"research and development"

With average daily energy bills of only 24p, the cottages at Howgate Close have earned a reputation as possibly the UK’s most energy-efficient homes*. Built by farmer Dr Chris Parsons, the row of nine, single storey cottages exploits a range of passive solar design principles** - including a southerly orientation, a high thermal mass and a earth-bonding (external walls partially covered in soil) - to create homes which are exceptionally energy efficient and comfortable to live in. The homes are also truly affordable as no artificial heat source is required to deliver a stable internal temperature averaging 21-23 degrees Centigrade. The cottages instead use a mix of passive heat sources, created by people and appliances, and solar gain generated through VELFAC triple glazed aluminium / timber windows. As a result, the energy consumption of a two bedroom cottage is 94% less than the average UK household. The architecture of Howgate Close is based on designs created by sustainability housing experts Hockerton Housing Project** ( https://www.hockertonhousingproject.org.uk/) with performance further enhanced by Dr Jerry Harrall (https://drharrall.com) a consultant in the design and adaptation of fossil-fuel-free buildings. ‘Describing Howgate Close as a development of eco-homes is to understate its performance,’ states Dr Harrall. ‘In fact all nine properties operate beyond zero-carbon, and instrumental to the success of Howgate Close is the installation of VELFAC composite triple glazing, specified for its excellent thermal performance.’ A key feature of every cottage is a large, white framed VELFAC composite window screen installed on south facing facades. The screens combine fixed units and a sliding patio door, and with dimensions of up to 3m x 5m occupy almost the entire wall. ‘The VELFAC windows play a crucial role in achieving a SAP rating for each cottage of around 143, potentially the highest group of SAP rating’s in the country and a significant improvement of the average rating of 63,’ says Dr Harrall. ‘VELFAC triple glazing has a U-value of 0.8W/m2K which reduces the rate of heat loss while bringing more natural light into each home, thereby reducing the need for artificial light,’ says Dr Harrall. ‘Across the development, the windows are actually net gatherers of heat, and contribute to an annual energy surplus which we estimate will be enough to power another similar dwelling.’ Unwanted solar gain is minimised by the exceptional insulation afforded by the triple glazed units, enhanced by low emissivity coatings applied to inner glass panes. Ventilation is primarily mechanical but supported by trickle vents within the window frames, and by cross ventilation using additional, smaller VELFAC windows installed in the rear facade. ‘Triple glazing also delivers excellent acoustic insulation,’ adds Dr Harrall, ‘which is important, as the cottages are located within actively cultivated farmland, and are near a busy road and wind turbines.’ Howgate Close is now a model development for affordable, ultra-low energy homes and is also the focus of a two year research and monitoring project, co-run by Dr Harrall and Professor Anton Ianakiev, Professor in Sustainable Energy Systems at Nottingham Trent University (NTU). ‘I have also co-authored an academic paper on Howgate Close,’ adds Dr Harrall, ‘which aims to show that it is possible to design, construct and live in buildings without resort to fossil fuels.’—ends— * Analysis by Elmhurst Energy, the UK’s largest independent provider of energy assessment, retrofit and property professional training, software and accreditation. * * Principles advanced by Professors Brenda and Robert Vale, architects of the Hockerton Housing Project, the design of which inspired Howgate Close.

When the government instructed people to work from home during the Covid-19 pandemic, the gym where Wirral-based personal trainer Megan Hewitt worked closed down. So, Megan and partner Dan decided to build a fitness studio in their garden to allow her to conduct video personal training sessions during lockdown. To ensure the 6m x 3m timber frame building would be suitable for use all year round, it was essential to insulate the roof and walls.The couple researched various types of insulation online and narrowed it down to Mineral Wool because of its thermal performance and fire safety. They had three other considerations: it had to be good at blocking noise, have excellent sustainability credentials, and be easy to install, as they planned to fit it themselves.Just one product for all applicationsTheir research showed that Knauf Insulation 50mm and 70mm OmniFit Slab ticked all the boxes. It is a multi-application slab, meaning the couple didn’t need to purchase separate products for the roof and walls. What’s more, it offers a higher level of thermal performance than alternative versatile slabs on the market.It is manufactured from Glass Mineral Wool and is non-combustible with a Euroclass A1 Reaction to Fire Classification, meaning it will not add to the development or spread of a fire should it occur.Keeping quietAs any exercise fanatic knows, a good workout needs a strong soundtrack and Megan wanted to motivate clients without becoming a noisy neighbour. OmniFit Slab provides excellent levels of acoustic performance thanks to its open fibre structure that absorbs sound waves.Insulation that doesn’t cost the earthSustainability was another important factor for the couple. Like all of Knauf Insulation’s Glass Mineral Wool insulation, it is manufactured from up to 80% recycled content, mostly used glass bottles and jars that would otherwise go to landfill.It is also manufactured with ECOSE® Technology, Knauf Insulation’s unique bio-based binder, which contains no added formaldehyde or phenol. ECOSE® Technology 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 (volatile organic compounds) and have been awarded the Eurofins Indoor Air Comfort Gold Standard.Its softness was a benefit that Megan noticed during installation. She said: “I remember helping my Dad with our ‘old-school’ Mineral Wool loft insulation when I was younger and it was horrible, it irritated my skin for 24 hours after. But the OmniFit was fine – there was no irritation whatsoever.”Installation was no sweatA tight fit between joints is essential to eliminate gaps that can reduce thermal and acoustic performance, but with some types of insulation it can be difficult to achieve the high quality installation required. OmniFit Slab is manufactured to provide friction fitting to ensure all joints are sealed correctly. Despite having no previous experience, Megan, Dan and a friend fitted the 40m2 OmniFit Slab themselves over the course of a day.“Before fitting the insulation, we watched an installation video on YouTube,” said Megan. “We followed the techniques shown and it was really easy to install. We had no problems at all.”“I’m delighted with the finished result. When the fitness studio was finished, we kept turning up the stereo to see whether the insulation really was soundproof – even at full blast, you couldn’t hear the music outside. It’s amazing.”“Before we put the insulation in, I was exercising in winter gear with the radiator on full – now the studio is lovely and warm. I’m back in vests and I haven’t had to put the heating on at all.”Thanks to Knauf Insulation OmniFit Slab, Megan and her clients can enjoy a high energy workout in a warm, safe environment – without disturbing her neighbours. What’s more, the insulation is sustainable and will ensure the studio’s energy consumption and carbon emissions are low over its lifetime. Note: Megan, Dan and her friend maintained social distancing guidelines during the insulation install. Megan continues to follow government guidelines for the operation of gyms and exercise facilities, conducting her sessions online when in-person training is not possible.

