FC&A July 2023

With Origin's extensive development portfolio, commercial o ering and unparalleled service levels, Cala Homes were able to confidently specify Origin products to keep this project on track.

Origin's bespoke bi-fold door was chosen to help bring light and space to this home and to enhance open-plan living in the property. A real statement item, the Origin bi-fold door o ers huge appeal to prospective house buyers. Modern, sleek and stylish, the doors glide to create a seamless space between the inside and outside, whilst o ering the highest levels of thermal e ciency and security - ideal for the modern house market.

Origin's On Time, In Full service promise meant that installers, Dalziel, knew exactly when to be on site to accept delivery and get to work. Plus, because Dalziel are an Origin Premium Partner, Cala Homes could rest assured that the installation of the main feature of the house would be as seamless as the view.

Whether

FUTURE CONSTRUCTOR & ARCHITECT MAGAZINE

EDITOR IAL

Rebecca Kemp rebecca@redhutmedia.com

Hannah Woodger hannah@redhutmedia.com

PRINT & DIGITAL ADVERTISING

Sam Ball sam@redhutmedia.com

Jim Moore jim@redhutmedia.com

PRINT DESIGN MANAGER

Jack Witcomb jack@redhutmedia.com

DIGITAL DESIGN MANAGER

Matt Morse matt@redhutmedia.com

ACCOUNTS/ CREDIT CONTROL

Rachel Pike accounts@redhutmedia.com

SALES SUPPORT & STATISTICS

Klare Ball klare@redhutmedia.com

PUBLISHER

Sam Ball sam@redhutmedia.com

Among the numerous challenges facing the construction industry, including persistent skills shortages, impending Building Regulations deadlines and crucial considerations regarding building and fire safety, one recurring solution keeps emerging as a definitive path to accelerating outdated practices and propelling the industry forward: technology.

While we are all familiar with technology in our daily lives, it has been repeatedly emphasised that the construction industry must embrace and adopt it to keep pace with thriving sectors like the automotive sector, where forward-thinking advancements, such as 3D printing, robots and AI-powered innovations, are prevalent and pushing boundaries.

From trade shows to webinars and seminars to roundtables, there are extensive discussions about the various benefits of cutting-edge technology. However, many parties remain hesitant to fully embrace it. Concerns range from fears of human job displacement, sector fragmentation, cost considerations, a lack of knowledge and awareness to a general resistance to change. Still, the construction industry must catch up in terms of adoption and implementation.

In this month's issue, we feature an article from Maria Hudson, CMO at Zutec, who discusses how technology is revolutionising compliance approaches in the industry, ensuring safer, sustainable and high-quality buildings. For the full story, please turn to page 24

Additionally, on page 22, David Mitchell, Founder and CEO at XYZ Reality, sheds light on the real danger posed by the depletion of talent in the building and construction field and explains how technology offers a long-term solution to address the labour shortage.

Compatible Compliant Protection

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VOICE OF THE INDUSTRY:

The trend for vertical construction is rising in London, driven by the need to maximise land usage and accommodate a growing population. Steve Avery, New Equipment Technical Manager UK at Carrier, explains how high-efficiency HVAC solutions are vital in reducing carbon emissions and supporting intelligent climate and energy solutions.

LEGAL & BUSINESS:

Construction’s talent pool is drying up as an ageing workforce and lack of fresh talent threaten to cripple the industry. How real is the danger? David Mitchell, Founder and CEO at XYZ Reality, investigates.

FEATURES

TECHNOLOGY & INNOVATION:

Maria Hudson, CMO at Zutec, looks at how technology is revolutionising the way we approach compliance, ensuring safer, sustainable and high-quality buildings.

ROOFLIGHTS & SKYLIGHTS:

Specifying the right product to comply with Building Regulations is far from straightforward, as Ross Finnie, Sales Director at SIG Design & Technology (D&T), explains.

DOORS, WINDOWS & BALUSTRADES:

Discover the fascinating role of staircases, lifts, balconies and balustrades in architecture as we chat with Jonathan Reed, Managing Director at Amron Architectural. Here, he explores their design potential and how they can enhance the connection between spaces.

SURFACING:

John Martyn, an expert in building elements, looks at the evolving landscape of architectural surfaces.

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22 24 26 30 34 36

OFFSITE & MMC:

Discover how RMS and LMOB partnered to deliver the largest prefab electrical installation in Europe. Here, offsite manufacturing and modular solutions helped meet strict deadlines and streamline the installation process for the impressive 40 Leadenhall development in London.

BUILD FOCUS: Green Infrastructure :

John Miles, Technical Director at Assent Building Control, explores the challenges faced by commercial and residential buildings in the UK regarding the net-zero agenda.

TECHNICAL INSIGHT: Timber :

Nick Boulton, CEO of the Trussed Rafter Association and Chief Technical Officer of Timber Development UK, shares expert insights on ensuring timber buildings are protected from fire. Discover the crucial factors of reaction and resistance to fire, along with passive and active fire protection measures.

PORTFOLIOS

14 18

BUGATTI RESIDENCES BY BUGATTI & BINGHATTI :

Experience a new level of opulence as Bugatti and Binghatti collaborate to bring you a ground-breaking development in Dubai's Business Bay.

CAMDEN TOWN BREWERY, GUNDRY + DUCKER:

Gundry + Ducker’s meticulous facade design for a beer hall brings a new level of splendour to Camden Town Brewery. The concertina facade mirrors the brewery’s interior while embracing the industrial vibes of London's Kentish Town.

Sloping Abutments in Brick, Block or Stone

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COMPLETE CREATIVE FREEDOM

AWARD-WINNING SLIDING DOOR COLLECTION

With four di erent sightline options available – ranging from 20mm through to 77mm – the Origin Sliding Door Collection is sure to o er an aesthetic to suit your development’s style and character. O ering a modern and architecturally striking take on the traditional door system, our products have large panel sizes to maximise light entering the home.

OS-20

OS-29

OS-44

HID LAUNCHES NEW SEOS ACCESS SECURITY CARDS MADE FROM SUSTAINABLY-SOURCED BAMBOO

Furthering HID’s commitment to sustainability, the highlydurable and PVC-free credential is certified by the Forestry Stewardship Council (FSC).

HID, a worldwide leader in trusted identity solutions, has introduced its Seos Bamboo credentials made from sustainablysourced bamboo instead of PVC. The credential is part of HID’s awardwinning Seos security solution and is the first in a range of physical access security Eco Cards.

The bamboo is certified by the Forestry Stewardship Council (FSC), an assurance that the material comes from responsibly-managed forests that provide environmental, social and economic benefits.

Recent market reports, including HID’s State of Security and Identity Report, indicate a majority of organisations rank climate and sustainability as corporate priorities. As a result, they are turning to renewable and eco-friendly materials as much as possible, in addition to reducing energy consumption and waste.

H ighly-secure access cards made from bamboo – a renewable resource that grows quickly and requires less water and pesticides than traditional card materials –

demonstrate HID’s continuous innovation without compromising security and customer experience.

“ Our journey to offer alternative options to plastic cards and badges began 10 years ago with the introduction of HID Mobile Access – a first in the industry,” explains Martin Huddart, Senior VP and Managing Director of Physical Access Control at HID. “Seos Bamboo offers an additional option for sustainability within the physical access ecosystem, as it supports a more eco-friendly value chain in areas where physical access cards are still required.”

Seos Bamboo cards also support organisations seeking green building certifications, including the internationally-accepted Leadership in Energy and Environmental Design (LEED), the Building Research Establishment Environmental Assessment Method (BREEAM) and the Zero Waste to Landfill certification. For more information on the new Seos Bamboo card, visit the below website.

IN BRIEF:

DHF ANNOUNCES DEATH OF DAVID WHITWORTH

Door & Hardware Federation (DHF) is extremely sad to announce the death of one of its Directors and former Chairman, David Whitworth, who recently died at the age of 91. David was a member of the ABHM (Association of Building Hardware Manufacturers) Management Committee and was elected Chairman in 2001. In 2004, he was a key player in ABHM’s merger with DSMA (Door & Shutter Manufacturers’ Association) to form the new larger and stronger association, DHF. In 2007, he became Chairman of DHF and also chaired the newly-formed DHF Building Hardware Group. Even after David stepped away from his chairmanship, he took an interest in the growth and success of the federation.

LINA GHOTMEH AND ASIF KHAN APPOINTED FOR TWO MUSEUMS IN ALULA, SAUDI ARABIA

The Royal Commission for AlUla (RCU) has announced Lina Ghotmeh and Asif Khan as Architects for two upcoming museums in its constellation of cultural assets. Ghotmeh will design the contemporary art museum, and Khan will design the museum of the Incense Road. Both are situated in AlUla, a destination in north-west Arabia with 7000 years of continuous human history, and are set for completion in 2027. The architects were chosen through an international competition. The jury comprised key stakeholders and specialists in architecture, landscape and museology, supported by a technical panel, and was chaired by Dr Khaled Azzam, the Architect of AlUla’s Journey Through Time Masterplan.

INDUSTRY UPDATES

FC&A ROUNDS UP THE LATEST INDUSTRY NEWS AND UPDATES.

CITY OF VILNIUS’ BUSINESS STADIUM CENTRAL BUILDING PERMIT ISSUED

The City of Vilnius has issued the building permit for Business Stadium Central, designed by Zaha Hadid Architects. Integrated within the Vilnius City Plan and the popular public square adjacent to the site, Business Stadium Central will be a new gathering place for the city.

Co nsisting of two lowrise towers of eight and nine storeys connected at street level by a courtyard atrium and two floors of public amenities, the centre’s 24,000m 2 design also connects its two towers via a skybridge at level five.

The curvature of the centre’s facades and its cantilevered balconies face the historic Gediminas Castle Tower in the heart of the city.

Reinterpreting the dynamic geometries of the neighbourhood’s existing civic architecture, Business Stadium Central’s design incorporates 11,750m2 of landscaped terraces, roof gardens and plazas that open directly onto the public square designed by Martha Schwartz. Lined with cafes, restaurants and shops, its atrium courtyard serves local residents, office workers and visitors. Elevators lead to top floors where the two public swimming pools, saunas, steam rooms and sun decks have panoramic views over Vilnius’ historic Old Town.

F lexible office spaces located within the central

floors of each of the towers are designed with maximum adaptability to extend the lifecycle of the development. Differing in size and layout to suit a variety of companies, from new start ups to established international corporations, these workplaces connect with landscaped roof gardens and terraces offering views of the surrounding city. The centre’s glazed facades with precisely-engineered external louvres transform

into the warmer timber-based material palette of Business Stadium Central’s interiors.

B usiness Stadium Central creates a variety of new public spaces and amenities for the city within a design that integrates flexible workplaces encouraging interaction and collaboration together with extensive health and wellness facilities for use by everyone in Vilnius.

www.zaha-hadid.com

ZAHA HADID ARCHITECTS (ZHA)

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PERSONNEL

The latest appointments from the construction and architectural industries.

DMWR ARCHITECTS PROMOTES CRISTINA PAVAN TO ASSOCIATE

Cristina joined DMWR in 2021 as a Project Architect. Barry Harper-Smith, Managing Director of DMWR Architects, comments:

“Cristina has made a fantastic contribution to our team in Manchester over the past years, working on some high-profile projects across a range of sectors. It’s wonderful to have this hard work recognised with her promotion to Associate.”

Cristina’s experience across all RIBA stages has been instrumental in developing and delivering several key commercial projects within DMWR. She is currently working on a heritage refurbishment project, involving the renovation and extension of a former mill building to give it a new lease of life as offices, with self-storage, parking facilities and associated external landscaping areas.

APPRENTICE JOINS LEEDS-BASED ARCHITECT PRACTICE

Brewster Bye Architects has appointed Ciaran Cartwright as a Junior Architectural Technologist apprentice as part of the firm’s commitment to investing in the next generation of talent. Ciaran already has two years of experience working alongside an architectural technician. At his placement, he helped with design concepts and construction packs, assisted with preparing information for planning applications, as well as liaising with engineers. Director, Nathan Wilkinson from Brewster Bye, said: “Ciaran is already confident in AutoCAD and Revit, which are software applications we use, and he has a real interest in design and technology. He is keen to get a degreelevel qualification via the apprenticeship route and become an architectural technician, and we will support him every step of the way.”

MARRONS ANNOUNCES PROMOTION DUO

Planning, design and architecture consultancy Marrons has announced two promotions. Simon Macklen, a socio-economics expert, has taken the step up to Partner and Karen Brightman has been promoted to Planning Director after two years with the consultancy. With more than 25 years’ experience, Simon has been a member of the Royal Town Planning Institute (RTPI) for 18 years. His work supports clients, such as commercial developers, land owners and house builders, in the delivery of socio-economic evidence underpinning development proposals. Karen, who has significant experience in the public sector, works with clients to obtain planning permission and unlock the value of their sites. She will be working on housing developments, schemes and commercial developments.

