A Specifiers Guide to Blue Green Roofs and Schedule 3

Building Products Index Ltd Building Drainage, Drainage Leave a Comment

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The Flood and Water Management Act Schedule 3 is expected to be implemented in the next year, which means sustainable drainage systems (SuDS) will become mandatory in England for a significant number of new and retrofit developments. In this article, Neill Robinson-Welsh, Consultant at ACO Building Drainage discusses the coming changes and what specifiers need to be aware of, especially when it comes to urban  schemes and projects that involve blue green roofs.

With the implementation of Schedule 3 just over the horizon, it is important for specifiers working on property development projects to have a clear understanding of the new requirements and how their responsibilities will likely be impacted. By understanding Schedule 3, specifiers will be better positioned to select the roofing solutions that fall in line with regulations and help mitigate their project’s impact on the environment.

Schedule 3: an overview

Schedule 3 is an umbrella term encompassing several requirements related to sustainable drainage. It comes from the Flood and Water Management Act 2010 and will mandate that all construction projects incorporate SuDS. While there is still some uncertainty, once it is implemented, Schedule 3 is expected to impact both new developments and renovation work on multiple dwelling units or properties over 100 square metres.

The demand for blue roofs is expected to increase

One major change with Schedule 3 will be that there will no longer be an automatic right to connect new and refurbished properties to public sewers. Instead, permission must be given, once appropriate SuDS have been put in place, by the local SuDS Approval Body (SAB). Each local authority will have its own SAB, and it is this body that ensures a drainage proposal meets the standards created by the Department for Environment, Food and Rural Affairs (Defra).

To meet Schedule 3 requirements, it is expected that demand for innovative drainage systems such as blue and blue green roofs will increase. These are viable solutions for many drainage projects in dense urban areas and have a proven record of their efficacy and sustainability.

Relevant regulations

It’s important that specifiers keep in mind that drainage should be selected with those once-in-a-century rainfall events in mind, and not just accounting for average conditions. Along with this consideration, blue roofs need to be installed in compliance with BS EN 12056-3:2000, the British Standard for gravity drainage on flat roofs, as well as BS 6229:2018, for flat roofs with continuously supported flexible waterproof coverings.

On a technical level, it is worth noting that blue and blue green roofs made from solutions like ACO’s RoofBloxx shallow geocellular crates are attenuation systems on roofs and not roofing systems as such. Once installed, they sit on top of a roof, but function separately. It is this distinction that allows roofers to follow BS EN 12056-3:2000[1]and BS 6229:2018[2], which are two seemingly incompatible requirements. In practice, it means water should not be allowed to sit on top of the waterproofing layers as that can risk causing structural damage to the roof.

The difference between blue and blue green roofs

Traditionally, roofs have been designed with the goal of removing water as quickly as possible. Blue and blue green roofs work very differently – intentionally slowing the flow of water off the roof using water storage, flow restrictors, and other features to avoid overwhelming sewers and create more sustainable drainage.

Blue roofs slow the flow of water from a roof mitigating flood risk copy

What differentiates blue from blue green roofs is that the latter is a home to live plants as well as flow slowing solutions. These plants can contribute to biodiversity and act as a natural carbon sink, improving the air quality of their immediate surroundings and offsetting carbon emissions. Many blue green roofs reuse some of the collected water to sustain the plants that fulfil the green aspects of the hybrid design which make them especially eco-friendly roofing options.

Industry changes can present challenges, so it is important for specifiers to be up to date and able to make the right product selections. These can be based on specialist knowledge and experience when specifiers partner with drainage experts such as those at ACO. Demand is growing for solutions that are compliant with Schedule 3 and, by being familiar with available blue and blue green roof options available, specifiers will be well positioned to make informed choices that will benefit the project, the end user, and the environment.

For more on blue roof specification please visit ACO.co.uk.

[1]   BS EN 12056-3:2000 contains design guidance for roof and paved area drainage.

[2]   BS 6229:2018 outlines best practice for the design, construction and maintenance of roofs with a flat or curved surface.

EPDs: What you need to know

Building Products Index Ltd Blocks, Concrete Leave a Comment

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H+H explores how to compare the embodied carbon of different construction products.

