"rainwater"

Project Overview:The Hemisphere Project marked a unique architectural venture where Guttermaster Limited played an integral role in shaping the project from its inception. Collaborating closely with Ruddle Wilkinson Architects and Stoneguard (Midlands) Ltd, Guttermaster was tasked with designing and manufacturing 960 meters of bespoke aluminium copings, alongside providing 90 meters of TrimFix fascia, aluminium rainwater pipes, and cast aluminium hoppers. This case study unveils the meticulous planning and execution that resulted in a stunning architectural statement with bold symmetrical lines surrounding the entire building.Project DetailsScope of Works:960 meters of bespoke SnapLok cappings90 meters of TrimFix fasciaAluminium rainwater pipesCast aluminium hoppersClient's Requirements:The client, driven by a vision for a distinctive and iconic architectural statement, outlined their objectives for the project:Architectural Finesse: The project aimed to create an architectural masterpiece with bespoke aluminium copings, challenging Guttermaster to deliver on design, quality, and execution.Symmetrical Roof Edge: The roof edge required bold and symmetrical lines to accentuate the building's aesthetics.Collaborative Design: Guttermaster was involved from the project's conception stage and had to work in close collaboration with Ruddle Wilkinson Architects and Stoneguard (Midlands) Ltd to bring the design to life.Guttermaster's Approach:Guttermaster's role in this ambitious project was characterised by a blend of precision and collaborative innovation:Custom Design and Engineering: The Guttermaster design team embarked on creating complex bespoke aluminium copings that adhered to the architect's vision. This involved advanced engineering to ensure structural integrity and aesthetic excellence.Symmetrical Lines: Guttermaster devised a slim edge perimeter feature aluminium coping with secondary support, ensuring that the roof edge featured bold and symmetrical lines that embraced the entire building.Collaborative Development: From the very start, Guttermaster worked hand in hand with the architectural and construction teams, ensuring seamless integration of their solutions into the project's design and construction plans.ResultsThe collaborative effort between Guttermaster Limited, Ruddle Wilkinson Architects, and Stoneguard (Midlands) Ltd yielded remarkable results:Architectural Masterpiece: The bespoke aluminium copings, SnapLok cappings, TrimFix fascia, aluminium rainwater pipes, and cast aluminium hoppers combined to create an architectural masterpiece that surpassed the client's expectations.Bold Symmetrical Lines: The roof edge, with the slim edge perimeter feature aluminium coping, displayed bold and symmetrical lines, enhancing the building's visual appeal.Seamless Integration: Guttermaster's proactive involvement from the project's conception ensured that their solutions were seamlessly integrated into the architectural and construction plans, contributing to the project's overall success.ConclusionThe Hemisphere Project stands as a testament to the power of precision, collaborative design, and innovative engineering in creating a distinctive architectural masterpiece. Guttermaster's role in the project showcased their commitment to delivering bespoke solutions that enhance architectural vision and bold symmetrical lines. This project serves as a striking example of how expert collaboration can transform a vision into reality, producing an iconic and visually appealing building that captivates all who encounter it.

Forward thinking rural livingSimon and Fran Ackerley set out to design a traditional farmhouse with a modern twist for themselves and their 3 sons on their 200 acre farm in the stunning rural location at Kilnwick Percy, near Pocklington in Yorkshire. The main designer and contractor was Anderson York Ltd., this relationship proved to be a great team in making some exciting material choices. Including premium blue Welsh natural roofing slates and a contemporary galvanised steel gutter system which were provided by Burton Roofing Merchants. The merchants remarked that the Lindab rainwater system, "makes a striking statement but ultimately benefits very low maintenance".Owner, Simon commented that the long term view has ruled in most instances as they didn’t want any regrets. The finished project is a real pleasure to see and has had a lot of press coverage.

The Post Building development completely remodels the former Royal Mail Sorting Office located on New Oxford Street in Central London into modern Grade A offices, with street level retail and restaurant space along with rooftop gardens, terraces, and leisure areas. The project received a prestigious RIBA London Award in 2022 and the main roof terrace is open to the public, providing panoramic views over the city. In order to gain planning approval, the development had to be repurposed in line with the ‘SuDS manual’ best practice guidance to minimise surface water run-off in the event of a storm and in order to meet the maximum discharge consent limits set by Thames Water.Basement SuDS storage is expensive and often impractical to achieve in city centre locations. ABG’s blueroof system was therefore chosen as an easy to install alternative to provide stormwater attenuation at roof level. The system is installed across three main roof areas and includes 14 restrictor chambers positioned above rainwater outlets to limit the outflow rate. The system is calculated to control stormwater in the event of a 1 in 100 year storm, based on the local Flood Studies Report (FSR) rainfall data, plus 30% allowance for climatic change.The roof design incorporates a variety of surface finishes, including a resin bound play area, biodiverse green roof areas and paved & decked terraced areas. The roof also includes solar PV arrays and planters supported on top of the blue roof.The ABG blueroof system drains like a normal roof during everyday rainfall events, but throughout the critical design storm periods restricts stormwater run-off, continuously releasing rainwater at a controlled rate until empty.The discharge rate is site specific and forms part of the scheme wide SuDS plan, and means that other downstream measures are not required. The scheme also included sedum green roofs to improve site biodiversity across two further areas.ABG provided project design calculations and all blue roof materials required for the different roof levels, plus our installation service.

Upper Longcross is a development project by Crest Nicholson. The project involved the construction of new homes in Surrey. The development was designed to provide a mix of affordable and luxury housing, with a focus on sustainability and green spaces.Crest Nicholson’s commitment to sustainability was evident in the design of the Upper Longcross development. The homes were built to a high standard of energy efficiency, with features such as solar panels and rainwater harvesting systems. The development also featured extensive green spaces, including a central park and a network of footpaths and cycle routes. The Upper Longcross development has been widely praised for its innovative approach to sustainability and for providing high-quality homes in desirable locations.Michelmersh’s Hampshire Stock Dark and Light Multi bricks are instantly recognisable and assist the houses to stand out from their leafy scenery and help harmonise modern and more traditional facades. Freshfield Lane Lindfield Yellow bricks are also seen within the development.