NOTTINGHAM’S ARCHITECTURAL COMMUNITY FORMS CHARITY CHAMPIONS LEAGUE

Architecture firms in Nottingham have joined forces to launch the Nottingham Architects’ Charity League (NACL) – a not-for-profit organisation aiming to raise money for local charities through a fun annual competition. This year, the NACL comprises Marchini Curran Associates supporting Juno Women’s Aid, CPMG Architects supporting the Television Workshop, Leonard Design supporting Tara’s Angels, Lathams Architecture + Urbanism supporting Hope Nottingham, Allan Joyce Architects supporting the Framework Housing Association, Franklin Ellis Architects supporting Nottinghamshire Hospice, Maber supporting the Nottingham Hospitals Charity and GT3 Architects supporting Switch Up.

PLANS SUBMITTED FOR PEDESTRIAN BRIDGE IN LONDON’S ROYAL DOCKS

A planning application for a striking pedestrian and cycle bridge at Royal Victoria Dock has been submitted, which will vastly improve public access across the docks while linking the new Silvertown development with Custom House Elizabeth Line station. The plans, submitted by the Silvertown Partnership, are part of a longstanding ambition associated with the wider £5bn development of the Silvertown site, which, when complete, will feature around 6500 new homes with 50% affordable housing alongside a new centre for the Royal Docks. The iconic Millennium Mills building, left derelict and largely disused for around 40 years, will be fully restored and form the centrepiece of the new community.

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ARCHITECT IN PROFILE

This month, we dive into the creative mind of Saunders Boston Architects’ Vicky Hallam, who has always had a knack for design. Combining her love for science and art, Vicky first discovered her passion for architecture during her A-Level studies.

www.saundersboston.co.uk

Please tell us a bit about your career background.

I have been part of the Saunders Boston Architects team for over 10 years, which has given me the opportunity to work across numerous sectors, from residential to education and community buildings. I am currently working as part of the higher education and laboratories team. Two of my biggest projects at the moment are laboratories, which are so interesting to design from a technology point of view. I enjoy working on projects that I can relate to and find community projects extremely rewarding.

Have you always wanted to pursue a career in design?

I have always known I am a creative person at heart. I enjoy doing anything creative in my spare time – from knitting to drawing or DIY around the house. So, I always knew that I would have a career within the design space. I first considered architecture when studying my A-Levels as I realised I was able to combine my love for science and art. Initially, I was most drawn to the architectural process, including drawings and models.

What has been your greatest influence and source of inspiration?

I don’t think I can pinpoint it to one particular person or building. I am very interested in people in general and how they use facilities. Still, I like to look beyond architecture and consider influences within social change, or even trends, such as working from home or political differences. I also draw inspiration from other areas of design-related industries, such as fashion.

What has been your most notable project to date?

I am so lucky to have worked on multiple projects, some of which I have been able to see through, from a seed of an idea to a finished building. One that I enjoyed working on a few years ago was a new local primary school, Buxhall Farm Primary School. It was a fun project because it was on an underdeveloped site adjacent to the green belt and, because it is a space for children, we could be creative.

How do you approach your projects?

It depends on the project and the client, but I always aim to approach projects practically and rigorously. However, with design, we need to have an element of joy, playfulness and fun, no matter the project. As architects, we should never lose sight of the joy of design.

What do you think is the greatest challenge for designing in sustainability?

It may seem obvious, but budgets are usually the biggest hurdle to overcome when incorporating sustainability into design. We can, of course, design what has been asked by the client and what is needed for the project, but we always recommend that sustainability isn’t an afterthought in the development process.

What is your favourite building and why?

I love colour and patterns; they can be underrated and underused in the UK. Considering the architecture in cities like Barcelona, buildings like the Palau de la Musica are decorated with stunning ornate tiles. Islamic architecture is also inspirational; beautiful mathematical structures consisting of handmade tiles that connect to form domes and patterns are like going inside jewels and gems. These styles and spaces excite me and easily make up some of my favourite buildings.

SAUNDERS BOSTON ARCHITECTS

VICKY HALLAM IS AN ARCHITECT AT

SAUNDERS BOSTON ARCHITECTS

Buxhall Farm Primary School

What do you think is the greatest challenge for architects today?

Architects can be pushed and pulled in many different directions; whether by clients, suppliers or legislation, there is often a juxtaposition about who we need to be aligned with. For example, when budget fights against sustainability or when planning fights against development. It’s certainly not a new challenge, but it can be relentless.

What do you think is the greatest challenge for architecture students?

The challenges I faced as a student are still very much present today, although there is an increasing rise in student debt combined with a cost-of-living crisis, which adds another hurdle. The education process is long and takes commitment. My advice for students is to not lose the joy and the fun of architecture during their studies. Keeping your design principles and doing what you believe in is important.

What advice would you give to newly-qualified architects?

After years of working in the industry, many new and exciting ideas come from university students and newly-qualified architects. It’s essential to gain real technical experience in the workplace, but equally, putting forward your fresh ideas is ok.

What can we expect to see from you over the next year?

I’ve been working on two big projects, one finishing in March. The beauty of the job is that you never quite know what will come in six months or a year. Watch this space, I suppose!

FROM THE FAST LANE TO LUXURIOUS LIVING

Known for their unwavering and uncompromising commitment towards excellence, Bugatti and Binghatti – two visionary brands – have unveiled their first collaboration, a ground-breaking real estate development in the heart of Dubai.

Bu gatti Residences by Binghatti – the first-ever Bugatti Residences in the world – is located in the prime area of the Business Bay in Dubai. The collaboration between the two revered brands aims to depict synergies that achieve unparalleled excellence. Drawing upon the rich and diverse creative heritage of both brands, the Bugatti and Binghatti collaboration project has at its nucleus a meticulously-designed structure featuring a distinctive facade complemented by

intricately-designed interiors. With its serene undertones, the hyper-form will juxtapose the city’s bustling energy – a retreat in the heart of the metropolis.

T he design of Bugatti Residences reflects the iconic brand elements and luxury design innovations of Bugatti, merging these values cohesively with Binghatti’s expertise in creating a phenomenal architectural masterpiece. Bugatti Residences will feature a collection of 171 Riviera Mansions and 11 Sky Mansion

Penthouses, each of them being absolutely unique with bespoke curated layouts. The first Bugatti residence is also designed with peerless luxurious amenities, including a Riviera-inspired beach, private pool, jacuzzi spa, fitness club, chef’s table, private valet, private members’ club and two garage-to-penthouse car lifts. The residence also features a host of highend and tailored services dedicated to its residents, including bespoke chauffeur and concierge services.

BUGATTI & BINGHATTI

U nmatched craftsmanship and exquisite finishes that set a new standard for opulence will be at the heart of the living spaces curated for Bugatti Residences, ensuring that the ‘art of living’ is reimagined for a contemporary defining era. Both penthouses and mansions offer spacious living areas adorned with the finest material selection the world has to offer. The Bugatti Residences carry a seamless blend of comfort, functionality and elegance that reflect Bugatti and Binghatti’s preeminence in design.

T he two brands have integrated the distinctive flair of the French Riviera into every aspect of the development. Starting from the very moment of setting foot within the residences, a sense of exuberance takes hold, transporting residents to the inspiring region that has long captured the hearts of connoisseurs of refined living. In the same way that Bugatti has translated the beauty and sophistication of French luxury into the design of its hyper sports cars, Bugatti Residences brings the breeze and feel of the French Riviera into this private oasis. In its organically-sculpted design, Bugatti Residences by Binghatti manifests the beauty of the Riviera’s spirit and flair.

www.bugatti.com

A PINT OF PERFECTION

London-based architecture practice Gundry + Ducker has meticulously designed a spectacular concertina facade for one of the capital’s cherished brewing companies, Camden Town Brewery.

Situated in the northwest of the city, this innovative design serves as the frontage for the brewery’s new beer hall, perfectly mirroring its interior elements while embracing the area’s renowned industrial aesthetics.

C amden Town Brewery started its humble beginnings in a railway arch nestled in London’s vibrant Kentish Town. As time went on, its success led to expansion, gradually encompassing all the neighbouring arches along the charming mews. For the beer hall, the chosen location comprised two arches situated directly beneath Kentish Town West Station. The site exudes a captivating aura with its predominant Victorian brick and

GUNDRY + DUCKER

cobblestone, accentuated by later additions of steel gantries, columns and concrete elements. Throughout the years, the space has evolved into a bustling scene adorned with glistening stainless brewing equipment and vibrant stacks of packaging that catch the eye.

G undry + Ducker’s design thoughtfully encapsulated the essence of the brewery by harmoniously incorporating these materials. Its objective was to celebrate the arches as the home of Camden Town Brewery while seamlessly integrating visitors into the existing, live brewing atmosphere. The design encompassed several key elements outlined in the brief,

All images: ©Hufton & Crow

including a vibrant tap room, a designated area to embark on captivating brewery tours, a well-curated shop offering an array of beers and merchandise and, finally, a versatile space to accommodate meetings.

P reserving the essence of being immersed within a bustling working brewery was paramount. Gundry + Ducker ingeniously established a seamless connection between the two arches by constructing a captivating new glass facade positioned in front of the arches. At the rear, the team skilfully designed a doubleheight corridor that guides visitors towards a range of essential service areas tucked away behind the arches.

The front facade, carefully composed of galvanised steel and glass, serves as a testament to the industrial heritage of the site. Notably, the facade was creatively concertinaed, creating a stunning interplay of oblique views and fluid circulation, effortlessly inviting glimpses from the narrow mews into the enchanting interior.

I nside, the interior fit-out is simple and robust. In an effort to reveal and celebrate the intrinsic beauty of the space, old linings, paint and partitions were diligently stripped away, unveiling the beautiful inside face of the brick arches. The existing, heavilypatched concrete floor, with its unique character, was thoughtfully preserved, serving as a testament to the brewery’s history.

A striking feature within the interior is the long bar that gracefully extends the entire length of the arch, designed as an open front counter, inviting interaction and social engagement. Complementing this, the back bar takes the form of a visually-impactful supergraphic sign, featuring beer taps directly connected to the glassfronted cellar adjacent. Crafted in vitreous enamel, this bar sign not only pays homage to the simplicity of Camden’s graphic branding but also captures the visual language of the railway station above, seamlessly merging the graphic materiality of both environments.

www.gundryducker.com

STEVE AVERY

HAS MORE THAN 35 YEARS' EXPERIENCE OF WORKING IN THE HVAC INDUSTRY. HE JOINED CARRIER IN 1994 AND HAS A WEALTH OF KNOWLEDGE IN COOLING AND HEATING SOLUTIONS. HE HAS HELD A NUMBER OF POSITIONS AT CARRIER, INCLUDING QUALITY MANAGER AND PRODUCT MANAGER FOR ABSORPTION AND CENTRIFUGAL CHILLERS.

BUILDING TALL FOR A MORE SUSTAINABLE LONDON

La nd is a valuable commodity in London, with demand exceeding supply. Building horizontally is no longer an option. To meet the required densities in housing and make the most efficient use of land, it is necessary to build tall.

T he London Plan, the framework for the next 20 to 25 years to accommodate a population of 10.8 million, makes a compelling argument for tall buildings based on the idea of a compact city. According to the plan, we must create places of higher density in appropriate locations to get more out of limited land, encourage a mix of land uses and co-locate different uses to provide communities with a wide range of services and amenities.

Sustainable skylines

I n May 2023, New London Architecture (NLA) 1 published its 10th annual report, ‘London Tall Buildings Survey 2023: Sustainable Skylines’. This influential report provides the latest data and analysis on the contribution of tall buildings to a more compact and sustainable London. W hile previous surveys focused on the pipeline of tall buildings, the spotlight this year is on sustainability and how towers can deliver lower carbon emissions, be more sustainable and support high-quality environments for occupants. So, how can towers become sustainable?

A ccording to Ender Ozkan, Vice President Europe, Rowan Williams Davies & Irwin 2 , a broad-spectrum approach is needed. “It will require some really innovative approaches and innovative materials –building skins that adapt to the climate – with natural ventilation and energy capture from the sun. And also, long life and recyclable components, which makes embodied carbon no longer such an issue.”

CARRIER

Steve Avery, New Equipment Technical Manager UK at Carrier, explores the trend for building tall in London and the role high-efficiency HVAC solutions play in reducing carbon emissions and supporting intelligent climate and energy solutions.

The London Plan makes a compelling argument for tall buildings based on the idea of a compact city

Heating and cooling tall buildings

A longside improvements to the building fabric and the use of renewable energy systems, such as solar photovoltaic, high-efficiency HVAC solutions are key in reducing carbon emissions and supporting occupant wellbeing.

C arrier’s solution for the landmark building 22 Bishopsgate is an excellent example of how modern, highperformance systems can contribute to more sustainable high-rise buildings and help transform cities.

C arrier supplied four AquaEdge 19XRV centrifugal chillers for 22 Bishopsgate, each delivering 4MW of cooling with efficiency levels as high as 6.8 European Efficiency Rating (EER). Equipped with Greenspeed Intelligence variable speed drives, the chillers constantly match cooling output to the building’s heat load, optimising comfort, reducing energy consumption and minimising impact on the environment.

London has ambitious carbon reduction targets to achieve net zero by 2030. The route map includes a 40% reduction in total heat demand from buildings and the installation of 2.2 million heat pumps over the next seven years. It also requires that 460,000 buildings be connected to district heat networks by 2030.

