FCA July 21

FUTURE CONSTRUCTOR & ARCHITECT

ISSUE 137

JULY 2021

Extemely weather & UV resistant Very water and dirt resistant Reduces wood swelling and shrinkage Resists the growth of algae, mildew & fungal attack Microporous, breathable finish No sanding necessary for future applications

FC&A – JULY – 2021

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EDITOR’S NOTE

W E L C O M E

T O

30 The Shoreway, St Mary’s Island, Chatham, Kent, ME4 3SL Tel: 01622 946150

EDITORIAL Rebecca Kemp rebecca@crossplatformmedia.co.uk Hannah Woodger hannah@crossplatformmedia.co.uk P R I N T & D I G I TA L A D V E R T I S I N G Sam Ball sam@crossplatformmedia.co.uk Jim Moore jim@crossplatformmedia.co.uk PRINT DESIGN MANAGER Jack Witcomb jack@crossplatformmedia.co.uk D I G I TA L D E S I G N M A N A G E R Matt Morse matt@crossplatformmedia.co.uk ACCOUNTS/CREDIT CONTROL Rachel Pike Rachel@crossplatformmedia.co.uk SALES SUPPORT & A D M I N I S T R AT O R Klare Ball klare@crossplatformmedia.co.uk PUBLISHER Sam Ball sam@crossplatformmedia.co.uk Te r m s a n d C o n d i t i o n s : Contributions are invited and when not accepted will be returned only if accompanied by a fully stamped and return addressed envelope. No responsibility will be taken for drawings, photographs or literary contributions during transmission or in the editor’s hands. In the absence of an agreement the copyright of all contributions, literary, photographics or artistic belongs to Cross Platform Media Ltd. The publisher accepts no responsibility in respect of advertisements appearing in the magazine and the opinions expressed in editorial material or otherwise do not necessarily represent the view of the publisher. The publisher does not accept any liability of any loss arising from the late appearance or non-publication of any advertisement.

With lockdown over and COVID-related restrictions easing, the construction and architectural sectors are striving to get back on track to meet fast-approaching Government targets. Having momentarily veered off route thanks to pandemic hindrances, such as social distancing on sites and in practices, industry redundancies and furloughed staff, many are turning their attention to these roadmaps once again as business-as-usual statuses are reinstated. To name a few, these reforms include the netzero-by-2050 plan, the ban on gas boilers by the year 2025 and following our PM Boris Johnson’s statement to “build, build, build”.

With so much change across the built environment and such disruption to the globe, it can be challenging to know where to start. In this month’s issue, we’ve talked to Miguel Aguado, Marketing & Technology Manager at Lutron, about the areas we should be investing in first to achieve the Government’s net-zero targets by 2050 as we follow Boris’ further advice to “build back better”. Here, Miguel looks at how technology is tangled up in forthcoming revisions. Here, he describes how the construction industry is stuck in the past when it comes to the adoption of technology and consumer behaviour and explains why smart lighting systems are ideal for “dramatic and effective change” as we work towards these net-zero goals. Turn to page 28 to read the full article.

Elsewhere in this issue, we catch up with ROCKWOOL’s Head of Product Management, Paul Barrett, as he looks at the future of Part L of the Building Regulations, Christian Engelke, Technical Director at Viessmann UK, runs through the five key elements that are often overlooked when specifying heating systems for commercial buildings, and we interview Architect David Kirkland, Founder of Kirkland Fraser Moor, to find out more about his path to owning his own architecture firm.

I hope you enjoy this issue. Don’t forget, you can also access all of the magazine’s features, product news and supplier information on FC&A’s user-friendly and engaging website. Fully responsive, the website allows you to read all the latest stories on-the-go either on your phone or tablet. Simply search www.fca-magazine.com.

CROSS PLATFORM MEDIA

FUTURE CONSTRUCTOR & ARCHITECT MAGAZINE

JULY 2021

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fcamagazine fcamagazine fcamagazine FC&A Magazine

Rebecca

REBECCA KEMP Editor, Future Constructor & Architect

ON THE COVER: 3deluxe has been commissioned

by New York-based organisation #WeThePlanet to develop a concept for The Ark, a building that investigates how to reshape our cities.

SEE PAGE 14.

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FC&A – JULY – 2021

Beauty is in the details.

EQUITONE [linea]’s unique 3D design plays with natural light to produce compelling visual effects. Created in collaboration with architects, the material’s ever-changing appearance draws the eye and holds the gaze. Inspired by the human hand, its proportions are familiar and inviting to the touch.

[ linea ] FC&A – JULY – 2021

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JULY CONTENTS

NEWS

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VOICE OF THE I N DU S T RY:

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LEGAL & BU SINE S S:

Passivhaus has been enthusiastically adopted by the UK construction industry as a leading method for reducing energy use and carbon emissions from buildings – but is it truly sustainable? Lee Marshall, Managing Director at Viridis Building Services, believes the fabric improvements it delivers do not justify the expense of implementation.

Ahead of changes to Part L coming into force in England and Wales next year, Paul Barrett, Head of Product Management at ROCKWOOL, outlines a key critical development that calls for greater evidence of compliance.

FEATURES

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SECU R ITY & BUI L DI NG AC C E S S :

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HVAC:

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INFECTION CONT ROL:

26

FLOOR S, WALLS & C E I L I N G S:

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BU ILD FOCU S: Ref u r b & Ret rof it :

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TECHNICAL INS I G HT: T im ber:

Construction sites are dangerous places to work, with many tools and machinery needing constant supervision and the ever-present prospect of life-threatening consequences to small mistakes. To manage these risks, the industry must move away from detecting and responding to emergencies. Instead, we must look to connected technologies to provide a pre-emptive, proactive approach.

Christian Engelke, Technical Director at Viessmann UK, looks at the five factors that often get overlooked when specifying heating systems.

In this article, Chris Murphy, Head of Operations for leading national maintenance and construction contractor Novus Property Solutions, talks through the essential matter of infection control within the healthcare sector.

James Scully, Managing Director at leading UK flooring manufacturer, Quadrant, discusses sustainable construction and how projects can be built with lowering emissions in mind.

As we collectively ‘build back better’, the question fundamentally becomes; which area should we invest in first? Miguel Aguado, Marketing & Technology Manager at Lutron, explains why smart lighting systems are a great starting point for “dramatic and effective change” as we follow the Government’s net-zero-by-2050 path.

The statistic that we spend 90% of our time indoors is well documented, and this has been compounded by the extra time spent at home since the onset of the pandemic. So, how can we make our indoor spaces healthier so that they positively contribute to our wellbeing? Wood for Good investigates.

PORTFOLIOS

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THE AR K , 3DELU X E :

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GOTHENBU RG U N I V E RS I T Y L I B RARY, C OB E :

3deluxe has been commissioned by New York-based organisation #WeThePlanet to develop a concept for The Ark, a building that investigates how to reshape our cities. Situated on the flat roof of an existing New York building, the #WTP building intelligently concentrates the urban environment and avoids additional soil sealing.

Cobe has won the prestigious international competition for a new university library in the heart of Sweden’s Gothenburg. This will be the Danish architecture firm’s fourth project to be realised in Sweden’s second-largest city.

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FC&A – JULY – 2021

INDUSTRY UPDATES

ARC H IT EC T I N P RO F I LE After studying architecture at Robert Gordon’s in Aberdeen, Illinois Institute of Technology (IIT) in Chicago and The Royal College of Art in London, David Kirkland undertook his first practical year out at Nicholas Grimshaw’s practice in London, where he ended up staying for 18 years. Since 2000, he has run his own practice – Kirkland Fraser Moor. Here, FC&A talks to David about his career and finds out when his passion for architecture began.

KIRKLAND FRASER MOOR

DAVID KIRKLAND IS A FOUNDING PRINCIPAL OF KIRKLAND FRASER MOOR

www.k-f-m.com FC&A – JULY – 2021

Had you always wanted to pursue a career in architecture?

Yes, for as long as I can recall. At an early age, this did not mean much to me other than the ‘grown ups’ telling me I will be an architect. Our school’s careers advisor suggested the RAF or an electrical apprenticeship – I think most of my class were similarly advised. A brief rebellious two-year period at 17 drew me to being a photographer, but the call back to architecture eventually took hold again.

that would not normally be accepted in standard projects – the aim being to demonstrate what could be possible with lower-cost housing.

Ashraya, our latest project for my neighbour, has just completed, and we are particularly excited to see how this will perform over the next few years.

The difficult brief called for a highly-sustainable, low-carbon house but with fully-glazed facades.

The design team has developed an innovative passive cooling system to keep the overheating temperatures comfortable.

Who/what has been your greatest influence and source of inspiration?

I have been very fortunate to have had some great teachers, including Alfred Caldwell, who taught me at IIT in Chicago.

At the time, he was 83 and still going strong. He had worked with Frank Lloyd Wright and Mies van der Rohe, also key influencers of mine. Over the last 20 years, however, I have been more influenced by nature and drawn to first principles – archetypal and ‘primitive’ architecture and art. I am a huge fan of technology but now tend to look at it as a simple tool and best used for enabling a growing planet full of people to live fruitful and healthy lives whilst also ensuring that the rest of life can flourish equally well.

How do you approach your projects?

I find our current scale of work attractive as it allows me to fully enjoy the design process while tackling difficult community stakeholder and planning issues. I very much enjoy working with landscape and ecology – the rougher the terrain, the better. Recently, we have been growing our expertise in eco-tourism, which allows us to actively include the economic and social aspects of the triple bottom line.

To make headway with getting our projects past planning, we must exhibit high degrees of diplomacy and patience. Although relatively small, most Para 79 projects take five to six years to complete. Helping people see things they cannot see for themselves is hugely challenging but also greatly rewarding. I try to view buildings not as static objects but as catalysts within a societal and natural ecosystem.

What has been your most notable project to date?

Working with Nicholas Grimshaw provided me with wonderful opportunities to work on some landmark projects, both at home and abroad. These included Waterloo International Station and The Eden Project.

My current work is at a far smaller scale but tends to have a very high level of innovation still. Most projects are Para 79 houses in extremely challenging and politicallysensitive locations. Risks are high, but we enjoy the ability to include untried ideas

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

Having spent most of my career being involved in various sectors of the sustainable design agenda, I can say that during the first 10 years of struggle it would have been beneficial to understand that to get these things fully embedded into projects it is always best to speak in the natural language of the client, and this invariably means a healthy return on investment. All possible, but only if the whole initial design principles bend to what the client, climate and community are asking for.

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INDUSTRY UPDATES

What is your favourite building and why?

This is very difficult to answer, much like offering a favourite piece of music. I appreciate different buildings for different things. In my early career, this may have been the rigour and order of Miessian spatial qualities or, more likely, the sophistication of the technology or structure. How something was built was very important to me. Recently, however, I am far more drawn to a narrative – how the silent speech of buildings creates and binds society. As such, I find myself drawn to early architecture and first people’s buildings – so powerful, usually very parsimonious but always hugely meaningful, and in ways we may never understand.

I am fascinated by buildings and structures such as Göbekli Tepe, a Neolithic archaeological site near the city of Şanlıurfa in Southeastern Anatolia, Turkey. The earliest layers are around 11,000 years old and certainly disrupt our views on whether the adoption of farming caused people to settle down or settling down caused people to adopt farming. Still, either way, the building process caused significant numbers of people to draw together and expend vast amounts of precious energy over 6000 years before the Great Pyramid of Giza was started.

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

Many fear artificial intelligence (AI) and automation, but as they say – an architect’s education is unique in that we are asked to have our head in the clouds and our feet on the ground. I believe this way of thinking can be hugely important for our near future.

However, communicating the value that we provide society is something I think the profession and education need to better grip. For certain, we need to recover our role as a servant to society, and a good architect should not fear this as an impingement on his creative skills.

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

I believe something is not quite working for students of architecture in the UK. Our research at D-Lab shows this is currently the longest course and the most expensive – I believe a debt of around £100k is typical, and entering a relatively low-paid profession does not help.

The undergraduate course also registers the highest rates of mental health issues across all courses.

Diversity and social mobility are certainly also a massive issue that needs to be addressed. As part of our contribution to helping in these areas, we have set up our A^3 Program (Architectural Apprentice Accelerator) at D-Lab (https://www.d-lab.co.uk/aaa). We are currently looking to industry and education partners to work alongside us to make this as effective as possible.

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What advice would you give to newly-qualified architects?

I understand approximately 70% of our profession within the UK work in very small and micro-businesses. I recommend at least five years working under the tutelage of a big practice and then venture out into the lesser areas of the UK and make your mark by bringing high-quality, sustainable solutions to these communities. I would also greatly advise better soft skills in the art of listening and diplomacy and of making narratives that are appealing and workable for the local and wider community.

A full understanding of systemic thinking, balancing economic, social, ecological and equity/justice is essential for any future role.

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

We have just gone through a company restructure, and I hope we can build on the work we have been investing energy and risk in over the last six to seven years. We look forward to working on projects that can enable us to find a better balance between human thriving and natural systems.

FC&A – JULY – 2021

Times have changed. Time for a change?

Retrofit lighting solutions enable offices to make the necessary changes needed to modernise, become energy efficient and promote wellbeing.

Tamlite’s luminaire offering provides the solutions to make that change.

Get in touch with one of our experienced project engineers, and find out how retrofit can benefit you.

Visit tamlite.co.uk/fcaretrofit FC&A – JULY – 2021

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COATINGS & FIXINGS

BLENDING INTO THE COUNTRYSIDE WITH WOOD FINISH (PWF) Jaguar Land Rover has a new site at Solihull in Warwickshire close to Birmingham Airport, with offices, showrooms and car parking covering a wide area. The architect’s aim was to create a thoroughly contemporary look, as to depict a high-end vehicle manufacturer, but also to ensure that the structure blended with the countryside surrounding it.

POWDERTECH

Choosing an alternative to wood The project design included a car park solar shading system from Contrasol.

