"pump"

Products: Flexi heavy – Modular Frameworks & Flexi Access – Bespoke access platforms. Services: Air-handling units & associated access requirements. Roof build-up: Warm roof design – PIR/PUR insulation with PVC/TPO field membrane. Pump House were proud to have been chosen as the preferred supplier of building services support systems to the project, with support frames required to fourteen rooftop air-handling units. Each framework was also accompanied by a bespoke access platform to one longitudinal side of the air-handling units for maintenance purposes.

The stadium’s vast size and increased capacity required washrooms capable of withstanding large volumes of people that will be using the facilities during a variety of events throughout the year, including everything from conferences to sports fixtures. For this project, Dolphin Solutions supplied its BC925 Mini Jumbo Toilet Roll Dispensers and BC924SS Soap Dispensers, as the site needed something that was durable. The lockable nature and stainless steel exterior of these products makes the dispensers vandal resistant and easy to replenish, whilst the non-drip, push-action soap pump prevents the build up of soap on the vanity.

Project:Surespan manufactured a single leaf HLAC recessed access hatch to Queens Square in Crawley, part of a £3.2 million project. ProductSurespan manufactured an 80mm access hatch to fit a structural opening of 1000 x 3500 is operated by hydraulic cylinders and a hand pump. The operation will be by an electrically driven single power pack, including a push-button or key switch. Oil supply to the cylinders will be from a hydraulic mini-pack that can be remotely or locally sited. A retractable safety grid was also installed on three open sides, manually operated.

The fire station is relocating from Dale Street, Ossett, to nearer Wakefield city centre as part of West Yorkshire Fire and Rescue Authority's Integrated Risk Management Plan and replaces the current near Ossett town centre. The new location will enable crews to support the Combined Aerial Rescue Pump based in Wakefield. Coun Tracey Austin, West Yorkshire Fire and Rescue Service vice chairwoman, carried out the ground breaking ceremony. She said: "This marks the start of a very exciting project in Wakefield district and I am looking forward to seeing the new station taking shape.”

University of West LondonLocated in the heart of England’s Capital, the University of West London (UWL) is committed to playing a leading role in tackling the global climate crisis by becoming net zero carbon by 2030. The University reported a 60% reduction in carbon emissions in 2021 compared to 2005. However, with a long way still to go before it is able to operate at net zero, UWL welcomed a £5 million award from the Government’s Public Sector Decarbonisation Scheme (PSDS) in 2021. With aspirations to retrofit its main sites in Ealing and Brentford, the funding unlocked a major opportunity to improve air quality around the borough whilst taking a big step towards meeting its net zero pledge by 2030.The SolutionUWL contracted Ameresco as principal contractor and designer, who partnered with NIBE Energy Systems and JKN Renewables, Ltd. The first and main challenge was to design a ground source heat pump (GSHP) system for the university without disrupting the main car park on the campus to reduce the impact on students. This, in turn, resulted in an innovative solution, combining a ground source heat pump system working with boreholes and solar PVT panels. The designed system not only supplies 222 kW of PV electricity generation but, crucially, acts as a collector system for the GSHP, capturing naturally occurring energy in the air to drive the heat pump process, and therefore reducing the number of boreholes required. The old gas boilers previously heating the campus were replaced with 584 solar PVT panels in combination with 34 169-meter boreholes to provide 900 kW of heating and hot water throughout the site. Further reducing disruption across the campus, JKN Renewables carried out an off-site build, with the pre-built PVT and plant room modules being delivered on time despite constraints caused by the COVID-19 pandemic. The heat pumps and solar PVT were supplied by NIBE Energy Systems, and JKN Renewables undertook the design, installation and commissioning of the system.The ResultsThis transformation really highlights the benefits of combining multiple technologies to deliver efficient, low-carbon solutions. Whilst the full capacity could have been delivered using boreholes, which would have been a less costly option, the University welcomed the installation of PVT as an innovative and space-saving option.The major project will save an estimated 500 tonnes of carbon each year, and 9,460 tonnes across the equipment’s lifetime. It will also save 3,116,738 kWh of gas-derived energy per year (equivalent to 70 heated homes) whilst improving local air quality.The project is thought to be one of the world’s largest PVT projects, and positions UWL as a leader in higher education for addressing the climate crisis. The project was recognised by the Energy Managers Association’s (EMA) Energy Management Awards, receiving the Highly Commended designation in the Decarbonisation Project Category.Testimonial“We have invested more than £150 million in our campus recently to create an inspiring social and learning environment for our students. But we know all this great work will be for nothing, unless we do our bit to tackle climate change. We have been taking a leading role in our community to tackle the global climate crisis… Recently, the university declared a climate emergency and pledged to become a zero net carbon institution by 2030. A big step to meeting this pledge, has been our decarbonisation program, that has seen the university harness the latest renewable technology to create our own energy and introduced energy saving measures across the campus. Backed by more than £5 million of Government funding, the project is the largest of its kind in the higher education sector, and really underlines our ambition to be one of the most sustainable universities in the UK.”Anthony WoodmanProfessor, deputy vice chancellor and provost for health of the University of West LondonAbout the installerJKN Renewables are specialists in low energy heating, cooling and hot water systems. They provide design, consultancy and installation services to both domestic and commercial sectors, with a range of experience in the renewable heating sector. They pride themselves on providing expert advice and quality installations of ground and air source heat pumps, underfloor heating and solar thermal.

