"water"

Porth Transport Hub is an integrated bus and rail interchange part of the Porth Regeneration Strategy located at the existing railway station. The hub is modern and attractive at the heart of the Town Centre, providing seamless travel across bus and rail. The development saw demolition of three buildings to include electric vehicle charging points, a taxi rank, cycle stores and several upgrades across the local Active Travel network.Cellecta’s HEXATHERM XFLOOR 300 was specified by Redstart due to its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for a multitude of domestic, commercial, and educational applications.Encon Construction in partnership with Rhondda Cynon Taf Council was awarded this 530m² contract for this development in Porth.

If your hospitality establishment is off grid, here at Calor you can benefit from our versatile LPG heating solutions which translate into both fuel and CO2 savings when compared with oil, keeping your customers happy with hot water and piping hot food. Follow the link to read through the case study with one of our clients, Nash Manor House. ''The oil tank has rusted and started leaking and I was concerned about the impact that this might have on the environment. I also didn’t like the fact that oil was a target for thieves – so I wanted a fuel that could not be easily stolen. On paper LPG appeared to be more expensive than oil, but in practice that has not been the case.''

Roof and facade cover... CHALLENGE For the design of a youth centre a Belgian architect wanted to have a fully homogeneous and waterproof cover for the roof and the facade. This envelope technique needed to be combined with a more ecological and aesthetically pleasing green wall design. SOLUTION For the waterproofing of the roof surface a standard RENOLIT ALKORPLAN roofing membrane was used. For the facades the architects opted for a RENOLIT ALKORSOLAR fixing system as the base to attach the final greenwall system. As the roof and the wall covering (waterproofing) are the same material there were no jointing issues. The whole building has been covered with RENOLIT ALKORPLAN roofing membrane. The facade details were similarly accomplished as standard roof details and RENOLIT ALKORSOLAR profiles were used to fix the rain water pipes from the roof.

217 Bath Road is an 80,000 sq. ft contemporary office space based in Slough. 217 Bath Road has under gone a huge refurbishment now offering a striking reception and full height atrium, flexible office floors and an onsite café.Sylan Products Supplied:High Pressure Laminate Toilet CubiclesFlush frontedStylish and elegantInvisible fixing systemFull height cubicleAvailable Fronts onlyAvailable in over 30 laminate coloursNo hefty price tagSGL Z Lockers on Cantilever BenchMade from water resistant Solid Grade LaminateHardwearingMultiple locker configurations Available in over 30 colours, you can match to your cubicles

  ​​​​​​​The FasTop RS69 polyurethane cement system was used for this ongoing Bangladesh food production plant project to deliver a heavy duty hygienic floor. Sherwin-Williams FasTop Multi RS69 product used in this system delivered a thickness of 6 mm overall and 9 mm in selected areas under machines where the floor would be subjected to boiling water. The initial area totalled 3500 sqm, and then further areas were done as the applicator worked through the factory. The project was the first time Quality Floors Bangladesh Ltd. team had taken advantage of the FasTop technology which featured extreme application conditions, including temperatures of 34-36oC, day and night, and also air humidity up to 100%.

When the idyllic village of Tormarton nestled in the Cotswolds wanted to transform the main room in their village hall, the committee responsible for organising and specifying a replacement floor would choose Taraflex® Multi-Use from international flooring specialist Gerflor.Tormarton has a population of about 350 people from a wide variety of backgrounds. At the centre of village life is the parish hall which provides a blank canvass for a raft of local community activities.Stewart Waters, Chair of the Tormarton Parish Council commented, “We specified Gerflor Taraflex® Multi-Use indoor sports surface as it would cater for a variety of needs. The new Taraflex® sports vinyl floor is much easier to maintain and clean and so much brighter than the old, dated tiles.”Commenting on the project Chris Pursey, Gerflor Area Sales Specification Manager, Southwest & Channel Islands said,” The existing subfloor consisted of old vinyl tiles, which although were well bonded to the substrate, presented a health and safety risk if removed due to possible presence of asbestos.” Chris Pursey added, “For this reason, we specified that the installation should ideally be over an Isolsport membrane, which left the tiles undisturbed and also enabled the installation to be done quickly with minimal floor preparation.”Stewart Waters ended by saying, “We have had lots of positive comments and all parties are really pleased with the refurbishment. We would definitely choose Gerflor flooring again.”Taraflex® sports flooring has been fitted at every Olympic Games since 1976. Approved by many National and International governing bodies as a world class sports surface, it is also widely installed within the education, community, leisure, health, and fitness sectors.

Date of Project: August - September 2014Project Owner: Occidental PetroleumProject Contractor: Hugh Roberts ConstructionMarket/Environment: Oil ProductionSubstrate: Gunite from the 1960sProduct Used: Five Star Structural Concrete V/0®Project Size: 500+ PailsProject DetailsIn 1965, four artificial islands were built in San Pedro Bay off the coast of Long Island to conceal oil pumping stations. In the year 2000, Occidental Petroleum purchased the islands, known as THUMS Islands or Astronaut Islands, and operations. The islands contain significant landscaping, a waterfall, and tall structures concealing the drilling rigs, including one known as The Condo and often mistaken for "a ritz hotel" by those on land. Island Grissom is the closest to land and contains more sculptured screens than the other islands.The ChallengeOver the years, wind and water have taken their toll on the concrete structures around the island, causing a great deal of deterioration. A few obstacles to overcome were:The depth of repair (Tapcons were driven into the substrate for added reinforcement in the deeper areas of repair)Direct sun/heatHeight of repair was as high as 100 feetLimitations on water saturation for presoak and wet cure.Deliveries had to be scheduled precisely as all products had to be shuttled over to the island via ferry.Five Star® SolutionChosen for this demanding repair project was Five Star Structural Concrete® W/O because of its rapid-setting properties and ability to be used on vertical and overhead surfaces. Moisture-sensitive coatings could also be applied in 8 to 24 hours, speeding up repair time.This high-strength, permanent concrete repair material allowed the workers to make repairs quickly and efficiently, using only one product for thin and thick placement.