A favoured material for harmony with rural surroundings is wood, for obvious reasons, but sustainability issues and the advantages of using recyclable metal mean that using Powdertech’s high-performance Wood Finish powder coating (PWF™) was the preferred alternative. Contrasol’s rectangular section extruded aluminium profiles form feature solar shading ‘fins’ running vertically alongside the exterior of the multi-storey car park, with galvanised steel plates behind the fins at each floor level in order to screen car headlights. Using Powdertech’s PWF 020 Wood Finish on the metal screening, the large building could be brought into harmony with its environment, being less visible in the landscape. Unlike wood, PWF will not deteriorate or warp. It is also a benefit for the installer to be working with a homogenous material with good dimensional stability. The colour and gloss retention for Wood Finish is excellent, and it will remain to look good for over 25 years with minimal maintenance required. This was an extensive solar shading system and would have required a large quantity

www.powdertechcorby.co.uk

of wood. Instead, Powdertech coated 9000m of 200 x 50mm extruded aluminium profiles, 530 pre-galvanised steel plates, 1 x 1.5m, 7700 fixing brackets and 5780 end caps.

The use wood or save wood debate “Whether or not the use of wood in construction can be considered ecofriendly and sustainable is a muchdebated issue,” says Richard Besant, Director of Powdertech Corby. “On the one hand, proponents of using wood in construction point out that, of course, it is sustainable as it can be constantly regenerated. There is the growth cycle time-lag to be considered though, and the challenge of ensuring that supplies are from truly responsibly-managed sources. Added to this, wood is not recyclable, whereas aluminium is, almost infinitely, and the powder coating does not alter this. Forests are vitally important to our ecosystem, soaking up and storing CO 2 , preventing it from going into the atmosphere, regulating water cycles, and minimising the impact of storms and floods by controlling soil erosion. By using metal with a highperformance architectural powder coating, the customer has a recyclable system with excellent abrasion and corrosion resistance.

01536 400890 9

“Aluminium/PWF designs combine the strength and versatility of metal with the visual appeal of wood, and they can be slimmer and more aesthetically appealing. And as a further benefit, there is virtually no maintenance required – just an occasional wash down with water. PWF has far better weather resistance than wood, with no fading or discolouration.

At Powdertech, we feel that where using metal/PWF is clearly a benefit to design and construction, it is certainly worth saving a few trees.”

pcl@powdertech.co.uk FC&A – JULY – 2021

FC&A – JULY – 2021

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OFFSITE CONSTRUCTION

NET-ZERO CLASSROOM BLOCK

BY TG ESCAPES EXTENDS FACILITIES AT SAMUEL RYDER ACADEMY Samuel Ryder was a very small secondary school with about 250 students.

The local authority decided to extend the school’s provision to cover primary and secondary pupils. Since then, the school, with an ‘Outstanding’ leadership Ofsted rating, has grown in popularity and demand for places has outstripped capacity. The school’s timber frame modular building from TG Escapes was completed at the end of August 2020, ready for use in time for the students’ return to school.

TG ESCAPES

“Energy efficiency was considered very important, given the passion of many pupils for environmental issues.

Rightly so – it’s this world that they are going to inherit. The students and staff find their time in the building wonderful. The primary occupant was the English department, who feel very spoilt and lucky to have the experience of teaching and learning in their new classrooms.

It was a very good experience from start to finish with TG Escapes. I would recommend them to others.”

IAN BAILEY, DEPUTY HEADTEACHER

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he block consists of seven English classrooms, the English team office, an SLT office, year 7 and 8 toilets, a media suite and two year 6 classrooms.

Whilst price was the key criterion during the selection process, the sustainable nature of the building materials used was a benefit.

“Offsite fabrication resulted in a very rapid onsite construction. I was impressed by the speed of delivery, which occurred on schedule, and the site manager, who had excellent communication skills and was extremely accommodating of requests to tweak the original design,” commented Ian Cushion, Scholars’ Education Trust Estates Manager.

Consultant Barker Associates sent out invitations to tender to six contractors, from which a shortlist of three was drawn up. The key criteria were price and quality, but it was also very important that the company selected had proven experience of working

www.tgescapes.co.uk

with schools, and that the individuals with whom the school had contact with were of the right calibre.

The energy performance certificate for this building is A+ rated at minus 24, making the building carbon neutral, or net-zero, in operation.

Mechanical and electrical systems are key to producing comfortable building environments as well as achieving energy efficiency. TG Escapes’ M&E consultant Designphase used a combination of four systems to achieve this: Air source heat pumps to heat the hot water and most of the space heating A hybrid active ventilation system to efficiently supply fresh air and extract stale air LED lighting and lighting controls with daylight dimming to keep consumption to a minimum A solar photovoltaic system was installed across the roof.

0800 917 7726 11

The air source heat pumps specified produce between 3 to 4 kilowatts of heat for every kilowatt of electricity used. The ventilation system tempers the incoming air with the hot air being extracted using low-wattage fans to distribute the air and provide a comfortable environment.

The LED lighting is inherently efficient, and the addition of controls like daylight dimming means that when the spaces are flooded with natural daylight, the lights will respond automatically. Finally, a large 72kW solar photovoltaic array was installed across the roof to help offset the energy used in the building.

The combination of these systems resulted in a building that is both comfortable to use and provides a high level of energy efficiency that will benefit the end-users at Samuel Ryder and the environment we pass onto the next generation.

info@tgescapes.co.uk FC&A – JULY – 2021

SECURITY & BUILDING ACCESS

PREVENTION IS BETTER THAN CURE: THE FUTURE OF CONSTRUCTION SITE SAFETY Construction sites are dangerous places to work, with many tools and machinery needing constant supervision and the ever-present prospect of life-threatening consequences to small mistakes. To manage these risks, the industry must move away from detecting and responding to emergencies. Instead, we must look to connected technologies to provide a pre-emptive, proactive approach, as John Newbury, Product Innovation Director at wireless solutions firm Ramtech, discusses.

RAMTECH

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t is well documented that construction sites are dangerous places to work; the extreme likelihood of fire damage, theft, medical emergencies and other disasters occurring is widely recognised.

In fact, the latest figures from the Home Office show that between April 2018 and March 2019, fire and rescue services attended 365 fires on building sites in England – increasing from 333 in 2014/‘15. And, according to the Health and Safety Executive, between April 2019 and March 2020, there were 4566 injuries to employees on UK construction sites. Of these, 40 were fatal, and 62% were classed as ‘over seven-day injuries’.

A connected approach Fortunately, right now, our world is more connected than ever before.

The internet has become such a vital component of the world’s infrastructure.

This has created its own ecosystem called the Internet of Things (IoT), which spans nearly 100 billion physical objects and enables them to communicate with each other.

FC&A – JULY – 2021

We are seeing a steady increase, specifically in connectivity, for a multitude of reasons. But the main one is quite simple: the customer is happy. As technology that is faster and able to store more data emerges, it becomes intuitively efficient and practical for the end-user – having a real impact on outcomes and preventing disasters.

Customers are more likely to adopt the use of technology that is easy to learn and offers a solution to an existing problem. That said, it makes sense to look towards incorporating it into daily security needs within the workplace too.

Using technology to improve site safety Smart equipment integrated with an IoT software platform creates a community where workers are connected with their environment, safety managers and their wider team – helping to bring 24/7 safety to sites.

While the construction industry has been moving forward with the adoption of technology in recent years, the COVID-19 pandemic has accelerated this trend to levels that were never anticipated.

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Take construction sites over the past year. Some were running with a skeleton crew, and others were closed entirely due to Government-ordered lockdowns.

However, cloud-based systems were able to be quickly implemented, providing a sophisticated and adaptable safety solution for all building sites, regardless of their operational status.

This innovation has given property owners, project supervisors and safety personnel the ability to receive alerts for a variety of events in real-time – helping to prevent accidents, unauthorised access, vandalism and disasters.

To achieve social distancing, the number of personnel allowed on site was reduced, and technology has been able to fill some of the gaps in terms of monitoring safety systems and generating data remotely.

A post-pandemic world Even after the pandemic has ended, unsecured construction sites will remain vulnerable to numerous threats, such as arson, vandalism, theft and trespassing accidents.

SECURITY & BUILDING ACCESS

A fire can wreak havoc on the lives of people it affects and overcoming the huge losses can be a challenge. Early detection of the threat of a fire can make a massive difference to the outcome, and this is happening right now with devices that monitor smoke or heat.

However, in the very near future, the emerging technology and the requirement from the industry is a lot less to do with detection and response – it is more about monitoring sites, identifying risks and preventing emergencies in the first place.

The entire sector is looking to technology to provide pre-emptive, proactive management of risks; responding to them once they have occurred is already too late.

Wireless fire alarm systems have advanced greatly over the past few decades and contribute to solving these problems. Take our WES fire alarm system, for example. It can connect to our REACT platform, which is a real game-changer for the industry as it has features that reduce risk and prevent incidents from occurring – avoiding potential loss of life entirely.

Currently, innovative wireless technology is being used to alert all relevant personnel to emergencies as soon as they occur, enabling the situation to be stopped in its tracks before it becomes a disaster.

However, looking ahead, cloud-based data and integrating systems such as REACT with wearable devices, smart PPE and intelligent hard hats, for example, will take it one step further – raising the alarm to a potential risk, so it does not even turn into a minor emergency.

Looking ahead Any security system works best when its individual components work together cohesively. The IoT now gives those components the ability to instantly and reliably stay connected and ‘speak’ to one another and key personnel.

Furthermore, customisable systems that create bespoke solutions to suit a site’s needs offer accurate, specific, personalised notifications and alerts – making it possible to achieve the goal of comprehensive protection from both internal and external threats on construction sites of all sizes.

As we become more comfortable with the capabilities and security of the cloud and as unforeseen changes to our way of life become the new normal, the adoption of cloud-based technologies will continue to expand throughout the construction industry.

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Firms that are embracing and adopting connected technologies are already reaping the rewards – being provided with peace of mind that sites have an additional level of health and safety protection, putting construction workers’ minds at ease and their lives in safe hands.

And as we look towards the future of construction site safety, the real role and power of technology must be outcomedriven. Using technology to improve the way things are currently done while achieving the same outcomes is not enough – the results really need to change. Luckily, the technology needed to do this is already out there; it just needs adopting by sites wanting to take a pre-emptive approach.

www.ramtechglobal.com FC&A – JULY – 2021

THE ARK, 3DELUXE

CORPORATE BUILDING WITH A NATURAL BIOTOPE IN MANHATTAN One of the most fascinating challenges of our time is transforming our cities into people-oriented, climate-resilient places that are as carbon-neutral as possible. The COVID-19 pandemic is forcing our cities to address the question of how they need to change to become more crisis-proof, sustainable and simultaneously more pleasant places to live in.

3DELUXE

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rchitecture and urban planning play a fundamental role in actively fostering people’s desire for positive change based on appropriate ideas and measures. 3deluxe was fortunate enough to be commissioned

by New York-based organisation #WeThePlanet (#WTP) to develop a concept for a building with many specific ideas for investigating how to reshape our cities. As part of this year’s Earth Day summit 2021, the founders of #WTP, Kunal Sood and Laura Muranaka, presented the plans for their corporate building in Manhattan, the brainchild of 3deluxe.

FC&A – JULY – 2021

To date, buildings’ rooftops have received little attention, even though, on closer inspection, they can play an essential part in improving our carbon balance and our overall urban climate. Extensively greening our rooftops – areas that have until now been largely neglected – would make an enormous contribution to regulating the climate in our overheated cities, would slash energy inputs and considerably enhance air quality.

Moreover, new, nature-oriented innercity biotopes would be created of a kind that promotes biodiversity and offers city-dwellers new scope for experiences 14

for all the senses – and a better quality of life. The Ark occupies this urban wasteland. Situated on the flat roof of an existing New York building, the #WTP building intelligently concentrates the urban environment and avoids additional soil sealing.

The idea behind the building follows 3deluxe’s 50/50 principle, which states that 50% of every building project should be reserved for nature. In this case, it takes the form of a luxuriant natural biotope on the roof that occupies the same surface area as the interior used by people. The building’s simple

THE ARK, 3DELUXE

BUILDING STRUCTURE 01

01: Natural biotope 02: Wooden substructure 02

03: Indoor space 04: Building technology, sanitary facilities, kitchen

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50% of every building project should be reserved for nature 3DELUXE’S 50/50 PRINCIPLE

04 04

ROOFTOP GARDEN 04

01: Pond biotope 02: Educational area for kids

01

03: Bee and insect meadow 02

03

06

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04: Service elevator 05: Urban gardening 06: Outdoor events, lectures or concerts

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07: Treehouse with skyline view shape corresponds to that of a steep slope. This purely scenic approach to architecture creates an opportunity to situate utilisable inside rooms underneath a hill.

Its sides are generously glazed, not only to maintain a pleasant indoor ambience but also to integrate as a large sensor-driven area as possible for intelligent technologies for energy recovery and consumption reduction.

Transparent photovoltaics, ‘eyrise’ smart glass, algae bioreactors and solar foil made from recycled kitchen waste and much more are included. This building project is intended to showcase the kind of innovative technologies that will, in the future, be able to play an essential role in the carbon-neutral city.

The green rooftop biotope will become a semi-public space, one that includes its surroundings. People from the

neighbourhood will also be able to use the roof garden for urban gardening and beekeeping, schools and kindergartens to communicate both knowledge and the wonders of nature, and cultural events, readings and lectures will be able to take place in a climate-friendly and pandemic-resistant environment in the open air. In return, local people will take care of and maintain the biotope.

The biotope will extend the overall living space, not only for people but also for birds, insects and various kinds of plants, thus promoting biodiversity.

At the same time, the biotope will store rainwater and humidify the surroundings on hot days – it will absorb particulates, transform carbon dioxide into oxygen and improve air quality. Meanwhile, the roof garden will insulate the building’s interior against the cold and heat and cut its energy consumption. Thus, the building 15

will be like a living organism and positively influence its surroundings in many ways.

