden.The new campus is one of the largest construction projects undertaken by any higher education institution in the UK. It will allow 1,300 staff and 7,000 students to work and study in spaces that enable connection, collaboration and concentration across the faculty.Working with Mecanoo, Penoyre & Prasad and Balfour Beatty Construction, BDP provided detailed design consultation services for the entire MECD project. The collaborative team completed the sensitive renovation and extension of Oddfellows Hall to accommodate a suite of conference rooms, academic workspaces and a restaurant.Originally built in 1857 and rebuilt in 1916, Oddfellows Hall anchors the new MECD to its formative past. Set back on the north side from the listed building, the modern extension presents a neat facade where Vandersanden’s Berit water-struck facing brick, which is white with a light texture, is coupled with areas of glazing and tile. “The approach to the scheme has been to add a twenty-first-century building of its time but in continuity with the existing language, using materials such as brick and glass,” explains Paul Owen, architect associate at BDP.Configured horizontally, the elements wrap around the façade of the extension to create a strong connection to both the north and south facades of the older building. The aesthetic is enhanced further by a combination of narrow brick piers and vertically proportioned windows. A defined brick plinth at ground floor level achieves additional visual interconnection between the old and the new.On the roof, the plant enclosure uses the same Vandersanden Berit brick as the façade, but the structure is set back from the parapet line. A hit and miss pattern allows for ventilation of the mechanical and electrical equipment inside as an elegant alternative to standard ventilation grilles.On Upper Brook Street and York Street, the new buildings are of solid brick that includes feature brick vertical and horizontal elements to articulate the façade and frame the window openings. Again, the brick is from Vandersanden; in this case, the company's Herning water struck brick with a dark brown-purple-blue multi-coloured appearance.“The technical advice the team at Vandersanden gave was incredibly helpful while the bricks offer great visual appeal. In the long term, they will age gracefully in combination with the existing material of Oddfellows Hall, ensuring the new extension sits well in its context,” says Paul Owen.For more information on the development go to https://www.mub.eps.manchester.ac.uk/science-engineering. For details on BDP visit, www.bdp.com and to find out more on Berit, Herning and the wide range of high-quality bricks available from Vandersanden, visit Together we build greatness | Vandersanden

The award-winning and BREEAM Outstanding Engineering Building at the internationally renowned Lancaster University features a complete range of architectural aluminium glazing systems from Technal. Located on the Lancaster University campus in the North West of England, the new engineering facility was awarded Winner of the RIBA National Award for 2015 and was highly commended by the Royal Institution of Chartered Surveyors in the Design through Innovation category at the 2016 RICS North West Awards. Purpose-built to a world-class standard, the scheme comprises of 4,701 sqm of workshop, laboratory and office space in two concrete framed blocks either side of a dramatic four-storey atrium. Using passive techniques to achieve the environmental performance measure of BREEAM 'outstanding' in the design assessment, which is in-line with Lancaster University's sustainability and carbon reduction targets. With this in mind, aluminium doors and curtain walling were chosen for this project. The Facade is featured throughout the building, and was specified for its contemporary aesthetics. The system also includes concealed vents to allow natural ventilation without compromising the architectural integrity of the facade. With natural light being a key part of the specification, Technal aluminium curtain walling allowed larger and heavier glazing units to be installed thanks to its superior load distribution, permitting more natural light to flow through the building's rooms.

Designed by Wilson Mason Architects, the ManchesterCancer Research Centre (MCRC) is a state of the artresearch facility, home to 150 researchers.The iconic public facing facility has been designed withan integrated environmental approach. With featuressuch as 85% natural ventilation and rainwater harvesting,the project has earned an ‘Excellent’ BREEAM rating.Allgood were asked to supply an ironmongerypackage that could reflect the sustainable approach,whilst catering for the building’s high performancerequirements.With the MCRC being a partnership between TheChristie, Cancer Research UK and the Universityof Manchester, there is frequent traffic of users. Itwas therefore imperative that Allgood supplied anironmongery package that would perform to the higheststandard. The package was delivered in a co-ordinatedstainless steel finish to match the clean aesthetic ofthe building’s interior. In addition, Modric lever and pullhandles were fitted on the internal doors, providing adurable and high quality product that provides a ten yearwarranty.All of the stainless steel door fittings supplied aremanufactured from 62% recycled materials, of which95% can be recycled at the end of the products life.Manufactured in our factory in Birmingham, the Modricproducts supplied enabled lower carbon emissionsthrough a shorter supply chain, contributing to the‘Excellent’ BREEAM rating of the building.