To meet these aggressive targets, more district heating networks are needed where recycled heat is harnessed to warm homes and businesses. The Citigen district heating energy centre project is an example of Carrier’s proven HVAC solutions to reduce carbon emissions and lower energy costs. Citigen is groundbreaking in its use of ultralow global warming potential HFO refrigerant and parallel harnessing of energy from groundwater and waste heat from the power generation unit. Additionally, Carrier’s heat pump solution is recovering heat generated from data centres, which is used by more than 20 district heating grids across the Nordics and Europe, helping to reduce carbon emissions.

www.carrier.com/commercial/en/uk

FOOTNOTES:

1NLA London Tall Buildings Survey 2023: Sustainable Skylines https://nla.london/ insights/london-tall-buildings-survey-2023sustainable-skylines

2NLA London Tall Buildings Survey 2023: Sustainable Skylines, page 33 https://nla. london/insights/london-tall-buildingssurvey-2023-sustainable-skylines

Standing at 278m, 22 Bishopsgate is the tallest tower in the City of London

Carrier AquaEdge 19XRV centrifugal chiller

SCHOOL’S OUT: TECH OFFERS A LONG-TERM SOLUTION TO CONSTRUCTION’S LABOUR SHORTAGE

Al most two-thirds of respondents in RICS’ 2023 Q1 UK construction monitor said a labour shortage is taking a toll on building activity 1 . Recent proprietary research we conducted mirrored this, highlighting a labour and skills shortage to be one of the top three causes of project delays 2

T he cracks are starting to show as material shortages, supply chain woes and rising construction costs are creating a perfect storm that threatens to add more pressure on many already struggling firms. Putting this in context, our research, which polled over 200 leading contractors, found almost 100% of projects are subject to delays, with the majority also reporting significant delivery backlogs.

H owever, with great challenges also comes fantastic opportunity, in this case, from user-centric technology, which can fill the industry’s current gaps to achieve greater productivity and quality both on and off site whilst supporting an ageing workforce and enticing younger techsavvy workers.

Let’s take the opportunity to break this down.

Holding on

T he logical place to start is holding onto the talent the industry already has by supporting older workers and retaining their valuable experience and skills. This means minimising the workload to stave off retirement. Technology, like robotics, can do most of the heavy lifting on site today, taking

on repetitive, physically demanding work. Similarly, drones and advanced geospatial robotics can alleviate the physical rigours of surveying work. Other digital technologies are also lending a hand as working from home becomes an increasingly attractive option. Inspections can draw on remote video streaming, digital twins and augmented reality (AR). In the same breath, this also helps to link up experienced workers with new talent at a distance to support training needs.

Higher-value outcomes

Further supporting the current workforce, the latest tech can also foster greater productivity, freeing up workers to tackle other critical activities. Offering intuitive document management, task automation and insightful data analysis, increasingly advanced technologies like cloud computing and AI are safeguarding project teams against errors. The days of scribbled notes on scattered sheets of paper and outdated 2D paper designs are long gone, taking human error out of the equation to eliminate resourcedraining headaches like rework.

Fresh talent

To inspire younger talent, construction needs a makeover. The prospect of a desk often trumps the industry’s labour-intensive image as the sector is still perceived as a tradesman world with poor progression and a lack of variety, overshadowed by sectors like finance, technology or sciences. This

can be easily addressed by showcasing the advanced technology driving the industry today and opening up new career paths from drone pilots to data analysts. However, it’s not enough to just share the fact students and younger workers will need skilling up using real tools and software to get them fieldready for their first roles.

We need to start now

C ITB estimates the UK construction industry needs around a quarter of a million workers by 2027 to keep pace 3 It’s a race against time, and crucial we address the situation head on – but we need not do it blindly.

C onstantly evolving construction technology has kickstarted a quantum shift in working practices, lightening the load on a stretched workforce and galvanising the curiosity of a new generation. We must strike while the iron’s hot and continue to move the ConTech investment conversation along. It will pay dividends in years to come when it’s time for all our boots to be filled.

www.xyzreality.com

FOOTNOTES:

1https://www.rics.org/content/dam/ricsglobal/ documents/market-surveys/Q1%202023%20 RICS%20UK%20Construction%20Monitor.pdf

2https://www.xyzreality.com/resources/ constructing-tomorrow

3https://www.building.co.uk/news/industry-needsextra-45000-workers-a-year-by-2027-citb-reportsays/5121388.article

Construction’s talent pool is drying up as an ageing workforce and lack of fresh talent threaten to cripple the industry. How real is the danger? David Mitchell, Founder and CEO at XYZ Reality, investigates.

DAVID MITCHELL IS THE FOUNDER AND CEO OF XYZ REALITY

ACCENTUATING THE POSITIVES OF REGULATORY COMPLIANCE

The UK construction industry is in the process of adapting to a new regulatory environment, one which promises to deliver safer, more sustainable and higher quality buildings. Arising from the Building Safety Act (BSA) 2022, a raft of recently-introduced codes and standards are having a transformative effect, particularly in the residential property sector, says Maria Hudson, CMO at Zutec.

Ho wever, achieving compliance with these new requirements is another matter entirely and, with so much to consider, can become a complex and nebulous undertaking for housebuilders, developers and property owners alike.

I mportant deadlines are approaching, including the enforcement of the Higher Risk Buildings (Key Building Information) (England) (1st October 2023), a subset regulation of the Building Safety Act and the introduction of Gateways 2 and 3 (also October 2023). It’s imperative for players operating in this vertical to ensure their digital assets are complete, correct and compliant.

U nfortunately, a degree of apprehension about the regulations persists, and this might be due, in part, to a lack of clarity within official guidance combined with persistent knowledge gaps.

Fortunately, technology is providing the answer to some of these longstanding and ongoing problems, offering the tools needed to compile the necessary building information and understand where gaps to be rectified exist at an affordable price.

A n evolving narrative

The winds of change are gathering momentum, and neither asset owners nor developers can afford to stand by as they get stronger.

M ichael Gove has made it clear that those who don’t comply will receive harsh fines or have to find another market. These are strong words, but they’ve also become part of the problem towards encouraging investment in regulatory compliance.

T he ‘Golden Thread’, once a good analogy, is now perceived by some as a daunting prospect when it needn’t be. Especially if we take a step-by-step approach to bring building information assets into line across the building lifecycle, whether that be for new builds or in-use buildings.

For example, when we start a conversation with a new client, we aim to develop an achievable, phased approach to bring together building information, and locating and storing their data correctly. It’s all about practical, deliverable outcomes that get the information they need for the compliance they require in one place to put them on the right side of the law.

The complete package

S o many organisations in this sector have been operating with their data and information spread across different systems, locations and formats. It’s little wonder so many have been left trying to establish if they have the right documentation as this first wave of regulations has landed.

H owever, the proliferation of data management tools and Common Data Environments (CDE) over the past few years is having a significant and efficacious effect, improving the administration of information and simplifying the compliance process. These systems are offering developers, contractors, asset owners and operators real peace of mind from a risk management perspective.

Effectively, it’s providing an accessible, transparent place to manage all data in place with a traceable audit trail to show how building information has been brought together, updated or edited, and evidence work done on a building. This increased efficiency means the right documentation, whether a building manual or fire safety certificate, can be quickly identified and drawn off on request and updated if a renewal is required. Furthermore, missing documents and data gaps can be isolated and updated, fulfilling the twin aims of quality and compliance.

I t might sound complex, but it’s better to think of it as a simple yet sophisticated live data bank, drawing all your information into one place.

From this first step, these types of solutions can be enhanced, ensuring that across each stage of the construction journey, particularly Gateways 1, 2 and 3. There are also templates in place to meet the BSA requirements as they are introduced.

The safety-first culture

A s you can see, the road to regulatory compliance is not as complex as it might first appear, especially with the right digital software and solutions in place.

We need to move the conversation on. Rather than just focusing on the consequences of non compliance, we need to balance the conversation with the real, commercial benefits, from better quality building data to safer housing.

I t will start by promoting a safety-first culture within the sector, celebrating and rewarding those who behave responsibly. It’s also about making building information universally accessible so decisions can be made that mitigate risk.

Access for all

U ltimately, the data-gathering process is not just about having information in one place but the ability to access it to make it accessible to those that need to see it, whether a regulator or tenant, and drive decisions that achieve more control over assets. Sharing the information with inspectors, regulators and tenants to ensure their homes are safe. Understanding correct procedure has been followed will also establish a reputation for best practice.

T his will undoubtedly lead to better reputations, increased resident and consumer trust and higher margins. All this from better management of information and a more positive spin on regulatory requirements.

Although just one part of a wider process, technology can support this aim, delivering ROI above and beyond the sheer ability to practice with the UK residential market, keeping residents safer now and in the future.

SHINING A LIGHT ON PART L AND ROOFLIGHT SPECIFICATION

Rooflights can help flood a space with daylight. However, specifying the right product to comply with Building Regulations is far from straightforward, as Ross Finnie, Sales Director at SIG Design & Technology (D&T), explains.

Ro oflights are an increasingly popular means of allowing daylight into a flat-roofed building. In deepplan commercial buildings, overhead glazing enables daylight to penetrate into the core to create a better, more dynamic indoor environment. In homes, meanwhile, the addition of a rooflight will brighten up even the most mundane of extensions, making the space appear bigger and brighter.

T here are a huge number of rooflight products available for flat-roof applications in both the domestic and commercial sectors. These are suitable for both newbuild and replacement applications.

B ut be aware, specifying a rooflight solution that will comply with Part L of the Building Regulations – the section of the regulations that deals with energy efficiency of buildings – is often far from straightforward.

Understanding the regulations

A pproved Document L provides guidance on how to meet the energy requirements set out in Building Regulations. It is published in two parts: Volume 1 deals with dwellings; mixeduse buildings and buildings other than dwellings are dealt with in Volume 2. This article references the 2021 edition of the Approved Document L (ADL), which came into effect on 15th June 2022 (Note: ADL was amended in 2023, but these amendments do not impact the section of the document that deals with rooflights).

A good starting point in the selection of a rooflight is to define its required thermal performance, or the rate of heat transfer through that element, from inside to outside. This is known as the rooflight’s U-value, measured in W/m 2 .K. In words, this is the amount of heat transmitted in Watts for every square metre of the surface area of that element per degree of temperature difference between inside and outside.

In short, the lower the U-value, the more slowly heat will pass through it and the more thermally efficient it is.

New buildings

A new building must be built to minimum energy standards and requires an energy assessment to demonstrate compliance. ADL also gives a limiting U-value for the fabric elements of a building’s envelope, which includes rooflights.

In other words, this is the worst thermal performance allowed for that element. This is to provide designers with some flexibility in how they meet the total energy performance requirements by using thermally-efficient fabric elements.

T he first point where confusion can occur is in the definition of a rooflight. This is because Part L distinguishes between a roof window and a rooflight. If you think these are different names for the same thing, think again.

A DL gives a limiting U-value figure for rooflights of 2.2W/m 2.K, whereas for roof windows, the limiting U-value is 1.6W/m2.K for both new and existing buildings.

SIG DESIGN & TECHNOLOGY (D&T)

A DL references the BRE document BR443 Conventions for U-value calculations, which makes a distinction between the two. It defines a roof window as being installed in the same plane as the surrounding roof, with a minimum pitch of 15 ° (such as a centre pivot window in a tiled roof). Instead, a rooflight is installed on an upstand and so is not in the same plane as the surrounding roof (such as a flat glass rooflight on a flat roof).

T he difference in limiting U-values is because the U-values for roof windows are calculated based on them being vertical, whereas the U-value for a rooflight is calculated based on it being horizontal. If a supplier gives the U-value for an element in the wrong plane, it must be adjusted according to the data in BR443.

A nother aspect to be aware of is that the U-value is based on the rooflight and its frame. The U-value can also include the kerb assembly when the kerb is supplied as part of the rooflight assembly. Where an upstand to support a rooflight is constructed on site, the upstand should have a maximum U-value of 0.35W/m 2 .K.

S pecifiers need to be aware that this requirement can result in the surface area of the rooflight being greater than the area of the roof opening, which will impact the building’s heat loss calculations.

I n addition to the thermal performance, other considerations include the type of glazing. All overhead glass must be safety glass, which is usually annealed laminated glass or polycarbonate.

Loadings are also important because in addition to being able to withstand wind and snow loads, some rooflights may also need to withstand being walked upon, and so may need to be able to withstand the weight of a person.

E xisting buildings

Replacement rooflights and rooflight and kerb assemblies must also have a U-value no greater than 2.2W/m 2.K. The exception to this is if only the glazing is being replaced as a remedial. In this instance, the glazing does not have to meet the energy-efficiency requirements, but its thermal performance cannot be any worse than the thermal performance of the glazing it is replacing.

Where a dwelling is being extended, the total area of rooflights, roof windows, windows and doors should not exceed:

1 25% of the extension’s floor area

2 . The total area of any windows and doors that no longer exist or are exposed due to the extension.

B y contrast, where a building other than a dwelling is being extended, the area of rooflights typically cannot be greater than 20% of the area of the roof.