Dyson’s low energy hand dryers are helping Welcome Break to reduce its carbon footprint, with the hand dryers emitting 85% less CO₂ than single-use paper towels.[1] Global research and technology company Dyson for Business, and the UK’s leading motorway service provider Welcome Break, are announcing details of a recent partnership which is helping Welcome Break to deliver its sustainability goals by using the latest washroom technology.  The company has installed over 450 Dyson Airblade 9kJ low energy hand dryers across all of its 44 service areas and 31 hotels in the UK. Each hand dryer uses only a sixth of the energy of conventional dryers, corresponding to 9.1 kilojoules of energy per use, and captures 99.95% of particles through its HEPA filter – helping Welcome Break’s 85 million annual visitors dry their hands hygienically and efficiently.[2]  In the wake of COP26 and the implementation of the Government’s Net Zero strategy, businesses are racing to reduce their carbon footprint.[3] One of the main areas where major sustainability gains can be seen is in the washroom. Globally, millions of tonnes of paper towels are used every year, with most going into landfill since they cannot be recycled.[4] But with research showing that damp hands can transfer up to 1,000 times more bacteria than dry hands, customers must be able to dry their hands thoroughly and sustainably.[5] Dyson’s innovative technologies negate these concerns. All Dyson hand dryers include air-cleaning HEPA filters and touchless activation as standard. Dyson hand dryers are just as hygienic as using a paper towel, and the Airblade 9kJ model produces up to 88% less CO₂ than paper towels.[6],[7] Implementing this simple change to its UK washrooms is helping Welcome Break to further its mission of becoming the greenest motorway service, while boosting hygiene levels for customers. Tom Crawford, Global Director of Sustainability at Dyson said: “Dyson was founded on a principle of lean engineering and doing more with less when it comes to our technologies and how we do business. We applied the same philosophy to the development of our hand dryers, making wasteful paper towels redundant with the launch of the Dyson Airblade™ hand dryer. Working with Welcome Break to help the company boost sustainability and hygiene in its washrooms nationwide aligns perfectly with our own goals and we are excited to see how the partnership continues to benefit visitors in the future.” Martyn Brett-Lee, Commercial Director at Welcome Break said: “We are delighted to have installed Dyson Airblade technology across our Welcome Break locations. On our mission to become a more sustainable Motorway Service Area Operator, reducing our CO2 emissions is key and Dyson’s Airblade technology is one of the many ways we’re driving this. Given the last few years we’ve all experienced, we’re pleased to provide our customers assurances that their hand drying is with HEPA-filtered, clean air.” Dyson for Business offers high quality products for professional settings including its award-winning hand dryers and air purifiers. From motorway services to education establishments, Dyson for Business offers peace of mind through its use of the latest technology and engineering innovation. --- [1] Average electricity price £0.1/kWh as of December 2018: See our calculations.[2] https://www.dyson.co.uk/commercial/hand-dryers/airblade-9kj [3] Net Zero Strategy: Build Back Greener, HM Government, https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/1033990/net-zero-strategy-beis.pdf [4] https://www.dyson.co.uk/inside-dyson/sustainability/overview[5] Epidemiology & Infection, Residual moisture determines the level of touch-contact-associated bacterial transfer following hand washing, December 1997[6] Frontiers Public Health, Aerosols and Bacteria From Hand Washing and Drying in Indoor Air, 2022 https://www.frontiersin.org/articles/10.3389/fpubh.2022.804825/full [7] Average electricity price £0.1/kWh as of December 2018. See our calculations.

The ESI undertakes cutting edge research into interdisciplinary solutions dealing with the problems of environmental change.

Dana Farber Cancer Institute is a comprehensive cancer treatment and research center in Boston, Massachusetts.

Large laboratories, dubbed ‘super-labs’, use AV and acoustic technology to allow up to 120 students to be taught different lessons at the same time in the same space. There is also a range of flexible spaces that help bridge the gap between disciplines, allowing researchers to find better solutions by working together. The labs and research areas benefit from plenty of natural light and ventilation thanks to large expanses of glazing constructed with Schüco FWS 50 curtain walling.