New corporate headquarters for a growing independent distiller called for the perfect blend of outdoor infrastructure to reflect its strong local identity.Ian Macleod Distillers (IMD) embarked on the new HQ project after outgrowing its nearby Russell House head office.The £4.5 million development features two prominent glass towers representing the traditional ventilation shafts of Scottish whisky distilleries.And when it came to the design and creation of the building's outdoor spaces, Broxap's Litchard range provided a similar timeless yet unique aesthetic for the site.Working for Clark Contracts, Broxap designed, manufactured and installed a suite of furniture including two Litchard Picnic Units and 16 Litchard Benches.Our teams collaborated with the project leaders to create 8 Litchard Seats, as well as tables and short benches, to specific dimensions to enable unique group seating configurations.A Palisade Brise Soleil adds another dimension to the breakout space. Door barriers, complete with tapping bars to meet Scotland’s disability access standards, completed the project.The main building delivers 10,000 sq ft of office space for IMD and is the commercial hub for the independent family firm which owns brands including Edinburgh Gin, Glengoyne, Tamdhu and Smokehead.

Designed by architects Studio E, the BREEAM Excellent rated building features over 2,000 Ultima aluminium insulated panels in varying lengths and depths up to 4500mm and 800mm respectively, finished in four different RAL colours The company also supplied a range of ventilated Bird’s Beak style panels, pressings, copings and cills that further added to the overall aesthetic of the building’s façade. The Ultima aluminium insulated panels were designed, supplied and manufactured by Metalline Architectural Fabrications. Metalline has become one of the UK’s leading fabricators of specialist architectural fabrication in the UK, developing innovative solutions for a range of flagship projects. Finished in four different RAL colours – reed green, pastel green, light green and mint turquoise – the overall effect of the multi coloured, multi-dimensional panels is one of inspiration that sits perfectly with the ultimate goals of the Academy’s vision for its pupils future. Metalline’s Ultima aluminium insulated panels are extremely versatile and possess excellent acoustic, thermal and fire performance ratings. They are typically produced using class A1 non-combustible insulation core and can be adapted to fit a variety of facade details, which include the ability to be glazed into a standard curtain walling or structural glazing system. The panels can also be perforated and manufactured into a variety of shapes to meet the most challenging design criteria. Ultima aluminium insulated panels can be fabricated up to an impressive 6000mm in one length.

Located to the south of Newark, Middlebeck is a 694-acre urban extension which will provide new housing, access to local amenities and a new purpose built primary school. The Christ Church C of E Primary School has been constructed to serve the local community and boasts an attractive design by Gollifer Langston Architects, with the L shape plan of the new school forming two sides of a courtyard.Constructed by the Lindum Group, the attractive and contemporary design of the new school building embraces the use of natural daylighting and the extensive use of glazing helps to strengthen the connection between interior and exterior spaces. Senior’s slimline SF52 aluminium curtain wall system has created a light and welcoming entrance, with Senior’s versatile SPW600 aluminium windows and secure SPW501 aluminium commercial doors used throughout.Robust and fully recyclable, Senior’s aluminium fenestration systems were powder-coated to further enhance durability and to complement the white brise-soleil installed to the south side of the building to help control solar gain. Additional solar shading protection from the overhanging roof, in addition to the use of natural ventilation, photovoltaic roof panels and underfloor heating also contribute to the overall sustainable design of the school building.Senior worked closely with supply chain partner Alusec to deliver the fenestration package.