The interior will create ideal opportunities for the #WTP organisation. It will be possible to hold conferences, summits, workshops and exhibitions on such topics as environmental protection, conservation, social justice, equal opportunities, inclusion etc., in the rooms, with their diversity of possible uses. #WTP’s extensive network – consisting of well-known representatives of the media, academics, entrepreneurs, artists, politicians, astronauts, doctors, writers, activists and influencers – will discover a new place to meet in the #WTP members’ club – a modern urban information hub in downtown Manhattan, one that will become a smart think tank offering innovative suggestions for improving global living conditions.

www.3deluxe.de FC&A – JULY – 2021

GOTHENBURG UNIVERSITY LIBRARY, COBE

COBE WINS COMPETITION FOR GOTHENBURG UNIVERSITY LIBRARY The Danish architecture firm Cobe, led by Founder Dan Stubbergaard, has won the prestigious international competition for a new university library in the heart of Sweden’s second-largest city, Gothenburg.

COBE

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he new 16,000m2 university library in the Swedish city of Gothenburg will be designed by a Danish team. Architect Dan Stubbergaard and the rest of the architecture firm Cobe have won the international competition for the prestigious project. The new university library will be located in the heart of Gothenburg, in the university area of Näckrosen, near to many of the city’s cultural institutions and to the Faculties of Humanities and The Fine, Applied and Performing Arts. In addition to providing a new and attractive setting for knowledge-sharing and research in the Swedish university city, the building will house the existing libraries for the humanities, the arts, music and drama, as well as the university archives and digital services. Cobe’s project was selected by a unanimous jury, made up of representatives from Akademiska Hus – a state-owned property company and the FC&A – JULY – 2021

client for several Swedish universities – as well as the University of Gothenburg, the City of Gothenburg and Architects Sweden.

“The proposal from Cobe is the single concept from the competition with the greatest development potential and displays a clear and unique identity.

It adapts to the site’s unique qualities while also meeting the specific needs of the University of Gothenburg. Cobe is a very worthy winner and will continue to be our partner as we move on to further developing and concretising the project,” says Hayar Gohary, Project Director at Akademiska Hus and Chairman of the jury.

A book as inspiration Cobe’s winning project uses a book as the source of inspiration and point of departure for the design. Both the lightness and the gravity of a book is reflected in the subtle curvature of the building’s volume and the vertical lines 16

of its facade – much like the pages of a book, just being opened. The volume rests on an open and transparent ground floor with expansive floor-to-ceiling windows. The ambition is to allow the building to blend in with the surrounding park, to invite both new and current users inside, and to stand out as a beacon of knowledge at the top of the university area of Näckrosen.

Dan Stubbergaard, Architect and Founder of Cobe, explains: “This is an exceptional commission to win, and we are very proud and honoured. With the library’s placement at the top of the hill, we aim to create a distinctive beacon of knowledge. The book serves as the inspiration and point of departure for the design – the building volume, its colours and materials all point to a book being opened. Regardless of which direction you approach it from, you are invited in.

The integration of the building and park

GOTHENBURG UNIVERSITY LIBRARY, COBE

was a key consideration from the outset, and we have deliberately preserved as much of the existing park landscape as possible. In doing so, we have created an open connection between the city, the university and the library’s users. We look forward to working with Akademiska Hus and the University of Gothenburg to further develop our competition proposal.”

Wood as the primary material The library will contain quiet zones for focused work as well as active areas and gathering spaces that can be used for events, exhibitions, meetings and lectures – a distinction that is also reflected in the choice of materials. The active, open ground floor, paved in granite, features a visible concrete structure, which allows for large and open spaces, while the eight upper floors, which house the library itself, are constructed of wood. In addition to being an exceptionally sustainable and durable material that reduces the building’s CO2 footprint, wood also provides a pleasant indoor environment with a stressmitigating acoustic profile. The building’s facade will consist of light-coloured, vertical elements that act as a sunscreen.

Automated book depository in the heart of the building With the library, the University of Gothenburg gains additional meeting facilities, better research environments and an innovative setting for housing the university’s collection. In the core of the library, Sweden’s first fullyautomated book depository stores and retrieves books and other media in an efficient and compact way. The public stairs of the building are situated around the depository, placing books and the knowledge contained within them at the very core of the experience of the building.

Study areas and offices are located toward the facade, which ensures optimal daylight conditions and spectacular views of the park and the city.

Cobe’s fourth project in Gothenburg The construction of the university library is scheduled to begin in 2025, with completion in 2028. It is Cobe’s fourth project to be realised in Sweden’s second-largest city, Gothenburg. Last year, the architecture firm announced its design centre for the major Chinese 17

FACT FILE: Location: Gothenburg, Sweden Client: Akademiska Hus Programme: University library Size: 16,300m2 Year: First prize in competition in 2021, completion in 2028 Collaborator: Buro Happold

automaker Geely, which will be completed in 2022. Earlier this year, Cobe similarly announced that the firm had won the competition for the 100m-tall Global Business Gate high-rise, which is scheduled to be completed in 2025. Both buildings are situated on Gothenburg’s central harbour front. Cobe is also currently executing design work on the Gothenburg Botanical Garden, set for completion in 2026.

www.cobe.dk FC&A – JULY – 2021

VOICE OF THE INDUSTRY

IS PASSIVHAUS A SUSTAINABLE METHOD OF DESIGN? Passivhaus has been enthusiastically adopted by the UK construction industry as a leading method for reducing energy use and carbon emissions from buildings – but is it truly sustainable? Lee Marshall, Managing Director at Viridis Building Services, believes the fabric improvements it delivers do not justify the expense of implementation.

VIRIDIS BUILDING SERVICES

P LEE MARSHALL IS MANAGING DIRECTOR AT VIRIDIS BUILDING SERVICES. VIRIDIS SPECIALISES IN PROVIDING SUSTAINABLE BUILDING SERVICES SOLUTIONS THAT INCORPORATE RENEWABLE, LOWCARBON, LOW-ENERGY HVAC AND MEP SYSTEMS FOR THE BUILT ENVIRONMENT.

assivhaus, developed in Germany in the 1990s, is an international standard for energy efficiency in a building, which is supposed to provide a high level of occupant comfort while using very little energy for heating or cooling.

It has a performance-based set of design criteria that calls for walls, floors and roofs to be well insulated with a U-value of no more than 0.15 – and the closer to zero, the better.

To achieve the Passivhaus standard, you are, therefore, required to install a range of measures – such as triple glazing, over insulation of the walls, and a mechanical ventilation with heat recovery (MVHR) system – to ensure the property is virtually airtight, measured through a pressure test. This helps to achieve greater energy conservation and is excellent in practice; however, the cost far outweighs the benefit, in my opinion.

Comparing a traditional home and a Passivhaus home If we compare two similar homes that are both 235m 2, well-appointed, four-bed properties – but one is traditionally built, aligned with the RIBA’s 2030 Standard, and the other a Passivhaus-equivalent house – we can start to build a clearer picture of the pros and cons.

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First, we consider the comparative heat energy loss through the fabric of both structures. The traditionally-built home will typically experience a heat loss of 2210 watts through the building fabric, losing 16% through walls, 40% through openings, 30% through infiltration, 7% through floors and 7% through ceilings.

However, the Passivhaus-equivalent building will lose 1630 watts – 14% through walls, 37% through openings, 27% through infiltration, 11% through floors and 11% through ceilings. This is a saving of just 580 watts overall – which is a marginal energy saving given the cost of following Passivhaus rules.

Costing the difference We, therefore, need to take this example further and put a price on Passivhaus versus a traditionally-built home.

Let us consider the walls first. When following the Passivhaus method, cavities must be 150mm rather than the standard 100mm, which means wider foundations and bespoke windowsills. The insulation also increases which, at £20 per square metre, adds up to £8000 in this example.

Is an additional £8000, plus the design, extra materials and installation costs, worth saving 1.5 watts per square metre? I personally think that money would be much better spent on more sustainable and viable options that save additional energy and begin generating their own power – such as photovoltaic panels (PV) or waste water heat recovery (WWHR).

VOICE OF THE INDUSTRY

Triple glazing is another area where costs can quickly rise. When you upgrade from double to triple glazing, there is a saving of 1275 watts in the heat energy loss through windows. However, it is a significant investment as the price increases to £250 per square meter, which means that the overall cost is £21,500 higher than traditional double glazing in our 235m2 example home.

Why an MVHR unit is not sustainable A crucial method for achieving the Passivhaus standard is installing a mechanical ventilation with heat recovery (MVHR) system.

This technique recovers warm air from within the building and uses it to heat the cool incoming air by employing a heat exchanger system. Net efficiency for this method is quoted at around 90%, but this simply isn’t the case as gross efficiency is only 20 to 30%.

The system only warms 90% of 30% of the incoming air, which generally only recovers a few degrees of heat. When it’s cooler outside, the heat recovered by the MVHR unit is insufficient to heat the home, so additional technology, such as electrical heaters in the airstream, must be installed to make up the shortfall – not very sustainable. An MVHR unit installation can also cost anywhere upwards of £3000.00.

Therefore, if you add the additional costs of insulation, triple glazing and an MVHR system, it costs tens of thousands of pounds to save a marginal amount of energy. For me, the fabric improvements with Passivhaus are not sustainable or worthwhile to justify the expense of implementing them – particularly for the average homeowner, as a Passivhaus home saves £900 per year on bills but takes more than 30 years to recover the investment.

Passivhaus has been sold very well but, in my opinion, it’s not been tested properly, and no one fully understands it. Therefore, as a method of measuring sustainability, I don’t think it holds enough stock to be the single standard used by companies across the world. Instead, we should invest in sustainable, energy-efficient solutions such as solar panels and smart hot water.

I firmly believe that green solutions don’t have to cost the earth, and being sustainable is about spending as little as possible in order to save as much as possible. So, by taking a common-sense approach, we can maximise the environmental gain at the lowest possible cost to save more CO2 and tens of thousands of pounds in the process.

www.viridisbsl.co.uk 19

FC&A – JULY – 2021

LEGAL & BUSINESS

LOOKING INTO THE FUTURE OF PART L Ahead of changes to Part L coming into force in England and Wales next year, Paul Barrett, Head of Product Management at ROCKWOOL, outlines a key critical development that calls for greater evidence of compliance.

ROCKWOOL

PAUL BARRETT IS HEAD OF PRODUCT MANAGEMENT AT ROCKWOOL

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s part of the Future Homes Standard set to be introduced in 2025, Approved Document L (ADL) is undergoing a review, with many elements due to be published in December. While the re-drafting of the guidance is ongoing, some headline changes are known, which will have a significant impact on the design and construction of domestic buildings.

A notable change is greater scrutiny of build quality, and in particular a drive to close the performance gap between specified and asbuilt performance.

To aid this process, in England, the revised standard will see the introduction of a Part L (BREL) report, along with the need for photographic evidence of compliance. This evidence will be provided to the building control body and the building owner to demonstrate compliance with energy-efficiency requirements.

Photographs will need to be taken at various construction stages prior to elements being concealed over, to show build quality and that the designed details have been followed.

Photographs should include evidence of the thermal continuity of insulation at foundations/ structures, external walls, roofs and openings, pipes and ducts.

To reach the challenging carbon reductions set out in the Future Homes Standard, build quality and continuity of insulation will be critical to deliver designed performance and ensure lowcarbon heating systems are able to provide a comfortable indoor environment.

Where insulation is concerned, accurate installation of materials that are contiguous and applied without gaps is key to ensuring the designed performance is realised.

Stone wool insulation is highly pliable, meaning it can be closely friction fitted to frames without the need for impractical levels of precision cutting. This simplicity minimises the margin for error, supporting reliable and effective thermal performance that reduces thermal bridging.

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This also applies to abutments between insulation boards, another area that can be prone to thermal leakage. The composition of stone wool insulation allows individual slabs to knit together to create a seamless fit. The workable nature of stone wool insulation supports the delivery of designed U-values and, when in-situ, the consistent levels of dimensional stability reduce the risk of gaps occurring as the building ages.

While the changes to Part L encourage a greater focus on designed versus as-built performance in the immediate term, if buildings are to maintain long-term energy efficiency then designers should consider the long-term performance of building materials too and especially with insulation.

Here, dimensional stability is key.

Natural expansion and contraction of building materials does occur, and over time can lead to the formation of gaps and voids. Stone wool, however, boasts strong dimensional stability and when fitted under compression, has the resilience to accommodate building movement.

Combined with stable thermal resistance, stone wool insulation has a proven ability to provide consistent performance – even up to 55 years – without a drop in its thermal properties.

By opting for solutions that deliver consistent thermal performance, delivering against the requirements of the upcoming ADL will be easier. However, specifiers should think of the proposed changes as just the start of the journey.

ADL 2022 is a step in the right direction, but does not go far enough in ensuring that buildings perform to design standards.

While photographic evidence is a good start, often performance gaps occur in areas that can’t be seen, thus we need a more stringent methodology to determine as-built performance throughout a building.

If we want to fully realise net-zero carbon by 2050, specifiers and contractors must do more to ensure buildings perform well into the future.

www.rockwool.com/uk

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FC&A – JULY – 2021

HVAC

FIVE FACTORS THAT GET OVERLOOKED WHEN SPECIFYING HEATING SYSTEMS Opportunities to reduce carbon emissions and energy costs in newly-built commercial buildings are increasingly front of mind for consultants and architects. Naturally, HVAC equipment is a large part of the picture. Popular myths and traditional thinking, by both building specifiers and their contractors, often get in the way. Christian Engelke, Technical Director at Viessmann UK, shares some examples in relation to the specification of systems for heating and hot water.

VIESSMANN UK

The equipment cost for specifying a heat pump can be up to six times greater than a gas condensing boiler, excluding any groundwork.

Therefore, for higher flow temperature demand, an additional heat generator should be specified to cover the heat load.

To draw an accurate comparison between electricity-powered heat pumps and gas or oil boilers, it is necessary to evaluate efficiency, any Renewable Heat Incentive (RHI) payments available and fuel price. And here’s the crux: electricity is usually significantly more expensive.

1. You don’t have to specify heat pumps to cover 100% of the heat load FC&A readers will already be intimately aware of evertightening Target CO 2 Emissions Ratings (TER) and U-values, and all associated software. We know that when consultants hit the physical and cost limitations of fabric measures, eliminating the gas boiler is a welcome lever to ensure a building passes, even though this was previously the easy and well-understood ‘go-to’ solution.