The Merry Hill Shopping Centre in Brierley Hill recently underwent an expansion and overhaul of its entrance area. Aspen were approached to design, manufacture and install bespoke drainage for the newly renovated entrance area to the shopping centre.Aspen worked closely with the client to manufacture and install stainless steel solutions to support the performance of the outdoor environment. There was great importance placed on the rainwater calculations and anti-slip resistance to ensure the channels and covers were fit for purpose in an outdoor setting. Aspen provided engineering drawings, samples and prototypes to ensure a seamless manufacturing process and delivery of the project from day one.Aspen Stainless  HD Heel Guard Drain Cover and Drain Channels were specifically designed to support the flow of rainwater within the entrance area. The standard central bottom Meribel Outlet was installed to efficiently dispose of non-liquid waste built up within the outlet. The trap featured fully removable trash baskets to allow for the efficient disposal of non-liquid waste, built up within the outlet.The HD Heel Guard Cover was specifically tested using the pendulum anti-slip test. The pendulum assesses the friction offered by the floor when a foot comes into contact with the surface. The cover was tested to ensure that the surface presents a safe level of grip in end use. The pendulum anti-slip has proven to deliver the most accurate results and is therefore the key adopted method for assessing floor slipperiness in all conditions. The pendulum CoF test is the subject is a British Standard, BS 7976: Parts 1-3 using an imitation heel (rubber soling sample) sweeping over the drain cover. The slipperiness of the flooring has a direct impact on the value provided and is therefore the adopted method for assessing floor slipperiness in all conditions.The dedicated project manager worked closely with the contractor during the installation process to ensure highest standards for drainage and protection were achieved. The design, manufacture and installation process was specifically scoped out to meet with all the necessary building regulations in line with the latest HSE and UKSRG guidelines.If you wish to find out more about Aspen Stainless solutions please email: aspen@canalengineering.co.uk or speak to one of our technical sales team via our online chat portal.

We have improved the drainage system at this lorry park and service station in this town to the north of London.  The problem was that the drainage system installed in the area did not have sufficient capacity to drain the rainwater, leading to dangerous accumulations of water on the road surface.Service stations and lorry parks have a constant flow of vehicles. There are also some areas where HGVs turn, making it necessary to guarantee the safety of the installation of the channels in order to prevent breakages and accidents.Good advice on your drainage system avoids problems and gives you peace of mind.In these cases, it is essential to have a consultancy service that, taking into account all the necessary parameters (location, rainfall, surface slope, weight to be borne by the grating (load type) and length of the drainage line), defines the model best suited to the site.In this project, 250 ml of Civil-F polymer concrete channels, model F150K, were installed for load type F900. And it has a grating secured at 8 points. It is important for you to know this.

Project type: EducationLocation: Wimbledon High School, London, SW19 4ABProject Cost: £21mProduct: Rainscreen with ExtrusionsFinish (Extrusions): Syntha Pulvin RAL 7047 Matt Telegrau 4Finish (Panel): Syntha Pulvin RAL 7021 Matt Black GreyProduct: Fascia Soffit to Eaves, Verge & RIdgeFinish: Syntha Pulvin RAL 7021 Matt Black GreyProduct: Vertical Feature FinsFinish: Syntha Pulvin RAL 7021 Matt Black GreyProduct: Copings & Rainwater PipesFinish: Syntha Pulvin RAL 7021 Matt Black GreyFire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Product: Monocoque Support System (Galv)Fire Rating: A1 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Neilcott Construction LTDArchitect: IID ArchitectsContractor: Neilcott Construction LTDPhotography: IID Architects & John Nason

Project: Faraday Business ParkDate: 2021 Background:·        APL were engaged with the architect early in the project design and specification process, providing specification and system support through the tender process·        APL’s strong design and engineering capability ensured that the bespoke window pods designed by the architect were incorporated in early details·        Due to APL’s strong supply-chain relationship, all material was able to be procured and delivered on time to meet the projects programme·        APL provided all thermal and structural calculations Systems:·        10,000m² of APL built-up roof system with stucco-embossed mill-finished aluminium trapezoidal AP31/1000RR profile, along with PV support system·        8,000m² of APL built-up wall system with steel sinusoidal AP45HR in RAL 9006 and RAL 7012 as the external profile·        Bespoke window pods fabricated in 3mm aluminium with a Class 2 PPC coating·        APL Tritherm™ GALV sub-framing·        All rainwater goods including gutters and downpipes·        All fixings and accessories  Building Location:·        Fareham

In the industrial area of Cambridgeshire, specifically in Alconbury, the toy company John Adams has a warehouse where, in the outside area and car park, they have installed 200 ML of Multi V+ channel with load class D400, which, as I mentioned at the beginning, drains rainwater more quickly.Why do they achieve this?Because its design has been optimized so that a smaller channel can be chosen, i.e. one that is cheaper, but drains the same amount of water as a larger channel. In this way, the cost of the work or project is optimized.But it doesn't end there. The V-shape of this model, by draining the water at a higher speed, has a greater capacity to drag the sediments that accumulate inside the channel. In this way, a self-cleaning effect is achieved. And how does this benefit the drainage system? Less maintenance and savings in cleaning costs. Because the V-shape provides:More velocity at low flow ratesMore capacity at extreme flow ratesThis is because ULMA has redesigned the V-section of the Multi V+, and it is larger than the traditional V-sections on the market. 

The 16,500m2 new Faculty of Social Sciences building is designed to meet the future growth demands of the department up to the year 2035 and creates a world class, BREEAM outstanding building that encourages collaboration and enhances the Faculty’s reputation for excellence in teaching and research.The landscape design for the new University of Sheffield building set out to create a large area of public realm on the social sciences campus, with provision for sustainable drainage systems including extensive use of tree pits and rain gardens. As part of the SuDS design specifications, a Blue Roof stormwater drainage system was considered as an alternative option to underground attenuation tanks to keep surface water run-off within the discharge consent.ABG were able to demonstrate that specifying a shallow Blue Roof attenuation layer involved much lower carbon emissions than excavating underground storage tanks.The volume of vehicle movements required to install underground stormwater attenuation compared to the ABG blueroof system was calculated (delivered from ABG’s factory based 25 miles away), and a carbon footprint saving of 59% was estimated. The reduction in construction emissions was deemed particularly important given the site’s proximity to the Royal Hallamshire Hospital.The 108mm ABG blueroof system design was fitted over a 4,500m2 roof catchment area by the ABG Installs team over a period of 8 weeks. The inverted roof system build-up includes a 245mm XPS insulation installed onto the waterproofing with a Water Flow Reducing Layer (WFRL) above. The ABG Deckdrain 4mm geocomposite drainage layer is installed above a 100mm void former, wrapped in a Terrex NW20 geotextile layer to prevent debris entering the drainage voids. The roof build-up is completed with a surface finish combination of stone ballast and 63mm pavers.For the majority of the year, the roof drains into the rainwater outlets as normal, however during prolonged spells of heavy rainfall the void formers begin to temporarily attenuate the stormwater. During storm periods the rainfall outflow rate is slowed using 13 stainless steel restrictor chambers, positioned above each rainwater outlet.This controls the volume of water that is able to discharge from the roof during the storm, minimising surface water run-off and reducing the risk of flooding in the local area. The system is calculated to only reach maximum attenuation volume during a 1-in-100 year storm event, as calculated using the Flood Estimation Handbook rainfall data for Sheffield, plus 40% allowance for climatic change. The system features an integrated overflow outlet in the event a storm occurs that exceeds this designed capacity.