Designed by Fife Council Property Services, the newbuilding constructed at Auchmuty High School inGlenrothes, Scotland, sees the new development replacethe old high school with better learning facilities andadvanced learning equipment.Allgood provided Fife Council with a complete accesscontrol and ironmongery solution, which makes the majorityof the school keyless.Allgood Trio created an advanced access control package,containing proximity readers and access control handlesets, that provide traceable audit throughout the buildingand in addition to the ability to control access to variousareas. The package also included software which allowsthe deletion of a card if it is lost or stolen, providing a betteralternative to the expensive process of replacing lost keys.Allgood Trio also supplied and installed the automatic doorset solution, which satisfied Fife Council’s requirement forthe doors to automatically drive open and remain open inthe event of the fire alarm being activated, providing smokeventilation through the main central core area of the school.The solution also allowed staff to control the main entrancedoors and pupil entrances during specific times. (i.e.granting pupils access during school; start, finish and breaktimes and being locked outside these time periods).The whole package provided by Allgood Trio was deliveredon time and within the clients budget, including theinstallation of both access control and automatic doorsetsby Allgood Trio engineers.

The ChallengeThe client’s requirements were to provide value for money and create a building that was easy to maintain and appropriate to its function and setting.Deafblind Scotland provided training for the architects so they could gain an appreciation of the barriers faced by those who would use the building. The design was then developed to satisfy funding requirements. Technology was utilised to assist the client’s team with visual impairment to understand the building layout.The SolutionWorking closely with the client the architects carefully selected materials, colours, stair detailing, thresholds and ironmongery. Our Welford Buff brick was chosen for the brickwork.Careful consideration was also given to the pedestrian route configuration that visitors would use when approaching the building – it was important to ensure a strong colour contrast between road and pedestrian walkway.Natural ventilation was maximised to reduce energy consumption and associated costs.The BenefitsThe 7,500 square foot building provides a centre of excellence for deafblind people with a hub for training and development. It is a daily resource for more than 300 deafblind people in the Glasgow area, and a further resource for the 2,700 people across Scotland who are severely dual sensory impaired.The project offers deafblind people more opportunities to learn, enjoy a range of subjects, collaborate, and to become more familiar with IT through the assistance of specially adapted technology and equipment.Feedback from building users has been extremely positive with the client remarking on the ease of way finding and legibility within the layout.

 Divided into time slots so school life could go on as smoothly as possible during the restructuring, the renovation work involved changing all the functions of the educational establishment. A structure with entrances on either side, limited storage space for materials, the need to create various secure entrances to the institution consecutively according to the work phases… The BW Dumot architectural firm met these high-stake challenges with agility in organisational terms. Of course, by choosing a ventilated facade solution on a subframe and products renowned for their ease of installation and great resistance, the firm was able to optimise the External Thermal Insulation (ETI) phase.Changing the perception of the institution through the building envelopeLocated in a so-called sensitive neighbourhood, Paul Eluard Secondary School was ageing, with deteriorating facades. Its new generation design had to mark a change in order to both encourage residents to see the institution in a new light and help the students to reclaim the school.Since the college is located in a green space, away from the centre but overlooking the entire city below, the architectural firm chose a sleek design, a smooth and structured white mineral look, and the PAPYRUS finish (crumpled paper). In this way, while aiming for an understated look, the firm was able to create a strong contrast with the school’s surroundings, so that it would stand out and become a landmark.It was through the building envelope and the treatment of the facade that architect Barbara Dumont was able to express this aesthetic preference.