The new headquarters of interior design brand Brabantia in Valkenswaard was recently completed. Several green living walls have been installed in the office, contributing to the company’s sustainable image. The entire office was built according to the BREEAM standard, designed by Gert Jan Kruijning of AA Architects. The vertical greenery in the building was installed by Ten Brinke Interieurbeplanting.Sustainable DesignBrabantia’s new head office was built climate-neutral according to BREEAM standards. The building’s skeleton is made entirely of wood. The green walls in the office bring in the more natural look and also provide many benefits such as oxygen production and an improved indoor climate.Thomas Deenen, Commercial Director Brabantia Benelux & DACH: ‘Implementing vertical greenery in the design was an idea of the architect, following Brabantia’s requirements. The requirements were; lots of green, sustainable, pleasant atmosphere and a natural transition from outside to inside. The green living walls are a real eye-catcher, a real image-defining part of the interior. The vertical green looks very nice, gives a warm and natural feeling and a fresh smell’.Innovative and sustainable green wall systemThe green walls were installed by Mobilane dealer Ten brinke Interieurbeplanting using the LivePanel Indoor system. LivePanel Indoor is an innovative and sustainable system in the field of vertical greenery. It is suitable for installation against new and existing walls. It is possible to water the green walls manually, automatically or by means of a tank. For the walls at Brabantia, automatic watering was the option chosen.A century of quality and designBrabantia started out in 1919 as Van Elderen & Co in Aalst, producing milk churns, jugs, sieves and funnels. Over the years, Brabantia has grown into a global interior design brand, known for its smart and stylish household products.Client: BrabantiaArchitect: AA ArchitectenConstruction period: 2022Installation: Mobicare

The building that would be the St Margaret’s Primary School, officially opened by Robert Leitch the local parish vicar in 1889 provided education to children up to fourteen. The school underwent many changes in structure throughout its over 100-year existence continuing to provide the high level of teaching it always held. In 2012 it underwent a further change in the form of a huge modernisation project that would extend the school and allow more students to be taken. Unfortunately, leaks were reported on the older parts of the building and despite localised repairs were not ultimately solving the problem.After reports of leaks it was imperative that the roofs in question were inspected to find where the issues were originating, in action to this a site survey was undertaken. The survey highlighted the original build-up consisted of an asphalt on a timber deck, this original system was in a aged condition. It was also shown that standing water and vegetarian had developed on the roof. In order to protect the building from further leaking it was determined that the roof would benefit greatly from the installation of a high-performance waterproofing system.Along with waterproofing improvements, there would also be improvements made to the falls which would reduce the amount of standing water present on the roof.Waterproofing would not be the only recommendation; the roof was also to receive a full thermal upgrade which would further provide the benefit of increase fuel bills and less energy consumption for the school.Taking into consideration all these points, the Polyroof Technical team began creating a bespoke specification that would provide the details needed to make these recommendations a reality. The Polyroof Approved contractor Thomas Cassie & Sons was specifically chosen to undertake this project due to their experience in liquid roofing systems. With a specification and approved contractor ready the project could officially commence.

In April 2016, the world-renowned London School of Economics announced that Grafton Architects were to design their next major project. The Marshall Building at 44 Lincoln’s Inn Fields, built by Mace Group, includes an extensive two-storey, mixed-use basement that will house plant areas, squash courts, changing facilities and a sports hall, covering a total of over 2,250m2 of floorspace and presenting quite the project for Newton Specialist Contractor Cast Contracting Ltd (CCL).Newton Specialist Contractor CCL were appointed to design, supply and install the waterproofing by principal contractor Mace Group in late 2019.To provide a completely dry, guaranteed solution on such a high profile project, CCL recommended the Newton CDM System.Otherwise known as Type C waterproofing, the CDM System is the safest and most reliable form of waterproofing.Prior to installation, CCL applied Newton 906 Lime Inhibitor to the new slab to prevent free lime from the concrete from affecting the drainage membranes. The Type A liquid waterproofing membrane Newton 103-S was also applied internally to many of the concrete surfaces as a barrier to water.With preparations complete, over 2,250m2 of Newton 520 eco membrane was installed to the floor and over 570m2 of Newton 508 membrane installed to the walls to create the Newton CDM System. A drainage system of Newton Basedrain channels also directs any water captured by the membranes to the point of discharge, and the whole system was sealed with Newton OverTape.Despite requiring dedicated delivery slots, and working to an extremely tight program of work, CCL were praised on the quality and speed of their installation, which was completed well within the time limit.The Newton recycling service was also a great success, recycling 115 kg of HDPE waste and therefore preventing over 132 kg of CO2 emissions.

CLIENT The National Centre for Food Manufacturing at University of Lincoln leads the way for food industry innovation for businesses and employees.PROJECTProcurement of a hand dryer suitable to use within food manufacturing areas. It must be hygienic, dry hands quickly, make minimal noise and limit the creation of slip hazzards.SOLUTION- V7-300Over 300 jets of strategically placed air remove water from both sides of hands simultaniously without needing continuous hand movement. The Veltia V7-300 hand dryer uses patented technology to stop water from your hands ending up on the floor surface. This range uses Microban technology - an antibacterial protection impregnated at the manufacturing stage (that doesn’t wear out) which inhibits the growth and transference of microbes and harmful bacteria. There is also a ZeroSmell feature that neutralises bad odours. If that wasn’t enough, the V7 boasts of low noise and low energy use, too.The National Centre for Food Manufacturing (NCFM) is dedicated to helping food industry employees advance their careers. They understand the demands of working in this fast moving, dynamic industry. V7-300 hand dryers were fitted into NCFM factory areas two years ago, and the units continue to be easy to clean, quiet and perform their task very well. The hand dryer gives a very good first impression to our visitors as they pass through our hand washing systems. Alongside an extensive academic offering the NCFM is also committed to spurring innovation within the sector. An important role of the NCFM is to help food companies see what good looks like within the food industry.“The V7-300 continues to hit the high standards we set out for training and education work.”