C learly, there is a lot to consider when specifying a rooflight. Where a bespoke rooflight is needed, SIG D&T can provide advice on suitable options for a particular application. SIG D&T is also able to draw on the expertise of the SIG360 team when it comes to advice on specific compliance issues.

W here a more cost-effective modular rooflight is required, selection is easy using the SIG D&T online Rooflight Configurator. Using the simple interface, designers and contractors can choose which type of rooflight suits their needs and then pick the specification required,

including size, kerb, tints, opening options, ventilation requirements, accessories and more. They can make an enquiry about that specific product or download the appropriate brochure.

www.sigdandt.co.uk

TAKING YOU TO THE NEXT LEVEL

Staircases, lifts, balconies and balustrades are some of the strongest transition elements in architecture; they are designed to connect two spaces, whether interior to exterior or different internal levels. Positioning these elements in a multi-level building will always be vital, but now it is just as essential to create a design visual and consider them as main features, says Jonathan Reed, Managing Director at Amron Architectural.

De signers are always looking at more inspirational approaches to the interiors of a space. The demand for creating more inviting spaces and the inclusion of a variety of different applications can completely transform the character of a room. Amongst these approaches, we are seeing an increase in the use of metal meshes both from the point of view that they are generally made from recycled material in the case of aluminium and steel – but also because the style and look of them have that upcycled feel that we are all trying to be more conscious of.

Metal mesh has a long tradition of outdoor use spanning hundreds of years. Over time, metal mesh

has earned a reputation as a practical, durable, yet surprisingly versatile product thanks in part to its uncanny ability to meet a wide range of specifications. It is an extremely versatile product and has functionality like no other. It is being increasingly considered for decorative purposes like ceilings, wall coverings and partitions and is a great solution for smaller applications like cabinets, bars and shop displays. It’s being seen as an alternative to replace bulky, opaque materials in functional areas of restaurants, lobbies and office spaces without making the space look smaller. It is also specified as a safety element, including balustrade infill panels, which is a great option for safety and pushes the design boundaries.

A s interior and architectural trends evolve, so do the materials and components. The popularity of metal mesh has seen it be used in almost every sector of construction from the hardest industrial environments, such as oil rigs where the mesh needs to be durable, non-slip and anticorrosive, to the most delicate of installations in luxury hotels where aesthetic is everything. So, it is not surprising that architects and designers are developing new ways to use metal mesh to add character.

Bespoke colour

C olour is one of the main attractions when it comes to the finishing of metal mesh and, in particular, how the mesh is coloured without it corroding. Having researched

a number of finish processes that work well with the commonly-used architectural meshes (woven, expanded and perforated), powder coating is the most cost-effective way to apply an almost unlimited range of RAL colours. Powder coating uses an electrostatic charge to attract a fluidised powder evenly across all surfaces of the mesh. The electrostatic charge holds the pigmented powder until it passes through an oven, where it melts and adheres permanently to the mesh. After curing, the mesh has a colourful and durable coating that adds to the desired aesthetic of the project.

Product in practice

T he Royal Society for Blind Children has opened a new

centre in Tower Bridge, London. The charity, which was first founded by Thomas Lucas in 1938, supports blind and partially-sighted children, young people and their families. Initially, the charity was set up with the intention of teaching blind children how to read, but it has since expanded to help those who are visually impaired gain employment. The RSBC also provides homeworker

schemes and workshops to assist in the development of confidence and skills through activities and education.

Moving into the new Richard Desmond Life Without Limits Centre in the heart of London, the RSBC is known for vibrant colours and playful interiors to create an uplifting environment for staff and visitors. The new centre does just that, transforming an old car park into an engaging activity hub

for users while also providing a modern and flexible workspace for volunteers and visitors to meet, play and learn.

Working alongside Tsunami Axis and Force Five Engineering, we were asked to supply perforated metal sheets in raw mild steel for the balustrading surrounding the staircase.

T he metal sheets were then powder coated and given a pastel green finish. Alongside

the flower-printed walls and bright, earthy colours, the pastel green perforated sheets gave an optimistic, calm and fresh feel to the hub.

W hether you choose to use metal mesh for its functional or decorative virtues, the material comes in a variety of thicknesses, patterns and shapes to inspire you for your interior design.

www.amronarchitectural.co.uk

The Royal Society for Blind Children’s new centre in Tower Bridge, London

BIGGER, BOLDER AND BRIGHTER

Architectural surfacing, or rather the decors market as a whole, is one of the fastest-growing building product categories in the UK, and this increasing appetite is driving a wider choice of materials and innovation. Here, we delve deeper into the subject with John Martyn, an expert in architectural surfaces.

Wi th new solid surfaces, melamines, veneers, laminate and the like coming online each week, it can be hard to keep up with the latest trends and tastes influencing purchasing decisions. These range from evolving visual preferences to deeper-held sentiments and requirements, including sustainability and circularity.

Let’s take a closer look:

H yper-realistic design

V isual and textural mimicry is currently the height of fashion, especially against the backdrop of material shortages and rising costs of categories such as natural stones, pure metals and glass.

I t’s encouraging specifiers to seek alternatives and manufacturers of surfaces to up the ante in their R&D departments to not only deliver the look of those hard-to-access materials but also the feel, at a competitive price point.

Looking at some of the myriad options coming onto the UK market, Dekodur’s incredible ‘Real Metal’ HPL collection and Swiss Krono’s ‘One World’ melamine range are pushing the boundaries about what can be achieved visually on these types of surfaces.

D elivering an authentic-to-the-touch texture has long been a challenge, but these brands have invested in the latest technology to create tactile surfaces true to the materials they represent.

In fact, Dekodur’s collection actually has a layer of real metal on its surface, a landmark achievement in this market and something that will immediately appeal to those designers in the high-end commercial sector.

S urface manufacturer Transformad has taken this even further, creating Tmatt, a range of melaminefaced boards, super soft and sensuous to the touch, yet moisture resistant and anti-fingerprint too.

Transformad’s Tmatt Terracotta & Lignite

B end and shape

Curves are in, and it’s shaping the decisions of specifiers when looking for finishing materials within either commercial or residential spaces, whether robust boards or ultra-thin wraparound veneers.

I t’s definitely encouraged a spurt of innovation in the marketplace, with LG Hausys’ HIMACS leading the way when it comes to creating smooth bends with seamless joints. This has been recently seen on a large-scale UK project, which has seen the material, provided by distributor James Latham, used extensively by the rapidly-growing fast food chain, German Doner Kebab, across many of its sites in this country.

W hat made it instantly appeal to the vendor, aside from its vivid colourways, is its tensile strength, which can deliver a robust structure even when formed into bends. It can even be twisted, adding another interesting visual dimension. All this whilst still achieving a hardwearing, hygienic surface that is essential for any retail or hospitality application.

F ibre of the future

W ith sustainability becoming an increasingly compulsory requirement of the design brief, decor manufacturers are responding to specifiers’ calls for the lowest carbon, most eco-friendly products possible.

T his starts from the materials used to make up the surface, and one particular

category in which we’re seeing particular innovation is fibreboards.

O ne that springs to mind is Honext, an innovative panel from Barcelona, composed of the cellulose slurry left behind by the paper-making industry. Reimagined as a lightweight substrate, its low-carbon production is also helping to reduce CO 2 levels, especially in commercial interiors.

G oing further into this category, brands like Valchromat are also committed to finding ways to reuse waste byproducts, with all of its full-colour MDF boards being FSC certified and sourced from forest waste, residue from timber mills and recycled pine with organic dyes.

R ecently, the full potential of the material’s surfacing ability was demonstrated at leading UK furniture college, Rycotewood, where a number of the students were able to achieve an ultra-smooth finish on the material.

G reen is the word

Taking a deeper dive into sustainable decors gaining popularity on the market are recycled plastics, which can be made into HDPE (polyethylene) sheets for super-resistant worktops. One that comes to mind is Durat, which has actually been on the market since 1990, using industrial waste plastics to create vibrantly-coloured, durable terrazzoinspired hard surfaces, perfect for countertop applications.

M anufacturing processes are just as important as the composition of materials. Sintered stone brands, such as Neolith, Dekton and Lapitec, are leading the way in sustainable hard surface products. Whilst organic materials are a must, it extends to the way they’re produced from using 100% green energy in production to guaranteeing circularity within the product’s lifecycle.

Circularity is something that many surfacing brands take very seriously, and as much as it’s still of value to be recyclable, being reusable is fast becoming the preferred outcome at the end of life. From take-back schemes to being repurposed for other useful applications, manufacturers are exploring innovative ways in which their materials can be reimagined at the end of their initial life.

A vibrant market

We’ve only scratched the surface of what’s currently going on within this exciting and ever-evolving category. What is clear is that, as much as change is being driven by fashion, it’s also arising from necessity as net zero gets closer and virgin resources become scarcer.

H owever, with so many different manufacturers investing in their raw materials and production processes, specifiers have plenty of choices when looking for materials which visually, structurally and sustainably meet requirements.

Dekodur HONEXT in Wallbox headquarters Neolith LAVA Fusion collection

DELIVERING THE LARGEST PREFABRICATED ELECTRICAL INSTALLATION IN EUROPE

Here, we find out how RMS partnered with LMOB electrical contractors to meet strict time deadlines for what they claim to be the largest offsite-manufactured electrical and building services solution in Europe.

4

0 Leadenhall is an £885m 900,000ft 2 office development with some retail and leisure facilities in the City of London. It consists of several stepped blocks that include two towers, one of which is 34 storeys tall and the other 14 storeys high.

T he challenge for the electrical and building services was to find a solution that contractors could install incrementally one floor at a time while sticking to a strict timetable to keep the project on track.

D ue to the scale of the project, the electrical contractor, LMOB, needed to install seven main risers, three in one tower and four in the other. They also needed a cable management solution to run the cabling to services on each floor.

L MOB contacted RMS with a proposed design for the main risers. These would be modular units that interconnect between each floor and need to accommodate a huge amount of services, equipment and cabling. Due to the complexity of constructing such units on site, RMS and LMOB decided that an offsite solution delivered to the site incrementally to meet the build schedule was the best option.

R MS decided to prototype a riser module for testing and inspection to prove that the concept would work in practice before committing to manufacturing. Produced in just two days, the team made some minor alterations to this test module before it was signed off.

S ays Pete Willshire, Managing Director of RMS: “It is one thing to have a design drawing for a solution, but for large, complex projects such as this, it really pays to prove that the concept will work in practice. It is better to test a concept than having to alter it on a busy construction site.”

For the main installation, RMS manufactured 460 modular riser units that the contractors installed one unit at a time. Many of these risers had services, such as electrical distribution boards, installed within them. To achieve this, contractors from LMOB worked on site at the RMS factory in partnership with the company. This ensured that each prefabricated riser module with preinstalled services was quality checked before delivery.

RMS scheduled deliveries with LMOB so that the riser unit modules for each floor, plus standard cable tray, trunking and other cable management products, all arrived one week in advance as a complete package.

E ach riser module connects to the module on the floor above and below it using a flexible link also designed and manufactured by RMS. These all had different heights since the concrete floors between levels have different thicknesses depending on how high each floor is in the building, with lower storeys having thicker floors.

Time-saving solution

Says Richard Pendleton, Operations Director at LMOB: “We managed to cut the electrical installation time for each floor down from an expected two to three weeks to just three days. When you are working on large projects like this and need to coordinate different trades, any time savings are a major factor in keeping projects on track.”

Working closely with LMOB, it was also a major logistical exercise for RMS to ensure that the right modules and standard products were all delivered to a central London site on schedule.

Continues Wilshire from RMS: “When people talk about offsite construction, they often think of complete rooms or pods that are connected together. Often, however, a manufactured solution removes complexity from the construction site to help save time and ensure a high-quality, consistent build for a complex system.

“At RMS, we are often involved in projects that combine bespoke design with offsite manufacturing at our factory with standardised cable management systems from our sister company Armorduct. It is far from a one-size-fitsall solution. Modern projects demand flexibility to meet the challenges of a construction site and being able to flex to meet different needs is an important requirement from manufacturers.

“ Over the years, we have learnt that the best results happen when a specifier engages with us at the beginning of a process. In this case, LMOB understood

what they needed, and we provided the design and manufacturing expertise to help them achieve this.”

40 Leadenhall is due for completion towards the end of this year. A major part of keeping the electrical and building services installation on track was due to offsite manufacturing, removing complexity from the construction site to cut time on site. With the shortages of skilled labour available, it is vital to maximise the resource that you have on site, so the role of offsite manufacturing is set to grow.

www.rmscablemanagement.com

BUILD FOCUS:

ROAD TO NET ZERO: RETROFITTING THE UK’S COMMERCIAL AND RESIDENTIAL PROPERTIES

Both commercial and residential buildings in the UK face significant challenges when it comes to addressing the net-zero agenda. Data from 2020 demonstrated that buildings and construction work in the UK produced nearly 1.9 million metric tons of CO 2 emissions 1

For existing commercial buildings, challenges include greenhouse gas emissions, energy waste and environmental degradation, whilst residential properties face challenges around energy consumption, carbon emissions and inadequate insulation. Retrofitting buildings can offer a viable pathway to address some of these issues and accelerate progress towards achieving net-zero targets set by the UK Government. Retrofitting energy-efficient technologies into existing buildings can enhance their sustainability performance and help to reduce their environmental footprint.