We travelled to London and sat with Sebastian and his wife Miriam who have just rejuvenated their kitchen area, so that it connects their home with the outdoors in a wonderful way by simply replacing and upgrading their rooflights.The old rooflights simply didn’t have the versatility that the family was looking for, so when it came to finding a set that offered them exactly what they needed, Sebastian and Miriam chose Vario by VELUX.Due to the position and functionality of the existing rooflights in the kitchen, the family quickly realised that it didn’t fit their needs, discovering that the room became hot during the summer months and because of nearby foxes, they couldn’t safely leave their façade windows open without worrying about inviting unwanted visitors into the home.“We moved here in the middle of winter,” Miriam explained, “So we didn’t understand how hot it became inside over the summer months. What we needed was ventilation to cool it down over the summer. We chose to replace the rooflights, as the ones that we had were static and didn’t allow ventilation and these are amazing for that.”Sebastian discussed how working closely with Vario by VELUX allowed the family to get exactly what they wanted and how they were able to create a home that truly met their needs. “Vario by VELUX were the only ones that offered bespoke windows that could open, and when you’re away, if it rains, they close.”“I did everything online. I went to the website where they have this Build Your Own 3D configurator and I chose the window I wanted, the colour I wanted and the size I needed. I would definitely recommend everyone to use Vario by VELUX for installation, delivery and to receive support and warranty, which is very important.”An incomparable differenceThe impact that the new rooflights have had on the family has been remarkable and really had a positive impact, as Miriam explains. “The contrast between a fixed rooflight and one that opens is incomparable really - cooking smells are out very quickly, you can cool the room down and it never gets too hot in here, it’s not just a bit of glass in the roof, it’s a bit of tech that you can use and integrate into your life.”“The two Unlimited Rooflights have really impacted the room with the amount of fresh air we get in there.”“I get up for work very early, about 6am,” Sebastian adds, “And before having these windows, the room was just hot and you could feel the lack of air, now, when I come down the window has been open and it makes a difference.”“It’s made the whole house cool. We now have a movement of air through the house that we didn’t have before. I think it’s a really lovely way to be connected to the outside - you see the seasons change, you can watch the roof splatter with raindrops - my daughter loves watching that when it happens - and the bifold doors plus rooflights really make this an integrated room with the garden. You have a bit of the outdoors inside here.”

As concerns about environmental sustainability continue to escalate, the concept of Passive House (Passivhaus) design has emerged as a game-changer in creating energy-efficient buildings.This innovative approach focuses on maximizing a structure’s energy efficiency while maintaining optimal comfort for its occupants. One key element that can complement and enhance Passive House principles is the incorporation of automatic doors.Understanding Passive House DesignPassive House design revolves around stringent energy efficiency standards. It employs various techniques to minimize energy consumption, such as superior insulation, airtight construction, high-performance windows, and heat recovery ventilation. These elements work harmoniously to create a building that requires minimal energy for heating or cooling, leading to significant reductions in carbon emissions and energy costs.The Role of Automatic Doors in Passive HouseAutomatic doors might not seem like an obvious addition to Passive House design, but their integration can significantly contribute to its efficiency goals. Here’s how:Controlled Air Exchange:Passive House principles emphasise airtightness to prevent energy loss. Automatic doors, equipped with sensors and precise control mechanisms, can efficiently regulate the airflow, allowing for controlled ventilation while minimising the loss of heated or cooled air. This feature ensures that the building maintains its airtightness while providing necessary air circulation.Energy Conservation:By automating the opening and closing of doors, energy loss due to unnecessary drafts or human error is minimised. The doors swiftly close after use, reducing the transfer of heat or cold air between different zones within the building. This helps in maintaining the indoor temperature, contributing to the overall energy efficiency of the structure.Accessibility and Comfort:In addition to energy efficiency, automatic doors significantly enhance accessibility, ensuring ease of entry and exit for all individuals. The seamless operation of these doors adds convenience and comfort to occupants while aligning with the core principles of Passive House design.From revolving doors to sliding doors, we have just he solution for your energy saving needs. We help our clients save energy because we know how important it is to cultivate a sustainable future and reduce environmental impact, while simultaneously promoting cost-effective and efficient solutions for their individual needs. Find our new energy saving FAAC sliding doors here solutions here, and energy saving data here.ConclusionPassive House design has revolutionised the way we approach building construction, emphasising sustainability and energy efficiency. The incorporation of automatic doors complements these principles by enhancing airtightness, energy conservation, and overall occupant comfort.In the pursuit of creating eco-friendly and energy-efficient buildings, integrating automated systems like doors not only aligns with Passive House standards but also sets a new benchmark for sustainable architecture. These technological advancements not only serve functional purposes but also play a pivotal role in reducing environmental impact while prioritising the well-being of the building’s occupants.Check out more of our Energy Solutions.For more information or assistance with any project, please contact enquiries.esuk@faactechnologies.com where we can provide expert guidance and detailed documentation.