Sliding, climbing & water play in one facility is not possible? Sure, it works! And how! In the Universe we show you how. Four K&K pumps distributed over more than 50 m of water feature around the Universe Lake provide fun in summer, where hardly anyone – in the truest sense of the word – stays dry. More water play is not possible! Right in the middle of this ingenious playground is our facility, where up to one hundred children can play at the same time. Embedded in a huge area of special fall protection gravel, this is the dream for all water play fans.

The project involves major refurbishment and alterations to a Sheltered Housing scheme including completely new M&E installations. We were looking for new systems to improve heating, reduce maintenance and running costs, and ultimately provide comfort for all residents in a smart new environment. We opted for a communal heating system to avoid individual boilers and gas supplies in flats through installing a cascade of GB162 / C7000WP boilers and a Greenstar Heat Interface Unit (HIU) within each property. To supplement the systems, we also specified Greenskies solar thermal panels and a Gas Absorption Heat Pump to enhance the overall efficiency

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

A new flooring solution was required as part of a large, high-specification selfbuild housing project on the stunning Archerfield estate in North Berwick. Underfloor heating had been specified for the ground floor of the house and it was important that the chosen floor solution would help to optimise heating efficiency. Given the scale of the project it was also important that the chosen screed solution could be installed quickly over a large area to fit within the build programme. Following initial discussions and a successful pump trial the customer decided to use Tarmac’s TOPFLOW Screed C cement based liquid screed.TOPFLOW Screed C is a free-flowing, cement based liquid screed that can be trafficked after just 24-48 hours and dries within 21-28 days. It can be pumped into place and allows large areas to be covered quickly with up to 120m2 laid in as little as 45 minutes. Fast drying times mean it can be laid later in the programme when the building is fully water-tight and still hit deadlines for installation of flooring. It is ideal for use with underfloor heating systems. As a self-compacting screed, it fully encapsulates heating pipes without leaving any voids and is also a more conductive medium than traditional sand and cement screeds, improving the thermal performance of the system. It is also compatible with most cement based adhesives meaning it can be used with a wide range of flooring types.The fast-drying times and early trafficking characteristics of TOPFLOW Screed C enabled other trades to follow on quickly, helping to provide continuity and efficiency within the client’s build programme. The contractor was delighted with the outcome, commenting on how good the material was to work with and on the excellent finish achieved.

An impressive basement extension, housing a swimming pool and sauna, required a robust waterproofing solution at this large country home.Newton Specialist Contractor Stonehouse were brought onto this large residential project to waterproof an underground extension including a swimming pool and sauna. Set in a small village in Berkshire, the impressive countryside home was designed by architects Spratley and Partners.For the new below-ground structure, Stonehouse were required to install a failsafe and maintainable waterproofing system that would completely protect the luxurious basement from unwanted water ingress.Ensuring that the project was fully compliant with BS 8102:2009, Stonehouse recommended a combined waterproofing solution using a Type B reinforced and water-resistant concrete structure designed to BS EN 1992, combined with a full Type C internal cavity drain membrane system.As the most reliable and completely maintainable Type C waterproofing solution, the Newton CDM System was the ideal choice for this structure. Firstly, Newton 508 membrane was securely fixed to the internal walls of the basement using Newton's specialist MultiPlug fixings.Any water that is captured by the membrane is then drained away with Newton Basedrain channels, and pumped out of the property using a Titan-Pro sump chamber fitted with two NP400 pumps and supported by a failsafe battery back-up system.As an extremely experienced waterproofing contractor, Stonehouse were able to confidently recommend, design and install a comprehensive and truly failsafe waterproofing system that will protect the property from unwanted water ingress for many years to come. Stonehouse also provided complete peace of mind by offering a 10-year guarantee on the installation.

Products: Flexi light – flexi frames. Flexi heavy – flexi modular frames & QUAD frames. Application: Air-handling units & Chillers. Roof build-up: Inverted roof design – (upside down roof). Diversitech recently supplied a number of their flat roof plant support frames to the REEC School development in Twickenham. The mechanical contractor on the project, chose Flexi Support Systems to support their rooftop air-handling units and packaged chillers. All flexi frames are fully adjustable, due to their M24 adjustable leg assemblies supplied as standard. Pump House carry out full load management reviews of all services being supported on their frameworks.

Products: Flexi access. Services: Bespoke access ramp solution. Roof build-up: Warm roof design / TPO/PVC membrane. Pump House recently supplied an external rooftop access ramp solution for a proposed route out of a building down onto the flat roof. The solution was fully adjustable against typical flat roof falls, and did not penetrate the waterproofing below. Steelwork was hot dip galvanised whilst landings were a non-slip 8mm thick GRP sheet to provide great slip resistance. Supplied with full handrail and kick plates to all exposed sides, to ensure safe passage of pedestrians and cargo.