Environmental Product Declarations (EPDs) are crucial for those who want to make informed decisions about building materials, with a focus on embodied carbon.

Many contractor firms and housebuilders have already published their own ‘zero carbon’ targets, prompting manufacturers to calculate the embodied carbon of their products. The expansion of building regulations to include requirements for embodied carbon is also under consideration. A proposed amendment, known as ‘Part Z’, would introduce mandatory assessments of whole life carbon emissions for construction projects if enacted.

EPDs are third party verified documents produced by manufacturers to detail the environmental impact of individual products.

H+H offers EPDs for our Standard Grade Celcon Blocks and our Vertical Wall Panels. We are also in the process of developing EPDs for our specialist grade Celcon Blocks.

Whole life or up front carbon emissions?

EPDs are valuable but only if the reader understands what the information is telling them and considers the context in which the product will be used. Comparing figures from different EPDs is not straightforward and it pays to look closely at the numbers rather than any commentary.

The focus should be on ‘whole life’ carbon emissions. This figure, also known as ‘cradle to grave’, includes: the raw materials and manufacture of a product; transport and construction; the building in use, and disposal of the material at the end of the building’s life. In an EPD these are categorised under sections:

  • A1-A3 – Product
  • A4-A5 – Construction
  • B1-B7 – Use
  • C1-C4 – End of life

Any embodied carbon figure quoting only the ‘up front’ manufacture (A1-A3) is not a true reflection of the environmental impact of a product.

For most people the most relevant figure in an EPD is the Total Global Warming Potential (GWP), measured in kgCO2e. This information is often given in a useful ‘Environmental Data Summary’ within the document, however extreme care must be taken to check what information the manufacturer has chosen to include here.

A manufacturer interested in full transparency should report the whole life carbon emissions figure: ‘GWP-total, A1-C4 (KgCo2e)’. The H+H EPD certainly includes this measurement in the data summary. However, manufacturers can decide what information they declare in the summary, so some will choose to publish ‘GWP-total, A1-A3’ here (the ‘up front’ figure), particularly if it shows a lower value than the whole life number.

The ‘Declared unit’ should also be reviewed as not all manufacturers report figures based on the same unit of measurement. For example, the figures for aircrete blocks are based on one metre cubed whereas some other products are measured by a square or linear metre. To compare like with like some additional calculation may be required.

Just as important is to take into consideration how the product will be used in the construction project. For example, the choice of material used for the structural walls will dictate what other materials are needed to complete the wall structure.

For aircrete internal walls the calculation is relatively simple since the wall is built entirely of aircrete. For composite panels the picture is more complicated as the embodied carbon of each individual product: timber, board, waterproof membrane, insulation, for example, will need to be considered.  And again, the figure used should be the whole life embodied carbon.

Embodied carbon calculations are relatively new and there can be a lack of consistency in the way the figures are presented. Guidance and regulation will eventually standardise this, but in the meantime, it is down to the user to focus on the detail to make sure that the correct comparisons are being made.

To access EPDs for H+H products and for further advice on how to interpret an EPD click here.

Platform lifts play a crucial role in enhancing shop accessibility

Building Products Index Ltd Lift, Platform Leave a Comment

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Ensuring accessibility within shops is paramount for accommodating individuals with mobility challenges and creating an inclusive environment. Here’s why platform lifts are crucial for enhancing accessibility in retail settings:

  • Addressing Mobility Needs: Shops should be accessible to everyone, regardless of their physical abilities. Platform lifts offer a practical solution for individuals with mobility issues, such as wheelchair users, those with temporary injuries, or elderly customers. By installing platform lifts, shops can ensure that all customers can access different areas of the store with ease.
  • Overcoming Physical Obstacles: Many shops have multiple floors or raised areas, which can present challenges for individuals with mobility limitations. Platform lifts provide a convenient way to overcome these physical barriers, allowing customers to navigate the store effortlessly and explore all available products and services.
  • Improving Customer Experience: Accessibility is not just about compliance; it’s about creating a positive experience for all customers. Platform lifts contribute to a welcoming and inclusive atmosphere, demonstrating a shop’s commitment to catering to the needs of diverse customer demographics.
  • Practicality and Efficiency: Platform lifts are not only beneficial for customers but also for shop staff. They streamline the movement of goods between different levels of the store, making inventory management and restocking more efficient. This improved workflow can ultimately enhance the overall operation of the shop.
  • Minimal Disruption: Installing platform lifts in existing shop spaces may raise concerns about disruption to daily operations. However, with careful planning and coordination, installations can be carried out smoothly, ensuring minimal disruption to business activities.