Cambridge University, Department of Civil EngineeringBauderBLUE STORMcell with BauderSOLAR G LightSynopsisThis new build project in the centre of Cambridge combines a Sustainable urban Drainage Solution (SuDS) with vegetation and renewable energy in a warm roof construction.The client for the Department of Civil Engineering at Cambridge University, R H Partnership, identified sustainability as being a key driver in the design of the roof, but also sought a single source supplier that could provide a guarantee for both workmanship and products. Bauder’s systems range encompasses products to meet all the sustainability objectives, and with our network of approved contractors carrying out the installation, we could offer the comprehensive guarantee that was required.Bauder Building BoardProject:Cambridge University Department of Engineering​Location:CambridgeRoof Area:1610m²Client:University of CambridgeSpecifier:RH Partnership ArchitectsMain Contractor:SDC LimitedApproved Contractor:Voland LimitedThe specificationTo meet the sustainability criteria set out by the client, the Bauder technical team designed a roof system combining an extensive blue roof, a green roof and a solar PV array. The first and most fundamental element of the roof system though is the waterproofing. Bauder Total Green Roof System (BTGRS) was selected as it provides robust and durable waterproofing with a life span in excess of 35 years, as validated by BBA Certificate 10/4744. The Plant E cap sheet has also been tested by the FLL to ensure long term root-resistance, making it ideal for use in conjunction with the BauderSOLAR G LIGHT system. The BauderSOLAR G LIGHT system is a unique way to combine rooftop vegetation with renewable solar energy. The PV panel mounting boards are held in position using the growing medium as ballast, meaning the waterproofing is not penetrated and therefore compromised. The mounting boards incorporate a water retention feature which allows a small amount of excess rainwater to be stored for short periods of time for the various plant species to feed from. The BauderSOLAR G LIGHT system’s unique mounting system lifts the panels above the vegetation allowing the plant life to grow freely and therefore qualify a greater area of the roof as biodiverse.In addition to the BauderSOLAR G LIGHT system, a blue roof was added to the build-up. Blue roofs are sustainable drainage solutions designed to manage stormwater on a flat roof to reduce water runoff rates and ease flash flooding and standing water in built up areas. The BauderBLUE Roof System attenuates water from a flat roof over a 24-hour period via a restrictive flow outlet. Calculations are carried out to determine the rate at which the water should egress the rooftop. This is determined by the local planning authority and is often set as low as 5-8 litres per second per hectare. With these calculations, Bauder can design each flow restrictorto meet the necessary runoff rate. For the Department of Civil Engineering, the main roof area of 1455.5m² required two flow restrictors, each with flow control holes to ensure the specified discharge rate of 0.77 litres per second was achieved. The maximum depth of water the roof is designed for is the H-max. When the water level reaches H-max, it will drain via the emergency overflow pipe. These overflow pipes are set at the same height as the H-max level. On this project the H-max was calculated to be 99mm. Although an unlikely scenario, this provision for a ‘once-in-a-hundred-years’ storm event will ensure that the structural integrity of the building is always preserved.Project challengesThe roof deck was constructed using a pretensioned concrete plank roof structure. Due to the large span of these planks, the dead load weight to the roof would be restricted. This being a blue roof with green landscaping and PV (a reasonably heavy build up), presented the issue of balancing the need of the roof design and the weight restriction of the supporting structure. To add to this challenging scenario, the pretensioned deck did not provide a completely flat finish. When installing a blue roof, a flat deck with no positive or negative falls is essential, as detailed in the 2018 update of BS 6229 – Flat roofs with continuously supported flexible waterproof coverings. To overcome this onsite challenge,the final deflection of the fully loaded roof was calculated and the concrete deck was screeded to give a flat finish.The resultBauder believes this project to be one of the first of its type in the UK to bring together so many rooftop systems in one space. Project management and clear communication was paramount in order to ensure a smooth installation. The Bauder project team consisted of green roof and solar PV product managers, area technical manager, technical design team, site technicians and approved installers for the waterproofing.With all the different elements being installed, green roof and solar PV product managers worked with our technical team to design the best possible PV array configuration for optimum energy generation whilst also qualifying for the maximum biodiverse area.Bauder site technicians worked closely with Bauder approved contractors, Voland Asphalte Ltd, to ensure works were kept to schedule and that a high quality of workmanship was maintained throughout.To ensure the landscaping is maintained, irrigation was installed by Access Irrigation Ltd. The system, Permadrip Pro, is a drip line irrigation system with anti-syphon design to resist clogging and pressure regulation. Due to the specialist nature of the irrigation system, Access Irrigation Ltd provided a bespoke design service.The result of this network of expertise was a multi-faceted support service for the client, specifier, main contractor and roofing and PV installers. System installedBauder Total Green Roof System (BTGRS)1 BauderPLANT E 42Green, 5mm torch-on root-resistant capping sheet.2 BauderTEC KSA DUOA self-adhesive, elastomeric, bitumen underlayer. This underlayer was used to ensure thorough sealing of lap joints in low temperatures when the roof was installed.3 BauderPIR FA-TETissue-faced flatboard insulation faced on both sides with aluminium foil to provide efficient thermal output.4 Bauder Super AL-ETorch-on air & vapour control layer. Once installed on the concrete pretensioned plank deck, it can act as a temporary waterproofing layer, allowing internal works to be carried out immediately which was a huge advantage on this new build project.BauderSOLAR G LIGHTThis BauderSOLAR G LIGHT system was a key factor in the specification of the project to meet the sustainability criteria specified by the client. 40 PV units were installed on the main roof area on the Departmentof Engineering. The forecasted energy generated for this arrayin its first year is 9.91MWh with a CO2 saving of 5.242 tonnes/a. BauderBLUE SR-B flow restrictorThe BauderBLUE SR-B flow restrictor is designed to be used in conjunction with a standard Bauder bitumen blue roof vertical outlet DN70. The flow restrictor is comprised of four parts; baseplate, overflow pipe, baseplate inner and baseplate outer seal. The polyamide baseplate fits within the 70mm vertical outlet, with the EPDM outer seal creating a watertight fit. The HDPE Overflow slots into the central hole of the baseplate with an inner EPDM seal preventing any leaks. The baseplate has a number (1-12) of 10mm restrictive flow holes bespoke to the project. The flow restrictor has no moving parts, hugely reducing the need for maintenance or risk of failure.