Floor Painters Limited, have used UltraFloor to complete a 2,100 sqm industrial flooring project at a historic steel forge.Experienced industrial flooring experts, Floor Painters Limited, have used a number of UltraFloor materials to complete a 2,100 sqm industrial flooring project at a historic steel forge in Lincoln.BackgroundBuilt over 100 years ago, the existing floors in the steel forge were damaged and unsafe. After careful consideration, it became clear that replacing the original concrete floor was not a practical option in terms of time and cost.The ChallengeThe steel forge remained fully operational throughout the project and so the challenge was to find a range of flooring materials perfectly suited for industrial use and that could be trafficked quickly so as not to disrupt any work being carried out.The SolutionWith decades of expertise, Floor Painters Limited knew UltraFloor materials were key to a successful outcome.After removing the damaged concrete floor, the concrete substrate was sealed using UltraFloor Prime IT Multi-surface Primer. Formulated to promote adhesion to all UltraFloor smoothing underlayments, Prime IT Multi-surface Primer is pigmented pink for excellent coverage control and is proven to reduce pinholing, minimising the risk of costly failures. With a coverage rate of 200sqm at 3:1 dilution, Prime IT Multi-surface Primer is a must-have product for all flooring installation projects.The following day, Level IT Base was applied, via pump, at an average depth of 50mm. Level IT Base is a heavy duty, deep fill smoothing underlayment, formulated to build depths of up to 50mm thickness. Level IT Base also boasts a high compressive strength – an important requirement for all industrial flooring applications.Once Level IT Base had cured, Level IT Top was pump applied to an average depth of 10mm and left to cure. Ideal for use with Level IT Base, Level IT Top is a heavy duty, abrasive resistant surface finish, designed for use as a wear surface, and can receive forklift traffic after only 36 hours – the ideal product for warehouses and manufacturing facilities where downtime is not an option!Both Level IT Top and Level IT Base can be pump or trowel applied for ease of application, are moisture tolerant, have a 30-40 minute working time and can receive foot traffic after just 3 hours.To complete the installation, the cured floor was then prepared by industrial grinding before the application of two coats of a solvent free epoxy coating – resulting in a flat, hard-wearing, safe and fit for purpose floor.ResultsThe project was completed in six stages, over 36 days, carrying out between 300 and 500 sqm a day, depending on the work space made available. On completion of the project, Terry Rossington, Director of Floor Painters Limited, commented: “Our client was very happy with the standard of the finish and the upgrades made to their working environment, which has improved both visual appearance and functionality of the floor.”

To facilitiate their exciting BSc Paramedic Science course, the University of Surrey identified that they needed more practical training space for their students. By working alongside Scott Brownrigg Architects, Newton Specialist Contractor Advanced Basements, and the Newton Technical Team, an extensive existing undercroft was converted into three large, dry rooms that are ideal for the purpose.With an emphasis on practical elements, the exciting BSc Paramedic Science course at the University of Surrey needed a new, well-equipped training facility for its students at the Surrey Research Park, Guildford.Having identified a large existing undercroft for the purpose, the University consulted with Scott Brownrigg Architects, as well as the Newton Technical team and Advanced Basements in order to create a new, dry space.The extensive undercroft area was first separated into three large rooms, based on what each room was going to be used for. These were defined as:A live environment Paramedic Training room, with an existing concrete floor, concrete retaining walls, and blockwork internal wallsA storage area, requiring a new insulated floor, and with concrete retainng walls and blockwork internal wallsA plant room, requiring full internal waterproofing to the walls and floorConsidering that the existing structure was already quite robust, Newton and Advanced recommended an internal Type C Newton CDM System. This method of waterproofing is the most failsafe method, using membranes to capture the water, and sump chambers and pumps to collect and remove it. The pumps are also supported by a battery backup system for total security.Advanced Basements acted as the specialist waterproofing contractor and the waterproofing design specialist on this project, working alongside the architect and client to design the system, before providing a high quality installation.Furthermore, thanks to their early involvement, Advanced also took design liability for the project and guaranteed the installation for the client.

In 2014, Cyclehoop was commissioned by Network Rail to find a cycle parking solution for Victoria Station.These improvements were to ensure a more cycle-friendly environment, to encourage more people to combine rail and cycle travel and to reduce congestion within and around the station. Used in conjunction, bicycles and trains can help reduce carbon, provide a door-to-door commute and deliver huge environmental benefits, all of which are issues that Cyclehoop are incredibly keen to encourage.The locations that were chosen for the cycle parking were the front and the rear of the station by the car park and taxi rank, due to convenience for users and also the CCTV coverage which enhances bike security.We designed the 100-strong custom made cycle parking facilities in line with Victoria Station’s interior aesthetic. This comprised Two-Tier Cycle Racks, maximising its footprint, as well as fencing securely enclosing the racks, adding an extra deterrent to thieves.The success of the cycle parking prompted a request several months later from Network Rail to upgrade the facility into a repair hub. We installed our Public Bike Pump and Repair Stand to provide a convenient repair hub for commuters in an emergency situation, or just for a quick shot of air. The idea of adding pumps and repair stands at major stations prevents abandoned bicycles and ensure people who cycle can get to their destination swiftly in the event of any fault with their bicycles.“Overall we have found the racks have been a source of positive feedback from station users. They significantly increased capacity, coverage by CCTV and a more convenient location allows us to provide a more effective customer service to our passengers. Equally their design allows a more efficient use of space at the station and offers a modern and user friendly experience.” – Adrian Gogay, Network Rail