Located at the first locks of the Manchester, Bolton & Bury Canal, the second phase of the £1bn Middlewood Locks development in Salford delivers 546 apartments across 4 new buildings with private podium gardens. Phase 2 of the development is part of the wider mixed-use scheme to regenerate 25 hectares of brownfield land with new apartments, office space, a hotel, bars, restaurants, car parking and a gym.The large catchment area of the development discharges to the newly renovated balancing basins that service the confluence of adjacent canals and the River Irwell. An extensive podium drainage landscaping design was required to meet the site’s strict discharge limits and reduce the impact of surface water run-off to less than that of the pre-developed brownfield land.The ABG blueroof storm water attenuation system specified for the scheme covers over 9,500 m2 and restricts rainfall outflows to below the 16 l/s discharge limit on Plot G of the site and within the 20 l/s limit for Plot H. The system incorporates 27 ABG restrictor chambers above rainwater outlets which are configured to restrict outflow rates to within the discharge consents.The system is designed to attenuate a 1-in-100 storm event (data extrapolated from the local FEH 2013 flood report), plus 30% allowance for the effects of climate change. The geocomposite drainage and attenuation layers and network of restrictor chambers serve to filter surface water run-off pollutants to treatment train stage one of the SuDS process, meaning no other filtration measures are required. The top of the chambers are designed to sit flush with the porous resin paving surface, and different configurations and thicknesses of drainage composites were used to achieve the correct height of system to match the different surface levels. The ABG Deckdrain geocomposite layer provides multi-directional flow capacity to efficiently channel rainwater to the nearest restrictor chamber outlet whilst the integral geotextile filter helps to prevent the cuspated drainage core from becoming blocked.The choice of hard and soft landscaping materials specified for the development are of a very high standard and the inclusion of large areas of green spaces and substantial planting creates valuable new private gardens and amenity spaces for the area.The attenuation system configuration was designed and supplied by ABG and installed over a 6 month period by ABG Installs. As part of the storm water attenuation system design, a new restrictor chamber diffuser was developed to fit directly onto the downpipes of the apartment buildings. The attenuation voids were modified to allow for cable ducting to pass through them and a method was also developed to provide structural drainage beneath the concrete footings of the stone planter walls.

Historic music hall renovationLindab Rainline has been used by Forrest Construction on this new-build residential development project, Queens Court, which comprises of 17 one and two bedroom apartments, each with access to open space.The scheme sits on the original site of the historic Queens Hall where musicians including The Beatles and Stone Roses once played. The hall closed its doors to the public in 2004 and was demolished by the council in 2012 following a fire at the site.Architect, Denovo Design; appointed to the project by Halton Housing Trust; specified galvanised steel rainwater drainage for its durable and recyclable characteristics and to coordinate with safety railings on the upper terraces.Neil Ashworth, head of new build at Forrest said: “The development has seen us regenerate the entire Queens Hall site with new affordable homes built to a high specification of sustainability and energy saving standards”.The project received high critical acclaim, going on to win the Building Excellence Award for Best Small New Housing Development, and the Green Apple Awards Bronze Award for the Built Environment and Architectural Heritage. 

After 15 years service, the previously installed high-build coating system in this 900 m² Hyundai repair workshop was in need of some attention. Not only was the floor area damaged, dirty and drab, the risk of slips and trips across the facility was becoming problematic.After suitable mechanical preparation, repairs and infills, the substrate was coated with vebro EP OT Primer, a two-component epoxy priming product that is tolerant of residual oil contamination in concrete and cementitious floors, improving the adhesion of subsequent polymer floor systems.Chosen in RAL 7038 Agate Grey, Vebro Polymers’ high build coating system, vebrores EP HBC was able to deliver the perfect level of resistance to chemical attack from petrol, engine oils and other substances typically present in car workshop environments.The inclusion of anti-slip aggregates, encapsulated between the two coats of vebro EP Universal that make up the FeRFA Type 3 epoxy high-build floor system delivered additional slip resistance in critical foot-fall areas where rainwater may be present such as in front of the facility’s roller shutter doors, doorways and fire exits.

Luxury countryside holiday letsAward winning architectural practice Pocknell Studio were tasked with renovating deteriorating, redundant, two-storey structures in addition to creating new field barns to create spectacular accommodation for a fabulous countryside holiday retreat.This architect has a long-standing preference for using Rainline for their projects so it was no surprise when the galvanised steel guttering and downpipes were specified for the North and South Barns. The Silver Metallic colour option was a perfect selection for the hipped roof design with black and white palette.The field bands are finished in a contemporary take on the traditional black Essex barn and designed to fit into a typical country environment. The brick and timber clad buildings are finished with not only Lindab Rainline rainwater system but also Lindab Seamline standing seam roofing system. The valley roof and staggered fascade design was a particular challenge which required careful detailing and installation to ensure steep falls which allow rapid drainage.Bullocks Farm have tried to create “a quiet haven for people visiting the area and have made each property as comfortable, relaxing and practical as possible”. The architects are very happy that the project has been successful for the client and further development of the site will continue.  

Kirstine Roepfstorff, is an internationally renowned Danish artist who has developed the integrated art piece Hydra for Kanalbyen. Hydra uses water, light and plants to give life to the multi-storey car park that will house the residents’ cars. “Art creates value, and what Kanalbyen has done is both brave and forward-thinking,” says Roepfstorff. “Car parks are essential, but they’re usually lacking in life and a place people don’t consider as anything more than convenient, but actually they can be spaces where people meet each other and experience something,” she explains. The roof of the parking lot will have rainwater collectors creating an organic system within the concrete building. The huge facades will be covered in concrete murals, making for an interesting focal point in a building that is otherwise mostly ignored. Kanalbyen in Fredericia, a beautifully located previously industrial city with views over Lillebælt and with fortifications from the 17th century still surrounding the city. Kanalbyen is, and will be, an integrated, modern, inclusive and sustainable part of Hydra Parking House, Fredericia Harbour, Denmark, where locals and newcomers alike will benefit from how well thought-out the planning process has been. It is bound to be one of the most interesting developments to follow over the coming decades. Featuring EQUITONE [lunara] in Pebble

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.

The Barony Campus in Cumnock is one of Scotland’s most innovative, ambitious and inclusive learning facility. It opened its doors to the Robert Burns Academy and Supported Learning Centre pupils in October 2020.The Barony Campus in Cumnock will be the biggest capital project ever undertaken by East Ayrshire Council, with costs in the region of £68m. Situated on a 19.8-hectare site, the innovative new Barony Campus consolidates five schools into one shared community campus, creating a centre for education for the towns of Cumnock, Auchinleck and the surrounding area.The project for East Ayrshire Council, and based on standards set by the Scottish Futures Trust, includes a secondary school (for 1,633 pupils), a primary school (517 pupils), a nursery (240 children) and an 80-place supported learning centre. £40,000 worth of AG’s Plaza Salt, Pepper and Kardemom paving was provided to the campus’ grounds which accommodates over 2,700 pupils.Plaza is manufactured using the highest-quality aggregates, giving it an uncommon durability that’s ideal for large number of pedestrians. Set into the landscape on a radial geometry, the design helps to break down the overall mass of the building, minimising visual impact and giving each element of the school its own identity. The fresh, crisp look of Plaza makes it particularly suited to create a contemporary feel.Sustainability was at the heart of the design from the outset of Barony Campus thus the choice of Plaza was ideal as the product is produced in the UK from locally sourced materials. Using a high percentage of recycled non-primary materials in the base mix, and 90% harvested rainwater and 100% renewable energy in the production process.