Unity Place, the new six floor state-of-the-art Swindon offices of Zurich Insurance, represents a £36m investment by the Swiss-owned global brand. Rockfon is delighted to have played its part in this innovative project where a core design remit of the 9300m2 project was to aim for BREEAM Excellent accreditation. Award winning Alec French Architects were design principals for the scheme. Architect Mercedes Mortalla Cebrian of the practice, “Rockfon were able to supply product in the required dimensions and within budget. Acoustics were very important – calculations were made, with their products providing the solutions which complied to the relevant regulations The Rockfon team were incredibly helpful, providing great technical support and very quick to answer any queries.”The innovative interiors at Unity Place utilise a limited colour palette to great effect in creating a chic paired back, industrial aesthetic which also manages to offer visual warmth and a sense of quality and light with full height window walls featured throughout.Zurich Project Manager Ian White, “When we were looking for a contractor to deliver this new building for us, it was important that they understood our environmental policy and how sustainability is at the heart of this new building. …we are delighted with our new building.”Skanska was appointed as main contractor. They stated, ‘Skanska used a low carbon site set-up approach to realise Zurich’s aim of providing a sustainable environment for employees, through a climate-smart building. It’s targeting BREEAM Excellent – which will put it in the top ten per cent of non-residential buildings in the UK in terms of sustainability.’Skanska Operations Director Charlie Norris added, “We’re proud that this development has delivered the first new office space in the heart of Swindon in a generation and it’s in a state-of-the-art, sustainable building. “Ultimately, the aim was building a sustainable workplace that enhances peoples’ wellbeing.”The varied work of installing the acoustic solutions throughout the building was the responsibility of Bristol-based Topfix Interiors, which delivers specialised interior solutions to all sectors of the construction industry. Topfix Site Manager Scott Dunn spoke about the work, “This was an interesting, challenging and ultimately very rewarding project. We had to research a new system using parallel suspension rails on the north side of the development and the crane necessary to carry out high level installations within the multi-storey atrium also tested the team’s skill and fortitude.”A specialist range for every spaceRockfon Specification Manager Rowan Green, “This stunning development offered us the great opportunity to feature around 3800m2 of our specialist ranges to meet the specific needs of the spaces which make up this great project. They include: Eclipse Islands in square, rectangular and circular formats; Universal Baffles; Medicare, Color-all and two variants of our Blanka range.Rockfon Blanka® offers a wide choice of options for installation and usage and is in evidence in two variants at Unity Place. The range embodies Class A sound absorption (aw 1.00), 87% light reflection, >99% light diffusion and room to room sound Insulation >26dB. Its easy clean, anti-static surface prolongs product life and is non-directional, speeding up installation, saving time and money. The high light reflectance of the ceiling systems at the Swindon offices optimise natural light, helping provide healthy interiors whilst minimising energy costs. Superior acoustic performance is demonstrated across all Rockfon ranges. It’s a key reason why it is preferred by so many specifiers. Independent research shows improved acoustics can reduce stress levels by 27% and increase focus by 48%, aiding wellbeing while optimising productivity. Rockfon Eclipse® – elegance and performanceAcoustic Eclipse islands are installed in various formats and dimensions throughout the building. These frameless, lightweight ceiling islands can be specified in an almost unlimited range of shapes and can also be custom colour matched. They are often used to subtly and elegantly camouflage necessary services and where a traditional suspended ceiling cannot be installed. Quick and easy to install, Eclipse islands are also perfect for thermal mass installations with their rear surface providing excellent heat and light reflection. All Rockfon ranges are made from non-combustible stone wool, which is impervious to most environmental pressures, embodies very high humidity resistance and guards against the incidence of bacteria and harmful microorganisms.Rockfon Color-all® is available in a standard range of 34 exclusive colours and can be supplied in almost any colour. It was installed in the Charcoal option using secret fixings, under stairways where visual impact and sound control were important considerations. Ideal for thermal mass areas or where easy access to services is required, Rockfon Universal™ Baffles offer an elegant and innovative acoustic solution. Encased with corrosion resistant powder coated steel in two formats – two end-capped or four fully framed edge, they feature a multi-functional clip assembly which enables several installation and suspension possibilities. They are available in white and in a selection of colours.Rockfon Medicare® for when bacterial control is key HTM 60 compliant Rockfon Medicare was also installed to offer outstanding performance in terms of infection control. Along with its Class A sound absorption and highest fire safety (Class A1), simple cleaning and low particle emission (ISO Class 5) mark it out as a first choice for areas where increased cleanliness is required.Contemporary company headquarters and offices are increasingly required to offer a wide spectrum of spaces under one roof. From lobbies and atria, to offices, break-out areas, auditoria and cafes – each with its own specific needs in terms of acoustics and other characteristics. Rockfon has the products, expertise and experience to deliver solutions to offer outstanding performance that also looks beautiful.