Commercial buildings

C ommercial buildings in the UK account for a significant portion of energy consumption and carbon emissions. These structures face challenges such as high energy consumption and significantly larger carbon footprints than residential buildings. Retrofitting offers a way to tackle these problems. Implementing energy-efficient measures, such as upgrading heating and cooling systems, improving insulation, upgrading lighting systems, optimising

HVAC systems and automating energy management systems, can significantly reduce energy consumption and lower carbon emissions. Furthermore, enhancing insulation and improving building envelopes can minimise heat loss and gain, reducing the demand for heating and cooling. Commercial buildings in the UK will be required to have an energy performance certificate (EPC) by 2025, with the Government proposing to introduce a requirement to have an EPC rating of at least ‘B’ by 2030 2 Assent worked on Stok, the repurposing of an old retail outlet in the centre of Stockport, Cheshire, into a flexible workspace. The building, developed by Glenbook, has achieved an EPC rating of A, thanks to attention being paid to the design of the redevelopment at every stage of the process. This is one example of the increased focus on positive environmental action that developers are taking to futureproof structures.

B y incorporating renewable energy technologies, like photovoltaic panels, commercial buildings can generate clean energy on site, further reducing reliance on fossil fuels. Retrofitting

commercial buildings not only reduces operational costs but also helps achieve the UK’s net-zero emissions targets. According to a report and analysis published by the UK Green Building Council, energy consumption across commercial buildings in the UK must be reduced by 59% by 2050 3 to align with the Paris Agreement. Whilst sustainability is now becoming an essential part of the built environment sectors, being at the forefront of these changes will add attractiveness to commercial buyers and leaseholders.

Residential properties

A ccording to reports, the average home in the UK is responsible for producing 8.1 tons of CO 2 annually 4 . Furthermore, research states that all UK homes will need to be retrofitted to an EPC band C standard by 2025 5 to meet the UK Government climate targets. Retrofitting residential properties offers an opportunity to address these issues and improve energy performance. Upgrading insulation, installing energyefficient appliances and integrating smart home technologies are effective

ASSENT

JOHN MILES IS THE TECHNICAL DIRECTOR AT ASSENT BUILDING CONTROL

In this article, John Miles, Technical Director at Assent Building Control, explores the challenges faced by commercial and residential buildings in the UK regarding the net-zero agenda.

Photo by Samuel Regan-Asante on Unsplash

ways to enhance energy efficiency in residential buildings. Improved insulation reduces heat loss, leading to lower energy consumption for heating and cooling. Assent Building Control worked on a project alongside EcoArc Architects, providing building control services on a bespoke renovation, turning an old windmill into a highly-efficient family dwelling. The project required insulation of the existing building structure to support sustainability requirements, which were achieved by working closely with the architect.

S mart home automation enables better energy management, allowing residents to optimise their energy usage. Moreover, integrating renewable energy technologies, like photovoltaic panels, enables homeowners to generate clean energy and reduce reliance on conventional energy sources. Retrofitting residential properties with technologies, such as this improves the EPC rating, lowers carbon emissions and promotes energy savings, ultimately contributing to the UK’s net-zero objectives and improving running costs and saleability of the home.

Retrofitting as a solution

R etrofitting is crucial in achieving net zero. With a significant portion of existing buildings constructed before modern energy-efficiency standards, retrofitting provides an opportunity to improve energy performance and reduce carbon emissions. Whilst retrofitting may not currently be the most affordable option, the long-term cost savings on

energy bills and futureproofing homes is undoubted. As a principle, retrofitting maximises the utilisation of existing infrastructure whilst minimising the environmental impact associated with the production of new materials. Additionally, retrofitting enhances occupant comfort and wellbeing and contributes to a sustainable and resilient economy.

R etrofitting aligns with the principles of a circular economy, as it extends the lifecycle of buildings and reduces construction waste. Did you know that the embodied carbon that comes from the construction of a typical new-build property is equivalent to up to 20 years of operational carbon emissions 6 ? Therefore, retrofitting, on the whole, offers a far more sustainable solution to reaching net-zero targets. By prioritising retrofitting with targeted Government support, the UK can transform its built environment, mitigate climate change and move closer to a sustainable, net-zero future.

The Building Safety Act and retrofitting

T he upcoming changes being brought about by the Building Safety Act in the UK will have a significant impact on retrofitting mixed-use commercial and residential properties. It introduces stricter safety standards and regulations, not only for high-risk buildings (over 18m/seven storeys and more than two dwellings), but all buildings in the UK, including residential, requiring retrofitting projects to comply with enhanced safety measures.

T he Building Safety Act ensures that retrofitting projects prioritise both safety and sustainability in the same way that new developments have to, leading to the creation of safe and environmentally-friendly buildings in the UK. It also emphasises the competency and accountability of those involved in retrofitting projects. Additionally, the act introduces third-party oversight and a gateway process for higherrisk buildings, ensuring compliance with Building Regulations. Architects, developers and contractors must all be aware that the plans submitted for approval should be full and final and cannot be adapted on site. Therefore, early partnership with building control is essential to ensure all regulations are met and safety standards adhered to.

Conclusion

S ustainability is at the forefront of the construction industry’s agenda, particularly in the UK, where efforts to achieve net-zero targets are being prioritised. The Construction Leadership Council has recently launched the Zero Diesel Sites Route Map, backed by Nasrat Ghani, the Minister for Industry and Economic Security, which is designed to be a key step in making UK construction the greenest in Europe. Retrofitting commercial buildings and residential properties offers an effective solution to address sustainability challenges and drive progress towards a net-zero future for all structures. As the industry embraces retrofitting practices, it propels the UK towards a more sustainable future, leading the way to a net-zero built environment.

www.assentbc.co.uk

FOOTNOTES:

1https://www.statista.com/statistics/486047/co2emission-from-buildings-and-building-constructionworks-uk/#:~:text=CO2%20emissions%20 from%20buildings%20and,in%20the%20UK%20 1990-2020&text=Buildings%20and%20building%20 construction%20works%20in%20the%20United%20 Kingdom*%20produced,compared%20to%20the%20 previous%20year.

2https://conceptenergy.org/ukgbc-launchesguide-to-low-carbon-retrofits-for-commercialbuildings/

3https://workplaceinsight.net/retrofit-is-essentialfor-the-uks-stock-of-poor-performing-commercialproperty/

4https://heatable.co.uk/boiler-advice/averagecarbon-footprint#:~:text=In%20short%2C%20the%20 report%20makes,current%20average%20of%20 8.1%20tonnes.

5https://www.trustmark.org.uk/homeowners/ whole-house-retrofit#:~:text=Why%20is%20 Retrofitting%20Your%20Home,band%20C%20 standard%20by%202035.

6https://www.netzerocarbonguide.co.uk/guide/ early-decisions/retrofit-or-new-build/summary

Photo by Dan Meyers on Unsplash

Photo by Matthias Heyde on Unsplash

Photo by Anne Nygård on Unsplash

HOW TO DESIGN AND BUILD FIRE-SAFE TIMBER BUILDINGS

Nick Boulton, Chief Executive Officer of the Trussed Rafter Association and Chief Technical Officer of Timber Development UK, outlines how to design and build timber buildings to ensure they are safe from fire.

If we are to meet our net-zero targets, the built environment must reduce its carbon footprint. This means reducing the operational carbon from a building’s heating and lighting, as well as the embodied carbon emitted from construction processes and materials.

O ne of the best ways to reduce embodied carbon is through the use of more sustainable materials, and responsibly-grown timber is one of the most sustainable materials available to us now.

However, designing and building a timber building that is safe from fire requires specific expertise and knowledge. It is essential to understand the unique characteristics of timber and to ensure that building codes and safety standards are adhered to.

Reaction vs resistance to fire

To understand a building material’s ability to withstand fire, there are two main factors to consider: reaction to fire and resistance to fire. It’s crucial to differentiate between the two.

Reaction to fire

Reaction to fire refers to whether a material acts as fuel for the fire prior to a flashover. Materials are categorised using a fire classification system consisting of seven

groups, from A to F, where A indicates non-combustible materials and F indicates highly flammable ones.

D uring the early stages, when a fire is still becoming established, there are five important factors to evaluate and measure as follows:

Ignitability: How readily will a material ignite and catch fire?

Spread of flame: Once ignited, how quickly will flames spread across the surface of that material?

Heat release: Once alight, how much heat energy will be generated by the burning material?

Smoke production: How much smoke will be generated by the burning material?

Flaming droplets: Will the burning material disintegrate and produce burning droplets or debris that may fall onto and ignite other surfaces?

Timber has predictable performance in a fire

I n a fire, timber will burn steadily at a predictable rate and has low heat conduction. The timber chars at a low rate and in a uniform way; the charcoal that is formed on the surface of the timber serves to insulate and protect the core.

C harring should be taken into account when using timber for structural

purposes. The thickness of a loadbearing timber can be chosen based on its strength after charring to maintain structural integrity in a fire.

If timber is protected from direct attack by a fire source, such as in timber-frame buildings with plasterboard linings, it cannot ignite and burn until the surface temperature reaches at least 400°C.

Where necessary, timber’s reaction to fire can be improved through the use of a Wood Protection Association (WPA) Benchmarkapproved flame-retardant treatment and quality-assured application system.

Resistance to fire

O nce a flashover occurs, the fire becomes uncontrollable and all combustible materials are assumed to be burning.

At this point, the focus shifts to ensuring fire containment for safety purposes. This is achieved through the performance of building structures and design elements, such as walls, ceilings, floors and doors, and is not solely based on the performance of individual materials.

T here are two different types of fire resistance measures for timber buildings: passive fire protection and active fire protection.

Passive fire protection

Passive fire protection measures are designed to contain or slow down the spread of fire and smoke through the building structure. They include fireresistant walls, floors and ceilings, as well as fire doors, fire dampers and fire-resistant glazing. Passive measures are intended to prevent the spread of fire and smoke, limit damage to the building and provide time for occupants to evacuate safely.

T he necessary measures will differ according to building type and use and are outlined in Approved Document B. For example, when timber-trussed rafters are used for a roof in a residential home, the plasterboard that forms the ceiling below must have 30-minute fire resistance.

I n addition, fire-retardant treatment is often applied to raw and finished wood to meet the fire resistance standards outlined in BS 476-22:1987.

C avity barriers also play a significant role in passive fire protection. Timber frames within a construction must be placed within a ventilated cavity to avoid rotting. However, without cavity barriers, there is a risk of fire entering this cavity and causing the building to burn from inside the walls.

To prevent this, cavity barriers made of mineral wool insulation are used in timberframe buildings. This prevents the spread of hot gases from a fire and limits its ability to spread. It is essential that these barriers are properly installed on site for them to work correctly.

Active fire protection

A ctive fire protection measures are designed to detect and control a fire when it occurs. These include fire alarms, sprinkler systems and other fire suppression systems. These measures are intended to extinguish the fire quickly or contain it until firefighters arrive, reducing the damage to the building and protecting occupants.

Together, passive and active fire protection measures contribute to the overall fire resistance of a building, helping to ensure the safety of occupants and limit the potential damage caused by a fire.

Risk assessments

A fire risk assessment can identify potential fire hazards and evaluate the likelihood and consequences of a fire, enabling appropriate measures to be taken to prevent or minimise the risk of fire. S uch assessments can also help identify appropriate fire protection measures, such as the installation of sprinkler systems or fire-resistant materials, to enhance the safety of occupants and protect property. Ultimately, conducting a fire risk assessment for timber buildings is an essential step in ensuring the safety and wellbeing of occupants and the longevity of the structure.