The owners of this domestic property in Penn, High Wycombe were looking to decorate their basement garage. They wanted the internal painted in-situ concrete to look like unpainted concrete.Dave Smith, Senior Sales Executive, and Nicola Young, Senior Colourist of KEIM Mineral Paints visited the property in August 2019 to trial samples for the client. It was noted during the visit that the walls were damp and required to be dried out prior to the applying of KEIM Mineral Paints. Pumps and dehumidifiers were installed to help this process.Once the moisture levels in the walls were below 18% by volume, the application of KEIM Design Lasur commenced.A translucent stain was applied to the walls, followed by KEIM Design Lasur sea sponged onto the surface to mimic a concrete appearance.

Newton was approached by the desperate client at this large terraced property in Notting Hill, having had a second basement level excavated beneath the existing basement and the front and rear gardens.Unfortunately, bad waterproofing design and workmanship meant the basement had flooded immediately upon completion – the builder ceased trading and, following a legal case, the architect and structural engineer were found culpable.We recommended our experienced specialist contractor Stonehouse in order to assess the failure and propose a comprehensive solution.The experts at Stonehouse identified a litany of issues, from the weak, permeable structure to the lack of continuous waterproofing between levels, the inadequate pumping system, the blocked cavity drain system, and the non-existent external deck waterproofing and drainage, amongst others.

In 2018, Cyclehoop designed and delivered two major Cycle Hubs for the London Borough of Enfield. These were the first cycle hubs to be provided in the borough and were delivered as part of the award-winning Cycle Enfield scheme.Both Cycle Hubs are steel and glass structures with CCTV and provide cycle parking for 50 bikes and three non-standard cycles such as cargo bikes. They can be accessed 24 hours a day, seven days a week by using an access card. Members can make use of a bike pump and repair stand so that they can make quick repairs and keep their tyres pumped whilst on the go.Cyclehoop is managing the membership of both cycle hubs on behalf of Enfield Council.Cycle Hub FacilitiesThe Enfield Town Cycle Hub and the Edmonton Green Cycle Hub are fitted with user-friendly cycle parking and repair facilities, as well as featuring an industry-leading security and access control system.Each Cycle Hub provides cycle parking for 50 bikes and is fitted with Optima Two Tier Racks. This is a space-saving solution that doubles the amount of cycle parking compared with traditional cycle racks. The Two-Tier racks can accommodate most types of bikes and feature gas-assisted moveable upper sections that make it easy to position them in the racking. Members can easily secure their bikes to the locking bar which has been welded into the design rather than the less secure bolted version in our competitors’ solutions. We have installed 3 ground anchors to accommodate non-standard cycles – each with its own marked out space.The door has been fitted with an industry-leading access control system allowing members to get in and out via access card 24 hours a day. Lighting and CCTV cameras are in operation throughout giving extra assurances of security.The Cycle Hubs also feature a Public Repair Stand and an Indoor Pump which provide members with the resources to make repairs on the go as well as pumping up deflated tyres.Design and Build ProcessEnfield Council chose two locations within the borough, each one connected to a local transport link, as well as amenities and shopping centres to accommodate the footfall. These locations were Enfield Town Railway Station and Edmonton Green Railway Station. Planning permission was required to develop the land.Enfield Council required two secure Cycle Hubs that maximised cycle parking spaces and the structure needed to be modular to allow it to be extended in future. Enfield is a growing borough that is regenerating and constantly growing, therefore this needed to be reflected in the design of the Cycle Hub.Each Cycle Hub is a steel and glass structure designed as a modern facility for securely storing cycles. The use of glass provides both good natural lighting as well as excellent visibility and passive surveillance, increasing the security of the facility.The Cycle Hubs also have a sedum green roof which reduces the surface runoff from rainfall, improves local air quality and supports the local insect population.The two custom and secure structures are comprised of:Toughened glass panesPerforated steel kick plates (over 3 tonnes of steel)Toughened glass sliding doorsLow maintenance sedum roofEnfield Council’s Deputy Leader, Cllr Daniel Anderson, said:“If we want to encourage more people to get on their bikes and change their transport habits we need to provide proper, secure parking for cycles. We hope these hubs will encourage people to get on their bikes to visit our town centres and reap all the benefits leaving the car behind will deliver. We are determined to encourage as many people as possible to use sustainable transport as we possibly can and these hubs will play an important role in helping us achieve that aim.”Enfield Council’s Cycle Enfield Scheme aims to regenerate and improve town centres, dramatically improve transport links and encourage more people to use sustainable methods of transport in the borough.

The challenge was to construct a roof top extension on top of the luxury hotel NOBU in Shoreditch. The plan was to add an additional 1 storey of hotel rooms, suites, dining areas and open terraces that would replace the existing planted roof. The chosen solution was Tarmac Toplight C lightweight structural concrete in a pump mix with the addition of steel fibres, ensuring maximum weight loss of 35% with no compromise on structural concrete performance.By adding steel fibres into the lightweight mix the composite metal deck system could be installed without the need for traditional expensive and slow steel reinforcement across the deck. The use of lightweight concrete, furthermore, reduced the load by 35% which meant the existing structure did not need to be reinforced or under pinned. The construction programme time was also reduced considerably.