Glazing Vision worked closely with Architect, A R C Architecture Ltd, and Contractors, Matrod Frampton Ltd, on this incredible project located in Lymington, Hampshire, where the client was looking for their new pool room extension to include a large, flat rooflight, creating a peaceful and naturally lit room, perfect for a relaxing swim. They were also looking for a rooflight within the loft area of the home to allow natural daylight and ventilation to the space.Glazing Vision’s Flushglaze Fixed Multipart Rooflight in Slate Grey Matt was specified for the roof of the pool house, which was an impressive 3800mm x 10360mm in size, which almost mirrors the size of the swimming pool below.Bespoke glass was selected for this particular project. The double-glazed outer pane was made up of heat soak tested, toughened glass which offers a greater resistance to thermal stresses and provides better protection against glass breaking, reducing risk of injury, essential with a pool directly below.Argon gas filled the space between the panes of glass which helps insulate the room and minimises the transfer of heat through the glass along with a black warm edge spacer which is an insulating plastic composite material that becomes a barrier to heat loss.The inner pane consisted of heat soak tested, toughened, PVB laminated glass which prevents glass shattering under impact by holding the shards together on the membrane so they cannot become lethal, and includes a soft coat low E rating of 1.1, helping with the energy efficiency of the room by reducing energy costs.The product was tested to class 1 in accordance with CWCT TN66/67 which is essential for rooflights which might be walked on for occasional cleaning/ maintenance activities, and which will therefore need to support both the weight of people on the glass and their equipment, which may be required on this occasion.The rooflight was supplied in 6 sections with internal back-to-back angles at the joints between each section. The 6 sections were sized to achieve an equal split when viewed from underneath.Our Skydoor Electric Hinged Access Rooflight was specified on the roof of the loft space which is ideal for ventilation and regular access, and offers natural daylight to the space below. Intelligent actuators ensure synchronized operation between the two supporting mechanisms, so the Skydoor opens to a maximum 87° in one fluid, trouble-free motion, providing you with easy access to the space above.The glass was a double-glazed unit comprising of a heat soak tested, toughened, soft coat low E (1.1) outer pane, with Argon Gas within the space between the panes and black warm edge spacer, with the inner pane consisting of heat soak tested, toughened, PVB Laminated glass, and was also tested to class 1.Both rooflights were expertly installed by our sister brand, Glazing Renovations.“Glazing Vision were helpful in explaining the two different upstands required for the different glazing systems. The installation team were helpful and carried out their work in a professional manor.” – Steve Davies, Site Manager, Matrod Frampton.