Often, the only way the designer can demonstrate further carbon savings is to specify renewable heating. For the past year, in particular, our commercial team has spent much of its time handling enquiries from consultants wanting to achieve net-zero carbon by specifying a pure (or mono mode) heat pump solution.

Sadly, it does not work to simply switch out a boiler with a heat pump and expect the same performance and running costs. We would struggle to cite a successful example in operation, yet there is widespread opinion that this is the only possible route for buildings designed in 2021 and beyond.

There is no heat pump that delivers an 80°C flow temperature at a ground temperature of 0°C, while also meeting the required 2.8 Seasonal Coefficient of Performance (SCOP).

We are kidding ourselves if we overlook the cost and environmental implications of powering these units as if they were high-temperature heating systems – also if we expect this technology on its own to keep building occupants comfortable all year round.

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2. Dual-mode (bi-valent) heating systems should be considered A dual-mode or bi-valent solution – complementing renewables such as heat pumps with traditional gas 22

CHRISTIAN ENGELKE IS TECHNICAL DIRECTOR AT VIESSMANN UK

heating technologies – is sometimes better for the client and the environment. The same can be said of monoenergetic systems within a dual-mode operation, where the back-up or peak boiler is an electric boiler (useful for new builds where there is no gas supply).

One of the industry’s biggest challenges is how to design dual-mode installations, make them work effectively and save investment cost.

We urge constructors and architects to sit back and look at the whole energy picture of the building with the help of heat demand and emissions calculations and assess the available options. Heat pumps may be enough to meet the heat demand through spring and summer, but perhaps when it gets colder outdoors or when heat demand is especially high, boilers should provide vital back-up.

HVAC

and surprisingly, a smaller unit is often a more suitable choice. Many installers and consultants working with CHP for the first time will, however, specify a CHP like a boiler, using the thermal heat output to match building load. As a rule of thumb, the temporal output of CHP should be around 10 to 20% of the total building load.

That enables the CHP to provide long operating hours (5000 to 7000) per year.

The key to saving cost and emissions is good control through the BMS or the heating system’s energy controller. Using such tools to their potential is widely overlooked.

Both images: Viessmann Vitocal 300-G ground source heat pump, as specified in commercial buildings

COEFFICIENT OF PERFORMANCE X TEMPERATURE DIFFERENCE

Graph to show the impact of temperature difference on Coefficient of Performance (COP) in the operation of a heat pump. Low-flow temperature and high-source temperature result in a good COP.

In typical system configurations, the heating output of the heat pump is designed for approximately 70 to 85% of the maximum required heat load of the building (in accordance with EN 12831). The heat pump still covers approximately 92 to 98% of the annual heat load but saves more than 40% on investment cost.

Manufacturers, such as Viessmann, are constantly working with contractors to help commission such systems.

While designs in some tenders challenge the traditional risk-averse view of plant room design, but these issues are not going to go away.

3. Bigger isn’t necessarily better We understand that the CIBSE guide B1 provides some guidelines to size boilers to around 33% above the building load, but, in practice, many heating systems are specified to handle 150 to 200%. This adds needlessly to the cost of equipment and maintenance. In addition, many buildings have seen improvements in heat losses over the years, which is positive, of course, but this, in turn, results in many heating systems being oversized by 200%.

The sweet spot of sizing depends on many factors, including the choice of heat generator. For example, CHP units perform best when running at full capacity, 23

4. Learn from domestic Boiler Plus legislation Mass deployment of heat pumps feels like an overstep when we are not yet enjoying the efficiency benefits of bestpractice gas boiler installations across the market. This is important, not only to deliver cost-effective decarbonisation; it is also necessary to prepare the built environment sector for the widespread roll-out of heat technology that needs to operate at lower temperatures. We should not run before we can walk.

Boiler Plus legislation was introduced in 2018 for new residential buildings using ‘combi’ boilers. One of the most energyefficient technologies encouraged by Boiler Plus, weather compensation controls, can also benefit smaller commercial premises such as shops and schools. By modulating the flow temperature from the boiler according to the outside temperature, rather than running at a constant flow temperature or influenced only by internal thermostats, weather compensation reduces energy consumption by about 15%.

We argue that substantial environmental gains could be made from comparable changes to the commercial sector.

5. Hydrogen could be coming to the mains gas supply Transitioning to hydrogen for space heating would offer quick wins in the battle against greenhouse gases. That’s why it’s widely predicted that the UK’s mains gas grid could, in the not-too-distant future, supply a blend comprising up to 80% natural gas and 20% hydrogen. As manufacturers launch new gas boilers with hydrogen-ready labels, it’s advisable, with gases differing in their combustion properties, to check whether the combustion control of gas-fueled heating equipment is genuinely hydrogen-ready.

Viessmann’s Vitodens gas-condensing boilers, as used in small commercial building settings, as well as the larger Vitobloc 300 NG 15 and NG 20 CHP modules and the Vitocrossal 100 gas-condensing boiler (type CIB), are certified to operate with up to a 20% hydrogen mix with natural gas and can convert even a 30% blend into heat easily and efficiently. Viessmann’s Vitomax hot water and steam boilers can be operated today with 100% hydrogen.

www.viessmann.co.uk FC&A – JULY – 2021

INFECTION CONTROL

INFECTION CONTROL IN HEALTHCARE: VITAL STEPS FOR CONTRACTORS In this article, Chris Murphy, Head of Operations for leading national maintenance and construction contractor Novus Property Solutions, talks through the essential matter of infection control within the healthcare sector. With both the client and end-user in mind, he outlines the key considerations when it comes to carrying out work in live environments to ensure compliance in infection prevention.

NOVUS PROPERTY SOLUTIONS

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he healthcare sector presents contractors with a unique set of challenges and considerations when it comes to planning works, and a highly comprehensive site induction is always essential. Carrying out build or maintenance works within healthcare settings usually comes with high client expectations, tight timescales and more contractor visibility.

Perhaps most importantly, however, is that healthcare buildings such as hospitals are most likely to be used by vulnerable people – meaning that infection control is an essential consideration. And while it’s vital that steps are taken to control the spread of infection across all sectors, particularly in the age of COVID-19, the emphasis on infection prevention and control should be at the top of contractors’ agendas when it comes to carrying out work in the healthcare sector.

With most hospitals operating on a 24-hour, 365-day schedule, any works being carried out within these spaces will by nature impact the day-to-day running of departments and wards. It’s, therefore, crucial for contractors like Novus to work to minimise this impact through extensive planning, and by carrying out works with both flexibility and compassion.

Infection control in healthcare settings As working in these live environments means contractors are more likely to be visible and also potentially come into contact with staff and patients, planning and implementing infection control measures is vital. Not only does this provide protection for the building and maintenance staff, but it is essential for patients who may be especially vulnerable to infection.

There are several steps that contractors can take to minimise the risk of infection while working in a healthcare setting such as a hospital where outbreaks of infection can not only spread quickly and easily, but can cause severe issues for users.

A unique environment Carrying out build and maintenance works in healthcare settings means contractors are working in a live environment, which presents its own unique considerations.

FC&A – JULY – 2021

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INFECTION CONTROL

Minimising dust

Waste disposal

While there are limited actions that can be taken to prevent construction activity creating dust, contractors should take steps to ensure that levels are kept as low as possible.

Regular housekeeping is imperative in preventing excess dust which can become airborne, and particularly in preventing this from spreading outside the immediate construction area – especially into adjacent patient care areas.

Fortunately, there are several control measures that contractors can implement to minimise dust and to prevent it travelling outside of the construction zone. One of the simplest ways to do this is to restrict access to spaces where dust is being produced through construction or maintenance work to essential staff only; as well as redirecting construction traffic away from patient areas where possible.

Other physical prevention measures are also available, and contractors must consider the use of airtight plastic and drywall barriers, negativepressure ventilation in the construction area, dust suppression through the use of water and covering all air intake and exhaust vents in the construction zone to prevent contaminated air from entering the hospital’s heating and air conditioning systems.

Dust and other debris caused by construction works must be disposed of frequently and safely as a way of preventing the spread of infection. It’s important that contractors do not allow any waste materials to build up – not just for safety reasons, such as the prevention of physical hazards on site, but also as a way of reducing the chances of infection spreading.

Safely disposing of construction waste should involve regularly removing debris from work zones in sealed containers, or as a minimum, covering it with a damp cloth to stop it from becoming airborne.

As healthcare settings are round-the-clock environments, contractors may need to arrange specific waste management schedules, as well as other logistics such as delivery of materials, with the client to ensure this is done with minimal risk to service users, in accordance with infection control measures. This may involve carrying out the removal of waste materials out of hours in order to avoid regular hospital traffic, for example.

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Maintaining distance Since the outbreak of COVID-19 in the UK in early 2020, social distancing has become a part of our daily lives – and it’s even more important to maintain distance when carrying out work in healthcare settings, both for construction workers and patients.

Not only is social distancing a vital step in infection control to protect hospital service users – who may be more vulnerable to infection – but also to protect construction workers. By maintaining as much distance as possible, onsite construction teams are more likely to prevent the spread of infection to their families and each other, which could otherwise cause delays to the works.

The value of communication In order to implement the appropriate infection control measures for a healthcare contract, flexibility and communication with the client are key. Healthcare settings require a greater level of communication between client and contractor due to the live nature of hospital environments.

Any construction works within these environments have the potential to affect hundreds, if not thousands, of people – so maintaining excellent levels of communication is vital for a contract’s success, both generally and specifically in infection control.

Construction teams must work directly with the client from the planning phase and throughout the contract period in order to establish a tailored infection control system that is appropriate for the environment.

www.novussolutions.co.uk FC&A – JULY – 2021

FLOORS, WALLS & CEILINGS

Designed by Basha Franklin

PUT A CORK IN IT! TRULY SUSTAINABLE FLOORING IS ONLY A STEP AWAY The UK Government recently set an ambitious goal to cut the country’s greenhouse gas emissions by 78% by 2035 compared to 1990 levels, setting the world’s most ambitious climate change target, at the time of writing. James Scully, Managing Director at leading UK flooring manufacturer, Quadrant, discusses sustainable construction and how projects can be built with lowering emissions in mind.

QUADRANT Designed by Basha Franklin

Sustainable construction The construction industry is responsible for 39% of all energy- and process-related carbon dioxide emissions worldwide. As one of the largest users of resources and contributors of pollution, the construction industry has long been trying to build sustainably by using renewable and recyclable resources and materials. Sites are power intensive, with the use of power tools and lighting to forklifts, security systems and other equipment adding to the consumption rate each year. Companies in the industry are trying to find cost-effective ways of reducing or negating the huge amounts of energy needed to power their projects. As a cost-effective technology to reduce power usage is not yet readily available, other ways to offset the power used must be considered to make projects sustainable.

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Sustainable construction requires all the stakeholders involved taking care to reduce waste and energy consumption where possible and protect the natural environment around the site during construction. If done correctly, it ensures the delivery of an environmentally-friendly building and environment. Additionally, it can help organisations enhance their reputation by demonstrating a sense of corporate social responsibility (CSR), i.e. how a business conducts itself to have 26

a positive impact on society.

Ethical considerations and green alternatives to materials are both ways the construction industry can demonstrate CSR. One of the ways many constructions firms are building sustainably is by recycling and building with renewable and waste materials. Some of the most sustainable and green building materials that can be used in construction include pre-cast concrete slabs, reclaimed wood and steel, recycled steel and cork.

FLOORS, WALLS & CEILINGS

Parogon designs

Ensuring sustainability standards

Parogon designs

Put a cork in it!

Cork, for example, is one of the most sustainable raw materials to be used in construction. Not only does it grow very quickly, but it is also usually harvested from a living tree as it is a tree bark, which continues to grow and reproduce more cork. It is worth noting that for every tonne of cork produced, it is estimated that cork oak forests absorb around 73 tonnes of carbon dioxide. The knock-on effect is a reduction in greenhouse gas emissions and slowing climate change.

Cork is resilient, flexible and reverts to its original shape even after enduring sustaining pressure. Its resistance to wear makes it the ideal material for flooring.

Even after manufacture, cork flooring materials are infinitely recyclable as they retain the ability to store carbon dioxide throughout their entire lifecycle.

As a result, manufacturers are building on the natural sustainability of cork

by recycling cork products because they can be reconfigured and reused repeatedly without compromise.

Sustainability must also consider health and wellbeing. In flooring, for instance, there is an increased focus on how products can reduce noise pollution, maximise natural light and improve indoor air quality. Cork isn’t just carbon neutral; it has been proven to reduce acoustic noise by up to 50%, significantly enhancing busy spaces such as multi-storey office buildings, schools and hospitality venues.

Understanding the impact chemicals within building materials have on human health is also becoming more prevalent in sustainable construction. Flooring designers and manufacturers are responding by creating more products free from volatile organic compounds (VOCs) in line with current UK and EU indoor air quality standards.

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To ensure exacting sustainability standards are adhered to, it is important to work with manufacturers that can map the entire supply chain from the sourcing of raw material right through to production and distribution.

A verified Environmental Product Declaration (EPD), which is an objective report into what a product is made of and its environmental impact across the entire lifecycle, is one vital way to gain more transparency into flooring supplies. An EPD could form the basis for a clear set of industry standards and already feeds into other environmental accreditations such as the Building Research Establishment Environmental Assessment Method (BREEAM) and Leadership in Energy and Environmental Design (LEED). But demand from the buyers is essential for these efforts to become established industry standards; in turn, this requires education, in the form of accredited CPDs, around the processes behind the production of flooring products, enabling buyers to select suppliers and manufacturers committed to sustainable practices.

Demand for healthier, more sustainable indoor environments is driving a new era in building design. The flooring industry is already taking steps to deliver sustainable materials and solutions and to ensure these promote the wellbeing of building occupants. Ultimately clear, industrywide standards need to be put in place and adhered to, in order to serve the dual purpose of minimising environmental impact while positively influencing health and wellbeing. Truly sustainable.

www.quadmod.com FC&A – JULY – 2021

BUILD FOCUS: REFURB & RETROFIT

BUILD FOCUS:

REFURB & RETROFIT

As we collectively ‘build back better’, the question fundamentally becomes; which area should we invest in first? Miguel Aguado, Marketing & Technology Manager at Lutron, explains why smart lighting systems are a great starting point for “dramatic and effective change” as we follow the Government’s net-zero-by-2050 path.