Hamilton Gallery’s international reputation, required Lazenby’s master craftsmanship, to maintain exacting standards. Over 150m² was installed quickly and efficiently, so that the Gallery remained closed for the shortest period possible.The deceptively simple interior design, features a 100mm Lazenby polished concrete floor throughout. The C35 mix was pumped into the period building, in one day, with concrete lorries arriving at pre-arranged times. Logistics are carefully managed, to avoid delays in the pour and avoid multiple lorries having to park in busy London streets.The floor was installed over 20 years ago and is still there today. However, it now features a lightly exposed aggregate finish, as it was accidentally painted and Lazenby were asked to bring the floor back to its albeit, slightly altered former glory.The floor now features a 'Salt & Pepper' finish with a slight fleck of aggregate showing.

The ChallengeA new development of 15 individually designed four and five-bedroomed homes set in over four acres of mature woodlands in Nottingham.Each home in this secluded development was to be built over three storeys and designed and styled with the latest contemporary finishes, both inside and out. With a gated entrance, the private development is set down into its own valley, but still has breath-taking views of the city.The SolutionForterra’s Mandarin Mixture and Yorkshire Red Blend Butterley Bricks were chosen to meet the development’s high specification requirements. The properties were economically designed with underfloor heating, air source heat pumps, and a high level of insulation to keep running costs down.The BenefitsIncluding the latest interior finishes, each home also offers something different, from cinema rooms to beautifully landscaped terraces.

Surespan manufactured and supplied over 86 different access hatches including;Hydraulic HIAC coversStainless Steel Internal HIAC coversStainless Steel Roof HatchesThe HIAC hatches were primarily 1800 x 1800mm and were rated FACTA Class ‘B’ vehicle loading. They were hand pump operated via hydraulic cylinders. A further 70+ covers were manufactured in stainless steel to fit 1220 x 1220mm with 50mm and 80mm recesses. The internal HIAC was 600 x 600mm and featured gas spring assistance, 20mm recess for marble and a polished stainless steel top trim.The Roof Hatches supplied were 800 x 900 and 600 x 600mm stainless steel and were fire-rated for up to 2 hours. They were powder-coated RAL 9010. 

Lewis Deck was chosen, on this particular project in London, for a number of the key benefits the system brings. These being the strength of the system with only needing a thin concrete screed on top, the acoustic qualities & vibration control properties and the speed an ease of installation. This project even requested much longer sheets than standard in an effort to speed up the installation process. In fact you can see from the main photo above that some of the sheets were extremely long. The longest being just over 6.5m.This project was the installation of a new suspended, loadbearing concrete floor above an existing floor below. The space being used as a plant room for the hospital. The Lewis Deck was installed over a suspended steel grid of Light Gauge Steel C-section joists. A thin concrete was then installed over the top.This was a quick installation with the Lewis Deck being installed and then used as a safe working deck ahead of the screed being pumped in.

Wisteria Lodge is a collection of 6 well-appointed apartments, some with a balcony or alternatively private garden, situated in a convenient central location close to Broadstone’s shops and amenities in the popular Ridgeway. The apartments benefit from numerous features including open plan living with bespoke kitchen and quartz worktops, solid internal doors, underfloor heating, air source heat pump for efficient home energy and master bedroom with en-suite shower room. Included with a communal lift, communal bike store and landscaped gardens and 1 allocated car parking space, future proofed with provision for electric charging points.Cellecta’s Mojave S1-8 was specified due to it being a lightweight option for an acoustic composite floor build up. This system has a low energy use, reducing running costs and CO₂ emissions, which benefits the environment.Harry J Palmer was supplied 536m² of Cellecta products for this development in Broadstone.

Accoya cladding supplied by International TimberArmadilla create luxury experiential garden buildings. They currently focus on two core markets, hospitality and education, providing a self-contained environment for the users. Armadilla offer a smaller ‘Pod’ or the larger ‘Wave’ design but both options are ‘eco smart’, meeting the sustainability ethos of Armadilla.The garden buildings meet industry-leading insulation standards, have low energy air source heat pump technology and mechanical ventilation heat recovery. The smaller design, The Pod, can run off a one 13 amp electricity source.By endorsing the concept of the ‘Circular Economy’, all elements of Armadilla products can be recycled, repaired or reused. This is why Accoya is the perfect material choice for the external cladding, with a 50 year warranty. Accoya is a new introduction for Armadilla, justifying their product as world-leading for its sustainability and durability.Armadilla were awarded the 2020 Queen’s Award for Enterprise in Innovation.

ASE STUDY PROJECT NAME: DERBYSHIRE HOUSE RENOVATION PRODUCT SUPPLIED AEROMIX SUPPLIED AND INSTALLED BY: CLOCKWORK SCREED INITIAL BRIEF: Garage to a one bed bungalow conversion. Aeromix was chosen for this project thanks to its many benefits of offering warmth, smoothness of finish and speed of install. The floor needed to be strong and warm so by using Aeromix with its thermal properties the finish was amazing. 175mm Aeromix was poured directly over compacted hard core topped with 65mm C20 liquid screed . The builder who completed this project AA BUILDERS DERBY said “The product is amazing and the finish is amazing, I would recommend it to anybody and everybody” Building control, GEORGE REDGRAVE DBCP He was very impressed with the flooring and commented “what a nice finish. , this is the way forward” Aeromix provided the ideal solution for the insulation on this project, compared to the normal concrete floor and other traditional methods, the speed of pumping the insulation coupled with the high thermal properties has contributed in saving the customer both time and money. 