A major global company selected Andel to install leak detection systems in multiple data centres, based on our approach, experience, quality and price. The end-user customer is one of the world’s leading digital infrastructure companies, providing a secure, sustainable, global collaboration platform to numerous industry-leading organisations in finance, manufacturing, retail, transportation, government, healthcare and education. The challengeThe data centres were built to the latest design specifications employing cutting-edge features and technologies. Mile upon mile of data network and power cable is installed under raised access floors where it can be organised and routed safely out of sight. The problem is that the same void, hidden from view, also contains water service pipes feeding air conditioning units, toilets and kitchens. A tailored, robust, hybrid solution needed to be installed meeting multiple requirements, primarily at low level, within the floor voids around the perimeter of the data halls with distance measuring systems monitoring CRAC units, plumbing and other plant. Additionally, a range of zonal systems provided early warning alarms and automatic isolation for water, refrigerant gas and oil leak detection.The solutionFloodline® HLD, Ranger® distance measuring system and a range of zonal senorsAndel’s Floodline® is a flexible, future-proof, zonal and distance measuring leak detection system. State-of-the-art, hybrid, Floodline® HLD multifunction control panels were installed in conjunction with Floodline Ranger® distance measuring systems and a range of zonal leak detection sensors including water, refrigerant gas and oil. Floodline® HLD control panel can monitor up to 224 zones using a combination of resistance-based and Modbus-enabled sensors.High-visibility Floodline Ranger® cable provides up to 1500 metres of continuous leak detection, detecting the presence of water and conductive liquid at any point along its entire length. Conductive-polymer technology construction makes the the sensor highly resistant to corrosion and abrasion. Sensor cable was strategically installed in floor voids to continually monitor the server halls, ensuring early leak detection through alarms and automatic valve shut-off systems.  The system triggers audio-visual alarms as well as sending onward communication to BMS. Resilient, sustainable, cost-effective, easy to install and maintain, Andel’s Floodline® is a flexible, future-proof, zonal and distance measuring leak detection system. Proactive approachPrior to installation, great care was given to ensure the customer was happy with all Andel’s Floodline® equipment and to demonstrate the superior build-quality and functionality and to allow the customer to see and handle the equipment first-hand. The customer was provided with all relevant technical specifications and user information. The project involved detailed assessment and planning for the five sites. Bespoke installation kits were manufactured in advance for each installation team. Andel put together mobile crews to visit each of the sites. The installation took 20 days from start to finish, meeting the deadline. The resultA successful leak detection installation that fulfills the customer’s brief, protecting priority servers and IT infrastructure in new major data centres. Installing Andel’s Floodline® leak detection systems now means the customer has:A cost-effective, reliable and low-maintenance leak detection system across five mission-critical sites.A bespoke, tailored solution for each site.Peace of mind with a leak detection system that will give early warning alarms and onward communication, allowing for evasive action to be taken to avoid any damage.A future-proof solution with a leak detection system where additional zones, sensors and upgrades can be added easily and cost effectively. What the customer said;We are delighted with the installation of the Ranger leak detection system across our sites. We feel at peace knowing our servers are protected with high quality systems providing realtime leak detection monitoring.Robert Gilbert, Project Manager

The patients’ garden at Homerton Hospital in Hackney has been completely transformed with a Stonebound resin bound porous paving finish to the pathways in the newly landscaped courtyard area.SURFACING REQUIREMENTSThe hospital was looking for a minimal maintenance surfacing option for the hospital garden to offer a welcoming, tranquil outside space for visitors and patients. The paving needed to be porous to minimize surface water, seamless and have good slip resistance for comfort and safety underfoot.Addagrip approved contractor D C Flooring was invited by G.K.Works to install 169 sqm of Stonebound resin bound porous surfacing in a Blizzard blend to give a cool and contemporary look to this outdoor area. The surfacing is decorative, porous, allowing access all year round and offers good slip resistance.The installation was completed in August 2021.

A faceted on plan curtain wall completed in AluK’s SL52 system is the centrepiece of the two storey community hub known as The Curve in the Bryn Gaer Place housing development. AluK’s technical team worked closely with their commercial fabrication partners Vellacine to design the curtain walling for the project in Newport, which also required an external canopy to be attached to the system. The challenge was to deliver the faceted on plan design in a practical and cost effective way. This was achieved utilising AluK’s SL52 curtain walling system with a variable gasket solution and a single mullion to ensure that the glazing complemented the external façade design. AluK’s SL52 flexible, capped curtain walling system met the aesthetic, thermal, wind and water performance requirements set down by the north Wales based architects Ainsley Gommon. 

Does the new library bring the Bilbao effect to Alexandrina?The cultural centre Bibliotheca Alexandrina opened in April 2002 was built under the auspices of UNESCO, and aims to build on the glorious past of the ancient library.dormakaba's contribution to the projectOnly 30 metres separate the library from the Mediterranean. Its deepest sections lie 18 m underground and 12 m below sea level, calling for sophisticated structural measures. Library stocks had to be wellprotected against both water and fire.To guarantee this protection and user comfort, the architects turned to dormakaba. The fire protection and smoke check concept includes TS 93 cam-action door closers and ITS 96 integrated door closers, some with electromechanical hold-open, plus BTS 80 and BTS 80F floor springs.

Arts University Bournemouth Halls of Residence Madeira Road is a significant university development in the Lansdowne area of Bournemouth town centre. This development consists of 374 rooms and four studios, arranged over three blocks, and a 400 space multi-story car park. Each building ranges from three to four storeys, with standard bedroom accommodation in each block; all blocks are set out around a landscaped courtyard, allowing direct access to adjacent blocks.Cellecta’s HEXATHERM XFLOOR 500 was specified by BrightSpace Architects Ltd for its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications.Morgan Sindall Construction was awarded this 9,000m² contract to construct this development.

Fistral House is a former care home site redeveloped in a building block with a selection of eight 2 to 3 bedroom apartments and 2 penthouses in a private, new build development overlooking the world-renowned Fistral Beach. The building features stone cladding on the ground floor, a crisp white exterior on the second and third floors, and corner glazing on the luxurious penthouse apartments. With views of the seascape and nearby golf course, it is a short distance to Newquay’s seven beaches and is ideally located for exploring Cornwall.Cellecta HEXATHERM XFLOOR 250 was specified by CSA Architects due to its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications.Legacy Properties was awarded this 1,200m² contract to construct this development in Newquay.