Universality

MIGUEL AGUADO IS MARKETING & TECHNOLOGY MANAGER AT LUTRON

RETROFITTING: LIGHTING A PATH TO NET-ZERO BUILDINGS While technology and consumer behaviour continue to evolve at an ever-increasing speed, the UK built environment remains stuck in the past. According to the UK GBC, 80% of the buildings that we will be using in 2050 have already been built, making our building stock the oldest in the developed world, says Miguel Aguado, Marketing & Technology Manager at Lutron.

LUTRON

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hese buildings contribute 40% of the UK’s total carbon footprint, half of which derives from the energy used in buildings. Concurrently, waste from construction, demolition and excavation represents a staggering 59% of total UK waste. These statistics, when considered together, add some much-needed clarity to the quest for net-zero by 2050. Clearly, the decarbonisation of our existing buildings must be the top priority.

Unintrusive, smart building technology represents one of the greatest winwin investments for Governments, businesses and individuals. By embracing its benefits, we can see both cost savings and carbon reductions. Lighting, due to its ubiquity, cost-saving ability, positive impact on productivity and wellbeing, as well as safety, must be the first port of call for retrofitting activities in the years to come.

Lighting the way While COVID-19 has changed the world, our priorities remain the same, if not more urgent, as all Governments, businesses and individuals come under pressure to become more efficient, sustainable and resilient.

As we collectively pull to ‘build back better’, the question fundamentally becomes; which area should we invest in first? Buildings represent the greatest opportunity for mass improvement, with smart lighting systems as the prime candidates to bring about dramatic and effective change.

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Firstly, and perhaps most crucially, wherever there are buildings, there are lights. They are the most ubiquitous and intrinsic building technology, fundamental to their performance. Therefore, a single piece of legislative change could have a sweeping impact on the overall energy efficiency of our buildings. The universality of lighting must make it the clear first choice for action.

Efficiency Over recent years, we have tangibly seen the impact of LED lighting. Indeed, in the journey to net zero, efficiency has been more effective than reducing carbon emissions.

Energy-efficient lighting installations can easily realise savings of more than 50% over legacy technology. However, the sensing and communication capabilities of lighting systems provides benefits that are far greater than the sum of its parts. Add presence detectors, daylight linking, timeclock events and personal control, and the impact can be upwards of an additional 60%, over the energy savings already provided by LED lighting.

Productivity On average, in a commercial building, energy accounts for 1% of the total cost to the business, while the running of the building itself accounts for 9%. The remaining 90% is devoted to the people and the accumulated knowledge and skills that make a workforce productive. Lighting has a greater impact on employees than any other building technology, helping productivity and overall wellbeing.

Smart lighting control takes our lit environment a step further. Combining data from lighting systems with that from additional sources (including weather, time of year etc.), they can unlock even greater benefits to building operations and provide a better setting for users. Through the collation of data, we are moving closer to the perfect lighting environment.

BUILD FOCUS: REFURB & RETROFIT

Safety The use of automation, personal control and data analytics can help realise not only further energy savings, but reduce the spread of disease which, as we have seen, can have a devastating snowball effect on the global economy.

Automation allows building occupants to avoid touching shared surfaces, such as light switches or blind controls. Occupancy data analytics can tell a facility manager which areas of the building are used, and how often over time, and be able to plan the distribution of workspaces. That data, in turn, can be shared with the climate control of the building and optimise its efficiency.

Taking action The technology to bring about genuine change is available today. The maturity of wireless lighting technologies makes it possible to deploy smart systems in any environment – however, we are not yet seeing that reality.

The current UK regulations (Conservation of Fuel and Power: Part L) barely scratch the surface of what is needed and fail to capitalise on the technology available. In terms of efficiency alone, smart lighting systems represent an open goal – able to take energy savings to new levels, with the capability to be cost-effectively deployed in the UK’s current built environment. Add the productivity and safety benefits, and it simply can no longer be shunted down the list of priorities.

Change can only come from a clear, prescriptive regulatory framework that forces action. Part L must make capabilities, such as presence detection, daylight linking and timeclock events, compulsory for all new constructions and during every piece of renovation work. Legislation must require the use of smart technologies in new and existing buildings, turbocharging the industry and providing the basis for a hyper-efficient economy in the years to come.

Lumen requirement can only take us so far – explicit requirements for controls will bring short-term, long-term and universal benefits. Our European neighbours have led the way, launching the €1.8tn EU Renovation Wave project.

It’s time the UK joined the party.

www.lutron.com 29

FC&A – JULY – 2021

TECHNICAL INSIGHT: TIMBER 6 Orsman Road

WOOD AND BIOPHILIC DESIGN: A NATURAL BALANCE

For each of the 14 patterns, Terrapin Bright Green has referenced whether it impacts stress reduction, cognitive performance or emotion, mood and preference. For some patterns, they cover all three functions.

Wellbeing risks becoming another buzzword if we don’t take a step back and seriously consider what it means and how it can be applied in the built environment to truly benefit building occupants.

Wood is good One of the identified patterns of biophilic design is our material connection with nature. Several studies have linked the positive effect of natural materials such as wood on humans and their health and wellbeing. Choosing timber for a building’s construction and interior can help to create a healthier environment.

This was part of the decision process for a project in Hull for BBC TV series, DIY SOS. Oliver Heath Design, champion of biophilic design, applied its know-how to create a more accessible space for a family of four who had dramatically changing needs and lifestyles. Among other biophilic principles, such as a water feature, timber featured heavily both indoors and outdoors. In the dining area, reclaimed timber pallets were used to create a striking design where they were used to clad the walls. A timber table and bench were installed alongside a wood-burning stove. The theme continued into the kitchen with a warm timber worktop.

Meanwhile, the garden was crafted with timber planters, seating and a pergola. This was softened with careful planting to offer a relaxing and uplifting space for the whole family.

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he statistic that we spend 90% of our time indoors is well documented and this has been compounded by the extra time spent at home since the onset of the pandemic.

So, how can we make our indoor spaces healthier so that they positively contribute to our wellbeing?

Bring nature in Biophilia, or biophilic design, is the phenomenon that advocates for the connection between nature and bringing the benefits of the outdoors in. This can be as simple as introducing more plants into an indoor space or as extensive as indoor living walls and water features.

Wellbeing studies evidence how our emotional and physical wellbeing increases when our indoor environments contain natural materials and natural scenery. According to environmental consultant Terrapin Bright Green, biophilic design “can reduce stress, enhance creativity and clarity of thought, improve our wellbeing and expedite healing”.

To help translate this into principles for design, it has established 14 patterns of biophilic design including visual and non-visual connections with nature and natural systems, sensory stimuli, thermal and airflow variability, water, light, biomorphic forms and patterns, complexity and order and our material connection with nature.

FC&A – JULY – 2021

Learn with nature Biophilic design and the use of timber goes beyond our homes, extending to education buildings too. An Austrian study conducted

by Human Research compared the health of children in two different classrooms: one constructed with timber and the other with standard materials. The results of the study were substantial and showed children in the timber classroom were less stressed, had significantly lower heart rates and were generally happier.

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TECHNICAL INSIGHT: TIMBER 6 Orsman Road by Waugh Thistleton

Oliver Heath Design created a more accessible space for a family of four on DIY SOS

The hexagonal seating at Hackney Garden school by Oliver Heath Design

Other studies have highlighted the positive response people have had in buildings made from or containing wood because of the warm and calming effect it has.

Oliver Heath Design was also responsible for the Hackney Garden School, a school for children with special educational needs. The practice cites research that education spaces built with biophilic design principles increase the rate of learning by 20 to 25% and can improve test results, concentration levels and attendance. They can also reduce the impacts of attention deficit hyperactivity disorder (ADHD).

The hexagonal seating at Hackney Garden school constructed of natural wood is not just aesthetically pleasing but provides a space for children to relax and recharge their batteries.

Education spaces should inspire students from nursery through to higher education. Designing buildings and interiors that improve health, air quality and productivity should be top of the brief to ensure that future generations get the best from their educational experiences.

Wellbeing in the workplace Similar principles behind the advocacy for using timber in educational spaces is also applied to workplaces.

Though the return to the office is unlikely to replicate what had gone before, there is a need to have offices, but with a greater emphasis on wellbeing.

Everyone has gone through some degree of emotional and mental turmoil in the past 18 months, and so our workplaces need to work better to help to keep workers relaxed and to feel safe.

In addition to creating a welcoming space for workers to return to, hygiene and air quality will be of the utmost importance too. Beyond the standard practices of sanitising stations, more regular cleaning, temperature checks and opening windows, improvements can be made through biophilic principles such as introducing more plants and better material selection.

One exemplar of focusing on office worker wellbeing is 6 Orsman Road, a flexible and recyclable workspace in the heart of Hackney, designed by engineered timber building pioneer, Waugh Thistleton.

Every element of the building, from the exposed timber to the waterside setting, has been designed to enhance occupant wellbeing and to increase nature and biodiversity at this urban site.

Natural materials, natural daylight and air-purifying plants create an environment that works with nature to actively boost productivity and create a sense of calm.

The exposed cross-laminated timber structure helps to lower the sympathetic nervous system (SNS) activation.

SNS is what causes stress responses, increases blood pressure, raises heart rate and inhibits functions like digesting, recovery and repair. When surrounded by nature and wood, these symptoms reduce.

Specialist acousticians have enhanced the sound absorption qualities of the timber, improving comfort to ensure that productivity isn’t affected by bustle and noise.

Wood = well Combining biophilic design with natural and renewable building materials like timber can have enormous positive wellbeing benefits for building occupants. Factoring in objectives for wellbeing and communicating these to the client from the very beginning is essential if we are to create healthier and more prosperous indoor environments.

www.woodforgood.com 31

FC&A – JULY – 2021

RCI & CURTAIN WALLING

©Maris Tomba

©Tom Ferguson

NORDIC COPPER BUILDING STUDIES

strip because whole coils are treated on the production line, not just limited size sheets.

The Nordic Copper range includes Nordic Standard ‘mill finish’ and Nordic Brown preoxidised copper, offering lighter or darker shades of brown determined by the thickness of the oxide layer. The extensive Nordic Blue, Nordic Green and new Nordic Turquoise ranges have been developed with properties and colours based on the same brochantite mineralogy found in natural patinas all over the world. As well as the solid patina colours, ‘Living’ surfaces are available for each, with other intensities of patina flecks revealing some of the dark oxidised background material.

Nordic Copper offers an extensive range of natural surfaces and alloys that can be applied in numerous ways to clad a wide variety of building types, from concert halls to social housing. A growing series of building studies – via www.nordiccopper.com – exemplify the best in contemporary architecture and showcase the diversity of surfaces, forms and applications available with Nordic Copper today.

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opper’s unique architectural qualities are defined by its naturally-developing patina – which cannot be replicated successfully using other materials with surface coatings.

Within a few days of exposure to the atmosphere, a copper surface begins to oxidise, changing from the ‘bright’ mill finish to a chestnut brown, which gradually darkens over several years to a chocolate brown. Continued weathering can eventually result in the distinctive green or blue patina seen on older roofs.

FC&A – JULY – 2021

Natural processes The Aurubis ‘Nordic Copper’ range provides all these surfaces straight away. The processes involved are generally similar to those taking place over time in the environment, utilising copper mineral compounds, not alien chemical processes.

All these surfaces form an integral part of the copper, generally continuing to change over time, and are not lifeless coatings or paint. The material is easily bent and formed, and there are no limitations on the length of copper sheet or

Copper alloys Copper alloys are growing in popularity as well, including Nordic Bronze and Nordic Brass – which can also be supplied pre-weathered.

The innovative Nordic Royal is an alloy of copper with

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aluminium and zinc, giving it a rich golden throughcolour and making it very stable. It has a thin protective oxide layer containing all three alloy elements when produced. As a result, the surface retains its golden colour and simply loses some of its sheen over time, as the oxide layer thickens with exposure to the atmosphere to give a matt finish.

Diversity of forms A wide choice of Nordic Decor mechanically-applied surface treatments is also available for various surfaces and alloys, particularly suited to interior applications.

Apart from traditionallyjointed, rolled material supported by a substrate, various other forms of copper for architecture are increasingly being explored by designers. For example, copper can be supplied in profiled sheets or extremely flat honeycomb panels, pressed to provide surface

RCI & CURTAIN WALLING

©Chris Hodson

textures and modulation, or perforated, expanded or woven as mesh for transparency.

But there is more to architectural copper than meets the eye, with an unrivalled lifespan, no maintenance and full recyclability. With an ‘A1 (noncombustible material)’ fire classification to EN 13501-1, copper is also suitable for cladding tall buildings, using appropriate constructions.

Low thermal movement makes it appropriate for any climates and locations, and it is non-toxic and safe to handle, as well as nonbrittle and safe to work. And, importantly today, its inherent antimicrobial qualities make it ideal for touch surfaces internally as well.

Long-term performance The lifespan of copper roofing and cladding can be regarded conservatively as 200 years, subject to substrate and structure, and this is endorsed by

www.nordiccopper.com

©dapple photography

experience. Naturally, this longevity has a significant beneficial effect upon comparative whole of life cost assessments. Copper’s longevity is due to a complex patination process. It ensures extreme durability with no maintenance and resistance to corrosion in virtually any atmospheric conditions. And, unlike some other architectural metals, copper does not suffer from underside corrosion.

In addition, copper requires no maintenance or decoration.

As a lightweight and flexible covering, structural support demands are reduced, resulting in lower carbon and ‘whole of life’ costs.

Copper is also fully recyclable utilising long-established practices – 97% of copper in construction comes from recycling – and has other impressive sustainability and environmental credentials.

And, of course, copper retains a high scrap value at eventual demolition.