Capital Dock, a 22-storey mixed usedevelopment, including office blocksand residential areas, is in the vibrantDublin Docklands and was developed byKennedy Wilson.John Sisk & Son were the main contractors, and Clarke Contracts installed 25,000m² of Cemfloor, the chosen screed for the project.The main advantage Cemfloor has over the flowing screeds is the quicker drying time. It also eliminates any risk of incompatibility with cement-based adhesives and levellers and no special preparations are needed before hand. After looking at their options, Cemfloor was chosen for the project due to its faster installation time and drying time compared to traditional sand and cement screeds. This helped to keep the project on track with its tight building schedule.Due to its flowing nature, Cemfloor was pumped and placed 20 stories high without issue. The limited space available on site was also a factor to be considered and was resolved by using Cemfloor. It was delivered to the site ready mixed which eliminated the need of on-site mixing and storage of sand and cement on site.

A 200 sqm, highly energy-efficient new build project in a remote location in the Highlands of Scotland. Built using sustainable materials, and with the timber frame sourced locally and wood fibre insulation used alongside SuperFOIL Insulation throughout. Powered throughout the year using solar PV and battery storage.Looking to increase the thermal resistance of the building envelope in order to reduce energy usage. With the building using an air source heat pump and underfloor heating, they wanted to make sure that any heat loss was minimised and it was vital that they chose the correct insulation for the walls and roof.Solution: SuperFOIL SF19+ is a multifoil product with a total of 11 layers, made of wadding, aluminium coated PET layers and Foil Laminated Outer Layers. At only 40mm thick and providing an R-value of 2.14 when used in a roof, SF19 can be used on its own or in combination with other types of insulation. A fully flexible product that provides a vapour control layer as well as acting as a radiant barrier.

Impact Group UK have been awarded the Hospital Wall Protection Package at the new £21m contract awarded to Premier Modular Ltd for the offsite construction of a 3,450sqm, four-storey modular healthcare building.The use of an offsite solution for this project is ensuring faster delivery and earlier occupation to the benefit of patient care. It is also radically reducing disruption to staff and patients and the surrounding residential community during it construction.Stephen Hatcher, Project Manager, Associate, P+HS Architects “The building was designed to minimise impact on the environment over its life and is targeting a BREEAM excellent rating. It will have areas of green roof to encourage biodiversity, a highly insulated building fabric to reduce heat loss and running costs, energy-efficient ventilation and electric air source heat pump system for heating, and solar panels for electricity generation.”THE OFFSITE SOLUTIONThe £21m contract was awarded to Premier for the offsite construction of a 3,450sqm, four-storey modular healthcare building.The use of an offsite solution for this project is ensuring faster delivery and earlier occupation to the benefit of patient care. It is also radically reducing disruption to staff and patients and the surrounding residential community during it construction.CHALLENGESHigh degree of energy efficiency to reduce carbon emissionsCompliance with the current and emerging London PlanA highly restricted site on a live hospital campus. The new building has access roads to three sides and is immediately adjacent to the Normanby Building.A short build programme to bring the facilities into use as fast as possible, to the benefit of patient careThe requirement to avoid any disruption to the air ambulance during the building installation phase.CAREFUL LOGISTICS PLANNING132 steel-framed modules weighing up to 11.5 tonnes each were installed using a 500-tonne crane in a complex operation.This involved careful logistics planning to maintain access through the hospital campus at all times, and to co-ordinate cranage to avoid any disruption to the helipad and air ambulance helicopters.THE FACILITYThe new outpatient services building will provide 48 purpose-designed consultation rooms and eight procedure rooms for a range of services, including dermatology, rheumatology, respiratory, neurosciences, pain management, and urology as well as other aspects of surgery and therapies.EXCEEDING TARGETS FOR ENERGY EFFICIENCYThe building had stringent requirements for energy efficiency in compliance with the London Plan and new SAP 10 carbon factors, to reduce emissions by:At least 15 per cent from non-renewable measuresBy 35 per cent overall in the final building.The project has achieved a total reduction of 48.16 per cent of regulated carbon emissions using a combination of low carbon measures and energy from renewables:Enhanced building fabric specification with high levels of insulation to reduce heat loss and running costsHighly energy efficient system for precise heating and cooling and using heat recoveryAn efficient radiant panel system powered by air source heat pumps and as an alternative to radiator heatingHot water provided using a bivalent system – 65 per cent from air source heat pumpsHigh efficacy LED lighting throughout with daylight dimming control to rooms with windowsA photovoltaic array of solar panels to generate around 45kWp of electricity output.The new building is designed in compliance with BREEAM 2018 Ene01 excellent requirements and will have areas of green roof to encourage biodiversity.The offsite construction of the building structure also enhances the building’s sustainability credentials – with precision manufacturing to reduce heat loss, fewer vehicle movements to site, and zero waste to landfill.