In conclusion, platform lifts play a crucial role in enhancing shop accessibility and improving the overall customer experience. By investing in these solutions, shops can create inclusive environments that cater to the needs of all individuals.

For more information and detailed product brochures for our comprehensive range of platform lift solutions, please get in touch:

Email: sales@platformliftco.co.uk

Call: 01256 896000

Visit: www.plafformliftco.co.uk

HDPE Soil Waste and Vent

Building Products Index Ltd Drainage, Pipes, Plastic piping Leave a Comment

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Wavin HDPE soil waste and vent above ground drainage system provides a solution to the removal of domestic waste water and rainwater from residential and commercial properties using plastic piping systems.

Manufactured from high-density polyethylene (PE HD), the tough and durable HDPE system offers and extraordinary chemical resistance in combination with a high flexibility level and great impact resistance. Wavin HDPE pipes and fittings are jointed by welding, making the joints resistant to tension.

Features and Benefits:

Temperature resistances – resistance to temperatures of up to 90°C continuous temperature and 100°C short term conditions and also withstand freezing of internal waters

Flexibility – Well suited to assemblies subjected to vibration. Ideal for use is seismic zones and across expansion joints

UV resistance – With the addition of a percentage of carbon black, HDPE is UV-stabilised and can therefore be installed outdoors without degradation problems

Ease of Welding – HDPE can be welded both by butt welding and with electrofusion joints

Low weight – the lightness makes transportation and handling easy

Use of adhesives – Due to its high resistance to chemical agents, HDPE cannot be jointed with adhesives

Impact resistance – HDPE’s elasticity gives pipes a high impact strength at temperatures as low as -40°C. This ruggedness makes handling of pipes easy during installation

Smooth bore – The smooth surface of HDPE allows for both an optimum flow of any type of waste material and self-cleaning of pipes

Fire hazards – HDPE doesn’t use any toxic gases during combustion

Wavin HDPE connection seals – Quick-fit coupling and expansion joint seals remain resistant to waste water from house hold appliances, laboratories and hospitals. The seals are produced from an elastomer which guarantees sealing and durability even in extreme conditions

To learn more about Wavin HDPE read a case study about Wavin working with RPM Services on a five block apartment and commercial space – https://blog.wavin.com/en-gb/case-studies/st-george-beaufort-park-wavin-hdpe or to find out more about Wavin HDPE visit the dedicated webpage – PE HD welded pipes and fittings | Wavin UK

FIREFLY® CPD’s get RIBA’s official seal of approval

Building Products Index Ltd Fire Protection Leave a Comment

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We’re delighted to say that our FIREFLY® CPD have now been awarded RIBA approval for our ‘Design & Understanding of Passive Fire Barriers & Compartmentation’ CPD. Access is available via NBS and the RIBA platforms so you can build your own understanding of the importance of Passive Fire Barriers within construction.

At FIREFLY®, we know that architects and specifiers rely on CPD’s to stay at the forefront of their field and that in the construction industry, RIBA-approved CPD content is the gold standard, carrying extra credibility and value. Our RIBA-approved CPD on Passive Fire Barriers will count towards your mandatory learning.

Chris Worby, Head of Sales at FIREFLY®, said: “We’re fully committed to providing the highest quality CPD materials to architects and all those involved in the development of specifications for Passive Fire Protection systems within the construction industry. As part of this continuously developing offering, we are very pleased to announce the RIBA approval of our latest addition “Design & Understanding of Passive Fire Protection & Compartmentation” I would encourage anyone interested in more information, or to book their CPD delivery slot to reach out to any member of our commercial or specification team.”