Park of Poland is one of Europe’s premier holiday centres. Located in Wręcza, around 60 kilometres from Warsaw, the park offers a range of attractions, including an indoor water park, theme parks and other facilities such as hotels, bungalows, office spaces and apartment buildings. Park of Poland was completed at the end of 2019 and is expected to attract millions of visitors each year.Our coatings protect all 4,500 tons of structural steel at Park of Poland and include a high-quality passive fire protection system based on our intumescent coating Hempacore One FD to improve safety for visitors and staff. Applied to the structural steel, Hempacore One FD will expand if exposed to high heat, insulating the steel beneath. In a fire, this will extend the steel’s load-bearing capacity for up to three hours.

Arras Way is a development of 47 units of 17 houses and two blocks of flats built in a traditional style to create a modern and comfortable living experience. The landscaped communal gardens help maintain the feeling of community life this fantastic location offers. It is situated in the coastal town centre of Folkestone, under 20 minutes to Dover and 35 minutes to Calais via the Euro tunnel. Cellecta’s TETRiS was specified by Apex Architecture as it provides outstanding thermal and structural performance. It produces a floor with zero cold bridges and is quicker and easier to install than a concrete block floor. TETRiS is a foil-facing insulation block with excellent thermal performance and very low water absorption; these blocks make the ideal flooring system.Dwyer Engineering was awarded this 2,914m² contract to construct this development in Folkestone. 

The £26m Dover District Leisure Centre features the first swimming pool in Kent to be purpose-built to Sport England specifications for a county standard competition swimming pool. Other facilities at the centre include a learner pool with a moveable floor, sports hall, interactive climbing arena, fitness studios, gym, squash courts, outdoor five-a-side 3G pitches, sauna and steam room, café, and 250 parking spaces.SolutionDortek doors are specially designed for wet applications and meet the Sport England design guidance requirements. Dortek access solutions are built to withstand severe temperature variations and damp conditions, they are also bacteria and corrosion-resistant. Their timber free construction means they will not rot, rust or warp even after years of exposure to water and cleaning agents.

The currently ongoing project at Latham’s Yard is a large-scale refurbishment of a range of apartment buildings with new cladding and decking to adhere to post-Grenfell fire legislation.Project BreakdownThis multi-phase project see’s no less than 10 high-rise apartment buildings being fitted with building materials that pass updated safety regulations.The SolutionOur 150 Aqua Channel Aluminium Decking was chosen for this balcony refurb as it is easy to install and has an A-class fire resistance rating. These deck boards are extremely low-slip and feature a passive drainage system that allows for management of water runoff.Project DetailsSize: 4000 m²Product: 150 Aqua Channel Client: :  Taylor Wimpey Architect: PRP ArchitectsSub-contractor: KDD ConstructionLocation: London

India Buildings sits in Liverpool’s iconic business district on Water Street, serving as a Grade A office space for a regional Government Hub. When refurbishing, it was key for the architects Falconer Chester Hall to retain the building’s beautiful heritage features.India Buildings in Liverpool is a 10-storey building with 80,000 square feet of office space. An extensive refurbishment from 2017 to 2021 took place on India Buildings with hopes to house a new tenant of up to 4500 occupants. It is a unique building with distinctive historical features that needed to be retained and achieve Grade A office space.Meesons provided India Buildings with 7 lanes of EasyGate SPT Speed Gates across two banks on either side of the main entrance and 5 at a separate staff entrance to prevent unauthorised access into restricted areas.

Contacted by Tefken Construction, we designed, fabricated and supplied modular flat packs of both steel and GRP gratings, heavy duty barrier rails, gates, ladders, treads and handrails to the 'Chirag Oil Field'.Our designers ensured that all material and placements could withstand the given environment. Using both steel and GRP allowed for cost efficiencies for the client, while maintaining a great strength for their platforms and rails.Our modular flat packs allow the client to install their flooring and other items easily.Chirag is an offshore production, drilling and quarters (PDQ) platform located 120km east of Baku in the Caspian Sea, at a water depth of 120 meters.First oil from the platform was achieved on 28 January 2014.Total Chirag production was on average 53,000 barrels per day.

HVM – landscaping with CT Block SeatsStreet furniture | landscape seatingCT Block RangeLocation: Todd Street, Manchester.Manchester CC has undertaken an improvement to the resilience of Todd street through the implementation of HVM measures to help protect the widely used public space at Cathedral Gardens.The aim of the improvements is to create a distinct and protected space for the public to use and linger beside the Todd street water features. The sympathetic use of Townscape’s CT Block in both a Dark Grey and Sandstone Red has helped to create a sense of tranquillity and focus. Townscape’s involvement in the project, has meant that the space has now been transformed into a practical yet engaging domain for staff, the local community, and visitors alike.The main contractor was Rosgal. The architects for the scheme were Manchester City Council

Project:Surespan designed and manufactured several floor access covers for the £6.5m Liffey Service Tunnel Project in Dublin Ireland.The service tunnel is one of the crucial links for the rejuvenation of the docklands, it will carry water mains to the docklands and transfer wastewater to the treatment plant at Ringsend. The 260m tunnel will also carry district heating pipes, gas mains, and electrical and telecommunication cables.Products:Surespan designed and manufactured several floor access covers including SAC Flush floor access covers and HIAC Recessed floor covers.All the access covers were supplied with either a gas spring-assisted opening, hydraulic or electric with a retractable safety grid and pedestrian (FACTA Class ‘A’) Loading. A hydraulic HIAC was also supplied with a FACTA Class ‘D’ Loading which is the equivalent of an 11-tonne wheel load.

Muiden is a small settlement town at the IJmeer, part of the municipality of Gooise Meren. In short, an environment with plenty of greenery and water.Here is a prairie style villa, designed by DenOlderVleugels Architects & Associates, equipped with unique louvers. By Sunshield.On the second floor, at the front as well at the side wall, a triangular slat system have been installed.Both sun shading systems have an area of almost 10 m2 and are controlled separately with a remote control.The residents have chosen the 150-E louver. A slat with a modern, sleek design and a width of 150 mm. When the slats are fully open, the visibility between the slats is 140 mm. The residents can then fully enjoy the beautiful panorama.The aluminum parts are powder coated in RAL 7021, black-grey. The plastic components are finished in black.