A new cancer research facility at The Christie NHS Foundation Trust in Manchester. Following a devastating fire which caused significant damage to the building in 2017. United Anodisers worked with BDP to produce an A1 fire rated solution for the project.The new building will be a fantastic opportunity to accelerate cancer research.Architect BDP Manchester.Consultants Arup.Contractors Vinci and Robert McAlpineExtrusions Kawneer.Rainscreen panels Taylor Maxwell and AKV.Finish UA Anolok 541™

The new Leeds Beckett state-of-the-art Carnegie School of Sport gets the full DYNAMIK treatment. It is now the home of a Mondo 60m indoor running track. It also now has new DYNAMIK Sport flooring systems for gym & fitness zones, providing acoustic and impact high performance solutions. The teaching and research building will be a base for the Carnegie School of Sport providing research programmes and a centre of excellence for athletes wanting the best in high performance sports surfaces and associated facilities.

Based at the heart of the Queen Elizabeth Olympic Park, London's new academic and research centre is bustling with life.

Building performance is crucial if the UK is to meet its ambitious net zero targets. But there’s a big challenge ahead. There are 29 million homes in the UK and buildings generate one third of the UK’s CO2 emissions, 50% of which relate to heating.To address this, the government has announced a clear regulatory roadmap introducing ever-stricter thermal performance requirements.But there’s a bigger issue that tougher thermal performance measures alone will not address. Industry research suggests 27 million homes are not delivering the performance stated on their Energy Performance Certificate (EPC). That’s because EPCs require no physical measurement on site, assumptions are made based on answers to questions such as whether a property has insulation or a condensing boiler. It does not account for any of the variables that influence actual performance, such as build and install quality or location. This means homes are less energy-efficient, use more carbon and are more expensive to run than their EPC suggests. As a result, the Government’s EPC Action Plan will see EPCs shift from being a notional tick-box exercise to a genuine, evidence-based record of a building’s actual performance.That leaves the construction industry with a problem. How will it ensure buildings actually perform as designed?A genuine, evidence-based recordThe only way to address the issue is to measure real energy performance, but this has been difficult and costly – until now. Knauf Insulation and Knauf Energy Solutions have undertaken two pilot projects which have combined accurate measurement and Artificial Intelligence (AI) technology with a quality-controlled retrofit of Mineral Wool insulation to deliver impressive results.The solutionThe two companies have invested in six years of research and development. The result is ground-breaking sensor technology that accurately measures the real energy performance of a home, which is used alongside quality-assured installation of retrofit measures to create buildings that perform as intended.Until now real performance could only be measured via expensive, lengthy, and invasive co-heating tests. By contrast, Knauf Energy Solutions sensors can be fitted unobtrusively to occupied buildings, making the technology discreet, scalable, and cost-efficient.Over 12 weeks, the sensors capture an accurate picture of the building’s performance using machine learning to combine energy meter readings with humidity, temperature, CO2 levels, Volatile Organic Compounds (VOCs), and weather data. It then calculates the heat lost through the building roof, walls, and floors to create an accurate picture of each home’s thermal performance. It essentially gives an ‘mpg’ for a home or building.The sensors can be used to ensure new buildings are performing as designed and specified. Or they can inform ‘smart retrofits’ that improve existing buildings’ energy performance and track the subsequent energy bill savings.Retrofits that deliver resultsKnauf Insulation and Knauf Energy Solutions have undertaken the UK’s largest ever real performance retrofit project, to upgrade the thermal performance of 28 homes on a 1970s social housing estate run by Great Places Housing Group in Trafford, Manchester. Early investigation showed the existing insulation had been incorrectly installed and had degraded. Adding to the complexity, the homes also contained unusual build features, such as a stagger between terraces meaning one wall acted as both a party and external wall, each with different thermal characteristics. The companies built a full-scale mock-up of the junction to develop clear protocols for the removal of existing insulation and installation of Knauf Insulation Mineral Wool products. This innovation has enabled the successful installation of Supafil® Party Wall in a staggered party wall – a world first which can be replicated in tens of thousands of other ‘hard to treat’ properties with similar staggers across the country.The second project took place in Eccles, Salford, where the 12 houses had been built to Part L1A in 2014.Sensors were used to benchmark the thermal performance of the properties before commencing quality-controlled refurbishment programmes on both estates, using Knauf Insulation products including Supafil® 34, Supafil® Party Wall, Loft Roll 40 and Rocksilk® RS100.The retrofits were ‘cost-optimal’ delivering results usually targeted by whole-house retrofits with only fabric improvements. To achieve this, the standard of installation was key. Contractors were chosen and managed for quality, and included approved Supafil® contractors, who are certified and actively monitored by Knauf Insulation. Supafil® 34 was injected directly into the cavity using a calibrated blowing machine, ensuring each cavity was fully filled so the specified thermal performance could be achieved. Loft installations were carefully designed and installed so the Loft Roll 40 met up with the Supafil® to provide continuity of insulation and minimise thermal bridging.The two pilot projects delivered impressive results.Trafford31% average fabric efficiency improvement per homeOne home experienced a 51% improvement£411 average annual bill reduction for residentsAverage space heat demand: 65.57 kWh/m2yearAverage CO2g/m2/year: 14.23Eccles17% average fabric efficiency improvement per home28% improvement in one semi-detached homeMoist air leakage risks corrected, preventing sustained structural deteriorationAverage space heat demand: 32.79 kWh/m2yearAverage CO2g/m2/year: 6.78The need for a fabric first approachAccurate measurement alone will not create net zero homes – despite the improvements, all 28 homes in Trafford retained EPC ratings of grade D or E. Similarly in Eccles, the EPC ratings remained mostly static. The refurbishments simply brought their real-world performance in line with the theoretical EPC performance.But the project does show that Knauf Insulation and Knauf Energy Solutions have developed a viable solution for measuring real performance that can be used to underpin net-zero housebuilding and retrofitting by taking a fabric first approach.Bringing benefits to the whole supply chainBefore the refurbishment, residents on the Trafford estate regularly complained their homes were cold and expensive to heat, despite being insulated. In fact, a survey by energy supplier E.ON found this is common, with 49% of landlords saying they didn’t know how to improve the energy efficiency of their properties. This new technology not only gives landlords that information, but by making real-world measurement viable at scale for the first time, it brings benefits to the whole supply chain:Housebuilders can ensure quality control and compliance with the ‘fuel and energy performance’ aspects of the New Homes Ombudsman scheme.Builders and developers can measure thermal performance with certainty and demonstrate they’re delivering for their clients.Tenants and purchasers will enjoy better thermal performance, lower energy bills and a more comfortable living environment, and they can also assess the operating costs of prospective homes.The government, councils, housing associations and landlords can verify the return on investment on refurbishments.Ultimately if we are to achieve net-zero, we must first accurately measure building performance. By combining the use of sensor technology with a quality-controlled insulation installation or retrofit, we can close the performance gap of every building – new and existing. The building fabric component of an EPC will be based on real evidence and homeowners and tenants can save money with lower energy bills.Low carbon insulation for low carbon homesKnauf Insulation undertakes Life Cycle Assessments to evaluate the embodied carbon of its products. Its products can be considered low in embodied carbon, with transparent evidence available in Environmental Product Declarations (EPDs) across its ranges.Knauf Insulation has proactively reduced the embodied carbon in its products over the years, as part of a broader set of activities to reduce its environmental impact. Specific actions to minimise its carbon footprint include the introduction of ECOSE® Technology, its unique bio-based binder, which is 70% less energy-intensive to manufacture than traditional binders, as well as initiatives to reduce road miles in both sourcing and distribution. Its Glass Mineral Wool products are manufactured using up to 80% recycled glass collected from the local communities around its factories, and the finished products are compressed by up to 10:1 to fit more product into each lorry reducing transport emissions.“From day one, Knauf Insulation brought a level of quality control we haven’t previouslyexperienced in other projects. The measurement service is the first time wehave been offered any certainty that our homes have actually been improved.”Sarah McClelland, Environmental Manager, Great Places