We are delighted to share that our Climate Resilient Schools program in partnership with the Greater London Authority, the Department for Education, and Thames Water, received recognition at the prestigious Flood and Coast Awards. This accolade is a testament to the effectiveness and innovation of our approach to climate resilience. We are grateful for the opportunity to contribute to London's sustainability goals and support the city's commitment to addressing climate change.At Meristem Design, we are proud to have been awarded the prestigious Climate Resilient Schools contract by the Greater London Authority (GLA). Our mission was to design, build, and install 564 SuDS Rain Planters across London's most flood-prone schools. In collaboration with the Mayor of London, Sadiq Khan, the Department for Education, and Thames Water, our aim was to enhance the resilience of these schools in London, ensuring they are better prepared to face the challenges posed by climate change. Through this project, we aimed to create sustainable, climate-resilient environments while educating children on the importance of nature in combatting global warming.FOCUSING ON FLOOD-PRONE SCHOOLSThe Climate Resilient Schools project focuses on schools that are particularly vulnerable to the impacts of climate change. Priority is given to the top 10 percent of schools facing the highest surface water flood risk and falling within the most severe bands of the Climate Risk Map. Flooding can have a devastating impact on schools, as was evidenced in the summer of 2007 when extensive flooding in England led to widespread school closures, resulting in a staggering loss of 400,000 pupil school days and an estimated economic cost of £12 million.Outlined below are the key elements of the program along with a list of participating schools:SuDS Rain Planters: To mitigate flood risk, 72 schools have received 564 Sustainable Drainage System (SuDS) rain planters. These planters effectively capture rainwater from rooftops, providing a dual benefit of flood reduction and supporting biodiversity. The feedback from schools has been overwhelmingly positive, with many expressing satisfaction with their SuDS rain planters. In fact, one enthusiastic Year 2 student, while participating in the planting process, expressed their aspiration to become a gardener in the future.Smarter Business Visits: Thames Water's Smarter Business Visits program offers free assessments to identify leaks and install water-efficient fittings in schools. Measures such as tap restrictors, urinal sensors, and conversion from single-flush to dual-flush toilets have been implemented in 28 schools.Weather Stations and Educational Resources: To monitor the effectiveness of the SuDS rain planters, weather stations with loggers have been installed in 24 schools. This network of weather stations is one of the most extensive in any school system. Further details and data regarding this project can be accessed on the FreeStation website.Climate Adaptation Plans: Bespoke climate adaptation plans have been provided to 60 schools to assist in identifying potential measures for future implementation, aimed at addressing the risks associated with a changing climate and extreme weather events. Each school underwent a survey to determine high-risk areas within their premises, following which appropriate measures and interventions were suggested. Examples of such measures include green roofs or window shading to mitigate overheating. The SuDS planters have proven to be a remarkable success, as they operate autonomously without requiring additional watering. The flourishing plants, nurtured by harvested rainwater, have delighted the children involved in the planting process. As part of the team at Meristem Design, we are proud to have contributed to the fabrication of the SuDS planters and the successful delivery of this project.

A small farm cottage in a Cornish Village has been transformed with a stunning large modern extension and balcony.The team of Camel Glass installers have been heavily involved in this home with the installation of windows, doors and the glass balustrade. This home is situated on the grounds of an old quarry, with views over the valley towards an engine house. The customers wanted to be able to enjoy their view to the maximum and using glass balustrade provides a safe and solid railing. This home is highlighted throughout with copper oxide furnishings, the front door and elements of the kitchen follow this theme while the sink splash back is made from glass petals in a beautiful glass meadow scene. The balcony glass was the last outside job to be done, having to wait for the kitchen counter to be installed through the French doors it was safer to install the glass after this had been carried over the balcony. Now that winter is coming the indoor jobs can be finished off and the home owners can enjoy their newly renovated home! This installer has used POSIglaze base-fix in black. Balcony Seal® has also been used to ensure water can run off the balcony under the channel without causing water ingress. Most balconies and flat roofs are built with a slight pitch to encourage rainwater to drain towards the edge of the roof. In these cases, the balustrade installer needs to allow for drainage points under the channel, to avoid water pooling around the edge of it. The Balcony Seal® system works by subtly raising the channel a few millimeters above the substrate on drain blocks. Notches on the top side of the drain blocks locate into the rebates of the POSIglaze channel, locking it into position before the system is bolt-fixed to the substrate through each block. 

A small farm cottage in a Cornish Village has been transformed with a stunning large modern extension and balcony.The team of Camel Glass installers have been heavily involved in this home with the installation of windows, doors and the glass balustrade. This home is situated on the grounds of an old quarry, with views over the valley towards an engine house. The customers wanted to be able to enjoy their view to the maximum and using glass balustrade provides a safe and solid railing. This home is highlighted throughout with copper oxide furnishings, the front door and elements of the kitchen follow this theme while the sink splash back is made from glass petals in a beautiful glass meadow scene. The balcony glass was the last outside job to be done, having to wait for the kitchen counter to be installed through the French doors it was safer to install the glass after this had been carried over the balcony. Now that winter is coming the indoor jobs can be finished off and the home owners can enjoy their newly renovated home! This installer has used POSIglaze base-fix in black. Balcony Seal® has also been used to ensure water can run off the balcony under the channel without causing water ingress. Most balconies and flat roofs are built with a slight pitch to encourage rainwater to drain towards the edge of the roof. In these cases, the balustrade installer needs to allow for drainage points under the channel, to avoid water pooling around the edge of it. The Balcony Seal® system works by subtly raising the channel a few millimeters above the substrate on drain blocks. Notches on the top side of the drain blocks locate into the rebates of the POSIglaze channel, locking it into position before the system is bolt-fixed to the substrate through each block. 

Alumasc Rooflights provided an ideal solution to allowing natural daylight into the building from above. The unique kerb design incorporates both security and waterproofing to create a reliable, safe and secure rooflight, allowing horizontal termination of the waterproof membrane. This makes water penetration virtually impossible. The domed glazing is moulded from Marlon FSX Longlife, premium quality solid polycarbonate, which has an impact resistance up to 200 times that of glass.Technically sophisticated, Harmer AV high-performance aluminium roof outlets are chosen for this project as they guarantee a trouble-free performance and are especially suited to flat roofing applications featuring continuous membranes.Harmer AV roof outlets combine innovative product design with full industry compliance to meet the needs of rainwater drainage in any construction project, with the ability to drain up to 40% more roof area than conventional gravity outlets. Further to this, their lightweight, durable, non-corrodible design means that they will do so for up to 40 years.GX Pressed Aluminium Gutters are robust box section gutters designed for traditional wet jointing on site. They’re especially suited to applications where maximum capacity gutters are required. For the very large drainage area of the campus roof, they were perfect.Designed to fully accommodate thermal movement at every joint, they are lightweight, durable and noncorrodible, and, upholding the environmental prerequisites of this project, they are 100% recyclable.Finally, Heritage Circular Pipes are available in 4 pipe diameters and 3 pipe lengths, together with a complete range of fittings. Can be factory finished to replicate cast iron or with BBA certificated powder coatings in a range of colours.