Recently, Purple Rhino were approached to clean the iconic Aviva building in York. The Aviva building has a long and rich history, built to house increasing staff numbers of what was then the Yorkshire Insurance company several decades ago. It is now a well known and beloved landmark in the city of York.They chose to tackle the project using the Stonehealth DOFF Integra system due to its unrivalled ability to gently remove a variety of unwanted matter, without causing any damage to this iconic and historic building.Stonehealth Rosette Approved, Purple Rhino recognise the DOFF Integra as the very best in steam cleaning equipment and note it’s proficiency in phased, sensitive cleaning. Providing a high 150-degree superheated water vapour at a very low-pressure, the DOFF was a natural fit for the project.

The JACKOBOARD range from BEWI is “ideal” for use as a tile backerboard on projects where increasingly popular underfloor heating systems are being installed, the company says.Made from extruded polystyrene foam (XPS), the construction boards are said to be inherently waterproof because the structure of the board does not allow water to penetrate. They are designed to be easy to work with and cut, as well as truly lightweight.They are finished on both sides with a special coating and reinforced fibreglass mesh, ready to be tiled, rendered or plastered. The boards are said to possess excellent thermal insulation properties, which give them enormous advantages over plasterboard or cement board. They are especially suitable for interior construction, the company says, especially in rooms subject to high moisture levels.According to BEWI, JACKOBOARD goes “beyond bathrooms” and can be used in any room of the house and as a backerboard for virtually any tiling project.The boards are suitable for quickly and effectively levelling uneven walls and floors, for partition walls, compensating for cracks in substrates and for creating substrates for laying tiles on non-adhesive surfaces.JACKOBOARD is also said to provide the best waterproof, insulated, tiling substrate for underfloor heating projects. Whether electric mats or hot water systems are being installed, BEWI says, JACKOBOARD – laid underneath the heating elements or pipework – will help to decrease warm-up times of the system by pushing the heat directly up to the tile layer. In this way, the heat generated by the system is used in the most efficient way, not just during the initial heat-up stage, but in general usage with the continued thermostat-controlled use of the heating system.As builders are forced to reduce the carbon footprint of their projects, the materials they choose to build with can provide a key to unlocking the thermal performance of a building. The XPS foam used on JACKOBOARD products reportedly achieves excellent insulation properties. It’s designed to help maximise the energy efficiency of walls and floors, improving the overall thermal performance of any property.www.bewi.com

Coventry is a city of movements; for struggling workers, for women, for political reformers, for ravers, for refugees. The UK's motor city. The UK's bicycle city. A center of the UK's watchmaking trade. A City of Culture that uses its past to forge its future. Coventry Moves! Its Upper Precinct was a very concrete heavy city center, partly because of the style at the time, and partly out of necessity to ensure it could be re-built as quickly as possible after the Blitz damage. The project had access to a partial fund of £7.75 million from the Government’s Local Growth Fund through Coventry and Warwickshire Local Enterprise Partnership (CWLEP) as part of the overall £11.8 million scheme. The package of works included; the installation of enhanced paving, street furniture, lighting, water features, planting, and the restoration of the historical Levelling Stone monument that was originally placed to commemorate the re-build of Coventry after the 1940-1942 enemy attacks. With the initial removal of the 'big green elevator' and huge concrete, once considered an eyesore, a clear view of the cathedral can now be seen, a view that has not been enjoyed since the 1970s. Almost every design element of this project included natural stone of some sort, making the relationship between the contractor Eurovia, the City Council, and BBS as the supplier, vital to complete each task on time and on budget. The circular shaped 'show stopping' water features created in a combination of both Italian Porphyry and Portuguese buff granite - a place where many people are often seen enjoying the weather. The benches and planters created in Portuguese buff granite, none of which barely had the same two pieces throughout, putting the pressure on BBS to individually CAD each and every one. The project covering the entirety of the Upper Precinct and continuing on Market Way, and Smithfield way, saw the complete removal of everything in situ and replaced with an unrecognizable scenery. All in time for Coventry Moves the City of Culture event.

With the introduction of new sports areas and a sixth form college, The Belper School faced a significant shortage of parking spaces. The growing demand for additional parking became evident as staff, visitors, and students resorted to parking on grassed areas. Consequently, numerous muddy patches emerged around the school grounds, negatively impacting the area's aesthetics and making it increasingly inaccessible. Moreover, this led to an increase in the amount of mud brought inside the school, placing a greater burden on the caretaking and cleaning staff.To address the drainage issues and offer an environmentally friendly alternative to concrete or tarmac, the school opted for X-Grid® as a permeable alternative for traditional car park surfacing. The school identified several areas around the premises as suitable locations for the car parks and proceeded to excavate them. A compacted hardcore base made of MoT-type stone was used to establish a strong and stable sub-base for the X-Grid®. By placing a geotextile membrane over the hardcore, the school minimised the risk of weed growth and created a separation layer between the build-up layers. The X-Grid® was then installed on a well-screeded sand blinding layer and filled with durable decorative gravel.By replacing the existing grassed areas with X-Grid® filled with gravel, Belper School successfully resolved their overcrowded car parks without the need for additional drainage infrastructure. The highly permeable nature of X-Grid® facilitated the controlled dispersion of surface water back into the water table. Consequently, the amount of mud around the school grounds was significantly reduced, virtually eliminating it altogether. This enabled the availability of parking spaces throughout the year, providing staff, visitors, and students with ample parking options while preserving the aesthetic appeal of their surroundings. Moreover, the use of X-Grid® ensured that the gravel remained in place, eliminating migration and greatly reducing surface maintenance requirements, thus keeping the areas looking as attractive as possible.