We delve into Anna's inspiring rooflight replacement journey in her Hertfordshire home with a Vario by VELUX custom-made roof window. This stunning addition has wholly transformed her living space.At Vario by VELUX, we understand the importance of custom-made solutions to suit your unique needs, and our bespoke flat roof windows are designed to do just that. Anna's story is a testament to how our Vario by VELUX Rooflights can create a space filled with daylight, enhancing ambience and interior design.Custom Made Roof Window CollaborationAnna, who hails from South Africa and relocated to the UK almost 40 years ago, recognises the importance of natural light and how it can significantly impact your well-being. Having lived in her Hertfordshire home for many years, she knew it was time to replace her existing lantern rooflight due to a leak and a desire for a more modern design.When she reached out to her architect for guidance, he recommended Vario by VELUX, a decision that proved to be a game-changer for her home. Our team worked closely with Anna, making the bespoke flat roof window fit around the structural beam and seamlessly integrated with her living space. The result was nothing short of beautiful, highlighting the exceptional craftsmanship, professionalism and flexibility Vario by VELUX is known for.What improvements have you seen between the old rooflight and the new one?“The design of the extension is better now than when we had the previous rooflight. The lantern that stood up always bothered my eye and now this flat roof is unobtrusive. When I look out of my windows upstairs I don't see anything, I just see the garden, it’s just opened up another dimension.Another thing is the rain, the sound is different - it’s softer and I like the pool of water you can see lying on it - the different little patterns. It’s a wonderful sound and view so I really recommend it.”The Impact of Unlimited Daylight on Your HomeWith the Vario Unlimited Rooflight installed, Anna's living space now basks in abundant natural light. This daylight not only brightens up the room but also enhances the overall interior design. Even on cloudy days, the room remains well-illuminated, reducing the need for artificial lighting. The difference is undeniable, and Anna couldn't be happier with the transformation, stating, “I had such a good experience, everything was done so professionally… the end product is beautiful.”Advantages of Flat Roof Windows Over Lantern Roof DesignsWhen considering the choice between a flat roof window, like Vario Roof lights, and a lantern roof design, it's essential to highlight the benefits that make the former stand out:Unobstructed Views: Unlike traditional lantern-style skylights, flat roof windows can offer a more discreet and clean design that blends seamlessly with the roof. This design allows unrestricted views of surroundings, creating a more open and expansive feeling within a space. Lanterns can provide a beautiful and artistic effect by breaking up the daylight with the lantern intersections.Balancing Cost and Style in Skylights: Choosing between flat glass rooflights and lantern skylights isn't just about style but also cost. Flat glass rooflights are a bit friendlier on your wallet and can even help lower your heating bills, thanks to their excellent insulation. But don't let that sway you if your heart is set on a lantern skylight! They might require more time and expertise to install, but the result could be well worth it. Ultimately, the choice is yours - both options bring daylight and elegance.Ventilation: Vario flat rooflights are designed to maximise airflow thanks to our upstand, contributing to a well-ventilated and fresh interior space. Lantern roof lights, on the other hand, excel in aesthetics, adding a distinct charm to any room. However, their ventilation efficiency may not be as high as that of flat roof windows. Both options present a blend of form and functionality to consider.Insulation Differences: Lantern skylights and flat roof windows both provide insulation but to varying degrees. Lanterns with multiple glazing pane joints tend to have poorer insulation, leading to more heat loss. Conversely, flat roof windows, with fewer connections, generally offer superior insulation.There are certainly pros and cons to both types of rooflight design. What matters most is that you are considering adding more daylight into your your designs!Experience the ‘Wow Factor’ With a Bespoke Roof WindowAnna's advice when considering a renovation is crystal clear: "I really don’t think you can do an extension without a rooflight." She believes it's essential for well-being and making your space more enjoyable. A rooflight adds the "wow factor" that can genuinely make your life better.Incorporating a Vario skylight into your project can be a game-changer, just as it was for Anna.

Roof terrace for more space to enjoy with family and friends The ChallengeThe homeowner wanted to make sympathetic improvements to the existing components of their London townhouse without losing the essence that made it a home. This included partial conversion of main roof into terrace with access, the addition of roof light and the enlargement of an existing roof light. But with such a stunning property, standard and ordinary just would not do.The SolutionThere were three components were we provided expert advise and unique glazing solutions. Firstly, they wanted to bring more light to an existing bathroom which was achieved with an opening electric vent rooflight, that allowed both light and additional ventilation to the space.Secondly was enlargement of the roof light to a single storey extension at lower ground floor level. Thirdly was the design and installation of a Sliding over fixed rooflight above the third floor staircase that provided access to a new flat roof terrace which replaced the original butterfly roof.This now meant our client could maximise their property, create more space, and make a feature of their roof terrace where they could enjoy this vista with family and friends, capitalising on the views they and let light flood into the space below. Get in touchWhether you’re at planning or construction stage why not see how we could help you add natural light and space to your home; you can call us on 01223 792244 or pop us an email via info@nextgenrooflights.co.uk outlining what help you need.