Award-winning Interdisciplinary Biomedical Research Building (IBRB, £33m) at University of Warwick is a new state-of-the-art research building. Location: WarwickAspex supplied: Aspex supplied Salto access control products including:XS4 ONE BLE escutcheons internally and externallySalto wall readersHigh security locking in confidential areasSmart lock automationSalto readers concealed within turnstile speed gates Contractor: Willmott DixonArchitect: Hawkins Brown Architects & Fairhurst Design Group

RMIT University is an Australian public research university located in Melbourne, Victoria. RMIT is a global university of technology and design and Australia's largest tertiary institution.

The Lantern is the result of a wholesale redevelopment and reimagining of a large eight story building in Euston, Central London. Developer owners Lazari Investments have worked with Marks Barfield Architects to create a stunning scheme which successfully meets the current desire for built inner city environments to offer contemporary and elegant work space alongside areas designed for leisure, relaxation and retail therapy.Rockfon were very pleased to be specified for the project which offers 23,000m2 of mixed-use space including offices, café’s, shops and apartments. In addition there are large terraces and gardens on almost every level.The elegant solution to unwanted noiseAround 850m2 of unique Rockfon Mono Acoustic has been installed throughout communal areas, lobbies, thoroughfares and café’s throughout the building to deliver elegant sound control where the use of reverberant materials such as glass, stone, concrete and steel, added to high foot-fall would result in unwanted noise.8build were principle contractors for the scheme with Pacy & Wheatley Acoustics being responsible for the installation of Mono Acoustic systems. David Booth of the specialist firm spoke about the project, “We are proud of the work we’ve carried out at The Lantern, which presented a number of challenges associated with the myriad of services and fittings which go to make-up sophisticated contemporary mixed-use architecture. “The grid work and Mono Acoustic were installed to a wide variety of abutments in spaces throughout the building including within the large atrium, working around the many finishes and fire curtains to the front face of the lobby and glazed screens to either end. Fitting the ceiling to accommodate a stunning feature Italian light fitting suspended from 130 rods fixed to the structural slab called for exacting tolerances and really demonstrated the system’s versatility.”Seamless performanceMono is a ground-breaking product which combines a seamless ceiling with high performance characteristics. Ceiling tiles are installed and completed with acoustic render creating a smooth, monolithic surface which not only offers high sound absorption but also provides high light reflection and light diffusion, reducing the need for artificial light.The system allows for incorporation of lighting, audio and other mechanical systems whilst delivering Class A2 fire protection. It also offers dimensionally stability at up to 100% relative humidity and can be installed in temperatures ranging from 0˚C to 40˚C.Fully recyclable, all Rockfon ranges are made from a core of naturally occurring, non-hygroscopic and non-combustible stone wool. Their surfaces provide no sustenance to harmful micro-organisms, embody high humidity resistance and are impervious to most environmental pressures. With blue chip corporates including Fujitsu, Siemens and Bauer Media occupying space within the development, attention to detail was vital in helping create the perfect setting, which is known to aid productivity while contributing to employee wellbeing and retention. Acoustic control is also vital within places where people dine, with research showing customers are less likely to return to noisy restaurants. Commitment to wellbeingRockfon Specification Manager Alan Davies talks about the brand’s commitment to the sound control and wellbeing, “We are proud to be among a growing number of manufacturers to have its products assessed by Quiet Mark – the independent global certification programme associated with the UK Noise Abatement Society charitable foundation. Its international award programme recognises excellence in low-noise products, technology and solutions to unwanted noise - visit www.quietmark.com