Two renowned Alumasc brands, Harmer and Wade, were recently specified and installed for a new striking residential development in London.Newfoundland Tower, also known as “The Diamond Tower”, due to its unique diamond shape and diagonal structure, is a build-to-rent development in Canary Wharf, London. Harmer SML Cast Iron above ground, and Wade gulliesand linear drainagewere installed to provide an effective water management solution.The Harmer SML lightweight cast iron pipework system is dry-jointed, BBA & Kitemark certified, and has a proven track record in above-ground drainage. With its comprehensive range of fittings and accessories, Harmer SML is the ideal soil and waste system for above and below-ground drainage, including rainwater installations, and is fully compatible with other Harmer and Wade drainage products.“Harmer was chosen primarily for its longevity,” said Gary Zumeris - Area Sales Manager – Harmer SML, South. “It’s also easy to install and has excellent acoustic qualities. It’s a very quiet system, which is especially good in apartments or other high-density housing as you can’t hear fluids flowing down the pipes.“The Harmer system was also chosen for its fire-resistant properties, which is an important aspect, due to current legislation. Cast iron is highly specified in London currently, where most buildings incorporate cast iron for increased fire safety.”Harmer SML has the highest product reaction to fire classification possible, which is A1 for BS EN 13501-1, as well as a system fire classification of A2 for BS EN 13823 Single Burning Item A2, s1-d0.

The new £100m Heatherwood Hospital in Ascot, Berkshire has been designed by leading architects BDP to put the wellbeing of patients and staff at its heart. The new state of the art building comprises a multitude of resources, from treatment rooms to operating theatres, day and out-patient facilities and specialist x-ray, MRI and radiology services. The overall design of the hospital has been greatly influenced by the woodland that surrounds it, with our aluminium fenestration systems framing the expansive views and maximising the use of natural light.The ’open’ design of the building has been created using our slimline SF52 aluminium curtain wall system, with the ground floor areas benefitting from our robust SFG shop front glazing system and integrated SD commercial doors. To provide safe and secure access, our SPW501 aluminium commercial doors were chosen for the main access points and our thermally efficient SPW600 aluminium windows were used throughout. All our aluminium fenestration products were expertly fabricated and installed by our supply chain partner Soundcraft for main contractor Kier.The use of our energy-efficient aluminium windows, doors and curtain walling complements the new hospital’s other sustainable design features which include photovoltaic solar panels and a green nature roof to manage rainwater absorption. Our technical team and locally based architectural advisor were also on hand to provide specification support and guidance, including help with U-value calculations and Part L compliance.The new-build hospital replaces the older dilapidated building that will be demolished to make way for a new housing development.

The extraordinary, purpose built SuperLab in Oxford provides much needed lab space and fantastic facilities for the next generation of science entrepreneurs and innovators. The new state-of-the-art building is located close to the city centre and the university, which spins out around 15 science firms a year. Created and built by Oxford-based Robin Swailes Design and Development, the SuperLab offers almost 7,000 sq ft of accommodation for up to 84 staff and blends contemporary design with the latest efficiency features while meeting the needs of the modern workforce. The building is made of 95 per cent recycled aluminium and features a grey water system using collected rainwater to flush the toilets, thermal efficient panelling, air source heat pumps and solar panels to minimise its carbon footprint and keep running costs as low as possible. Metal Technology Ltd supplied a range of its high-performance glazing products for this unique development via approved fabricator Alternative Windows. Products used were: System 17 Curtain Walling, System 5-35Hi Tilt Turn Windows, System 4-35Hi Fixed Casement Windows and System 10-35 Thermally Broken Commercial Doors. Curved walls, round windows and open ceilings create a sense of space and wellbeing, topped off with advanced acoustics, quality finishing touches and a playful interior. The result is an inspiring and design-focused workplace that encourages collaboration. Outside, a roof top recreation area provides space for al fresco meetings, eating and drinking with views over Oxford’s Dreaming Spires. A fantastic project to have been involved in, which ultimately encourages young and innovative science pioneers to stay and further their career on home soil.

Severn Trent Water’s new £60m operations centre in Coventry, which aims to set new industry standards with one of the lowest carbon footprints for any UK office building, incorporates equally eco-friendly Armourcoat polished plaster.Designed by Birmingham-based Webb Gray Architects, and built by BAM Construction, this highly-sophisticated energy efficient building featuring the latest eco-technology. Designed for low-energy and low-carbon consumption, the offices include thermal adaptive cooling, biomass boilers, photovoltaic panels, solar panels and rainwater harvesting; justifiably achieving a BREEAM ‘excellent’ rating.Armourcoat was used within the reception and main atrium space, to create a stunning and original design statement. Totaling nearly four hundred square metres of hand-applied decorative plaster, Webb Gray specified colourfade artwork for feature panels and curved walls using Armourcoat Spatulata. For the 30-metre high atrium panels, artisan plasterers blended over seventy colours of paste to achieve the seamless finish. Known as ‘stucco lustro veneziano’, Spatulata is a superfine stucco paste that is trowel applied in a series of fine layers to create a highly polished decorative surface. In keeping with the eco specification, the product contains 40% pre-consumer recycled marble.The project also included the use of ‘Anti-Crack’ - an innovative substrate preparation system from Armourcoat which ensures fast-track construction and a tough, unrivalled backing for Armourcoat polished plaster wall finishes. This cost effective, skim-coat plaster is designed for application in 3-4mm layers over plasterboard surfaces. Its use eliminates the need for taping, jointing and sealing the plasterboard surface and provides a first class substrate for Armourcoat finishes.