We supplied our Südanit 280 Alpha Hemihydrate Binder to our Smet Supported Partner, Fast Floor Screed Ltd, who pump-applied their self-levelling, Südanit 280 Alpha Hemihydrate Screed in this amazing new apartment development for Cairn Home Plc in Dublin.The delivery, completed using their mobile screed factories, enabled Alpha Hemihydrate Screed flooring solution to be installed quickly and efficiently over the entire project over two sessions. The apartments are amazing looking: https://www.cairnhomes.com/new-homes/marianella/This CE marked, self-smoothing, self-levelling screed is the most technologically advanced floor screed available, complying with the performance requirements of EN 13813.Südanit 280 Alpha Hemihydrate Screed’s advanced composition means that it reacts with water quickly – providing consistent, reliable drying characteristics and considerably faster drying times – enabling follow-on trades to proceed without delay.The Fast Floor Screed Mobile Screed Factory – is a unique system. The lorry mounted rigs carry Sudanit 280 Alpha Hemihydrate binder, sand & aggregates and water in separate compartments. The automatic production process ensures materials are precisely weighed, fed to the mixing bin, and into the pump for easy, mess-free installation. Ensuring the Fast Floor Screed Mobile Screed Factory produces Sudanit 280 Alpha Hemihydrate floor screed to a consistently high quality. Have a look at Fast Floor Screed past projects.The floor is remarkably quick to walk-on – applied at 500m² per day and walkable within 6 hours and it’s particularly suitable for use with UFH, fully encapsulating pipes and services – increasing the performance of underfloor heating, maximising your insulation, and therefore improving your building’s U-Values performance.Check out more projects using this screed:https://www.smetbuildingproducts.com/projects/by-product/casea-sudanit-280-alpha-hemihydrate-binder/Whether your job is self-build, retro-fit, floor renovation, design, commercial or industrial venture – we have a floor compound suitable for you.Contact Smet Building Products Ltd for any advice regarding your substrate.Related DownloadsTDS CASEA Sudanit 280 BinderEPD – CASEA Calcium Sulphate Flowing ScreedTDS SMET_Tiling Onto Calcium Sulphate Floor Screed_System ITDS SMET_Tiling Onto Calcium Sulphate Floor Screed_System II

Problem:A major problem that gas transmission and petrochemical companies are facing is piping fatigue and failure caused by vibration. High frequency (ultrasonic and hypersonic) gas pulsations that occur at natural gas transmission line compressor stations cause metal fatigue in the piping and valves. Problems also arise from "water-hammer" type shock impulses that occur. Excessive vibration therefore constitutes a great threat to the safety and reliability of gas compression and liquid pump systems.The vibrations not only cause rupture of piping, but also stud and bolt branch piping breakages, header and manifold breakages, and unwanted noise.Solution:To eliminate excessive vibration and design a safe and reliable piping system, a properly designed mechanical restraint is required.The application of Fabreeka® Preformed Fabric Pad within these mechanical restraints can provide:increased damping of piping vibrationsincreased thermal flexibility reduction of unwanted noiseIt also prevents:corrosion caused by metal-to-metal contacthigh stress pointsfrettinggalvanic actionnon-uniform clamp contact pressure.

Our Partner, Fast Floor Screed Ltd, pump-applied self-levelling, Südanit 280 Alpha Hemihydrate Screed in this new wonderful Passive house, A1 rated self-build in Cork. The delivery, completed using their mobile screed factory, enabled our Alpha Hemihydrate flooring solution to be installed quickly and efficiently over the entire project. The architect Wain Morehead Architects, described the screed ‘the response time in your screeds also helps maintain comfort – verified during this week during monitoring/testing’, which we knew but are delighted to hear this also from Wain Moore Architects.This CE marked, self-smoothing, self-levelling screed is the most technologically-advanced floor screed available, complying with the performance requirements of EN 13813.Südanit 280 Alpha Hemihydrate Screed’s advanced composition means that it reacts with water quickly – providing consistent, reliable drying characteristics and considerably faster drying times – enabling following trades to proceed without delay.The major delivery, completed using their mobile screed factory enabled our Alpha Hemihydrate flooring solution to be installed quickly and efficiently over the entire project. The Fast Floor Screed Mobile Screed Factory – is a unique system. The lorry mounted rigs carry Sudanit 280 Alpha Hemihydrate binder, sand & aggregates and water in separate compartments. The automatic production process ensures materials are precisely weighed, fed to the mixing bin, and into the pump for easy, mess-free installation. This ensures the Fast Floor Screed Mobile Screed Factory produces Sudanit 280 Alpha Hemihydrate floor screed to a consistently high quality. Have a look at some previous projects we delivered to Fast Floor Screed Ltd.The floor is remarkably quick to walk-on – applied at 500m² per day and walkable within 6 hours and it’s particularly suitable for use with UFH, fully encapsulating pipes and services – increasing the performance of underfloor heating.Did you know…?This Alpha Hemihydrate Screed can be installed in a heated floating-floor screed construction, uniquely, with the commissioned underfloor heating system up and running @ 25°C?!Smet Building Products Ltd in partnership with Fast Floor Screed Ltd, demonstrates, once again, a superior level of customer service, both pre and aftercare. Whether your job is self-build, retro-fit, floor renovation, design, commercial or an industrial venture – we have a floor compound suitable for you.Contact Smet Building Products Ltd for any advice regarding your substrate.