The core focus and learning objectives of our RIBA approved CPD are:

  • Understanding ‘Fire Behaviour’
  • The need for Safe Compartments
  • The progression of fire standards and regulations
  • Understanding passive fire protection (PFP)
  • Options & passive fire protection material types available
  • Meeting performance requirements & detailing
  • Installation of passive fire barriers – a full system approach
  • Case studies

If you’d like to sign up for our FIREFLY® RIBA approved CPD training session, please click here to visit our website, or email us at cpd@tbafirefly.com

 

Bespoke structural glass in any shape, size or situation

Building Products Index Ltd Glass Leave a Comment

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Ion Glass have a wholly bespoke approach to structural glass installations which has resulted in projects that often involve complex, over-sized or challenging glass.  And sometimes it’s not just the size but the shape, the curve or the location and the additional challenge to manoeuvre large glass panels into difficult locations.

Every project is individually designed, manufactured and installed to meet even the biggest challenges.

Two 7 metre high corrugated glass screens were used to create this unique and impressive entrance to a commercial building in Reading.  Each screen is comprised of individual panels of corrugated glass designed to work flawlessly both vertically and horizontally.

The individual arched panels installed in the loggia at Grade II Lainston House Hotel were supplied in anti-reflective glass to comply with a stipulation from Historic England – but each panel was only millimetres less than the maximum size available in Amiran glass.  The precise measurements supplied by Ion Glass had to fit around all the nuances of the brickwork as well as meeting the requirements of challenging and accurate computer controlled cutting.

A mezzanine floor at the top of a Martello Tower in Folkestone was finished by Ion Glass with a continuous span of frameless glass balustrading to ensure nothing detracted from the fabulous coastal views. The large curved panels at the top of the stairs interface seamlessly with the straight panels across the face of the mezzanine.

All the glass for this complex project had to be winched up the outside of the tower and delivered via a window as the only other access was a narrow staircase built into the walls.

The frameless glass door designed and installed by Ion Glass for Kippington Church is a wholly non-standard 3 metres high, set between two narrow side panels and a curved overhead glass transom.  Despite its size, the door opens flawlessly, pivoting on a fully concealed, heavy duty floor spring.

The door is finished with a bespoke manifestation, also designed by the team at Ion Glass.

Ion Glass fitted a glass walling and an infinity edge to the external swimming pool at Lucknam Park Hotel and Spa.  The vision panels are manufactured in 63 mm triple laminated glass, creating a stunning design feature in keeping with the style and luxury of the property.

A similar vision panel to a swimming pool in a luxury beachside property measured a staggering 4.7 metres long, 2.25 metres high and is 80mm thick – quadruple laminated, it weighed over 2000 kilos, manoeuvred into position by crane.  The panel provides the owners with stunning sea views when they swim (images of this installation are not permitted).

The expert team at Ion Glass will address not just over-sized installations but also complex and unusual projects. We provide a full design and installation service to ensure your designs are fully compliant, meeting all relevant building and construction requirements and managing the installation logistics as appropriate.

For more information on our solutions in glass screens, bespoke glass doors, glass shower screens, internal or external balustrades,  structural glass porches, glass linkways or other architectural glass installations call us on 0345 658 9988,  send us an email via info@ionglass.co.uk or click on the enquiry form on our website.

The Former Magistrates’ Court – Type C Waterproofing

Building Products Index Ltd Membranes, Waterproof Membranes, waterproofing Leave a Comment

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Casestudies – Delta Membranes

Technical Drawings (Structural Waterproofing) – Delta Membranes

Structural Waterproofing Product Data Sheets – Delta Membranes

Overview

The Future High Streets Fund (FHSF) is a program initiated by the government aimed at revitalizing underperforming high streets. The Former Magistrates’ Court is set to undergo a significant transformation, becoming a vibrant centre for cultural and creative endeavours. The new design will incorporate diverse workspaces and production areas to accommodate a variety of creative industries.  The evolution of this site will not only involve the establishment of innovative working environments but also foster community interaction through entertainment events and social gatherings.