Sto has supplied the StoTherm Mineral K external wall insulation system with StoLotusan render for the new Day Case and Eye Unit building at Chorley and South Ribble Hospital. Specified by Gilling Dod architects of Chorley, who worked closely with the main contractor Tilbury Douglas, the StoTherm Mineral K system combines impressive insulation with excellent fire protection characteristics. With an A2-s1, d0 reaction to fire classification in accordance with BS EN 13501-1, the non-combustible mineral fibre insulation is fully bonded to the substrate and therefore no additional firebreaks are required. Ideal for both new-build and refurbishment projects, its efficient single-leaf construction also means that interior space within the building is not reduced.  For this project, the system’s mineral fibre insulation boards were secured to the lightweight steel frame and sheathing board substrate with mechanical fixings and StoLevell Uni adhesive and levelling mortar. A StoLevell Duo Plus reinforcing coat embedded with Sto-Glass Fibre Mesh was then applied to the face of the insulation boards, with StoLotusan and StoSilco renders used for the final finish on different sections of the building, using light colours from Sto’s architectural colour range.  StoLotusan is the only render available that uses Sto’s patented Lotus-Effect® technology which delivers impressive water and dirt repellence. It forms a unique surface texture, similar to that of the lotus leaf, that causes the rainwater to run off the render quickly and easily, removing any dirt or dust as it goes. Providing outstanding resistance to the growth of algae and fungus, the building will retain its looks for many years to come.  The new Day Case and Eye Unit is the result of a major £17.5 million investment in developing enhanced ophthalmology and day case services. The new Day Case and Eye Unit now offers an extensive range of diagnostic and treatment facilities for patients with medical eye conditions.

This is the new bespoke cycle hub Falco recently designed, manufactured, supplied and installed this spring for Kenley Station in south Croydon. Making use of the flagship FalcoHub design, the new cycle hub has been fitted with the tried and tested FalcoLevel-Eco two-tier cycle rack, providing commuters with up to 16 secure cycle parking spaces.The bespoke 6.5m x 4.2m cycle hub has been fitted with an electric sliding door, a secure access system, LED lighting, a FalcoFix 2.0 cycle repair station, bespoke branding graphics and a cladding combination of sustainable hardwood slats coupled with powder coated galvanised steel in a ‘Moss Green’ RAL colour.The cycle hub also provides secure accommodation for up to four cargo bikes, e-cargo bikes, adaptive bikes, recumbent bikes, tandems, tricycles, oversized and upright cycles or bike trailers.In addition to the cycle hub, Falco also provided a bespoke solution to store the clients refuse units.Rail passengers using pedal power can apply at the ticket office for a free security fob to gain entrance to the facility now.The images attached show the new cycle hub addition, installed next to platform 2, off Station Road.The whole shelter is a bespoke contemporary design of the classic Falco Cycle Hub shelter, which features clean lines through the glass cladding and supported by stainless steel glass clamps. The steelwork is hot dip galvanised to BS EN ISO 1461 and also meets UK structural design laws with EN 1090 accreditation. Rainwater is collected via innovative integral gutters as part of the roof system and a bespoke bund ensure that the cycle hub is weather proof.For more information regarding the cycle hub scheme at Kenley Station or any other product from our cycle parking and shelter portfolio, please contact our helpful sales team on 01538 380080.

Falco recently took to the design, manufacture, supply and installation of a bespoke cycle hub based on the traditional FalcoLok-500 design. Installed at Anson House, south Westminster, in view of the River Thames, the new cycle hub has been coupled with the FalcoVert-Pro cycle rack to provide secure accommodate for up to 24 bikes.Installed on behalf of Westminster City Council, the new cycle hub features electrogalvanised perforated sheet cladding, powder coated in a Jet Black RAL colour, along with a secure access system.The whole shelter is a bespoke contemporary design of the classic FalcoLok-500 shelter, which features clean lines through the glass cladding and supported by stainless steel glass clamps. The steelwork is hot dip galvanised to BS EN ISO 1461 and also meets UK structural design laws with EN 1090 accreditation. Rainwater is collected via innovative integral gutters as part of the roof system and a bespoke bund ensure that the cycle hub is weather proof!The cycle hub was commisioned to help reduce congestion and provide greater cycling accessibility for residents of Anson House.The FalcoVert-Pro as shown here at Anson House, is a space saving cycle rack design ideal for highly popular densities such as stations, cycle hubs, shopping centres, high streets and car parks etc. Bicycles are parked semi vertically with both front and rear wheels located in a custom designed trough.Falco cycle hubs can also incorporate a world of features including; smart LED lighting, green sedum roofs, CCTV and Help Point facilities as well as numerous other cost-effective features for the cyclist such as lock holders, helmet lockers, seating and bike repair facilities. For more information about the FalcoHub cycle store, a demonstration of the FalcoSmart app-based lock, the FalcoPod bike hangar or any other Falco product, then please speak to one of our friendly customer service staff on (01538) 380080.

Hadfield Carkwell Davidson specified Tobermore for the 376,737sq ft job at the IKEA retail store in Sheffield.The large-scale scheme, which has created nearly 500 jobs, involved construction and fit-out of the two-storey superstore, providing a sales floor, warehouse, staff facilities, café, and children’s play area, as well as underground and external car parking. The project has received a BREEAM excellence accreditation due to its application of sustainable technologies like solar panels, rainwater harvesting, and electric vehicle charging points on-site.The ChallengeBlock paving was required to meet both SuDs requirements and aesthetic aspiration.The IKEA store was constructed adjacent to the famous Tinsley Viaduct on the outskirts of Sheffield, bringing the popular retail destination to the area near the Meadowhill Shopping Centre.A crucial part of the £60M project was that the hard landscaping design would satisfy SUDs requirements but maintain a high-end aesthetic appeal that would reflect the IKEA brand.The SolutionTobermore Hydropave products provided suitable drainage for the project.The hard landscaping solution created an outdoor area that effectively promoted the IKEA brand. By utilising high-end block paving product Fusion in the cool tones of silver, mid grey, and graphite, the elevated finish was beautifully realised. Permeable paving was employed in certain areas to support drainage that would meet SuDs requirements for the site, exemplifying the project’s green credentials. This in turn made it one of IKEA’s most sustainable stores.Tobermore’s Granite Step Units with Contrasting Nosing allow for the uneven terrain to be navigated elegantly with appealing steps that augment the customer experience at the IKEA store. Hazard Warning flags also ensure that the site fully meets modern accessibility standards for people with impaired vision.Laying patterns and delineation enhanced the area to meet customer expectations, creating spacious parking bays and attractive pedestrianised walkways. Hydropave Pedesta and Fusion paving combined to realise a project that radiates a unique, high-quality feel.