These are the latest cycle hubs designed, manufactured, supplied and installed by Falco for four hospitals on behalf of Wrightington, Wigan and Leigh NHS Foundation Trust, complete with everything a cyclist may need in order to visit each hospital by bike.Wrightington Hospital, Thomas Linacre Centre and Royal Albert Edward Infirmary, all located within Wigan, Greater Manchester, received a bespoke version of the FalcoHub cycle hub, complete with reinforced safety glass cladding, FalcoLevel-Eco two-tier cycle racks, a cycle pump and repair stand, helmet lockers, powder coating and bespoke branding graphics.All 6m x 3m cycle hubs, capable of accommodating 22 bikes each, are clad in toughened safety glass with bespoke NHS branding graphics chosen by the client and the galvanised steel framework has been powder coated in an attractive ‘Fir Green’ RAL colour. Each cycle repair stand is equipped with a cycle pump and a number of convenient tools in order to carry out basic cycle maintenance whilst on the go.Leigh Infirmary, also based in Greater Manchester, received a bespoke version of the FalcoLok cycle store complete with traditional hardwood cladding, FalcoVert-Pro semi-vertical cycle racks to accommodate 10 bikes and five convenient helmet lockers.All FalcoHub cycle hubs as shown here at Wrightington, Wigan and Leigh NHS Foundation Trust, are a contemporary cycle store manufactured from a combination of a galvanised steel frame and reinforced safety glass / hardwood cladding, designed to be sympathetic to the surrounding area. The FalcoHub was developed by Falco’s in house design team to ensure it met the client’s specification including structural calculations so that the whole design meets the UK/European CPR regulations EN1090 and is CE marked as per UK law.In addition to the cycle hubs shown here, 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 Wrightington, Wigan and Leigh NHS Foundation Trust or how Falco can assist your cycle parking scheme, please contact our helpful sales team on 01538 380080.

baseTherm® is produced and installed on-site by our local team using our Mobile Floor Insulation Factory - without waste or fuss.�baseTherm® KEY BENEFITS: � Seamless, void-free poured floor insulation� Factory-produced on-site, without waste - using our Mobile Floor Insulation Factory� Rapid pumped installation� Non-combustible� Ultra-lightweight with acoustic benefits� Highly insulating, from 0.041 W/mK� National Standards Authority of Ireland (NSAI) Agrément certified � EPD Certified – available to download on Irish Green Building Council's platform EPD Ireland� Available for spec on NBS Source and as BIM Digital ObjectsContact your local team baseTherm® for amazing insulation results:�+353 (0) 87 333 0683�+353 (0) 87 223 2456� sales@basetherm.com�basetherm.comClick here to view more finished jobs on our GALLERY:https://lnkd.in/e9zh-nwx#EPD #basetherm #BEPS #pouredinsulation #insulation #koreinsulation #liquidfloorinsulation #floorinsulation #beadscreed Fast Floor Screed Ltd Eddie Hussey Smet Building Products Limited KORE Insulation NBS

Perched on an elevated plane above the tranquil Suffolk village of Rattlesden, Rising Sun Hill is a bespoke residential housing development that seeks to blend in with its surroundings while standing out among other new builds for its character.The 22 homes include eight that will be offered as affordable housing. Individually conceptualised, the homes feature finishes that draw on traditional materials and designs, such as weatherboarding and rendering. To reflect the space of the surrounding countryside, the homes (which range from 2-4 bedrooms) are roomy, both inside and out. Large, landscaped gardens, stone paths, patios and generous planting of shrubs and trees complete the idyllic setting.But attention to detail hasn’t just been dedicated to aesthetics. Consideration has also been given to the homes’ long-term sustainability, with each home being fitted with an air source heat pump and well-designed insulation.The very fabric of the buildings, from the blockwork to the timber frame, has been scrutinised too. For developer Hartog Hutton, it was just as important to use high-quality materials as it was to give each building its own individual flair.

baseTherm® PROJECT Contact your local team baseTherm® for these amazing floor insulation results:📞+353 (0) 87 333 0683📞+353 (0) 87 223 2456📩 sales@basetherm.com📲basetherm.comClick here to view more finished jobs on our GALLERY:https://lnkd.in/e9zh-nwxbaseTherm® is an NSAI Agrément certified BEPS liquid floor insulation, complete with its own EPD.It's produced and installed on-site by our local team using our Mobile Floor Insulation Factory - without waste or fuss.💡baseTherm® KEY BENEFITS:👉 Seamless, void-free poured floor insulation👉 Factory-produced on-site, without waste - using our Mobile Floor Insulation Factory👉 Rapid pumped installation👉 Non-combustible👉 Ultra-lightweight with acoustic benefits👉 Highly insulating, from 0.041 W/mK👉 National Standards Authority of Ireland (NSAI) Agrément certified👉 EPD Certified – available to download on Irish Green Building Council's platform EPD Ireland👉 Available for spec on NBS Source and as BIM Digital Objects