©Jim Stephenson

01875 812144 33

g.bell@aurubis.com FC&A – JULY – 2021

RCI & CURTAIN WALLING

SENIOR’S CURTAIN CALL AT BOLTON’S FAMOUS THEATRE SENIOR ARCHITECTURAL SYSTEMS

SIKA SWEEPS THE BOARD AT SPRA AWARDS 2021 SIKA

Sika and five of its certified contractors have triumphed at this year’s Single Ply Roofing Association (SPRA) Awards. The awards, which recognise best practice within the single-ply roofing industry, saw Sika Sarnafil, working with Berkshirebased Malone Roofing, take home the Best New Build award for their contribution to St George’s College’s new sports facility and its bespoke freeform glulam roof.

The lightweight system was ideal for the complex curved roof. Also, the addition of Sika decor profiles meant rainfall could be interrupted and guided across the roof area, ensuring high-pitched areas could provide more slip resistance, offering substantial health and safety benefits.

www.sika.co.uk/roofing 01707 394444 enquiries@uk.sika.com

With slim sightlines and enhanced thermal performance, Senior Architectural Systems’ SF52 aluminium curtain wall system has been put centre stage to create the modern new facade of the historical Octagon Theatre in Bolton, Greater Manchester. Originally dating back to 1967, the theatre closed its doors in 2018 to undergo a full refurbishment and has recently reopened following the completion of works and the lifting of COVID-19 restrictions. Designed by JM Architects, the new-look theatre features Senior’s SF52 aluminium curtain walling, which has been seamlessly integrated with the company’s SPW501 aluminium commercial doors and SPW600 aluminium windows. The attractive fenestration package was fabricated and installed by Aire Valley Architectural Systems for Willmott Dixon.

www.seniorarchitecturalsystems.co.uk

01709 772600

info@sasmail.co.uk

ARMACELL ENHANCES ACOUSTIC PORTFOLIO WITH ARMACOMFORT ACOUSTIC BARRIER RANGE ARMACELL

Armacell has launched to the UK HVAC market a range of acoustic barriers offering one of the market’s most efficient ratio of transmission reduction and ultra-thin material thicknesses, providing comfort to occupants while minimising the amount of space required. ArmaComfort Barrier achieves a sound transmission loss with a weighted sound reduction index Rw of 27 dB, with a wall thickness of just 2mm and Rw of 32 dB at 4mm; the human ear perceives a reduction of 10 dB as a halving of volume. ArmaComfort Barrier products have been developed for applications in new constructions and for sound attenuation measures on existing building elements and mechanical equipment.

www.armacell.co.uk

0161 287 7100

info.uk@armacell.com

ROCKWOOL SUPPORTS FIRE PROTECTION FOR STRUCTURAL STEEL WITH NEW CPD

TN INTERNATIONAL DEBUTS ROOF INSTALLATION VIDEO

ROCKWOOL UK

TN INTERNATIONAL (TNI)

Stone wool insulation manufacturer ROCKWOOL has launched a new CPD module to help design out risk for steel frame constructions. ‘Passive Fire Protection for Structural Steel’ has been developed to enhance industry knowledge on up-to-date regulations and examines how specifiers can maximise fire protection periods with carefully chosen insulation materials.

“Insulation might not always be a designer’s first thought when it comes to fire protection, which is why we’re aiming to help develop industry knowledge and encourage specifiers to think carefully about what different insulation solutions can offer,” says Coral Morgan, Product Manager – Fire Protection at ROCKWOOL UK. The ‘Passive Fire Protection for Structural Steel’ CPD gives an overview of structural steel and steelframe construction, key considerations to keep in mind when specifying passive fire protection for steel members, and up-todate regulations, standards and testing protocols. Learn more or book a free CPD placement by visiting the website below.

Global waterproofing specialist TN International has launched the first in an expected series of roof installation videos. Entitled ‘Innovations in bituminous roofing – self-adhesive and torch-safe systems’, the new video focuses on TN International’s (TNi’s) engineered roofing systems, manufactured by Börner in Germany, and its correct methods of application to ensure a safe, watertight installation. Featuring key products from TNi’s specification portfolio, which was designed with safety and performance in mind, the video takes architects and contractors through priming the deck substrate and installing DACO KSD-B self-adhesive vapour control layer, to the spraying of insulation adhesive and laying of insulation boards and angle fillets where the horizontal substrate meets vertical upstands.

The installation video is broken down into key chapters to provide an exceptionally user-friendly experience and enable each of the waterproofing system components to be easily found and viewed.

Lasting eight minutes, the full video can be viewed within the video section of TNi’s roofing website below.

www.rockwool.com/uk/pfp-cpd 01656 868400 customersupportcentre@rockwool.co.uk

www.tnroofingsystems.com 01786 451170 info@tnroofingsystems.com

FC&A – JULY – 2021

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Speak to our audience directly...

With our new

FCA and PSBJ Magazine Webinar series and magazines are determined to support the industry during this difficult period, and with a huge uplift in our online training and promotional areas, we are launching a new initiative that can involve you.

It’s your chance to speak to our audiences - directly!

Featuring a range of topics including: industry training, technical expertise, solutions for projects and more.

30/60-minute webinars and live Q&A sessions.

Your brand and your expertise listed on the registration page.

Delivering interesting, topical and educational content in the most accessible manner.

This campaign is launched to over 30,000 architects, specifiers and contractors for FC&A magazine and 14,000 housing associations, local authorities, heads of estates for education and healthcare buildings.

Your own dedicated brand and webinar promoted exclusively through FCA / PSBJ channels.

All opt-in GDPR-compliant attendee data from your session given to you.

If you are interested in taking part or would like to know more about our webinar series, please contact Cross Platform Media via telephone or email.

35 01622 946150

FC&A – JULY – 2021 sam@crossplatformmedia.co.uk

DOORS & WINDOWS

SELECTAGLAZE CURVED ON-PLAN UNITS CREATE A SPLASH AT KIDDERPORE HALL Kidderpore Hall and its three acres of surrounding land lies in what was once referred to as the Childs Hill neighbourhood of Hampstead, once a relatively rural area. This imposing Greek revival ‘country home’ was commissioned by John Teil in 1843. Mount Anvil bought the hall and its land in 2014. Working with A&Q Partnership Ltd, it has been beautifully reimagined, with new housing constructed and landscaped areas surrounding Kidderpore Hall.

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ne of the areas of the house which needed particular attention was a room in the lower level where there is a new swimming pool and small spa area. It was deemed that secondary glazing was the only solution to assist in upgrading the thermal insulation of the eight windows and one door in this Grade II Listed building.

24mm double-sealed secondary glazed units were required with obscure glass to provide privacy. Six of the units were produced from the Series 41 side-hung casement range, glazed with 4-16-4 gas-filled sealed units. One of which was a large door measuring 2295 (h) x 1204mm (w). These systems, when combined with a single-glazed timber frame window, achieve U-values of around 1.63 W/m 2 K.

www.selectaglaze.co.uk

However, to match the sightlines of the bay window framing the jacuzzi, curved on-plan units were specified. It is not possible to use curved sealed units in the Series 41 side-hung casement, so they were manufactured with 6.4mm toughened glass to provide maximum heat retention in these three beautiful sweeping openings.

01727 837271

enquiries@selectaglaze.co.uk

ASSA ABLOY DOOR GROUP’S WHOLE-LIFE APPROACH TO TIMBER AND STEEL DOORSETS ASSA ABLOY DOOR GROUP

ASSA ABLOY Door Group, a unit of ASSA ABLOY Opening Solutions UK & Ireland, offers a cradle-to-grave approach for its steel and timber doorsets while the UK prepares for a year of recovery. Despite the UK expecting a slow movement back towards normality, there’s no doubt that 2021 will still see the majority of us spending more time at home. Experts suggest that during this time, architects, specifiers, contractors, landlords, facilities managers and house-builders should ensure living environments are up-to-date, safe and secure. ASSA ABLOY Door Group, on top of offering a complete doorset solution by manufacturing doors, hardware and ironmongery, boasts the capability of managing the entire doorset process.

www.assaabloyopeningsolutions.co.uk

0289 266 2200

aasdsales@assaabloy.com

SIDEY FENESTRATION SOLUTIONS SPECIFIED FOR BROWNFIELD REDEVELOPMENT PROJECT SIDEY

Sidey has supplied and fitted fenestration solutions for a residential redevelopment in Edinburgh on a brownfield site that forms part of the regeneration of the Granton area. The brief was to provide a lowmaintenance product that was aesthetically pleasing, modern, energy efficient and provided noise reduction. Sidey’s revolutionary externally flush tilt-and-turn window was the ideal solution.

The product has been specifically designed to prevent the framework from overlapping to give a more ‘flush’ appearance and allows for a flood of natural light and ventilation into the building. Sidey’s open-out french doors, sliding patio doors, composite entrance doors, FD30 fire doors and aluminium curtain walling were also supplied and fitted.

www.sidey.co.uk FC&A – JULY – 2021

01738 505880

info@sidey.co.uk 36

NEW ACOUSTIC, SMOKE AND FIRE SEAL BROCHURE FROM LORIENT LORIENT

Lorient is proud to unveil the latest edition of its popular ‘Acoustic, Smoke & Fire seals for Door Assemblies’ brochure.

Founded in 1979, Lorient was responsible for introducing intumescent technology for fire doors to the UK, and this new brochure showcases its extensive product portfolio of intumescent seals. The new brochure features a wide range of intumescent seals and details their technical performance in a structured, clear format. Many of Lorient’s door seals are multi-functional and can provide the highest standard of protection against sound (Approved Document E); smoke at all temperatures, and fire (Approved Document B); while offering low frictional resistance for ease of door operation (Approved Document M).

www.lorientuk.com 01626 834252 sales@lorientuk.com

DOORS & WINDOWS

CLEMENT STEEL WINDOWS SELECTED FOR TRANSFORMATION OF ART DECO OFFICE BLOCK Clement Windows Group has recently manufactured and installed over 300 new steel windows at Douglas House in London.

CLEMENT WINDOWS GROUP

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great example of 1930s Art Deco architecture, The Douglas Building sits on Great Titchfield Street in London’s West End. Formerly known as The Media Village, Douglas House was acquired by serviced office provider The Office Group (TOG) from landlord The Langham Estate in 2019. TOG, together with Note Design Studio, transformed the building with a colourful concept that blends the distinctive 1930s features and gives a sense of fluidity, openness and light throughout.

This area of London is a hub for local media and IT businesses. The brief for the building was to create a flexible workspace where people can feel stimulated by their environment, leading to greater productivity. Wellness was also a central focus, and the building includes an oxygen room, a parents’ room and a roof terrace, which are all integral to enabling and inspiring everyone who enters.

Well ventilated and an abundance of natural light have become buzzwords in the COVID era, and the new steel windows from the Clement EB24 range chosen by office fit-out and refurbishment contractor, Parkeray, perfectly facilitate both.

Clement EB24 windows are manufactured with exceptionally slim 24mm frames, meaning that the largest possible glazed area is provided, thereby optimising solar gain and saving energy through reduced use of artificial lighting. They are appropriate for both refurbishment and new-build projects.

www.clementwindows.co.uk

01428 643393

info@clementwg.co.uk

WORLD-FIRST SUSTAINABLE OFFICE RETROFIT FOR ISO CHEMIE WINFRAMER AND SEALANT TAPES ISO CHEMIE

New foam sealant tapes and a thermally-insulating and load-bearing bracket support system from Iso Chemie have been specified for a worldfirst sustainable office retrofit at Cambridge University. The move sees WINFRAMER units and ISO BLOCO tape being installed at the University of Cambridge Institute for Sustainability Leadership (CISL) Entopia Building in Regent Street, Cambridge, in an initiative to bring the property in line with current zero-carbon Passivhaus and BREEAM energy-efficiency standards. This is the first time that retrofitted windows are being installed as part of an office refurbishment to ensure compliance with some of the lowest emission standards in the world. ISO Chemie is partnering with Internorm windows on a project that will see its WINFRAMER pre-fabricated installation frames, which can accommodate cavities up to 250mm, fitted internally around 50 windows, enabling them to be supported independently from the face of the wall.

FRESH START FOR STRAND HARDWARE’S VICKI HAWKES STRAND HARDWARE

Vicki Hawkes knows what it’s like to operate in a man’s world.

The new Area Sales Manager at Strand Hardware has worked in the construction and building products sector for 23 years and is delighted to be joining a company with a woman at the helm. “It was one of the things that most interested me about the job,” she says, referring to Strand’s Managing Director, Catherine Franks.

“Although there are now many more women working in the industry, there are relatively few who are in leadership roles.” Appointed in November 2019, Vicki was just starting her sales activity, covering the southern/eastern half of the Midlands, South Wales, East Anglia and the South of the UK, when the UK went into its first COVID lockdown. Following furlough and a part-time return, Vicki is now back in her full-time role and is keen to highlight the benefits of Strand Hardware’s quality products to distribution, architectural ironmongers and locksmiths. Having worked for Carillion and Assa Abloy UK, she is experienced in many areas of the industry, including fleet management, customer services and sales.

www.iso-chemie.eu/en-gb/home 07837 337220 a.swift@iso-chemie.co.uk

www.strandhardware.co.uk 01922 639111 info@strandhardware.co.uk 37

FC&A – JULY – 2021

DOORS & WINDOWS

IRISH COLLEGE SELECTS SALTO TO SECURE ITS NEW CAMPUS South West College, the largest further education college in Northern Ireland, has selected SALTO and its partner company, Doorways Architectural, to provide the access control solution for its new multi-million-pound Erne Campus.

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ocated in the communities of Tyrone and Fermanagh in Northern Ireland, the college is physically represented at campuses in Cookstown, Dungannon, Enniskillen and Omagh. It employs over 900 full-time and part-time staff servicing around 18,000 enrolments and, with a turnover of £41m, makes a major contribution to the local and regional economy.

The new campus, which is situated on the site of the former Erne Hospital in Enniskillen, will open its doors to students and staff later this year having been delayed due to COVID-19, and will deliver additional first-class facilities and accommodation for students and staff at South West College.