Timber Fire Safety website

The timber industry recently launched a new information resource known as Timber Fire Safety. This peer-reviewed website gives a single point of access to information and guidance regarding fire safety in timber buildings with a focus on both UK regulations and European standards.

www.timberfiresafety.org

ACCESS 360 CELEBRATES CPD SUCCESS

ACCESS 360

Access 360 delivered over 150 Continuing Professional Development (CPD) seminars throughout 2022, sharing expert knowledge and advice with over 3000 architects, specifiers and contractors. Access 360’s complete suite of RIBAaccredited CPDs provides industry professionals with the latest guidance on regulations and best practice. This includes its most popular CPD, Fire & Smoke Access Solutions, which explores the fundamentals of fire ratings and certification, in addition to successfully managing access, fire safety and security requirements for commercial and residential buildings. The Roof Access and Natural Smoke Ventilation for Flat Roofs CPD outlines current practice regarding the provision of smoke ventilation and roof access whilst discussing new design considerations and applications as a result of latest Building Regulations. Access 360’s flagship CPD, Safe, Practical and Aesthetic Roof, Ceiling, Wall and Floor Access Solutions, provides an essential guide to the specification of access solutions.

www.access-360.co.uk

cpd@access-360.co.uk

KNAUF INSULATION LAUNCHES OMNIFIT SLAB 32

KNAUF INSULATION

Knauf Insulation has launched OmniFit Slab 32, the first 32-lambda glass mineral wool insulation slab on the market for use in light steel frame systems (SFS) as part of a rainscreen facade or other external wall build ups. “From thermal performance to fire safety, the regulations governing how buildings are built and perform are getting stricter,” explains Liliya Luke, Glass Mineral Wool Product Manager at Knauf Insulation. “We have launched OmniFit Slab 32 to help our customers deliver the low U-values required without compromising on fire safety, acoustic performance or sustainability. Specifiers can now optimise their rainscreen facade systems by adding the benefits of glass mineral wool to their build up – delivering acoustic performance and reduced embodied carbon compared to rock-only solutions, with an insulation specification that remains completely non-combustible.” OmniFit Slab 32 is primarily designed for use with Rocksilk RainScreen Slab when used in rainscreen applications and is suitable for use in the external wall systems of all residential buildings over 11m tall and relevant residential buildings over 18m tall.

www.knaufinsulation.co.uk/omnifit-slab-32 01744 766600 info.uk@knaufinsulation.com

ROCKWOOL INSULATES NEW HOMES IN ADAMSTOWN, CO. DUBLIN

ROCKWOOL

ROCKWOOL LAUNCHES NEW SOUNDPRO GUIDE

ROCKWOOL

To support specifiers in selecting acoustic solutions for education and residential applications, ROCKWOOL has launched ROCKWOOL SoundPro. The specialist guide combines technical data, product information and the latest regulatory advice in one place, aiding the specification of stone-wool solutions for settings where sound insulation is key. ROCKWOOL SoundPro outlines the importance and principles of good acoustic design and how to effectively enhance the acoustic capabilities of building projects. ROCKWOOL SoundPro includes various strategies and functions that can reduce the amount of unwanted noise transfer through walls, floors or roofs.

www.rockwool.com/uk/soundpro

01656 868490

technical.solutions@rockwool.co.uk

Hallwell by Hugh McGreevy & Sons is a development of 100 new homes designed by Hugh McGreevy’s in-house team. They were planned with a masonry cavity wall construction and a preference for stone-wool insulation due to its non-combustible properties. Working with the developer, ROCKWOOL conducted all U-value calculations for the project. These demonstrated that NyRock Cavity Slab 032 would achieve the target U-value of 0.18 W/m 2 K within the 200mm cavity space. This led to the specification of 14,000m 2 of 160mm NyRock Cavity Slab 032 in a partial fill application. To satisfy fire regulations in cavity applications, 9000m of ROCKWOOL TCB Cavity Barrier was also specified.

01656 868490

STO INSULATION RAISES THE TEMPERATURE FOR GLOBAL HEADQUARTERS BUILDING

STO

www.rockwool.com/uk

technical.solutions@rockwool.co.uk

A StoTherm Mineral external wall insulation system from Sto was chosen to deliver excellent thermal performance for an office building in Loughborough. The Sto system was installed on the £21m building on Loughborough University Science & Enterprise Park (LUSEP), which now accommodates the flagship office of The Access Group. The StoTherm Mineral system uses mineral fibre boards to provide reliable thermal insulation. Its compact single-leaf construction allows this to be achieved without reducing the building’s interior space. It can be installed without the need for additional expansion joints to create smooth and visually-appealing external surfaces, and it also delivers both unrivalled fire protection and improved sound insulation.

www.sto.co.uk

0141 892 8000 info.uk@sto.com

ELEVATION APPRAISAL: POTENTIAL PENETRATION PATH PROBLEM

Cavity Trays was asked to visit an attractive church that had been erected 10 years earlier. It was built of cavity wall construction, punctuated with some large traditional stone mullions. A sympathetic blend of new with old.

Th e company had been contacted because, despite being in a relatively sheltered area, the church was showing signs of internal dampness in and around a double gothic arch situated within an external wall. The side-by-side arches shared a centre stone pier, and just above the dual arches was a large circular window that was also rather damp, predominately around its lower half. Some DPC measures had been originally incorporated but were inadequate or, for some reason, were not functioning correctly.

I nvestigations revealed some of the problems resulted from blending two construction methods. Rainwater penetrating the masonry above the circular window during heavy rainstorms was then being channelled around the perimeter of the circular window. The accumulating water was then discharged at the bottom of the circle, at a position of approximately six o’clock. This discharge point in the cavity was directly above the centre mullion/pier of the two gothic arches. The volume of water had nowhere else to go – it was within a restricted area, with the only outlet possible directing it onto the solid mullion/pier.

T he mixing of cavity walls (within which water is able and intended to flow) and solid traditional features requires careful detailing. If construction features exist that channel concentrations of water, those concentrations must be minimised and discharged before any converging masonry features occur. In this particular case, the demands were too much, and the result was dampness in the building.

It was decided to adopt a two-fold approach:

1: A s the openings were at the bottom of a relatively high tower, the masonry rain absorption area above the openings was extensive. It made sense to reduce and minimise the potential water volume gravitating to that lower level.

2: B oth the circular window and gothic arches were to receive new damp protection that additionally took into account the presence of a central solid pier.

T he introduction of a modified, circular Type K cavitray incorporating horizontal arresting barriers at three o’clock and six o’clock solved the water volume problem.

E ach arresting barrier enabled the penetrating water to be discharged at the far outside end of each barrier, well away from the arches and mullion features. Caviweeps serviced the water evacuation path.

Type BA curved cavitrays were then introduced to protect the gothic arches. Each arch tray had extended sides to act in the same way as the higher arresting barriers. Again, Caviweeps serviced the evacuation path.

T he two-fold approach relocated concentrations of water away from the protected openings. Following the installation of Cavity Trays' recommended products, the problems were banished.

C avity walls are designed to function with water gravitating within the masonry itself and upon the masonry inner face. Elevation appraisals can identify where penetrating water will accumulate and make provision to control and evacuate it.

C avity Trays is based in Yeovil, Somerset, and is the longest-established cavity tray company. The only UK tray manufacturer awarded European Technical Approval, it has just celebrated 100 years of specialism. Cavity Trays manufactures bespoke solutions in addition to the widest range of preformed, approved products.

FURLONG FLOORING LAUNCHES BEYOND

WOOL COLLECTION

Poised to deliver excellence beyond expectation, the new British-made Beyond Wool collection from Furlong Flooring will give customers the wool-like look they want, with the finish they need. This treat for the feet is sure to create the very best interiors and includes a great new addition with a 100% recycled yarn range to give customers a sustainable, durable and easy-to-clean carpet.

Th e luxury Beyond Wool collection consists of five ranges with a choice of luxury twist and loop pile carpets that give customers the natural wool-like look combined with the practical benefits of stain and moth resistance. Featuring the twist pile ranges of Renaissance, Elegance and Serenity along with the loop piles of Henley and Marlow, the Beyond Wool collection will also include the 100% recycled yarn loop pile range of Amesbury & Castlerigg from June 2023.

Made from recycled polypropylene yarn, the Amesbury & Castlerigg range features 100% bleachcleanable fibres, that keep a carpet looking great while being easy to clean. With a choice of six natural hues and two on-trend loop designs, the range is made in a

www.furlongflooring.com

F. BALL DELIVERS WIN-WIN FOR DECORETTE WOONATELIER

F. BALL AND CO.

Stopgap 600 Base deepsection base compound and Styccobond F49

two-ply construction with Furlong’s award-winning Combi-bac backing to ensure a trouble-free fitting and a stunning finish. These Class 33 carpets are also suitable for heavy domestic and commercial applications.

01322 628700

O ffering outstanding value and choice, without compromising on contemporary style, the Beyond Wool collection will give customers a hard-wearing and stylish carpet suitable for use across the home.

marketing_southern@furlongflooring.com

MAPEI ULTRACOLOR PLUS WITH ZERO IMPACT ON CLIMATE CHANGE NOW AVAILABLE IN THE UK

MAPEI

Hybrid PS adhesive were amongst the products from F. Ball and Co. used to install floorcoverings in the new premises of the Echt franchise of the Dutch home deco retailer Decorette. After installers began removing old ceramic tiles and mechanically preparing the subfloor to remove adhesive residues, floor levels needed to be raised by 11mm. To do this, flooring contractors applied Stopgap 600 Base deepsection compound at a thickness of 7mm. Pressure-sensitive adhesives from F. Ball were then used to install PVC planks in a herringbone formation in the 200m 2 area. Floorcoverings were adhered using Styccobond F49 Hybrid PS temperaturetolerant adhesive in the areas near floor-to-ceiling windows, which had the potential to cause solar gain and, consequently, extreme temperatures and temperature fluctuations – this can cause floorcoverings to expand and contract significantly, leading to unsightly tenting and gapping at the edge of vinyl floorcoverings over time. Styccobond F49 Hybrid PS develops the ultra-high bond strength to hold floorcoverings firmly in place in these situations.

01538 361633

www.f-ball.co.uk

mail@f-ball.co.uk

Mapei UltraColor Plus is the first of a new line of iconic carbonneutral products for tile and stone installation to be available in the UK. Initially launched by Mapei to the Italian market earlier this year, the range is now being introduced worldwide. The new line will enable contractors, designers and specifiers to choose materials with zero impact on climate change. For Mapei, “zero impact on climate change” means that CO 2 emissions measured throughout the lifecycle products from the Zero line in 2023 – using Life Cycle Assessment (LCA) methodology, verified and certified with EPDs – have been offset through the acquisition of certified carbon credits in support of renewable energy and forestry protection projects. UltraColor Plus is Mapei’s signature antiefflorescence, quick-setting and drying polymer-modified grout, featuring water-repellent DropEffect and mouldresistant BioBlock. In the UK, Zero line adhesives are to follow in the future. The international product line includes Keraflex Easy S1 Zero, Keraflex Extra S1 Zero, Keraflex Maxi S1 Zero and Ultralite S1 Flex Zero adhesives and UltraColor Plus grout.

0121 508 6970

zero.mapei.com

info@mapei.co.uk

FURLONG FLOORING

TRADITIONAL TIMBER WINDOWS AND DOORS

The Sash Window Workshop specialises in traditional, energy-efficient timber windows and doors for period property renovations.

Th e company was contacted to supply a bay window and three box sash windows for a renovation project in Alderney. Before placing the order, the customer visited The Sash Window Workshop to see how it manufactures its windows and doors and check the quality of the work. During their visit, they were shown around the workshops, allowing them to see how the products are made and the care that goes into them.

A fter initial sizes and the design of the windows were provided, a quotation was sent across for complete new Accoya sash windows. Accoya was chosen due to its high durability, stability and 50-year anti-rot guarantee.

T he customer then decided to proceed with the order, and after the measurements of the windows were confirmed, the joinery was manufactured and a collection date was arranged. The windows were supplied fully factory finished, meaning that they were painted and provided with the required weights, cords and ironmongery.

W hen the windows had been manufactured, they were collected by the customer’s courier and delivered to the site for their builder to install. After the work was completed, the customer emailed to say: “The windows look great,

so thank you very much…The house was built in 1755, so the windows are very much in keeping with the period.” He also commented that his builder was “suitably impressed with the windows”.

T he Sash Window Workshop has worked on various period properties, from small Victorian flats to large Georgian mansions and prestigious properties, including Buckingham Palace. Where necessary, the company can comply with conservation area and listed property requirements.

E stablished in 1994, The Sash Window Workshop can manufacture complete new sash windows, casement windows and external doors. In addition to its nationwide supplyonly service, the company also offers an installation service for properties located in London and southern England. All new windows and doors are manufactured at its workshops in Bracknell, Berkshire, enabling the fenestration specialist to ensure that the new joinery meets high standards.

For new windows and doors, the company offers a wide range of glass, finishes and ironmongery options to meet customers' requirements. The materials are chosen to give the best possible performance, combining minimum maintenance with maximum lifespan.

I f a complete replacement isn’t required, The Sash Window Workshop can also manufacture and install new, doubleglazed sashes into the existing window frames or provide a draughtproofing service to improve the energy efficiency of the existing windows.

T he Sash Window Workshop understands the importance of providing excellent customer service, highlighted by the fact that roughly half of its orders every year come from existing customers or recommendations. The company is also FENSA registered and FSC certified.

THE SASH WINDOW WORKSHOP

DOORS & WINDOWS

CLEMENT STEEL WINDOWS AND DOOR SCREENS CHOSEN FOR FAMOUS MARKET STREET

IN THE HEART OF LONDON’S SOHO

Berwick Street is a lively and diverse community built between 1687 and 1703. It runs between Oxford Street to the north and Peter Street to the south and is well known for its thriving market, which is one of the oldest in London.

T

www.clementwindows.co.uk

KAZ FOR PRESIDENT

T

S aid Kaz: “I am delighted to be taking over the presidency of the guild. CPD and compliance are vital for our members – becoming trained and demonstrating competence. The work done over the past few years has increased the focus on professionalism, particularly the REG AI status, and the aim is to continue that.”

changes made were in keeping with the surroundings.

h e 1950s block at 90-104 Berwick Street has been transformed into a stylish, contemporary mixeduse development. Although unlisted, the building is situated in the Core Central Activities Zone and the Soho Conservation Area, so it was vital anyClement Windows Group supplied and installed the custom-made steel windows and door screens used for the shop fronts on the ground level. A combination of products was specified from both hotrolled and cold-formed steel profiles, all with polyester powder paint surface coatings. These included Clement W40 steel windows which sit beside and above

the doors, the Jansen Economy 50 range of single and double doors and Jansen Economy 60 range of bi-fold doors.