 

The building, steeped in 143 years of history, has stood unoccupied for the last two decades. This extensive period of vacancy has added another layer to renovation approaches.

Delta Registered Installers, Timberwise (UK) Ltd, were appointed as the Waterproofing Specialists to undertake the waterproofing design and installation of the subterranean space.

The basement, spanning a substantial 70m in length and 6.3m in width, required renovations.  The comprehensive works encompass several rooms including a Plant room, I.T room, and Music rooms, each with its unique requirements and design considerations. This project promises to enhance the utility and functionality of these spaces, benefiting the entire establishment.

The waterproofing design was specified around identifying water sources and eliminating them, along with considering the structure design, a continuous system, sequencing, and installation. It also factors in future maintenance and serviceability, all in compliance with the standards set by BS 8102:2022. This standard, known as the Protection of below ground structures against water ingress, is the code of practice that governs the waterproofing industry.

Methodology

For this project a specialist system was required to provide an efficient, compliant, and future proof approach.

Working closely with the developer, Timberwise (UK) Ltd suggested incorporating Delta’s Type C, Fire Retardant, fully maintainable Cavity Drained System.

Delta MS 500 Fire Retardant is a robust Type C, Cavity Drained Protection system, designed to withstand demanding conditions. It holds a Euroclass fire rating of B-S2, d0 (EN 13501-1:2018), an indication of its superior fire resistance.  Delta MS 500 Fire Retardant does not compromise on its strength, durability, functionality, or workability. This makes it an excellent choice for applications where both fire safety and structural integrity are paramount.

The ‘Type C’ Waterproofing System serves as a practical waterproofing solution for both new constructions and renovation projects.  It incorporates two essential elements: a Cavity Drainage Membrane and a Basement Drainage system. BS 8102:2022 (Protection of Below Ground Structures Against Water Ingress – Code of Practice) defines Type C waterproofing as a protection system.  This system manages water that penetrates the outer shell of a building, collecting the water in a cavity created between the exterior wall and an internal lining/wall.

Before the Delta Type C, Cavity Drained system was put in place, all junctions between floors and walls were meticulously attended to. In the context of building structures, ‘junctions’ refer to the points or surfaces where different elements or components intersect. In terms of waterproofing design, these junctions are often perceived as “weak points”. They necessitate thorough detailing to guarantee a robust approach and ensure the effectiveness of the waterproofing system.

The previous flooring consisted of blue bricks, which were replaced by the main contractor. The new design incorporated rebates for drainage channels and sump chambers within the freshly installed concrete floor slab. This upgrade was meticulously planned and executed to enhance the functionality of the basement drainage system.

Before the Delta MS20 floor membrane was installed, a comprehensive flood test was carried out on the basement slab to ensure its integrity and suitability for the application.  The flood testing process involves completely filling the basement slab with water and closely monitoring for any leaks or signs of water seepage.

Delta PT, was applied in the vaulted sections located directly beneath the structure. This specific installation permitted direct finishes.

Products Used

  • Delta Amphibia (lift pit)
  • Delta PT
  • Delta MS 500 Fire Retardant
  • Delta MS 20
  • Delta Drainage Channel
  • Delta Dual V3 Packaged Pumping Station
  • Delta Dual V4 Packaged Pumping Station

 Case Study Results

Adopting a future-proof strategy is a proactive way of ensuring a structures longevity.  The project was successfully completed within the set timeline and budget constraints. This showcases Timberwise (UK) Ltd’s commitment to efficiency and financial responsibility.

2.5m ProBead Render Beads Now in Stock at SAS Render Systems!

Building Products Index Ltd Render, Render Beads Leave a Comment

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SAS Render Systems are excited to announce that we now stock 2.5m render beads, in addition to our 3m option, all with the same unbeatable quality! Production is rolling and are stocks are filling up as we write this. Whether you’re working on a large construction project or a small home renovation, ProBead render beads are the perfect solution for achieving a flawless, durable finish.

Why Choose ProBead Render Beads?

Superior Quality: ProBead render beads are manufactured from high-quality materials, ensuring durability and long-lasting performance. They are designed to withstand the harshest conditions, making them ideal for any project.