Project detailsAfter 30 years of manufacturing, a tumbler room floor at Alinabal Inc.’s facility had begun to seriously deteriorate. The company uses a heavy duty soap to wash and deburr steel parts in their industrial tumblers, then pours the liquid out onto the flooring beneath and rinses it into a trough.Over time, harsh chemicals in the soap began to eat away at the floor. Even to the point that they had begun to expose the aggregate in the concrete! Worried about continued water leakage as well as further contamination to the floor, Alinabal Inc. began to look for a solution.Alinabal Inc. knew that this project would require a unique product, as they were looking for something that would achieve minimal downtime during the repair. They were also in need of a product that would be able to withstand wet conditions regularly, since this area was still to be used for washing and deburring steel parts in the future.In addition to these qualities, Alinabal Inc. wished to use a self-levelling product with minimal floor prep. Having used our products in the past, Alinabal Inc. again turned to our expert sales team for suggestions.Our solutionAlinabal Inc. asked our technical advisors what the best product for the job was. They were recommended and used Flowtop®.Flowtop® is ready for foot traffic in 6 hours. In this case, it drastically cut the downtime during repairs with its quick curing properties, and because it is 3 times stronger than standard concrete, it is also able to withstand the rinsing process that the floor would be subject to post repair.The self-levelling characteristics of Flowtop® were just what Alinabal Inc. was looking for, and as a bonus, it created a slip resistant finish for enhanced employee safety!Through the use of Flowtop®, Alinabal, Inc. was able to obtain a newly finished floor, and return to daily operations in a timely fashion. Employees could again efficiently squeegee water into the disposal trough, and the floor itself was no longer in danger of contamination from

The Host Helix building, also known as the “Helter-Skelter,” was a unique and striking structure built in 2011 with stunning views of North London and Wembley Stadium. Over time, the building experienced general wear and tear and water began to enter the buildings’ complex structure.Polyroof Products were called in to consult with the clients and offer a seamless, encapsulated solution that could address the many unusual details associated with the building’s design.The SolutionA full survey of the roof terrace areas was conducted by the Polyroof Technical Services, after which a bespoke specification was produced for the works. The proposal document detailed a comprehensive set of recommendations for producing a seamless solution to encapsulate the problematic roof, therefore solving the issues that had arisen over the years due to its condition and age, as well as the issues associated with the original design of the pitched, curved roof.Polyroof SA Carrier Layer was then applied over the cement particle boards with Polyroof pre-formed GRP Drip Trims fixed to the external edge. For continuity and to create a uniform finish, the SA Carrier Layer was extended onto the main roof sections as a substrate for the Protec system.Any details requiring local reinforcement were treated with Protec Resin and 75mm wide Polymat 450. The curing process was allowed to take place. To accommodate structural expansion / contraction movements at appropriate details, 25mm disbondment tape was installed prior to local reinforcements.The first coat of Protec Resin and Polymat 450 was applied at a minimum coverage rate of 1.3 – 1.5Litres/m² (0.66 – 0.77m²/Litre) and was allowed to cure. To complete the system, a second coat of Protec Resin was applied at a minimum coverage rate of 0.5Litres/m² (2.0m²/Litre) and was allowed to cure.ComplexitySuch an iconic building in the local community, the client wanted to protect the original aspects of the building to the fullest extent, so the Protec system installed at the perimeter was color-matched to the original blue and grey colours. This was achieved by blending pigments until they matched the desired colors, in turn the pigment was then blended into the Protec resin before application. The survey revealed concerns about the original building designs from 2011 and the roof’s drainage system. Due to the roof’s pitch, rainwater was cascading down the curved slopes at high velocity and causing water to bounce into the building under the original capping.After many discussions between the main contractor and Polyroof, as well as the provider of the external cladding, it was agreed that the perimeter detail needed to be encapsulated with the new waterproofing system to prevent further water ingress. Fire-retardant cement particle boards were fixed to the internal and top faces of the external parapet walls, and the Polyroof SA Carrier Layer was applied over them with Polyroof pre-formed GRP Drip Trims fixed to the external edge.The Protec System was then applied to encapsulate the entire parapet detail, meaning its waterproof integrity would be covered under the Polyroof Guarantee. The curvature of the building added complexity to this process, and the contractor took great care in cutting the trims to size and fixing them to the external edge to ensure they followed the profile of the structure. Due to the building’s height, all the trims were face-fixed to prevent wind uplift.WorkmanshipIn order to improve drainage and prevent water from accumulating in hotspot areas of the roof, the contractors were instructed to install new internal curved gutter channels at the point where the roof and building met. These channels were designed to have a sufficient height and angle to effectively direct rainwater towards the outlets, preventing water from pooling on the roof. However, the installation process was made more complex due to the curved nature of the building’s architecture, which required careful measurement and customization of the gutter channels to fit the unique shape of the building.Additionally, the contractors had to consider the many joins of the gutters and how they would hold up to the elements over time as the building structure expands, contracts and moves. Extra steps were taken to ensure the gutters liquid membrane was properly sealed and secured to prevent leaks.The contractors were instructed to repair all protrusion and mansafe post details as necessary in order to allow the Protec System to be installed to a minimum height of 150mm, and to terminate it underneath a suitable weathering flange or jubilee clip. In addition, all right angles were to be reinforced with double taping. Any protrusions that were liable to significant movement was required to have disbondment i.e., bond break, tape applied to it to stop the external coating from stressing on expansion. Furthermore, all pipes were to be abraded, solvent wiped, and where necessary, primed in accordance with the Polyroof coatings manual. A flashing detail was also to be created with a weathering flange or seal.All outlets were inspected to ensure that they were functioning properly. Any outlets that were deemed unsuitable were replaced with new ones. The outlets were cleaned, prepared, and primed as necessary. The Protec system was then dressed into the outlets as far as was practical. The inspection and replacement of the outlets and the preparation of the Protec system helped to ensure that the drainage system functioned effectively.ConclusionThe refurbishment of the roof was completed within the client’s target timeframe and budget. Following a final inspection by Polyroof Technical Services, which highlighted quality workmanship of Tower Asphalt Ltd, the client received Polyroof’s trusted Accredited System Guarantee and now has the peace of mind the roof will be leak-free for decades to come.