It will see the delivery of the first educational building worldwide to achieve the highest international standard in environmental construction – Passive House Premium. The application of the Passive House standard is still quite new in the UK and in particular Northern Ireland, ranking it alongside prestigious buildings such as the Apple Campus 2 in terms of sustainable innovation and design, and it is also designed to achieve a BREEAM ‘Outstanding’ rating, confirming the college’s commitment towards sustainability.

www.saltosystems.com FC&A – JULY – 2021

What did the college need?

To ensure the safety and security of its students, staff and visitors, the college needed a modern access, wire-free control solution that was future-proof to allow for any future expansion, and to provide full control over who could access what, where and when. In addition, any proposed solution had to be easy to install, simple to operate, be able to grant access rights instantly and revoke them in real-time if and when required, and provide full audit trail functionality.

To meet this brief, Tracey Brothers, the main contractor constructing the new campus, commissioned SALTO partner Doorways Architectural to supply and install the new access control system.

Solution and benefits Robert McNeill, Doorways Architectural’s Sales Manager, comments: “Having made the decision to standardise access control on the SALTO solution, installation got underway with some 100 plus doors being secured. Products fitted include SALTO XS4 One handle sets, mortise locks with projecting latches, strike plates and simple-to-use SALTO BLUEnet software.

01926 811979 38

“This provides high-level, real-time access control throughout the campus, allowing system administrators to manage doors and user keys in just a few easy steps – and in real-time. A SALTO Virtual Network (SVN) was also installed, which provides the flexibility for the campus’ access control system to grow as required.”

Controlling access plays an important role in the security of any educational building, and SALTO’s innovative, wirefree technology allows stand-alone electronic locks to read, receive and write information via their operating smart cards. And, at a later date, if the client chooses, they can also incorporate the use of JustIN Mobile technology, making it easy and secure to incorporate smartphones as a part of their oncampus access control solution.

A spokesperson for South West College said: “Security is of paramount importance for all our students and staff. Doorways and SALTO understood our requirements to be successful, secure and safe. We needed a system where our new campus buildings felt safe but where our students have a sense of freedom – and our new SALTO technology provides that.”

info.uk@saltosystems.com

P O LY P I P E A D VA N TA G E

MORE THAN FABRICATION Polypipe Advantage is more than fabrication. But what do we mean by more?

From quotation to final delivery, you’re in control. With access to our team of specialists, full details on scheduling and logistics, detailed information and visual designs – all at your fingertips.

Fabricated water supply systems and drainage stack solutions arrive on-site, fully configured and ready to install. Whilst a dedicated project manager and technical team cover every detail to ensure that it fits perfectly; first time, every time.

What’s more, using the Polypipe Advantage Service gives you more time savings, more cost-effective installations and makes a complex project, simple. What more could you possibly need?

Add more to fabrication, visit polypipe.com/polypipeadvantage 39

FC&A – JULY – 2021

FLOORS, WALLS & CEILINGS

CROWN PAINTS ANNOUNCES COLOUR TRENDS SET TO SHAPE SPRING/ SUMMER 2021 CROWN PAINTS

Crown Paints has named its three latest key colour trends, which will shape interior design and architecture for spring/summer 2021 and beyond. This year, Crown Paints’ panel of colour experts sought inspiration from the world around us. The result is three considered colour trends for 2021. The three trends each have a distinct identity, and the panel highlights both hero shades and complementary colours within each. The panel has identified the trends for spring/summer as ‘Witty’, ‘Foresight’ and ‘Cocoon’. ‘Witty’ is upbeat and quirky – a real celebration of colour. The second colour trend is ‘Foresight’. Although it’s primarily about looking to the future, this trend is inspired by the Arts and Crafts movement. Taking a different approach is the final colour trend is ‘Cocoon’. This trend is centred around the desire to create a place of sanctuary and quiet calm, using soft neutral tones and muted shades to soothe and comfort.

www.crownpaintspec.co.uk

STYLE DELIVERS COLLABORATIVE WORKSPACE TO HEWLETT PACKARD OFFICES STYLE

In 2020, Hewlett Packard Enterprises relocated to The 210 Building, an inspiring office development in the heart of Winnersh Triangle.

Working with architect firm Perkins and Will and BW Construction, Style was specified to create an extensive range of flexible space within the meeting rooms as well as a chic, collaborative working environment. Using a combination of 52 dB Dorma Hüppe semi-automatic Variflex glass moveable walls, 55 dB solid semiautomatic Variflex moveable walls and Style’s ingenious ‘working wall’ pivot panels, a supremely flexible and stylish training and meeting suite has been created. “This is a stunning installation,” said Julian Sargent, Style’s Group Managing Director. “Everything about it is first class, making this a project we’re incredibly proud of. The Variflex moveable walls offer top-end acoustic integrity, which means meetings and training sessions can take place undisturbed. The combination of glass and solid panels deliver a wonderful blend of privacy and transparency while bringing a light and airy feel to the floor space.”

0330 024 0310 info@crownpaintspec.co.uk

www.style-partitions.co.uk 01202 874044 sales@style-partitions.co.uk

RMIG City Emotion

we make ideas come to life

RMIG PERFORATED AND EXPANDED METAL

Form and function in complete balance TAKE CREATIVE FREEDOM AND AESTHETICS TO THE NEXT LEVEL WITH PERFORATED METAL Architects around the world work creatively to create architecture to harmonise buildings within their surroundings.

This has led to several award-winning projects where perforated metal from RMIG plays a signifi cant role as a functional and durable facade cladding or sun screens. We look forward to bringing your ideas to life.

RMIG Ltd | 1-7 Adlington Court | Risley Road | Birchwood Warrington | WA3 6PL Cheshire | Tel: +44 1925 839610 | info.uk@rmig.com | city-emotion.com

FC&A – JULY – 2021

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FLOORS, WALLS & CEILINGS

‘ARENA DEL FUTURO’ – FIRST WORLDWIDE COLLABORATIVE INNOVATION PROJECT FOR ZERO-EMISSION MOBILITY OF PEOPLE AND GOODS ON THE ROAD TO CARBON NEUTRALITY The A35 Brebemi-Aleatica motorway, ABB, Electreon, FIAMM Energy Technology, IVECO, IVECO Bus, Mapei, Pizzarotti, Politecnico di Milano, Prysmian, Stellantis, TIM, Roma Tre University and the University of Parma announced the launch of a collaboration aimed at creating the conditions to develop an innovative zeroemission system for the mobility of people and goods along motorway transport corridors.

The project includes:

MAPEI

Constructing a 1050m asphalt ring powered by 1MW of electrical power, called the ‘Arena del Futuro’, located in a private area of the A35 motorway near the Chiari Ovest exit Applying ‘Dynamic Wireless Power Transfer’ technology to various ranges of electric vehicles in a static and dynamic environment Advanced connectivity through 5G and IoT (Internet of Things) technologies to ensure maximum road safety and optimise the productivity of commercial vehicles Optimising the road surface in order to make it more durable and not alter the efficiency of the inductive charge.

T

his consortium will work together over the coming months to demonstrate the effectiveness and efficiency of technologies to power electric cars, buses and commercial vehicles using contactless dynamic inductive charging.

The uniqueness of this revolutionary project lies in the fact that, for the first time in the world, a pool of important international industrial companies supported by prestigious universities and institutions will be collaborating with the aim of analysing all the data related to this futuristic technology that will emerge over the next few months of work and study.

www.mapei.co.uk

0121 508 6970

info@mapei.co.uk

F. BALL TRENDS IN LONDON OFFICE REFURBISHMENT F. BALL AND CO.

SETCRETE RAPID SET REPAIR MORTAR OFFERS 30-MINUTE SET TIME SETCRETE

Setcrete Rapid Set Repair Mortar repairs damaged or worn concrete in just 30 minutes. The water-mix mortar can be used internally or externally and applied up to 25mm thick on horizontal surfaces or 10mm on vertical surfaces. It is suitable for repairing a wide range of non-structural concrete elements, including floor screeds, paving slabs, beams and lintels, stair treads and risers, balcony edges and concrete soffits. With a working time of 10 to 15 minutes, Setcrete Rapid Set Repair Mortar is walk-on hard after 30 minutes (depending on ambient temperature) and can be covered, for example, with a floorcovering, after 24 hours.

www.setcrete.co.uk 01538 361633 lisa.shirley@f-ball.com

F. Ball and Co.’s Stopgap 800 Wearcoat has helped to create a stripped-back warehouse feel with a visuallystriking floor finish in a unique London workspace. A selflevelling floor compound for upgrading and renovating new and existing internal floors in light to heavy-duty applications, Stopgap 800 Wearcoat is designed to deliver a standalone wearing surface in industrial settings where floorcoverings are not required. It is also popular for domestic and commercial projects because of its eye-catching, natural appearance, and it has been used by contractors from M.D.A. Contracts to create a hardwearing floor in the reception, coffee bar and flexible work area at Expressway.

www.f-ball.co.uk

01538 361633

mail@f-ball.co.uk

MAGPLY BOARDS’ PERFORMANCE APPROVED FOR READING APARTMENT BUILDING MAGPLY

Hundreds of square metres of 9mm Magply boards are currently being installed on an apartment development close to Reading’s commercial centre, after the specialist package contractor involved proposed the high-performance MgO panel as an alternative to the original product specified, representing a value engineering solution. Manufacturer IPP Ltd is supplying the pallets of 9mm Magply direct to O’Connor Drylining on the Reading site, as well as having passed on all of the relevant technical information and certification for the project team’s reference.

Backed by BDA Agrément certification, Magply MgO boards present a fire-safe and environmentally-friendly alternative to conventional plywood or OSB products.

www.magply.co.uk

01621 776252 41

gmp@intpetro.com FC&A – JULY – 2021

FLOORS, WALLS & CEILINGS

IMPERIAL BRICKS’ FACTORIES MEET HIGHEST INTERNATIONAL STANDARDS Imperial Bricks now requires all of its manufacturing partners to meet and evidence at least four key internationally-recognised standards for product quality, sustainability and ethical supply.

IMPERIAL BRICKS

I

n fact, every one of Imperial’s factory partners meets at least six of the eight standards listed in the Brick Development Association’s new ‘Brickmakers Quality Charter’. In support of the principles of the charter and for full transparency of the supply chain, evidence of the standards met by Imperial’s partners is available to customers under an NDA. “Several companies, including national and independent builders’ merchants, have already viewed our comprehensive documentation to their satisfaction,” comments Jason Hughes, Managing Director of Imperial Bricks. Imperial Bricks has formalised its own policies over the past two years to ensure all its manufacturing partners meet these accreditations.

To supply Imperial, a minimum of four out the following seven standards must be met – the first three are mandatory: 1. SEDEX Members Ethical Trade Audit (SMETA) Report (the benchmark for ethical trading/ health and safety, used by Dyson and M&S) 2. Anti-Modern Slavery Policy 3. UKCA/CE Mark – CPR Compliance in Clay Brick Products 4. ISO 9001 – Business Quality Management System 5. BES 6001 – Responsible Sourcing 6. ISO 14001 – Environmental Management System 7. ISO 45001 – Health and Safety Management System.

Imperial is able to stipulate these high standards – an impressive achievement for manufacturers in any part of the world – thanks to the long-term, exclusive trading relationships established with its partners in Europe and Asia.

www.imperialbricks.co.uk

01746 330994

sales@imperialbricks.co.uk

STOVENTEC GLASS CREATES STRIKING APPEARANCE FOR NEW SCIENTIFIC CENTRE STO

A major new UK centre for health-focused scientific excellence in Hull features a striking interior design created with the use of materials provided by Sto. RB’s £105m Science and Innovation Centre has been constructed with the StoVentec Glass system used inside the building. Some 675m2 of white StoVentec Glass were installed in a three-storey communal area inside the building. This reflects the natural light entering via the roof skylights to create an airy and open environment while also contrasting visually with the exposed brickwork featured in this area. The StoVentec Glass panels were supplied in bespoke sizes and shapes to suit the specific requirements of this project.

www.sto.co.uk

0141 892 8000

info.uk@sto.com

VISIONARY BOOK ON ‘RADICAL HOUSING’ INSPIRED

BY WEST FRASER’S ANNUAL COMPETITION DESIGNING MULTIGENERATIONAL + CO-LIVING HOUSING FOR ALL

CAROLINE DOVE

WEST FRASER

Housing is long overdue a radical rethink. There has never been a more urgent need for flexible, adaptable and affordable housing in the UK and yet despite this pressing demand, much of our housing stock is not fit for purpose. How can new ways of living provide a more sociable housing alternative for all generations?

Radical Housing draws together some of the best current examples of multigenerational housing. An essential design guide for architects and others, it offers inspiration and advice for customer-led housing. Exploring the planning, technical, financial, health-based and social drivers for developing multi-generational homes and co-living, it offers a holistic view of both established and emerging innovative housing. Abundantly illustrated with case studies and plans from projects across the UK and abroad, Radical Housing aims to inform and inspire the delivery of alternative approaches to affordable and flexible housing. It is an invaluable text for architecture practitioners, students and community groups.

The RIBAJ/Norbord Europe (now part of West Fraser) competition is designed to encourage architects to push the creative boundaries when considering the use of SterlingOSB Zero, the only OSB panel on the market which is net carbon negative. The competition has seen some incredibly innovative creations in its time. 2017’s competition engendered something quite different too; the publication of Radical Housing by Caroline Dove. She explains the story behind the book: “It was a panel discussion at the 2017 awards, which asked for designs for affordable multigenerational homes, that led to the idea of writing this book, so thanks are due to both West Fraser (Norbord) and RIBA for the original inspiration.”

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Provides practical guidance on delivery, planning consent and the legislative framework.

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Demonstrates how alternative housing models can deliver high-density affordable housing.

•

Features key UK projects and practices such as Marmalade Lane in Cambridge by Mole Architects, Caring Wood in Kent by James Macdonald Wright and Niall Maxwell, Buccleuch House in Hackney by Levitt Bernstein and Hanham Hall in Bristol by HTA Design LLP, as well as exemplar projects from The Netherlands, Germany and Denmark.