When Somerset House Studios based artist and researcher Phoebe Davies needed a design-orientated flooring that would also help highlight the sport aspects of her first solo show ‘Points of Rupture’ she turned to leading, International sport and vinyl flooring specialist, Gerflor. ‘Points of Rupture’ uses video, sound and installation to explore themes of tactility, training and recovery of athletes engaged in contact sports. The concept arose from Davies’ own on-going recovery from a basketball injury in parallel with her research work into contact-based sport with a group of teenage, female wrestlers in Norway.

The £44m state of the art Brain Research Imaging Centre (CUBRIC) brings together world-leading expertise in brain mapping with the very latest in brain imaging and brain stimulation. This multi award-winning project is home to the Clinical Research Facility and is part of Cardiff University’s Maindy Park site.The new building is four times larger than the old facility, meaning staff from different departments now benefit from being housed under one roof, allowing for increased collaboration and innovation. Research carried out at the centre aims to help scientists understand the causes and find treatments for brain changes that lead to disordered cognition and mental health issues.This hub offers a range of facilities including an NHS standard medical suite with drug trial unit, specialist scanning suites, laboratories, office accommodation and large seminar facilities within an open-plan environment. For the interior, architects, IBI Group, chose rich materials such as wood, bold colours and geometric shapes which were complimented by Lusso’s glass partitioning. This has created a professional yet welcoming space. In keeping with the design, Lusso 105 double glazed frameless partitions were installed for offices and meeting rooms.  Fitted with interstitial blinds, users can create privacy whenever needed. The use of glazed partitions also makes best use of the natural light and creates an inclusive space. Lusso also installed bespoke high acoustic glazed vision panels with specialist glass for the scanning suites. The overall effect is an inspirational space for research and innovation at an international level.

Chipping Homes specialises in building high quality, architecturally sensitive homes, which made the choice of contractors critical. This was especially the case for the window contractor – with over 300 windows required, getting the right look and feel for this element of the project was essential. The windows specified for the contract were Optima from Profile 22, the UK’s leading award-winning commercial window system. The fabrication and installation contract was awarded to Profile 22 Approved Contractor Kingfisher Windows, a leading manufacturer and supplier of windows, doors and conservatories.

Scene 44 is a state of the art dance and performance studio in Marseille, devised and run by N+N Corsino, who are artists, choreographers and researchers. Nicole and Norbert Corsino are innovators in their filed, fusing choreography with the latest digital technology to create dance performances which are transposed to the virtual realm as interactive choreographic movements.Studio 44 is their specially designed stage dedicated to exploring the relationship between artistic creation, research and digital innovation. Our specialist floor and subfloor system were specified because of their quality and performance as well as the flexible construction height. 300m² Black Oak and 150m² Nordic Beech installed over UnoBat 62+.

Acoustic Products are proud to work on this £45million state of the art sports facility for undergraduate, postgraduate and research programmes for Leeds Beckett University. The focal point being the 60m indoor running track.

The Advanced Research Centre Opened in June 2022. We worked on various elements of this project such as this signage for the interior and exterior of the building.The Client needed products that had exceptional wearability and high abrasive resistance.

The School of Architecture and Built Environment (SoABE) is the latest addition to the University of Wolverhampton’s investment in a new super-campus at the site of the former M&B Springfield Brewery, now transformed into a magnificent venue for learning and research.

Researchers, taking part in a UK study, found that most noise issues in school classrooms were not caused by the assumed issues of noise from planes, trains and cars, but by the pupils themselves during learning activities.