application area: commercial kitchen extractuse type: school kitchen air extractionproject scope: line brick duct with four linersadded value: 25-year guarantee on liner, no need to fit and maintain chimney fansBackgroundVentilFlex-25 engineers were to supply and install a bespoke kitchen canopy solution for a grade 2 listed school building in Hampshire. The bespoke canopy could not be fixed to the walls or the ceiling, which was 14 meters high.The 20-metre ventilation shaft had metal supporting crossbars. This made it impossible for any rigid extraction ducting system to be installed without affecting the integrity of the structure. The client opted for a kitchen extraction system with a different approach – VentilFlex-25 RKV – a composite liner solution supplied in a flat and soft state. The bespoke-made liners are useful for ducts where access is difficult or if the duct has bends and offsets.The main challenge of this installation was to insert and inflate 4 VentilFlex-25 RKV liners simultaneously. This way the liners would fill the available duct space evenly and act as a single large liner.Statement of workThe steaming took a few hours, during which the high temperature started a chemical reaction in the composite structure which solidified the resin and gave the liners their final physical characteristics – tensile strength, high corrosion-resistance, high heat-resistance and an air-tight finish. The new VentilFlex-25 RKV liners provide an outlet for the gases coming from 3 combi ovens, 2 range ovens a fryer and a grill.

The White Rose Office Park in Leeds; is a purpose-built 27-acre business park owned and operated by Munroe K. In 2014, they unveiled a £12m office for the global banking giant HSBC.Utilising in-depth knowledge, that Munroe K had about their client and the local area; the project had a number of specific requirements that needed to be addressed from the start.The BriefSecurity and Aesthetics were the two key areas taken from the client’s requirements for their car park security fencing. These included the following:A fencing system that would provide open ventilation for the car park.Additional high security fencing to the rear of the car park due to the construction of plant and control equipment compounds.Anti-climb and anti-cut properties to all fencing systems.Aesthetically pleasing without compromising on the inbuilt security.After working through the wide range of car park security fencing systems in the CLD range, the client selected Safeogril Open Mesh Fencing for the front of the car park and Securus 358 Anti-Climb Mesh Fencing System to secure the rear. They required the front of the car park to look visually pleasing and; at the same time, fit within HSBC’s brand to complement the new offices. Alongside the aesthetics, the architects wanted the car park security fencing systems to still encompass a wide range of security features in order to keep the car park secure.The installation was completed by Davison Fencing, a member of CLD Systems Approved Contractors, working with ourselves and the architects for the duration of the installation process.

VIEGA’S MEGAPRESS PROVIDES IDEAL SOLUTION FOR THE NEEDS OF THE NATIONAL GALLERYViega’s Megapress connection technology has been specified as the ideal solution for a section of pipe relocation work at The National Gallery in London. The industry-first press connection system for thick-walled steel tube, Megapress, ensured that the installation of steel pipework for the building’s heating and chilled water HVAC systems could take place without disruption to the gallery space which remained open throughout the project.The work was necessary in preparation for a gallery extension which is due to take place in January 2019. Before the building work could take place, it was vital that all pipe routes were relocated, bypassing the location of the extension, so that the other gallery spaces could continue to remain open during the planned building work.Colin Garbutt, Contracts Manager at Capri Mechanical Services Ltd. selected Viega’s Megapress due to the specific range of needs that the gallery space and its displays necessitated. Colin highlighted the difficult circumstances which involved taking the pipework up a riser and across the top of the gallery through a ventilation and services space.“For this installation, speed, cleanliness and minimal noise were key requirements to make sure we did not disrupt the gallery space which remained open below us,” Colin commented. “Hot works were not an option in such an environment and it would have been incredibly difficult for us to get the machinery needed for a screw system into such a tight space. Megapress allowed us to carry out the work quickly, cleanly and efficiently - which was ideal.”