When completed, A3 New Bailey in Manchester will be one of Europe’s greenest buildings. Not only has it been designed to achieve the toughest sustainability ratings, it will also feature Europe’s largest living wall. But as with any innovative project, it presented some major challenges when it came to the specification of the rainscreen façade system. Meeting the target U-value Lester Cladding NW Ltd were responsible for the design and build of the façade. A rock mineral wool product with a thermal conductivity of 0.035 W/mK had been specified. But when conducting the calculations, they instantly ran into a problem. An insulation depth of 240mm was required to achieve the U-value of 0.15W/m2K.  Jamie Simm, Operations Director at Lester Cladding NW Ltd explained: “There was a strict external and internal boundary, so we needed to keep the façade wall build-up within those measurements. But the amount of insulation needed to meet the target U-value increased the depth of the wall, pushing it over the boundary line.” When looking for an alternative solution, the company approached Knauf Insulation’s Project Specification Team to discuss the brief. As well as meeting the thermal performance requirement, the insulation needed to comply with building regulations that ban the use of combustible materials in the external walls of certain buildings over 18m tall. It also needed to help reduce noise and meet the project’s sustainability targets.  After running 3D U-value calculations, Knauf Insulation’s Technical Support Team recommended 170mm Rocksilk® RainScreen Slab for the ventilated façade, a rock mineral wool insulation which has a thermal conductivity of 0.034 W/mK. For the Steel Frame System (SFS), they recommended 150mm OmniFit® Slab 35, a glass mineral wool insulation with a thermal conductivity of 0.035 W/mK.  This combination reduced the thickness of the wall build-up by a significant 70mm, ensuring the U-value could be met within the required parameter for the wall build-up. Simms said: “Not only did Rocksilk® RainScreen Slab offer superior U-value performance for a slimmer profile, it reduced costs across the whole build. As well as reducing the quantity of insulation required, we could use smaller helping hand brackets and thinner fire barriers for example. It was the product that steered the job through.” In addition to achieving the required thermal performance, both products are non-combustible with a Euroclass A1 reaction to fire classification. This means they will not add to the development or spread of fire, so comply with the building regulations. Rocksilk® RainScreen Slab is also British Board of Agrément (BBA) certified for use in buildings of any height and for the broadest range of thicknesses and build-ups of any rainscreen solution on the market. Mineral wool also has an open fibre matrix, which means it has sound absorbent properties. The insulation will help to reduce noise from the busy city centre location and from disturbing residents. Project complexity The choice of insulation was not the only challenge for the build. There is no template for supporting Europe’s biggest living wall. So, Lester Cladding NW Ltd needed to draw on their own extensive knowledge and expertise, as well as that of the whole supply chain to create a bespoke solution from the ground up.   One problem with this approach, was that every potential solution impacted another aspect of the façade build-up. To overcome this, Lester Cladding NW Ltd took the unusual step of arranging a meeting between representatives from eight different design and manufacturing partners. Together they discussed the whole system ‘screw by screw’.  “Getting everyone sitting around the table meant that all our manufacturing and design partners were completely engaged. They understood what we were trying to achieve, and all worked together to find the best solution.” There was one particular factor that could affect the insulation – water. While a living wall utilises planting schemes that thrive in drier conditions, a 4,000m2 living façade still requires a lot of watering – something that could introduce lots of extra moisture into the system. Knauf Insulation’s Rocksilk® RainScreen Slab has a water-repellent additive that promotes water run-off and ensures the slab will maintain its integrity. A traditional façade system prevents the insulation from getting saturated by rainwater, while the ventilation reduces the build-up of condensation and allows the insulation to dry out if it does get wet.  However, the water-repellent additive does not make the insulation waterproof, so it needed protection from the constant flow of water from the irrigation system. As a result, an additional breather membrane was installed to prevent moisture from penetrating the façade system and affecting the insulation. Sustainability A3 New Bailey has been designed to UKGBC’s Net Zero Carbon Framework and WELL Building Standard principles, as well as to achieve BREEAM Outstanding and Wired Score Platinum ratings. This meant the sustainability of the construction materials themselves was also important.  Here Knauf Insulation’s products ticked all the boxes too. Its glass and rock mineral wool insulation are made from materials that come from either naturally abundant sources or are recycled. For example, its glass mineral wool is made with upto 80% recycled glass from locally collected and processed household bottles and jars. Glass mineral wool has the lowest levels of embodied carbon of any mainstream insulation material. So, combining the use of both Knauf Insulation glass and rock mineral wool meant that the insulation solution for A3 New Bailey had less embodied carbon than a traditional all-rock insulation solution. Both products are also 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 a traditional binder. They also generate low levels of dust and VOCs and have been awarded the Eurofins Gold Certificate for Indoor Air Comfort. This contributes to the health of both installers and residents. Its entire glass mineral wool product range is also Declare Red List Free, which means that it does not contain any harmful chemicals on the ‘Red List’.  Thanks to Knauf Insulation’s advice, technical support and high-performance insulation solutions, Lester Cladding NW Ltd was able to deliver the rainscreen façade for A3 New Bailey – and with it, Europe’s largest living wall.

Myatts Field North is a major regeneration project in the London borough of Lambeth, the development consists of 808 new homes, and 172 refurbished properties with 10 per cent fully accessible to wheelchairs. New streets, green spaces, play areas, landscaped park with two seven-a-side football pitches, multi-use games area and a play area, community centre, local store, commercial units, and an energy plant which provides reliable and efficient heating and hot water were also installed.Cellecta’s ScreedBoard 28 was specified by PRP Architects due to its ultimate single layer acoustic overlay treatment. It is frequently reviewed as the solution of choice for new build and refurbishment developments. Its high density and unique resilient layer provides an unrivalled acoustic performance.Regenter Ltd was awarded this 50,000m² contract to construct this regeneration in South London.

Croft Gardens is a four building student accommodation at King’s College in Cambridge, achieving full Passivhaus Classic standards. With 12 rooms across three floors of three crescents and a villa, along with the Victorian Holmcroft building which provides a library, laundry room and common room area, Croft Gardens provides 84 homes for graduate students. Including graduate rooms, communal facilities, landscaping and external works, Croft Gardens will be carbon negative for the first 7-10 years of operation.Cellecta’s HEXATHERM XFLOOR 500 was specified by Feilden Clegg Bradley due to its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications. These insulation boards are used under a concrete slab to comply with part L Building regulations.Gilbert-Ash was awarded this 650m² contract for this development at Barton Road.