Landmark is a 180,000 sq ft prime office development located in Manchester’s premier business district. Partially built off-site, it has been designed to achieve the highest sustainability standards – a BREEAM rating of ‘excellent’ and an Energy Performance Certificate rating of A so the thermal performance of its insulation was hugely important.Building regulations in England and Wales ban the use of combustible materials on all buildings over 18m. With 14 floors and a roof height of 27m, the architect, Squire and Partners, specified non-combustible insulation with Euroclass A1 reaction to fire classification.With this in mind, external wall sub-contractor FK Group consulted the Knauf Insulation Technical Support Team for advice about which insulation to use. The team conducted 3D U-value calculations and determined that Rocksilk® RainScreen Slab in thicknesses of 50mm, 100mm and 150mm would achieve the desired U-value.Rocksilk® RainScreen SlabRocksilk® RainScreen Slab is manufactured from Rock Mineral Wool and has a thermal conductivity of 0.034W/mK. It is BBA certified for use over 18m and has the best possible Euroclass A1 reaction to fire classification, meaning it met the required specification for fire safety.FK Group also sought advice about what to do if the Rocksilk® RainScreen Slab was exposed to rainwater during installation. There is a common misconception that the thermal performance of Mineral Wool will be permanently compromised if it gets wet, but this simply isn’t the case. Rocksilk® RainScreen Slab has been developed for external applications – its fibre matrix promotes water run-off, and it contains moisture-repellent additives in the binder. This ensures it can withstand higher levels of exposure to moisture during installation. Knauf Insulation also provided advice on the storage of insulation on site to protect the insulation from prolonged exposure to rainwater prior to use.Offsite constructionLandmark was built using an offsite construction method. Decorative concrete rainscreen panels were manufactured by Techrete in Hull. Rocksilk® RainScreen Slab was fitted offsite before the entire panel was transported to Manchester and craned into position on the concrete frame.The Knauf Insulation Specification Team provided further support by carrying out visits to both the Techrete manufacturing facility and the construction site to check the insulation was being installed correctly.SustainabilityAs well as its thermal and fire performance, Rocksilk® RainScreen Slab offers considerable sustainability credentials. It is manufactured with ECOSE® Technology, Knauf Insulation's unique bio-based binder that 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 binder, so it is more environmentally-friendly.Products made with ECOSE® Technology are soft to touch and easy to handle. They generate low levels of dust and VOCs and have been awarded the Eurofins Gold Certificate for Indoor Air Comfort. This is beneficial when insulation is being installed offsite in an enclosed industrial environment.Enhancing the St Peter’s Square heritageMurray Levinson partner at Squire and Partners said “Landmark is an important project for Squire & Partners, representing our first completed new build project in Manchester. When we were approached to design Landmark, we recognised an opportunity to extend the cluster of prime office buildings of the adjacent St Peter’s Square southwards. Our design concept aligned itself with the new developments, whilst creating a building which enhanced its specific site heritage and context.“A priority for both ourselves and the client was to create a building with exceptional sustainability and wellbeing credentials, and we are proud to have achieved BREEAM Excellent and EPC A ratings,” added Levinson.Thanks to its thermal performance, fire safety and environmental credentials, Rocksilk® RainScreen Slab will contribute to Landmark achieving the world's foremost environmental assessment method and rating system for buildings. All of which means this will truly be a landmark building both visually and in terms of sustainability.For further information about how our insulation can contribute to BREEAM, see below.https://www.knaufinsulation.co.uk/all-downloads?search=BREEAM

Devils Pit Farm is a detached farmhouse and is situated in the Blackdown Hills, an area of natural beauty near Taunton.The client had been experiencing problems with the existing uPVC gutter – it had begun to fail, and the joints had separated, which led to dampness creeping into the building, causing damage to the paintwork.The client was impressed after Mike from Simply Seamless Guttering (SSG) demonstrated the Mustang® Aluminium Seamless Gutter Machine.Mike from SSG visited the property to measure up and provide a quotation to replace the whole system, including aluminium downpipes. This was accepted, and shortly after, SSG installed the new rainwater system on-site.Mustang® Aluminium Seamless Guttering is a unique joint-less system and is the only seamless gutter system approved by the British Board of Agrément (BBA).Mustang gutters are roll-formed on-site in lengths of up to 30 metres with no joints, meaning no leaks, creating a neat, maintenance-free product of the highest quality that adds extra visual appeal with the additional peace of mind a premium product has been fitted. Mustang® guttering is manufactured from 90% recycled Aluminium and can be recycled at the end of its useful life.Mustang® Seamless Aluminium Guttering teamed with Colonnade swaged aluminium downpipes is an ideal replacement for the existing uPVC gutters because it is lightweight, non-corrosive and cost-effective. Made from recycled aluminium, it is durable and long-lasting and has an expected life span of over 30 years.The homeowner was particularly keen on the benefits of having a low-maintenance and unique joint-less system.Mike Smith of SSG is a Mustang® approved contractor, meaning he has received training, and ARP has inspected his work to ensure it meets the highest standard. ARP are happy to recommend him on future contracts knowing he will use quality ARP products.For Mike, the ability to offer a BBA Accredited System gives his clients the peace of mind that a quality system has been installed and will last for at least 30 years with little maintenance. 

This is the latest cycle hub designed, manufactured, supplied and installed by Falco for Fairfield General Hospital in Bury, Greater Manchester. Installed on behalf of Northern Care Alliance NHS Foundation trust, the cycle hub is based on the flagship FalcoLok design and provides staff, visitors and patients to the hospital with secure cycle parking for up to 28 bikes.The FalcoLevel-Premium+ two-tier cycle racks are housed within a 6m x 4m version of the FalcoLok-500 cycle hub, complete with easy access automatic power doors, motion sensor LED lighting, helmet lockers, bespoke branding graphics and powder coating in an NHS blue RAL colour. The cycle hub is clad in toughened safety glass, designed to be sympathetic to the surrounding area.The whole shelter is a bespoke contemporary design of the classic Falco Cycle Hub shelter, which features clean lines through the glass cladding and supported by stainless steel glass clamps. The steelwork is hot dip galvanised to BS EN ISO 1461 and also meets UK structural design laws with EN 1090 accreditation. Rainwater is collected via innovative integral gutters as part of the roof system and a bespoke bund ensure that the cycle hub is weather proof!In addition to the cycle hub shown here for Fairfield General Hospital, Falco has also recently installed cycle hubs for many locations across the UK including Rochdale Infirmary, Stromness Travel Centre in the Orkney Islands, Crewe, Runcorn, Birmingham International, Warrington Bank Quay and Carlisle station for Avanti West Coast, Bradford Royal Infirmary and St Luke’s Hospital for Bradford Teaching Hospitals NHS Foundation, The Royal Oldham Hospital for Pennine Acute Hospitals NHS Trust, Ninewells Hospital & Medical School in Dundee and a bespoke cycle hub for Leicester City Council.For more information about the project here at Fairfield General Hospital or how Falco can assist your cycle parking scheme, please contact our helpful sales team on 01538 380080.