Wide Range of Options: Our render beads come in various types and sizes to meet different construction needs. From angle beads to stop beads, we have the right product to ensure a clean and professional finish for your render work.

Easy Installation: ProBead products are designed with ease of use in mind. Their innovative design allows for quick and straightforward installation, saving you time and effort on-site.

Enhanced Aesthetic: Achieve a perfect, crisp edge with ProBead render beads. They help create clean lines and prevent cracking, ensuring your render looks great and lasts longer.

  • Next-Day Delivery Available
  • Unlimited Technical Support
  • BBA Certified
  • Premium Quality
  • Made from Recycled PVC
  • Fully stocked
  • Made in the UK

The New 2.5m Bead Range

Angle Beads W=Wide Wings 57mm, S=Standard Wings 40mm

Stock Code Description Lengths per

pack

TF-SAB10 10mm Angle Bead 40 x 2.5m =100m
TF-SAB15 15mm Angle Bead 40 x 2.5m =100m
TF-WAB20 20mm Angle Bead Wide 40 x 2.5m =100m


Bellcast Beads
, Standard Wings 40mm

Stock Code Description Lengths per

pack

TF-BC10 10mm Bellcast Bead 40 x 2.5m =100m
TF-BC15 15mm Bellcast Bead 40 x 2.5m =100m
TF-BC20 20mm Bellcast Bead 40 x 2.5m =100m

 

Stop Beads Standard Wings 40mm

Stock Code Description Lengths per

pack

TF-SB10 10mm Stop Bead 40 x 2.5m =100m
TF-SB15 15mm Stop Bead 40 x 2.5m =100m
TF-SB20 20mm Stop Bead 40 x 2.5m =100m


Expansion Beads

Stock Code Description Lengths per

pack

TF-EX10 10mm Expansion Bead 40 x 2.5m =100m
TF-EX15 15mm Expansion Bead 40 x 2.5m =100m
TF-EX20 20mm Expansion Bead 40 x 2.5m =100m


Specialist Beads in 2.5m

Stock Code Description Lengths per

pack

PWBB/10 Render Board Base Bead 10 x 2.5m = 25m
PWVBB 25mm Ventilated Base Bead 10 x 2.5m = 25m
PWWBP78 Window Protection Bead with

Mesh

30 x 2.6m = 78m
PWRAB Rainstop Angle Bead 20 x 2.5m = 50m
PWVB50 50mm Ventilated Base Bead 1 x 2.5m = 2.5m
PWAB6 6mm Angle Bead 20 x 2.5m = 50m
PWSB6 6mm Stop Bead 20 x 2.5m = 50m
NMAB Noseless Meshed Angle

Bead

40 x 2.5m =100m

Standard Colours: Ivory, White.

Additional Colours Available Upon Request, minimum order quantities will apply. Please enquire for a quote.

All prices exclude VAT.

Carriage: Orders of beads & mesh under £750 subject to £28 carriage charge (additional carriage charges apply to Scottish Highlands & NI).

At SAS Render Systems, we are committed to providing top-quality products that meet the highest quality and performance standards. Our ProBead render beads are no exception; we are confident they will exceed your expectations.

Don’t miss out on this opportunity to stock up on the best render beads in the market. Visit our website or contact our sales team today to place your order and ensure your project has the best finishing touches with ProBead render beads.

Place your order today by calling 01647 24620 or email sales@sas-europe.com.

For a free quote or price list, please email us at info@sas-europe.com.

Enhance your construction projects with ProBead render beads – quality you can trust, results you can see!

EUROCELL INTRODUCES RECYCLING SERVICE FOR CAVALOK OFFCUTS

Building Products Index Ltd Doors, PVC-U, PVC-U, Windows Leave a Comment

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Eurocell can now recycle the offcuts of Cavalok Cavity Closers it receives from fabricators after investing in new machinery and skills.

The new process, which is part of Eurocell’s strategy to increase the proportion of recycled PVC-U in its products to 40% by 2030, is one of the first of its kind to be introduced for cavity closers by a systems house in the UK.