Client: MoogLocation: Tewkesbury, UKYear: 2023Project size: 10000 m²Vebro systems: vebrores EP SL, vebrores EP HBCA package of durable, industrial-grade epoxy coating systems were required for a military and commercial aircraft parts manufacturer in Tewkesbury, England.Moog, founded in the 1950s is a prominent global leader in advanced motion control technology and operates a state-of-the-art facility located in the picturesque town of Tewkesbury, Gloucestershire, England.Moog’s facility in Tewkesbury stands as a beacon of innovation and precision engineering. It is a hub of cutting-edge research, development and manufacturing, where intricate machinery and sophisticated technologies come together to shape the future of motion control solutions.The facility required a flooring solution for its temperature-controlled main production area and walkways that are used to show visitors around the site as well as for the more back-of-house areas, such as loading bays, walkways, pump rooms, training areas and workshop spaces.  Moog’s commitment to operational excellence necessitated a flooring system that would facilitate easy maintenance while ensuring a safe and productive work environment.4,000 m2 of vebrores EP SL and 6,000 m2 of vebrores EP HBC were chosen in a combination of RAL 9018 Papyrus White and RAL 5012 Light Blue to reflect the colours often associated with aviation as well as create a welcoming and safely navigable environment.vebrores EP SL, a FeRFA Type 5, self-smoothing epoxy coating system typically installed at between 2.0 and 4.0 mm, is able to meet the demanding requirements of Moog’s industrial environment. Installed in the clean, temperature-controlled main production area and walkways that are used to show visitors around the Tewkesbury site, this solvent-free, easily applied coating system boasts exceptional durability and resistance.vebrores EP HBC, a high-build epoxy coating system that is best suited to coat floors in medium duty dry processing areas where a hard-wearing, chemical resistant floor finish is required, was chosen for the more back-of-house areas, such as loading bays, walkways, pump rooms, training areas and workshop spaces. The pigmented, solvent-free, easily-applied system is typically installed at 0.35 mm and delivers a high gloss, seamless finish that is light-reflective and easy to clean and maintain.The industrial flooring division of IRL Group are dedicated to delivering high standards of polymer floor coating system installation across the UK. IRL is a proud member of the Resin Flooring Association (FeRFA) and fully subscribes to their Code of Practice, meaning they operate to very high standards and have quality assurance and rigorous staff training schemes in place.IRL’s expertise and attention to detail enables the team to carry out their work to the highest possible standard with a minimum of upheaval for clients.Having built a reliable and passionate team, IRL Group demonstrates flexibility, technical knowledge, proactivity and a professional approach.

Schroders’ modern new headquarters at 1 London Wall Place provides an innovative and collaborative working environment for 2,500 employees based in the City. Adding flexibility to the meeting rooms and auditorium area, partitioning expert Style recommended installing seven, high-end Skyfold Classic 60 operable walls. Vertically-rising, the Skyfold fully automatic partition is conveniently concealed in the ceiling cavity, descending gracefully at the touch of a button to sub-divide rooms in a matter of moments. Divided areas benefit from the incredible 59db Rw acoustic integrity, allowing concurrent activities to run in peace.

For many years there has been significant research into the control and elimination of germs. Repeated outbreaks of MRSA and C Difficile in hospitals has certainly prompted us all to question the methods used to combat germs in our environment.

A multidisciplinary teaching and research building at the heart of Salford University Campus.A striking colour palette selected for the modified window interface and rainscreen cladding. Finishes: Interpon’s D2525 Ostuni Y2211I, Interpon D1036 RAL 3030 Gloss

Located at the university’s Colchester campus, the £12m innovation centre is part of the Knowledge Gateway research and technology park. The Innovation Centre houses the new Studio X area and will showcase technologies such as artificial intelligence, augmented reality and virtual reality.

Architect: Barber Casanovas RufflesInstaller: S J EasternProduct: Gustafs Acoustic Panel System700m2 of Gustafs Panel System in Natural Oak veneer with PD8 and PH10 perforations were installed to the walls of the central atrium as well as the walls and ceilings of the 150 seat auditorium at the European Bioinformatics Institute (EBI) Technical Hub at the Genome Campus in Cambridge.The £17m, 5000sqm building is a collaborative research and training base for up to 225 staff from 85 research companies covering fields including bioinformatics and molecular data as well as pharmaceutical and agricultural studies.In addition to the acoustic panel system, LSA supplied over 500m2 of 44mm deep linear ribs in Natural Oak veneer were installed to the walls of the central atrium as well as the walls and ceilings of the auditorium.

The school of Architecture and the Built Environment (SOABE) provides space for over 1,200 students, professional learners and a staff of research professionals. The teaching and learning facitility, is intended to have extended working hours so that they can cater for all kind of activities. 

The BEMO N50 perforated profile was chosen to clad the plantroom at the Institute of Cancer Research. Thanks to BEMO's expertise in curving, the tight radius could be achieved as a smooth curve to ensure that the desired appearance was achieved without the need for facetted or crimped sections.

Client: Bristol City Council Consultants: Chapman Taylor Architects & Arup Design Main Contractor: Bouygues UK Specialist Contractor: Optimum Dry Wall Systems Main Products Used: Emshield DFR-2 SystemOn the site of the former ambulance station adjacent to Castle Park, the largest urban green space in Bristol, this development is designed to provide 375 new homes, with a mixture of build-to-rent and affordable housing units. This comprises a new 26-storey tower, which will be the tallest building in Bristol, together with a 10-storey block, plus a third central building connecting the two, and providing a business centre and leisure facilities for the residents, as well as direct access to the park. The architects designed wide structural expansion joints to accommodate the anticipated levels of movement between the different building structures, as well as in and between the main reinforced concrete floor slabs and the structural frame of the building. They also wanted to reduce any noise transmission through the joints and to ensure that the designated levels of fire protection were maintained, which meant that the joints had to be treated to provide 2-hours fire resistance. To meet all these demands, the answer was a single solution using Emshield DFR-2 (horizontal floor joints) / WFR-2 (for vertical wall joints) systems. These produce a watertight joint, that can accommodate high movement up to 100% (+/- 50%), greatly reduce sound transmission (STC 62; OITC 52), and which are CE Marked to EN-1366-4 for up to 4 hrs fire resistance. 