Project Manager Ben Styles of Nicholas Stephens Construction commented: “The Clement W40 steel windows and the Jansen Economy doors provided us with the slender, elegant frames we wanted… giving the shop fronts a contemporary look while remaining true to the urban origins of the site.”

Architectural Ironmongers provide specialist scheduling service and technical support for architects and contractors, specifying and installing products that are fit for purpose whilst ensuring compliance with the many standards.

www.geze.co.uk 01543 443000 info.uk@geze.com

CLEMENT WINDOWS GROUP

GEZE UK

FIRST LARGE-SCALE INSTALLATION OF ALUK’S NEW C70S 70MM WINDOW SYSTEM

HG Construction’s recently-completed £77m Canada Street development in London’s docklands for client Scape is the first large-scale installation of AluK’s new C70S 70mm window system.

Th e mixed-use project includes modern student accommodation in blocks up to 10 storeys high, affordable housing and commercial and health space. It showcases the benefits of AluK’s new, thermally-efficient, slim sightline system and demonstrates just how easily it can be integrated into a scheme alongside AluK’s 77ID system

residential doors, SL52 capped curtain walling and GT55TB commercial entrance doors.

I n total, there is almost 4600m 2 of glazing on the Canada Street development, all designed, fabricated and installed in AluK systems by Arkay Windows.

T he C70S system was chosen by HG Construction in response to the

specification from Stephen Marshall Architects. Sam Coley, a Partner at Stephen Marshall, explained: “Our specification was for a high-performing contemporary aluminium fenestration and facade system with slim sightlines and excellent U-values – and the AluK systems were ideal for that.

“ The fact that we could use two different window configurations, residential and commercial doors and curtain walling from one supplier right across this mixed-use development meant we got a satisfyingly uniform look right across the project. For safety and optimal natural ventilation in the student accommodation, we were even able to specify a cost-effective fixed light in AluK alongside a vertical louvre.

“ The design scheme at Canada Street included an innovative pre-cast banding facade solution which HG Construction were able to deliver very successfully in the AluK window system, and we’re really pleased with the finished look.”

For HG Construction, the project represented a significant construction challenge because it sits very close to Canada Water Underground station and directly above the busy Jubilee Line. Logistically, there were also tight timescales to meet because the student accommodation blocks needed to be finished in time for the start of the academic term.

A luK and Arkay worked closely together to meet the timescale and to accommodate the fact that the installation method had to be changed from traditional scaffolding to working off mast climbers. This meant the installation sequence switched to elevation by elevation and there had to be multiple installation teams working on different blocks at the same time in order to meet the completion dates.

S ony Atwal, Arkay’s Technical & Operations Director, commented: “This project required a well-engineered, cost-effective window system, and the C70S fitted the bill perfectly. It met all the performance and aesthetic requirements and was quick and easy to fabricate and install. Because it shares some components with the AluK 58BW system, which is one of our most popular products and has a similar fabrication method, we were easily able to integrate it into our factory and deliver the same level of quality and precision.”

T he 70mm C70S system has the same slim 89mm sightlines as the 58BW window system but also boasts class-leading wind (600Pa) and watertightness (1500Pa). It has Secured by Design accreditation and can accommodate 50mm acoustic glazing, making it a good choice for this type of noisy urban environment.

DOORS & WINDOWS

WORLD-CLASS SOLUTION FOR STUNNING BARN REFURBISHMENT

Systems from Smart Architectural Aluminium’s high-quality window and door ranges have been installed in a barn refurbishment, bringing a new lease of life to the stunning building and echoing the outstanding quality of the design and material specification of the home’s interior and exterior.

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A round the barn, five sets of Smart’s Visoglide lift-and-slide doors have

www.smartsystems.co.uk

wned by Sally Bigg OBE and her husband, Jonathan, the barn is situated in West Sussex, with the 72-year-old building sitting in two acres of land. Sally is perhaps better known by her maiden name, Gunnell, and was the winner of the 1992 Olympic gold medal in the 400m hurdles. A former world, and still the British, record holder, Sally is the only female British athlete to have won Olympic, World, European and Commonwealth titles.been installed to create a light and airy environment throughout, as well as to provide a link between the internal and external living spaces when the doors are open.

E choing the slim lines of the Visoglide doors are the 16 Alitherm 300 casement windows and three EcoFutural tilt-andturn windows, which deliver outstanding thermal performance as well as contributing to the sleek and elegant aesthetic of the barn.

CREATING AN ICONIC GATEWAY

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T he building has a BREEAM ‘Excellent’ rating for its design, so the Slimdrive SCR was the perfect complement. The circular entrance features two sets of automatic bi-parting curved glass sliding doors, creating a lobby that minimises heat loss or gain and so helps to contribute to the building’s environmental credentials.

I n addition, the Slimdrive SCR automatic curved sliding door provides a light and airy all-

h e design features a colonnade sweeping across the front of the building, echoing the curve of the spine road and a new public space. The column spacing guides occupants and visitors to the entrance – a GEZE Slimdrive SCR curved automatic sliding door.glass lobby entrance that blends seamlessly into the facade and the large glass atrium; it combines high performance with unobtrusive operation.

I nside the operator’s deep canopy, an integrated air curtain was installed to further minimise any heat loss and maintain the aesthetics of the building.

T he Slimdrive SCR automatic operator also provides uninhibited access and so meets the demands of Part M, BS 8300 and EN 16005, whilst the access control system ensures security.

C ontinuing the design theme, at the rear of the property, an Alitherm Plus residential door has been installed, while a Sherbourne front door from Smart’s statement Designer Door range completes the scheme. With all the windows and doors finished in a textured black, polyester powder coat paint finish, the building will maintain its stylish good looks for many years to come, with only minimal maintenance required.

MODULAR BUILDING BLENDS IN PERFECTLY AT MARTIN HIGH SCHOOL

Students and teachers at Martin High School are enjoying a beautiful new classroom block at their school in Anstey, Leicestershire.

Cl assroom space for the humanities department was limited. The department’s classrooms were far too spread out across the site, which was not the ideal learning environment to deliver the desired curriculum. The school sought to replace an old, small prefabricated block of classrooms with a modern bespoke building to serve as a centralised humanities hub.

T hrough a competitive tender process overseen by Surveyors 2 Education, Wernick Buildings was awarded the project by the Lionheart Educational Trust.

A two-storey modular building was a more cost-effective solution for the trust. The client remarked that a modular option allowed them to get more value for money across all project operations. It was also a more time-efficient choice. Unlike traditional buildings, a modular classroom block is manufactured and assembled in a controlled factory environment in a matter of weeks, drastically reducing the time spent on site.

Wernick provided a full turnkey solution, complete with the demolition of the existing building and a full internal and external services package.

To ensure that the building did not look out of place, the block was designed to match the existing architecture of the surrounding buildings.

E ach of the building’s 20 modules was manufactured in Wernick’s dedicated facility in South Wales. The offsite manufacture of the building modules in a factory environment gave the project several advantages. Firstly, the building could be constructed at the same time as the foundations were being prepared on site, dramatically reducing disruption on the school site and allowing students to continue learning without interference. Manufacture was also not affected by site conditions like the weather, making the programme even more reliable. This was vitally important for the school, with the building deadline being set within the academic school year.

Wernick’s manufacturing process was also a sustainable option for the client. The controlled conditions used to build modular units means almost no waste goes to landfill. Everything is filtered for recycling, and what can’t be recycled is shredded and distributed to a local ‘energy from waste’ plant.

WERNICK

O nce complete, the modules were transported to the school in Leicestershire via lorry. Due to the tight footprint of the site, the client worked closely with building crews to make sure there was sufficient space to proceed. The Wernick team proposed using a retaining wall to assist with the tight logistics of the area. Modules were then craned into position and bolted together to form the core of the building. Robust brick-skin cladding was later added to the core to give a more traditional construction appearance that perfectly matched the existing campus buildings.

Construction on the project was completed in October 2022. Both students and teachers continuously say that the block “looks like a traditional building”. External features include a large frontal canopy, an exterior staircase and curtain walling. It also has been outfitted with an energy-efficient heating and ventilation system. The interior is equipped with a customised, technologyrich IT suite, five spacious classrooms and several staff offices. Other indoor features include WCs and accessible toilets on each floor, an accessible platform lift next to the stairs and storage areas.

OFFSITE EXPO: THE HOME OF OFFSITE TECHNOLOGY INNOVATION

Bringing together the sector’s most influential innovators who are driving change in the construction industry, OFFSITE EXPO provides fast and efficient access to a wealth of knowledge and offsite innovation. By attending this highly-focused event, construction professionals can gain a broad spectrum of offsite industry intelligence and practical insight – all under one roof.

Ta king place at the Coventry Building Society Arena on 19 and 20th September, OFFSITE EXPO is the focal point of innovative building and digital construction technologies. Presenting a compelling proposition, OFFSITE EXPO will feature a combination of advanced manufacturing approaches and smart digital construction technologies. With innovative displays, live demonstrations and

pioneering speakers, the event will play host to leading experts, offsite manufacturers and component suppliers showcasing a broad spectrum of panelised, volumetric modular systems, pod and prefabricated MEP solutions.

E xplore –offsite technologies

T he case is unequivocal – offsite technology challenges outmoded construction practices and is a

progressive and productive step that is set to revolutionise the way buildings are designed and assembled. Every major review of the construction industry has in some way recommended a move towards advanced factory-based construction methods.

T his specialist offsite technology event is destined to become Europe’s largest dedicated event, providing direct access to explore this innovative and fast-moving sector. Get to grips with the latest offsite methods and smart digital technology; OFFSITE EXPO showcases the widest and most comprehensive display within the built environment.

E xpertise –CPD-accredited masterclasses

P resenting the optimum personal development opportunity, rapid and efficient access to the latest information is crucial to success. Advanced offsite approaches and innovative technologies are changing the face of construction. The Explore Offsite Masterclass Theatre and Spotlight on Offsite Panel Discussions, in partnership with Offsite Alliance, provide over 40 hours of CPD-accredited presentations in a dynamic and interactive format for those looking to learn directly from eminent offsite industry experts.

E xpect –business development opportunites

T he Offsite Connect Forum is the most dynamic ‘meet the buyer’ business development opportunity of the year. OFFSITE EXPO exhibitors can gain access to key industry professionals with a buying or specifying remit. This forum offers a structured, highly-effective way for new and existing offsite industry suppliers to connect with potential customers easily and cost effectively in highlyfocused meetings.

E xposure – offsite awards

It is not only the exhibition that has exciting development plans, returning for 2023; OFFSITE EXPO will host the dynamic and innovative Offsite Construction Awards. Taking centre stage, the Offsite Construction Awards will take place at OFFSITE EXPO on 19th September. Since inception eight years ago, the awards have been on an upward trajectory presenting professionals operating in the sector with outstanding opportunities to showcase excellence and network with those who are gaining industry recognition.

E xperience – the offsite event of the year

S howcasing the greatest display of offsite building and digital construction technologies under one roof, OFFSITE EXPO aims to attract circa 4000 delegates and is geared towards creating the ultimate visitor experience. OFFSITE EXPO is the place for people to engage with key industry contacts, acquire new knowledge and network in vibrant surroundings.

Get connected

To join the offsite conversation, become a member of the Explore Offsite LinkedIn group: https://www. linkedin.com/groups/7456674. Or, to stay up to date with the latest announcements, follow #OffsiteExpo on Twitter at @ExploreOffsite. To register your FOC place at Offsite Expo 2023, visit the below website.

www.offsite-expo.co.uk

OFFSITE EXPO

KING'S CROSS STATION SWITCHES TO LEDVANCE TO CUT ENERGY, MAINTENANCE AND RUNNING COSTS LEDVANCE

LEDVANCE LED lighting solutions have been installed across platforms 1 to 8 at London’s historic King’s Cross Station to significantly reduce maintenance costs and energy consumption while futureproofing the building’s illumination systems. The retrofit saw numerous traditional 400W metal halide lamps replaced with over 160 LEDVANCE High Bay DALI 115W 4000k luminaires with IP65 protection, fitted with high-quality aluminium reflectors. The Victorian building is a site of national significance, and even small changes to its structure require planning authority approval. While looking the same as the old lights and providing the same amount of brightness – both essential requirements – the new units use much less electricity and last far longer, providing energy savings of up to 60% compared to conventional high bay luminaires. Thanks to DALI-2 certification, they can also be used with any lighting control system that may be installed in the future.