County Hall - LondonSystem Used - TerraSmart Aluminium IGNOA hub for businesses, a site of attractions and accommodation, London's iconic County Hall is as stunning on the outside as it is on the inside, made even more beautiful thanks to our TerraSmart Aluminium.In order to create a venue for events, Coronado Property Developments Ltd needed a solution for the huge steel floor installed into the lightwell.A Grade II listed building required a decking solution that would complement the overall aesthetics and cater for the increased load requirements: the design load went from a 2.0kN Concentrated Load and 2.5kN/m2 uniformly distributed load (UDL) (used for areas of residential activities, typically used for balconies) to a 4.0kN concentrated load and 5.0kN/m2 UDL (as an area where people may congregate).TerraSmart Aluminium was selected as the ideal system to meet the client's loading criteria. Aluminium decking is a lightweight system when compared to other paving solutions, but very strong. Coronado Property Developments Ltd were very impressed with the solution provided by RYNO and the work done by Pritchard & Pritchard, who installed the system in both lightwells in the building.The TerraSmart Aluminium system featured the ADB80 Deck Board, selected specifically for its increased top surface thickness, delivering superior durability, ADS50 Aluminium Joists to suit the spans of the steel frame underneath, and RD-FR Non-Combustible Joist Support Pedestals for guaranteed supporting strength.The steel grillage was supplied by another manufacturer and installed around the decking to meet the ventilation requirements of the air-conditioning units below.The County Hall was opened over 100 years ago by King George V and it's great to see our systems in London's most versatile, historic building.

Pavillion Point is a Purpose Built Student Accommodation (PBSA) development on London Road in the centre of Brighton in East Sussex, close to the University of Brighton's main campus. Managed by student accommodation specialist Fresh, the building provides 232 student rooms, dedicated social and study areas, a gym, cafe, multimedia space and landscaped courtyard as well as retail units on the ground floor. The five storey development, designed by Corstorphine & Wright, targeted BREEAM Excellent standards as well as high levels of acoustic performance.In addition to the TECHNAL windows, curtain walling, doors and sliding systems chosen, the external facade features a clay brick slip system for the ground to third floors with a grey rainscreen cladding on the set-back fourth floor. The use of TECHNAL's aluminum systems contributed to creating an A1 rated non-combustible facade, a client requirement given the increased focus on fire safety.To ensure high levels of natural light in the student room, the design features large floor to ceiling windows. The aluminium tilt before turn windows were installed above a fixed glazing panel to create this feature. The TBT windows were selected as the inward tilt opening provides suitable ventilation whilst ensure the safety of the residents. The aim of achieving BREEAM Excellent certification as well as the building’s location on a busy road meant that the door, window and curtain walling systems had to also meet a number of specific performance requirements, not least a high level of acoustic performance. This was a challenge due to the size of some of the panels included in the design. TECHNAL system allowed a 41dB sound reduction to be achieved while optimising the weight of the glazed units.

Fearnach House on The Black Isle in the Highlands of Scotland was designed by architect Iain Macbeath, and built by the firm’s sister company, Thermopassive.The house is a 190m² new house, built to the architect’s “Thermopassive” specification with larch timber and render walls and profiled metal roofing. It has PV solar panels with a “diverter” heating up water and charging an electric car. High levels of thermal capacity storage in an insulated concrete floor slab (so it stays warm and flattens out rapid temperature fluctuations) and very good air tightness.There are no cold bridges (which is more important than you would think) and also a heat recovery ventilation system for fresh air.This project uses FAKRO top hung and pivot window preSelect MAX and L-shaped combination windows.When asked, why Fakro roof windows were specified for the project, Ian McBeath told us, “We have been specifying and buying Fakro roof lights for many years. They are well-priced compared with competitive products and of excellent quality and design.The positioning of the handles at the bottom of the window is also a major factor. It makes it much easier to operate a window with the handles at the bottom rather than the top of the window, which is often out of reach of many shorter and disabled people. The windows are also very well insulated and airtight.”The windows have helped achieve an extremely energy-efficient home as well as flooding the upper floor rooms with an abundance of natural light. And the client loves the internal and external finishes.Based in the North of Scotland, Thermopassive Ltd is an architect-owned company which specialises in highly insulated buildings (better than passive house standard) constructed in Structural Insulated Panels (SIPS).