The Pears Building by Hopkins Architects is a world-class immunology research and treatment centre built for University College London. With only 5 similar specialist immunology centres in the world (and the only one outside of the US), the Pears Building offers world-class expertise to patients. The Pears Building provides offices, multiple research wings to house over 200 researchers and a 35-bed patient hospital for outpatients or visiting academics.At the centre of the building is a large atrium with joins the wider building and its office space to the public-facing café and entrance area. Vast, open windows flood interiors with huge amounts of natural light creating a soothing, and uncluttered feeling. Materials selected for the building were done for their sustainable credentials, ease of maintenance, durability, and cost.The Pears Building was designed to avoid becoming a “monolithic” structure and sits well within the local area. During its construction efforts were made to retain as many existing trees on the site as possible to ensure the village-esque feeling of Hampstead is uninterrupted. As expected with forward-thinking institutions, the architects endeavoured to achieve a BREEAM excellent rating, which it easily achieved with its holistic approach to sustainability.The Pears building uses Freshfield Lanes First Quality Multi in its construction and has been commended for numerous awards and won the Public Buildings award at the Construction News Awards.

The ChallengeThis purpose-built, cutting-edge medical research facility forms part of the Karolinska Institutet and is now one of Europe’s largest laboratories.Home to over 1,600 scientists and support staff and with such a high footfall, the safety of individuals took centre stage in the design and construction of the facility.Additionally, ensuring a design aided world-class medical research was of utmost importance. This meant creating inviting, collaborative meeting spaces which were flooded with natural light, as well as rooms that could achieve the correct acoustic and impact performance requirements to contribute to the accuracy of the laboratory’s critical research.To achieve all of these requirements, specifying the correct materials was crucial to achieving the architectural vision of the building, centered around a spectacular glass atrium that connects the outside with the inside. Pyroguard was approached to deliver a solution that would ensure compliance with safety regulations.The SolutionWith glass playing a crucial part in the building’s design, it provided a practical way of delivering adequate fire protection, making Pyroguard Firesafe ideal for the project.With EW-classification, the solution protects against flames, smoke and radiant heat for between 30 and 120 minutes, while also providing additional radiant heat control to deliver greater fire protection.The structural integrity of the product further ensures it can be handled and installed in the most challenging applications, including Biomedicum’s beautiful glass atrium.

The Stress Research Institute in Stockholm, Sweden, conducted a study with Ecophon in a real-life office environment to examine how sound affects people in open-plan offices. During the study the sound environment went from poor to good and back to poor again.

Fire resistant, multi-directional, high movement, structural joint sealing of floor slabs from below for 120minutes, EI Fire ratings using Emshield-DFR from NCC Movement joints Limited.St William is a division of Berkely Homes, predominantly working on some of the most technically complex regeneration projects on brownfield sites, at the heart of communities across London, and typically with a landscape-led approach. Riverside Park and Gardens is being developed on the former Leven Road Gasworks in Poplar, East London, forming part of the 20 acres Aberfeldy Village scheme. This is an ambitious regeneration project in the borough of Tower Hamlets, with around 3000 new homes, plus shops, offices, cafes, bars, and a cinema, as well as extensive landscaped gardens, play areas, and riverside walks.On this important development by the River Thames, the structural floor slab joints ranged from only 15mm to 25mm wide, but they were subject to high multi-directional movement requirements, plus they required a minimum 120-minute EI Fire Rating to protect the future residents. To add to the complexity, there were shear connectors within the floor slabs that also needed protection to ensure their structural integrity in the event of a fire.An “E120” denotes that the system will not allow flames and hot gases from physically passing through the element for 120 minutes, which also explicitly denotes that the system will achieve 120 minutes ‘Integrity’ (E) and ‘Insulation (I), known as EI120, which therefore also achieves 120 minutes ‘Stability’ (R) in fire.Emshield-DFR-2 provided the ideal solution, and one which could also be rapidly installed from below in a single operation. This specialist work was completed by specialist fireproofing contractors, Gould Sealants Limited, working for Main Contractor, Morris Roe. Emshield-DFR/WFR is an EN-1366-4 tested, fire-rated movement joint, designed to be used in movement joints in exterior and interior walls where a combination of watertightness, fire-rating, sound attenuation, and thermal-efficiency are required. Key performance parameters include:-       Up to 100% joint movement (+/- 50% capability);-       100% watertight joints; -       No mechanical fixings to the structure;-       Accommodate changes in direction between the horizontal and vertical plane;-       Accommodates 3-Dimensional movements (including in shear & vertical, as well as joint expansion and contraction;)-       no additional sound concrete cut-outs required;-       Up to 4-hour fire integrity rating to EN1366-4; -       Up to 4-hour thermal Insulation rating to EN1366-4;-       High acoustic insulation & barrier performance; -       CE Approved and MarkedFor more information:Contact: David Mackay Tel: 01257 266696NCC Movement Joints Limited

Queen’s University is a member of the Russell Group, and one of the United Kingdom and Ireland’s leading universities which continues to shape and serve the world through research and teaching. Based in the heart of Belfast, Queen’s University is committed to enhancing its historic campus and the surrounding conservation area while providing 21st century facilities for education and research.With the entrance atrium combining various double and triple-height spaces over different floors, Armstrong METAL Cellio was the perfect choice to provide a sleek contemporary ceiling that connected and unified these spaces into one recognisable volume, with a sense of lightness and transparency.HERADESIGN® was used throughout the building as a recognisable and repeated element that provided good acoustic performance with texture and pattern. From a wall and ceiling installation highlighting the reception area, to acoustic absorption on the walls in meeting rooms and subtle black hanging baffles in a bar space.