Project OverviewThe Percy Gee Building, at Leicester University, is named after a former benefactor and chairman of the former college. Over the last 2-3 years the building has undergone an exciting £13.1 million transformation and expansion. This is a multi-purpose facility, home to the Students’ Union, a venue for informal learning and a centre for refreshment and eating.PLEASE NOTE: BETTER IMAGES WILL BE POSTED WHEN WE CAN ACCESS TO THE BUILDING WHICH IS CURRENTLY CLOSED DUE TO COVID-19. THESE PHOTOS WERE TAKEN THROUGH A GLASS WINDOW. That hard-working industrial lookA main hub of the building will be ‘Campus Kitchen’ a new food court which will provide a range of varied cuisines for staff, students and visitors This is an interior occupied by Millennials and Gen Z and the décor needed to reflect their styles and trends. By using Amron Welltec “wave” or “corrugated” profiled aluminium sheet on an interior wall something new and unexpected was injected into the kitchen space. To take this ‘jolt away from the norm’ still further the designers envisaged not shiny metal, but the appearance of weathered and rusted metal – an industrial ‘vibe’ perhaps hinting at determination and hard work.Powdertech Collections includes a range of finishes which replicate patination/rust on metal, giving a ‘Corten’ appearance but with no rusty residue which could mark clothing and other surfaces. The client chose ‘Firebox’ from the Evolution/Rust collection. This gives a very natural ‘rusted’ look with no two panels looking the same. Powdertech applied Firebox to 80 m2 of material which line the walls and over-counter area of the Campus Kitchen.BenefitsEvolution™ Rust finishes can be used internally and also externally. There is no residue, and no run-off or staining from rainwater.The striking designs are achieved through using polyester resin systems, and a bit of magic!The finish can be cleaned like any other powder coating – minimal maintenance.We are passionate about colour and always keep up with latest trends in shade and texture of finishes.The Evolution range has up to a 25-year guarantee for gloss, colour and adhesion.Conforms to ISO 12206 and Qualicoat specifications.

Powdertech Wood Finish (Roughwood R047) is being used for a prestigious sustainable logistics development in Milton Keynes, built by Glencar Construction for client Baytree Logistics, a pan-European company. BREEAM has specified the development scheme as “Excellent”. It is also “WELL” ready – the WELL Building Standard is the world’s first building standard focused exclusively on sustainability, human health and wellbeing. The building, on a 10.4-acre site at Fenny Lock, will feature the latest in technology-enabled sustainable design features providing an environment beneficial to the health and wellbeing of the building users. Wherever possible, “Cradle to Cradle” (circular economy) principles have been adopted meaning that materials used can be repurposed in the future, being returned into the construction cycle for re-manufacture with no detriment to quality.The Benefits of Powdertech Wood FinishWood Finish on aluminium fits this approach perfectly. Aluminium itself is endlessly recyclable and our powder coatings do not affect the process. The finish can be removed, and the metal returned to its original bare state. Powder coatings are also free of VOCs, halogens and heavy metals – all compounds which are damaging to health. We are very pleased that the sustainability of Wood Finish on aluminium, and the ‘clean’ qualities of the product have been recognised as such. It is also the case that the use of Wood Finish on external features is in harmony with the aesthetics of the building design.Wellbeing for people and planetRoof garden terraces, and onsite water attenuation form part of a sustainable drainage system which includes harvesting of rainwater for re-use on site. Wood Finish in Roughwood shade R047 has been used to coat eleven enormous aluminium drainpipes which form part of this scheme; they stand 13m high with a 600mm x 600mm top section tapering to 150mm square at the ground. The scheme also includes outdoor gyms and training areas, edible vegetation and reclaimed timber seating. Internally, sensors constantly monitor air and water quality.Baytree intend that this should be one of the most sustainable logistics developments ever built in the UK and we are very excited to be a part of this ambition.

South Lanarkshire College (SLC) in Scotland has opened a new, ‘zero-energy’ teaching block on its East Kilbride campus. Specifically designed with first-rate environmental credentials in mind, it boasts a whole host of efficiency-enhancing measures – including highly insulated floors, walls and roofs, triple-glazed windows, low-energy lighting and electrics, rainwater harvesting and solar PV panels on the roof. The college approached NIBE Pro Installer Anderson Floor Warming and Renewables in search of a system that would meet the heating requirements of the eight-classroom block in the most sustainable, cost-effective and reliable way possible.The SolutionSLC already has a range of NIBE products in its on-site renewables training centre, which students use for practical sessions, so a heat pump from NIBE was the natural choice to heat the new block. Mike Anderson, director at Anderson Floor Warming and Renewables, specified, designed and fitted a NIBE F1345 40kW ground source heat pump (GSHP) system to complement the building’s water-based underfloor heating, which operates at similarly low flow temperatures.ResultsNow up and running, the NIBE system is so efficient that it has been awarded a rating of A+++ in line with energy labelling criteria under the ErP Directive. SLC’s new teaching block has become the first building in the UK to achieve a BREEAM sustainability rating of ‘Outstanding’, with the facility excelling in all 10 assessment categories – from energy, waste and water to health and wellbeing.Customer Testimonials“We pride ourselves on our forward-thinking approach to sustainability at SLC, and we couldn’t be happier that our new teaching block has been deemed ‘Outstanding’ by BREEAM assessors. The NIBE heat pump system and the solar PV panels combined generate enough renewable energy to meet the block’s entire heating and power needs, making it a ‘zero-energy’ building. It really is a huge asset to the whole college – not only from a resource point of view, but also as a real-life example of sustainability in action. As well as being a valuable learning space for our construction and energy students, it’s a place for us to bring local businesses and community groups, and showcase the benefits of low-carbon, low-resource buildings first-hand.”Stewart McKillop, principal at South Lanarkshire College

This is the latest cycle hub designed, manufactured, supplied and installed at Salford Royal Hospital in Pendleton, Salford. Based on the flagship FalcoLok design, the 3m x 3m glass clad cycle hub is coupled with Sheffield stands to provide secure accommodation for up to eight bikes.Back In 2020, Falco installed a large hub at Salford Royal to accommodate 20 cycles with FalcoLevel-Premium+ two-tier racks. In May 2022, Falco were asked to visit Turnpike House by the same client to look at installing a secure shelter that wasn’t too imposing in height and size. The shelter was for staff to replace an old tired flat roof structure.To keep the same theme at the two sites, Falco used the same mechanical code lock and 11.5mm toughened laminated heat soaked glass in glass clamps, then customized the graphics to match. The steelwork of the cycle hub was powder coated in the same attractive NHS blue RAL colour.The unit accommodates eight cycles using traditional Sheffield stands and was designed to sit on the same footprint of the old shelter that would only accommodate five cycles.The whole shelter is a bespoke contemporary design of the classic Falco Cycle Hub shelter, which features clean lines through the glass cladding and supported by stainless steel glass clamps. The steelwork is hot dip galvanised to BS EN ISO 1461 and also meets UK structural design laws with EN 1090 accreditation. Rainwater is collected via innovative integral gutters as part of the roof system and a bespoke bund ensure that the cycle hub is weather proof!In addition to the cycle hub shown here for Royal Salford, Falco has also recently installed cycle hubs for many locations across the UK including Fairfield General Hospital, Rochdale Infirmary, Stromness Travel Centre in the Orkney Islands, Crewe, Runcorn, Birmingham International, Warrington Bank Quay and Carlisle station for Avanti West Coast, Bradford Royal Infirmary and St Luke’s Hospital for Bradford Teaching Hospitals NHS Foundation, The Royal Oldham Hospital for Pennine Acute Hospitals NHS Trust, Ninewells Hospital & Medical School in Dundee and a bespoke cycle hub for Leicester City Council.For more information about the project here at Salford Royal or how Falco can assist your cycle parking scheme, please contact our helpful sales team on 01538 380080.