01925 465000

www.ledvance.co.uk

csc.uk@ledvance.com

ONE UNIT, ONE RESPONSIBILITY RENSON UK

When sourcing ventilation products, it’s common to rely on several suppliers for each component. Different manufacturers will often focus their expertise on particular elements, so by sourcing the best components from various suppliers, you’re bound to end up with the perfect product. Not according to Martin Daniels, National Sales Manager of Renson UK. “At Renson, we’ve spent time carefully developing each component of our louvre products, including the insulated blanking plates, spigots, plenums and insulating boxes for acoustic louvres, and have combined these products to produce a one-unit solution that benefits both developers and aluminium fabricators,” he said. “Manufacturing and supplying a one-unit solution not only means our customers can conveniently source their ventilation solutions from one place, but that should anything go wrong with the product, there’s only one party responsible. At Renson, we take full responsibility for every component and have adopted the principle of ‘one unit, one responsibility’.” For the past 50 years, Renson UK has specialised in the design, development and production of high-performance ventilation products, supplying fully-tested, high-quality louvres for every application.

www.renson.net/en-gb

HAMWORTHY HEATING PROVIDES SHASTID ENERGY WITH A QUICK AND RELIABLE SOLUTION

HAMWORTHY HEATING

KNIGHTSBRIDGE SEES PART M IN ANTHRACITE AND WHITE

KNIGHTSBRIDGE

Knightsbridge has recently compiled a collection of wiring accessories ideally suited to environments where meeting Part M of the Building Regulations is a concern. The collection covers safety, ease of use and hygiene, encompassing anti-bacterial switches and sockets and accessories dedicated to those with disabilities. At the heart of the Part M range is colour-contrasted, outboard rocker sockets and high-contrast and wide-rockered switches for both lighting and appliances. To assist people with visual impairments, socket chassis come in a striking anthracite finish with white rockers for contrast. This range satisfies recommendations that switch contrast with front plates, which contrast with walls.

www.mlaccessories.co.uk

01582 887760

sales@mlaccessories.co.uk

Hamworthy Heating has supplied Shastid Energy with a Tyneham airsource heat pump for installation at its premises in Cambridgeshire. The Tyneham heat pump range offers superb operational reliability, excellent quality and outstanding performance backed up by engineering excellence and lifetime support. One of the lightest commercial heat pumps on the market, it features a coefficiency of performance (COP) rating of up to 4.85 to provide efficient, low-carbon heating. The seven models in the range have six nominal outputs of between 14 to 70kW, which can also be cascaded to achieve higher outputs in larger installations. Incorporating an invertercontrolled compressor to accurately match the heat demand, Tyneham heat pumps use R32 refrigerant to deliver increased efficiencies.

01202 662552

IDEAL HEATING LAUNCHES HEAT PUMP RANGE FOR COMMERCIAL BUILDINGS

IDEAL HEATING

www.hamworthy-heating.com

sales@hamworthy-heating.com

Ideal Heating has launched a new range of monobloc air-source heat pumps to help improve energy efficiency and reduce reliance on natural gas within commercial buildings. Available in six outputs and seven models (14kW, 14kW [single phase], 18kW, 26kW, 32kW, 50kW and 70kW), the ECOMOD range provides a minimum A++ Energy-related Products (ErP) efficiency rating and high co-efficient of performance (COP) rating of up to 4.85. R32 refrigerant ensures a low global warming potential (GWP). The heat pumps also include an inverter-controlled compressor that can control the building temperature based on specific requirements of the space, further enhancing the efficiency of a building.

www.idealcommercialboilers.com

01482 498376

TOP MARQUE FOR GILBERTS

The UK premiere of Land Rover’s new branding concept, re-imagining modern luxury design with sustainability, has been unveiled at one of the marque’s most prestigious dealerships, Stratstone Mayfair.

Th e new image for Land Rover meant a similar new vision for the retail outlet, which has been a Stratstone location for more than a century. In designing a modern environment that exuded quality, architect firm Studio Hagger specified Gilberts’ GSLS slot diffusers to supply and extract the showroom ventilation.

T he combination of two- and fourslot diffusers, installed by Rossair, were

powder coated in a subtle cream to blend seamlessly with the understated luxury surroundings that included a specialist polished plaster, providing an appropriate backdrop for the high-end vehicles.

G ilberts' GSL series has been designed to meet the exacting performance requirements and standards of modern slot diffuser applications. Combining up-to-date styling and design technology to blend with modern architecture, the

GSL maintains excellent air distribution characteristics providing smooth, accurate and flexible airflow control through clean, unbroken lines. Discreet control vanes allow the airflow to be directed across the ceiling, ensuring optimum comfort for potential purchasers within the space below.

J onathan Sloan, Head of Business Development at Pendragon, owner of Stratstone, said: “The brief was to deliver a unique retail experience. Each element of the design has been meticulously thought through to be an inspiration that maximises interior space whilst maintaining an alluring atmosphere. It was, therefore, fundamental that the means of delivering a fresh atmosphere in the showroom blended seamlessly into the background, yet mirrored the luxurious ambience without detracting in any way from the customer experience.”

G ilberts has a reputation for delivering discreet ventilation solutions for prestigious outlets. It has worked with brands including Virgin, Gleneagles, Royal Albert Hall, BAE and the All England Lawn Tennis and Croquet Club (aka Wimbledon).

Founded some six decades ago, today, family-owned Gilberts’ 140,000ft 2 head office and manufacturing facility includes its own research and development and test facilities, enabling it to continue to evolve its product range and develop bespoke solutions for specific client requirements. Gilberts is now acknowledged as one of the UK’s leading independent air movement specialists, offering mechanical, natural and hybrid ventilation solutions.

www.gilbertsblackpool.com

01253 766911

info@gilbertsblackpool.com

GILBERTS (BLACKPOOL)

SENIOR GRADUATES WITH ANOTHER WIN IN THE STUDENT ACCOMMODATION SECTOR

SENIOR

ARCHITECTURAL SYSTEMS

Senior Architectural Systems’ expertise in the student accommodation sector has led to a number of the leading manufacturer’s aluminium fenestration systems being used on the new Deakins Place development in Nottingham. The riverside scheme has been designed by architect firm Maber and built by main contractor Bowmer & Kirkland. Managed by student housing provider Student Roost, the new Deakins Place development is located within close proximity of the University of Nottingham’s Jubilee campus and offers stunning views of the River Leen. These views have been perfectly framed by Senior’s patented low U-value PURe aluminium windows, which have been installed by specialist contractor HKL. Specified with flat casement vents, Senior’s thermallyefficient PURe aluminium windows have been installed in each apartment to increase the flow of natural light and reduce heat loss. The slim aluminium frames have been powder coated to provide additional protection from the elements and to complement the wider facade design, which features a stunning mix of natural building materials and colour palettes.

www.seniorarchitectural.co.uk

01709 772600 enquiries@sasmail.co.uk

BRITCON CELEBRATES QUADRUPLE BRITISH SAFETY COUNCIL AWARD WINS

BRITCON (UK)

Britcon (UK), one of the North’s leading civil engineering,

building and steelwork solutions contractors, is celebrating winning four prestigious British Safety Council awards at the International Safety Awards 2023. Britcon won awards, including ‘Best in Sector’ business for the Construction and Property industry, as well as winning an International Safety award (Distinction). In addition, Britcon received the ‘Best in Country’ award by scoring highest from all UK applications, and finally, the company won the Chief Adjudicators award, which is given to the company that achieves the highest score overall in the British Safety Council awards this year. Britcon’s Managing Director, Nick Shepherd, explains: “We are absolutely delighted to win four British Safety Council awards. We are 100% committed to ensuring health, safety and wellbeing within the workplace as recommended within the Construction Playbook and winning these awards underlines our continued commitment and the robust practices we have in place. I am so proud of our team, who embed our health and safety culture within all our activities to ensure that our employees, subcontractors, clients and suppliers enjoy a comfortable and safe working experience.”

www.britcon.co.uk

01724 280022 enquiries@britcon.co.uk

BRIGHTON-BASED SPECIALIST TANKING OLD SCHOOL BASEMENT USING TRITON

TRITON SYSTEMS

FIREFLY APOLLO LITE HELPING PROTECT HERTFORDSHIRE HOMES

TBA FIREFLY

JPS Projects is employing fully-tested and trusted products from the range of TBA FIREFLY for the creation of half-hour fire barriers within roofspaces of low-rise sheltered housing in the St. Albans district of Hertfordshire, with the manufacturer providing onsite assistance in respect of regular inspections and the provision of recommended fixing details to ensure the work is fully compliant with current regulations. The Contracts Manager for JPS Projects, Matt Tucker, commented: “Across this estate, we are tasked with carrying out fire surveys – covering areas such as electrical cupboards and fitting fire-stopping as required, as well as installing the FIREFLY fire curtains in all of the communal loft spaces.”

www.tbafirefly.com

01706 758817 info@tba-pt.com

A damp-proofing and timber treatment specialist is currently employing two of Triton Systems' well-proven products for the tanking of a large basement beneath an old school in Ovingdean, Sussex. Lee Browne from Bensleys is supervising the site and has experience working with Triton. He comments: “Since we started, Triton has always been our go-to supplier for damp-proofing systems. In the case of this school, where three walls of the basement are below ground due to the sloping site, the capillary damp was quite bad, but I was confident it could be treated using the TT55 tanking slurry and Triton’s Tri-Cream DPC treatment which we inject.”

www.tritonsystems.co.uk

01322 318830 info@tritonsystems.co.uk

SUSTAINABLE ACCOYA SAVES HISTORIC WELSH STATION

INTERNATIONAL TIMBER

International Timber and Peter Cox recently joined forces to restore a 155-year-old signal box in Wales, utilising sustainable Accoya to ensure longevity and maintain the structure’s historic charm. Found in Anglesey, the Valley Station signal box dates back to 1867 and was in desperate need of restoration following decades of decay. Keen to utilise a high-performance solution, the surveyors selected Accoya as the timber of choice to replace the historic, internal structural timber frames. The International Timber team took precise measurements to calculate the volume of timber required, replacing individual sections of the damaged wood rather than complete removal.

Thermal insulation block for the base of walls

15% of a buildings heat gets lost through the wall/floor junction

Thermoblocks can reduce that loss to just 1%

Low Thermal Conductivity (0.050W/mK)

Guaranteed Low Ψ Values

Ultra-High Strength (9.0N/mm2)

Unaffected by Moisture

Epoxy-Concrete Columns Supports up to 3 stories plus a roof!

OSMO TINTING SYSTEM: MIXING NEW POSSIBILITIES FOR WOOD FINISHES

Osmo is the specialist when it comes to an optimal interplay between wood and coating systems. Considered as high solid products in comparison to conventional coatings, Osmo coating systems are more environmentally friendly due to fewer solvents being emitted upon application, while providing higher wood surface coverage and increased longevity and durability of the wood finish.

S o, what’s new? Previously, these eight transparent colours were already available in only a satin finish. The Tinting System means that not only can these colours be mixed in satin, but they can also be mixed in glossy, semimatte and matte for the first time ever.

A dditionally, Polyx-Oil Rapid, which offers rapid drying times compared to Original, was previously available in only two clear finishes; satin and matte. Now, following suit, Rapid can also be mixed in the eight transparent interior colours with a satin or matte finish. Again, a first for the company and the world. From just two interior products, the range has dramatically grown from 14 standard clear and colour options to an impressive 54 mixable options in a variety of sizes.

E xterior product enhancements

”

Ou r deep research and development into colour has enabled us to offer a vast range of new colours, creating a tailored experience for each individual,” comments the Managing Director of Osmo UK.

New Tinting System: Mix in stores

The new Osmo Tinting System becomes possible with an automatic paint dispenser to efficiently produce high-quality interior and exterior Osmo natural wood finishes from an endless variety of transparent and opaque colours.

Installed in more than 30 stores and counting throughout the UK, the high-performance compact machine utilises the ZeroPurge piston pump and AutoDrive features to offer complete colour

customisation, which will continue to expand the range of colours year after year, providing an everincreasing array of vibrant choices.

T his on-demand custom colour mixing service produces ready-to-use wood coatings for every customer within minutes, reducing customer order waiting times, wasted product stock and required retail store space.

Interior product enhancements

B efore the Osmo Tinting System, the most popular hard wax oil, Polyx-Oil Original, was available in only four clear finishes; glossy, satin, semi-matte and matte. Now, these four Original finishes can be tinted in eight transparent colours.

E xterior wood finishes are extremely popular this time of year. With that in mind, Osmo has launched four of the most popular exterior wood finishes with the Osmo Tinting System, including the brand-new opaque colours of Country Shades, which boasts a huge 120 colours from the Osmo Elements colour range, 2000+ RAL colours, 200 BS colours and additional NCS colours upon request.

I deal for vertical wooden surfaces, UV-Protection Oil can now be mixed in eight transparent colours in both satin finishes. For exterior wooden decking, Decking Oil can be mixed on demand in 11 transparent colours in a satin finish, while Natural Oil Woodstain, which is suitable for all exterior wooden surfaces, has seen a big enhancement and can now be mixed in all its 18 transparent finishes in both a satin and a matte finish.

F ind your nearest Tinting System store on the Osmo website and contact the Osmo team for expert advice and wood-related knowledge. Give wood the clear and colour protection it deserves. Osmo, Good for Wood.

www.osmouk.com

01296 481220

OSMO

COMPLETE CREATIVE FREEDOM

AWARD-WINNING WINDOW COLLECTION

The Origin Window Collection consists of two di erent systems –the OW-70 Slimline Window and the OW-80 Premium Window. Available in a wide range of configurations, colours and bespoke personalisation options, its versatile nature means it can o er e ortless elegance to any property.