The new capability means Eurocell can now remove the expanded polystyrene (EPS) core from the Cavalok Cavity Closer offcut, leaving the remaining PVC-U to be recycled for the design and manufacture of its future window and door products. The EPS is then delivered to Eurocell’s partners to be recycled.

The machinery and team to undertake the process has been put in place at Eurocell’s recycling plant in Ilkeston, Derbyshire, and will support all its fabricator partners who manufacture the closers and have their own sustainability and waste management targets to meet.

Benefits of Cavalok Cavity Closers

Eurocell’s Cavalok Cavity Closers enable brick courses to be completed and create an air-tight receiver for windows and doors. Meaning no matter the size or make-up of a wall, installers can quickly and cost-effectively close the cavity at window and door openings – instantly increasing a property’s thermal efficiency and reducing its energy bills. The closers also meet Accredited Construction Details regulations and are compliant with Part L of Building Regulations.

Eurocell’s Commitment to Recycling and Sustainability

Sandra Gaspar, Head of Recycling at Eurocell, says the new initiative is part of its ongoing recycling strategy, she said; “We are continually reviewing all our processes across our PVC-U product range and recycling to ensure we can return as much PVC-U to the industry as possible.

“Our Cavalok Cavity Closers have a EPS core, so we needed this specalised process, skills and capability in place to ensure it can be separated from the PVC-U in the offcuts – so that we can then use the PVC-U in the design and manufacture of future products.

“It means all our fabricator partners who use our Cavalok Cavity Closers can now take advantage and support their own sustainability and waste management goals too, by working with us to ensure their offcuts are recycled.”

Closed-Loop Recycling System and Collection Service

Eurocell facilitates efficient PVC-U recycling for installers and fabricators through its closed-loop recycling system. By offering reliable and timely collections from any UK site, Eurocell ensures that PVC-U waste is managed responsibly. The service includes all aspects of waste management, from collection and transport to documentation, with waste transfer notes provided to demonstrate responsible handling

At present, Eurocell operates the largest PVC-U recycling operation in the UK and it achieved 32 percent recycled PVC-U in extrusion in 2023, up from 27 percent in 2021.

Eurocell recently attended this year’s Resource & Waste Management Expo (RWM) demonstrating to visitors its closed-loop recycling system and showcasing the substantial progress made in using recycled materials in the design and manufacture of its PVC-U building products.

If you need more information or would like to get in touch with Eurocell to ensure Cavakok offcuts are recycled, please contact recycle@eurocell-recycle.co.uk.

 

Keraflo launches Accredited Fire Sprinkler Tank Valves brochure

Building Products Index Ltd Fire valves, Valve Leave a Comment

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Keraflo, a leader in water control and management solutions, has released its new technical brochure for the Keraflo Fire Sprinkler Tank Valves range. The brochure outlines the key features and technical specifications of the first-ever fire sprinkler valves to receive LPCB accreditation to LPS 2083, setting a new benchmark in fire safety systems for commercial buildings.

The new brochure highlights how Keraflo’s FB Type Fire Sprinkler Tank Valves have been meticulously designed to integrate seamlessly with existing fire protection systems, providing a robust solution for maintaining optimal water levels in fire sprinkler tanks. These mechanical float valves are ideal for tanks with or without raised valve chambers, making them highly versatile across a range of installation scenarios.

“Achieving LPCB certification for our Fire Sprinkler Tank Valves is a testament to Keraflo’s ongoing commitment to innovation and safety,” says Richard Braid, Managing Director at Keraflo. “Our valves offer superior performance and flexibility, making them a vital component of any fire safety system. The new brochure provides detailed insights into the product’s technical capabilities, helping professionals select the right valve for their needs.”

Compatible with a wide variety of fire protection systems, Keraflo’s Fire Valves are the go-to solution for professionals looking for both new installations and retrofit options. To provide even greater assurance, the valves come with an industry-leading 10-year warranty.

To download the brochure visit: https://www.keraflo.co.uk/wp-content/uploads/2021/04/FBSALES-Rev2-Keraflo-Fire-Sprinkler-Tank-Valves-Technical-Leafllet-Web.pdf

For more information on Keraflo visit www.keraflo.co.uk