About the Author

Caroline Dove is an architect and Partner of HTA Design LLP, with over 30 years’ experience of collaborating with communities to design sustainable places to live. She leads multidisciplinary teams responsible for designing and delivering a wide range of community-led regeneration and refurbishment projects, housing for older people, custom-build housing and local authority housebuilding programmes.

www.ribabookshops.com

DESIGNING MULTIGENERATIONAL + CO-LIVING HOUSING FOR ALL

CAROLINE DOVE

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F. BALL AND CO.

F. Ball and Co. has launched Stopgap Micro Rapid, a new ultra-smooth, flexible, rapid-drying floor finishing compound for creating a flawlessly smooth subfloor finish. Stopgap Micro Rapid can be applied to a seamless feathered edge to fill indentations formed by screws used to secure plywood and hardboard sheets as well as the gaps at joints between the panels. It can also be used to repair minor surface defects in a wide range of other absorbent surfaces, including sand and cement and calcium sulphate screeds. It is ideal for use where an ultrasmooth surface is required to prevent imperfections affecting the finished appearance of new floorcoverings.

03/04/2020 15:30

uk.westfraser.com 01786 812921 FC&A – JULY – 2021

F. BALL LAUNCHES ENHANCED FLOOR FINISHING COMPOUND

www.f-ball.co.uk 01538 361633 mail@f-ball.co.uk

INTRODUCING...

FIRE-SECURE® DOORS ARE THE IDEAL SOLUTION FOR

COMMERCIAL

HOTEL/LEISURE

SOCIAL HOUSING

HEALTHCARE

A BRAND NEW GROUND-BREAKING COMBINED TIMBER FIRE & SECURITY RATED DOOR, WHICH REVOLUTIONISES DOOR SAFETY AND STANDARDS.

For more details, call our specialised team to discuss your particular project on:

01252 645534

sales@sunraytimberdoordivision.co.uk www.sunraytimberdoors.co.uk

Counter-balanced operation for ease of use Telescopic handrail & large treads for comfort and safety

Heavy duty ladder for strength & durability (load rating of 200 kg/tread)

The Elite loft ladder offers strength & ease of use...

www.premierloftladders.co.uk/elite 0345 9000 195 | sales@premierloftladders.co.uk 43

FC&A – JULY – 2021

BUILDING ELEMENTS

BRANDSAFE CPD OFFERS ARCHITECTS GUIDANCE ON SPECIFYING INDUSTRIAL PROTECTION SYSTEMS

METHVEN SETS THE STANDARD FOR STYLE AND SUSTAINABILITY WITH SPECIFICATION RANGE METHVEN

A new training and development seminar for architects on industrial safety systems and products has been introduced by Brandsafe. The RIBA-approved, free initiative advances architectural knowledge around the specification of commercial safety products for industrial warehouses, storage facilities and distribution centres and the understanding of important standards, allowing specifiers to improve the design and construction of premises while boosting their technical and product knowledge. Delivered on site at practices or via a webinar and contributing towards required RIBA-accredited CPD training, the programme covers current and future trends in industrial distribution and logistics sectors and critical factors around specifying industrial safety products. How to select systems, choose suppliers and the design techniques and solutions involved in protecting people and property are also covered. Brandsafe’s products, which include Armco safety barriers, bollards, flexible delineators, safety cages and enclosures, vehicle wheel stops and EV charge point protectors, are designed to protect key interior and exterior areas from the risk of impact by wheeled pallet trucks and forklifts as well as safeguarding people.

Methven is supporting designers, architects, specifiers and developers in attaining the next generation of bathrooms with the launch of its dedicated Specification Range. Presenting a complete collection of coordinating tapware, showering solutions and accessories, the Specification Range has been designed to provide professionals with a portfolio of products that deliver the highest standards in water efficiency, without compromising on visual appeal or performance. The latest offering consists of three product ranges, Wai, Motu, Tasman, each featuring contemporary designs that are combined with expert craftsmanship and constructed of the highest-quality materials to offer firstclass longevity and reliability. The contemporary collection of basin mixers, bath fillers, bath shower mixers and wallmounted options supports professionals in creating a unique yet coordinated look. Fitted with a four-litre-per-minute flow regulator, the mini, regular, wall-mounted and tall basin mixers support the successful specification of energy-efficient bathrooms that proactively reduce long-term water and energy usage, helping developers adhere to Part G Regulations.

www.brandsafeprotection.com 01525 850222 sales@brandsafeprotection.com

www.methven.com/uk/specifiers 0800 195 1602 specifier@uk.methven.com

BRANDSAFE

CPD COURSE COVERS IMPORTANT CHANGES TO RESIDENTIAL VENTILATION IN NEW-BUILD SECTOR DOMUS VENTILATION

Domus Ventilation is pleased to announce its newlyupdated CPD-accredited course on ‘Residential Ventilation Principles and Building Regulations’. The CIBSE-accredited course focuses on the importance of ventilation in the residential new-build industry, and lays clear the considerable changes to ‘Part F – Ventilation of the Building Regulations’. Topics covered include why ventilation is necessary, with an increased emphasis on pollutants and indoor air quality; the types of ventilation available, along with supporting ductwork and installation practices; and the pertinent regulations/directives. New mechanical ventilation with heat recovery (MVHR) guidelines also feature. To book a course, contact Megan on the details below.

www.domusventilation.co.uk

03443 715523

megan.bennett@domusventilation.co.uk

TBA’S PHOENIX UPGRADES FIRE PROTECTION WITHIN RAF MANSTON HISTORY MUSEUM TBA FIREFLY

One of the high-performance, flexible and very versatile fire-rated smoke and flame barriers manufactured by TBA FIREFLY has been employed at the iconic RAF Manston History Museum, during the refurbishment of a singlestorey structure within one of the old hangars. The TBA FIREFLY Phoenix, widely specified in the UK for the creation of fire and smoke barriers, was supplied directly to the museum. TBA FIREFLY Phoenix is a lightweight membrane developed to enable compartmentation within buildings to provide up to 120 minutes’ integrity under BS 476 Parts 20 and 22. Certified by IFCC, the flexible and straightforward-to-install material meets the minimum requirements of the Building Regulations and is suitable for both new-build and retrofit situations.

www.tbafirefly.com FC&A – JULY – 2021

01706 758817 technical@tbafirefly.com 44

FRANKE LAUNCHES BRANDNEW DIMENSIONS PRODUCT RANGE AND BROCHURE FRANKE UK

Franke has launched a brand-new product offer and online brochure, titled Dimensions, aimed at developers and house-builders.

It showcases the depth and breadth of its portfolio from Franke and sister brand Carron Phoenix, including product solutions designed to cut energy, water and waste in the home, together with its environmental and sustainable credentials. The 61-page Dimensions is available as an online brochure by visiting the below website.

Strategically selected to suit the varied needs of the contract market reflecting different build specifications, Dimensions offers an extensive range of Franke and Carron Phoenix sinks, taps, cooker hoods, accessories and waste management solutions with price points and specs to suit every project, from social or high-volume housing, through to innovative and premium products for high-end developments.

www.franke.co.uk/dimensions 0161 436 6280 ks-info.gb@franke.com

BUILDING ELEMENTS

UPGRADE YOUR PROPERTY WITH COUNTRY COLOUR The one activity that has seen most of us through lockdown is walking. We’ve all become more familiar with our neighbourhoods as we have wandered around the local streets on a weekly basis – daily for those who are more energetic – for almost a year.

OSMO

H

aving never really taken the time to do this before, and with more homeowners using lockdown to refurbish their properties, we are noticing the different house styles, upgrade work that’s been completed and landscaping choices for front gardens.

Never has it been so apparent what a difference an upgraded front door, cladding system or garden fence can make to a property.

Homeowners are proud of their properties and want them to

www.osmouk.com

look the best that they can be. Having taken note of the upgrades that are being done, we have observed a trend towards more standout colours being used – in particular, blue.

Making small upgrades that make the world of difference does not need to break the bank. You don’t need to install brand-new products when there are fantastic refurbishment options available to you that are affordable, easy to use and provide the desired pop of colour.

Country Colour from Osmo UK offers an opaque, satin wood finish for exterior wood.

Available in 19 standard colours, 186 RAL Classic and 1950 NCS colours, it is the ideal finish to renew previously-stained, weathered or discoloured wood surfaces and provide a standout colour feature to your property.

The range promises premium durability and a rich colour, hiding the natural colour and grain of the wood whilst enhancing its natural texture. The finish not only

01296 481220 45

rejuvenates the wood, but leaves it protected against the unpredictable British weather for many years to come.

Country Colour can be applied to a range of wood species, including oily and exotic materials. Based on natural vegetable oils, the finish allows the wood to breathe, preventing it from cracking, peeling or blistering. Requiring only two coats, it can be applied using a roller or brush and has an approximate drying time of eight to 10 hours.

info@osmouk.com FC&A – JULY – 2021

BUILDING ELEMENTS

GET SUMMER READY WITH DR. SCHUTZ Now that the days and evenings are becoming brighter, brown patios, green fencing and grubby outdoor furniture are just some of the sights we’re beginning to see.

DR. SCHUTZ

T

o aid the dreaded task of exterior cleaning and maintenance, Dr. Schutz showcases three of its most popular products perfect for transforming outdoor spaces.

Wood Refresher Restore the natural colour of outdoor wood with an intensive cleaning agent for all wood surfaces, which have turned grey, with Dr. Schutz Wood Refresher. The product has good adhesion and a non-drip formula, making it easy for any surface to be refreshed.

Stone Care Stone Care is a concentrated cleaner for the removal of dirt, grime, grease and other micro-organisms on stone and tile floors. This product benefits from a high coverage of 1000m2/litre.

Intensive Cleaner This product is a thoroughly-effective and powerful deep cleaner for the removal of dirt, grime, algae, moss, grease and micro-organisms from any outdoor surface. Garden furniture, decking, fencing, stonework, brick walls, garden ornaments, steps, driveways, paths, patios and concrete are just some of the surfaces which can benefit from using this cleaner.

Stay on top of cleaning and maintenance this summer with Dr. Schutz.

www.drschutz.co.uk FC&A – JULY – 2021

01296 437827 46

BUILDING ELEMENTS

INTRODUCING KOMFORT WASHROOMS KOMFORT WASHROOMS

Following the pandemic, there have been huge advances made in washroom design. As part of Komfort’s ongoing commitment to meet the needs of the modern-day commercial space and using its extensive product knowledge, the brand has introduced its Komfort Washrooms collection. Partnering with innovative product and interior designers, this washroom range reflects Komfort’s reputation for quality and product design. The Komfort Washroom collection brings together the latest trends in bathroom design, materials and colour with the eco and technological credentials demanded of future washrooms. The range focuses on creating efficient spaces with plenty of contemporary style and a sense of comfort, luxury and practicality. Choice is key with this collection – the offer includes a variety of full-height, individual and glass cubicle systems along with complementary bespoke vanity units, sanitaryware and brassware. The collection includes every element needed to create stylish and individual contemporary washrooms. With a carefully selected range of completely interchangeable key finishes, colours and shapes, there is a unique solution for every project.

www.komfort.com

47 IS THE NEW 50 – HAVE YOU SWITCHED YET? SIMPSON STRONG-TIE

Building safer, stronger structures requires more than just topquality joist hangers; equally important is choosing the correctsized joist hanger. Regularised timber is now the UK standard, which means 50mm hangers are yesterday’s news. Unlike rough sawn timber, where the width of a joist can be anything up to 50mm, regularised timber is planed down and the edges rounded for consistency, so regularised timber is always 45mm.

Simpson Strong-Tie knows that size matters. Regulated hanger sizes have long been offered across our hanger ranges. National Builder’s Merchant Sales Manager, Steve Allen, explains: “Our 47mm range provides the correct, secure fit. Using 50mm-wide hangers leaves a gap between the hanger and the joist, which not only requires structural packing in order to meet regulations, but can still result in twisting timber and squeaky floors. The wider the hanger, the more important it is to use regularised sizing – and Simpson offer it as standard.”

0121 332 2550 washrooms@komfort.co.uk

www.strongtie.co.uk

01827 255663 ndixon@strongtie.com

NEW VORTICE VORT LETO MEV HCS TACKLES HIGH-HUMIDITY IN HOMES VORTICE

Vortice has recently added to its long-standing and popular range, the Vort Leto MEV, with the introduction of a humidity-controlled mechanical extract unit – Vort Leto MEV HCS. Whilst the unit has all the same great features and benefits as the other models in the range, it also comes equipped with a humidity control function to boost the unit when the relative humidity is high. This ensures that humidity, which causes mould growth and mildew, is kept at bay. The Vort Leto MEV range is designed to keep indoor air quality fresh by creating a constant air path through the home and continually extracting from kitchens, bathrooms and utility rooms.

www.vortice.ltd.uk 01283 492949

WASHROOM WASHROOM LAUNCHES NEW SUPERLOO TOILET CUBICLE RANGE

AMPTEAM

WASHROOM WASHROOM

Washroom Washroom has launched a new product range - Your Space Superloos by Washroom – developed by its in-house team to offer a range of benefits. A ‘superloo’ is a self-contained cubicle including a toilet, vanity unit and hand-drying facilities – all housed behind a full-height door for complete privacy. Superloos have become a popular design choice in recent years as an alternative washroom configuration, especially within the commercial sector and the office market, and the Your Space range looks set to take the market by storm. Washroom’s new Your Space range has been developed to offer specifiers and architects a completely customisable design solution, which is detailed in the new free-to-download range brochure.

www.washroom.co.uk

0800 999 8888

UNIFOLD GUTTER SYSTEM SPECIFIED FOR WELSH DISTRIBUTION CENTRE PROJECT

sales@washroom.co.uk 47

Over 130m of the Unifold Gutter system was recently installed on a project on a distribution centre in Talbot Green, south Wales. The gutter capacity has been increased, and the lining system, as always, was completely engineered with this particular solution – which contained 32 siphonic outlets. All fabricated items are designed by Ampteam and made in-house, reducing the need for complicated site work and leaving operatives on site with only the double-sealed joint to complete.

01384 252777

www.ampteam.co.uk unifold@ampteam.co.uk FC&A – JULY – 2021

FC&A – JULY – 2021

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