DAYLIGHTING Magazine issue 7 November/December 2017 by BB2B

Issue 7 November/December 2017

IN THIS ISSUE:

Daylighting in FACTORIES & WAREHOUSES ENERGY SAVING WITH LIGHTING CONTROLS CURTAIN WALLING AND MORE

Buchanon Bus Station

Bespoke as standard Tailor-made rooflight solutions for any application

Bespoke Span and Length | Glazing Options | Thermal Performance EveryEvery project is unique. when architecturally project is unique. So So when anan architecturally stunning skylight is required, Ritchlight isRitchlight the natural is destination. With stunning skylight is required, the natural mono, dual pitched and dual pitched skylight and options suitable destination. With mono, pitched pitched for flat roofs, ridge glazingfor and northlights, each Ritchlight skylight options suitable flat roofs, ridge glazing isand custom built to your desired specification. northlights, each Ritchlight is custom built to your desired specification. Available in a choice of thermally efficient glass and polycarbonate glazing options, a range of opening and

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For more information call 024 7660 2022 www.brettmartin.com or email daylight@brettmartin.com www.brettmartin.com

CONTENTS

REGULARS 05

Editor’s Comment

FEATURES

DAYLIGHTING is published by: Bennett & Partners Pure Offices Lake View House Tournament Fields Warwick CV34 6RG United Kingdom TEL: +44 (0)1295 770833

Factories & Warehouses Energy efficiency in the metal shed sector by John Godley of Hambleside Danelaw

Lighter, healthier warehouses

New Projects

Case study: Lidl distribution Centre

Building envelope considerations for factories by David Mowatt of Lareine Engineering

Industry News

NARM Daylight Diary Updates from the UK’s influential trade association for rooflight manufacturers

Daylighting Icons City Hall,The Hague, Netherlands

Curtain Walling

What’s trending on social media?

More about DAYLIGHTING Magazine Forthcoming features and information for advertisers & contributors

AD SALES Miki Bennett adsales@bennettand partners.co.uk Tel: 01295 770833

An innovative new solution from Structura UK and RAICO Bautechnik GmbH

DESIGN/PRODUCTION Jemma Pentney jemma@bennettand partners.co.uk Tel: 01295 770833

WEBSITE www.daylightingmag.co.uk

Case Study The Henry Moore Visitor Centre, Hertfordshire

Twitterings

EDITOR Paul Bennett paul@daylightingmag.co.uk Tel: 01295 770833 Mobile: 07900 895110

Daylighting & Energy Saving Integrating rooflighting and automatic control of artificial lighting, by Paul Bennett

Glazed Facades Addressing fire risk in tall buildings, by Tim Kempster of Wrightstyle

CIRCULATION Daylighting is circulated by email and social media to over 6,000 architects, specifiers, contractors, consultants, building owners and other groups. Full details are available on our website. www.daylightingmag.com

All rights reserved. No part of this publication may be reproduced or transmitted without the consent of the publisher. While every effort is made to ensure the accuracy of content, the publisher does not accept liability for errors. The views expressed by contributors are not necessarily those of the editor or publisher. This publication contains editorial photographs which may have been supplied and paid for by suppliers. Full terms and conditions can be found on our website.

Front Cover: VELUX Modular Skylights: transforming buildings in every sector into sustainable and healthy indoor learning environments.

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Nov/Dec 2017

EDITOR’S COMMENT

Daylighting Magazine – one year on... A year has passed since we launched our pilot issue at the end of 2016. What an eventful year it has been, with many national and international news events having a bearing on our industry.

The time has really come to put the value of human life first and to adopt the principle that safety must be prioritised over cost-saving. The decision of the Trump administration to pull out of the Paris climate deal in 2017 has been a setback to meeting global emissions targets. However the response from may US mayors and other politiicans has been to draw up their own local climate initiatives, which may well result in a more positive outcome for the climate lobby. A silver lining, perhaps...

Issue 2 Jan/Feb 2017

DESIGN & TECHNOLOGY FOR BETTER BUILDINGS

Passivhaus DAYLIGHTING & HEALTH PATENT GLAZING NON-FRAGILITY GLAZING INNOVATION AND MORE

www.daylightingmag.co.uk

Needless to say, in 2018 we will continue to bang the drum for emissions reductions through more efficient building design. Closer to home, Brexit has been the dominant topic in our domestic media over the last couple of months.

Lets hope, as we move forward into 2018, that lessons really are learned from the tragedy of the Grenfell Tower Fire.

2017 has been a year of major climate events which strongly appear to be connected to manmade climate change as reported

by most of the world’s media.

Let’s all hope that the key issues surrounding Brexit are resolved as soon as possible, to allow UK and European businesses to plan for the future with confidence.

Paul Bennett paul@daylightingmag.co.uk

At DAYLIGHTING Magazine, 2017 has been a great year. One year on from our first issue, we are now fully established, with an expanding readership database, outstanding editorial contributions from many influential people and fantastic ongoing support from our highly valued advertisers. A big ‘Thank You’ to all of these great people. I’m looking forward to working with you and keeping you informed and up-to-date through 2018. In the meatime, enjoy the festive break!

Don’t forget, back issues are always available to read on-line at daylightingmag.co.uk Previous issues of DAYLIGHTING Magazine will be available on-line indefinitely. So you can refer back to old issues whenever you like. It’s also on our ‘to-do’ list to set up a features index, so if you can’t remember in which issue you read that fascinating feature about XYZ, you’ll be able to find it in a moment.

Nov/Dec 2017

INDUSTRY NEWS

UK rooflights market increased by 25% between 2012 and 2016

The UK’s rooflights market has seen significant growth over last 5 years, according to a study by AMA Research, as reported by Barbour. The rooflights sector represents a strong performing but small portion of the overall roofing market, accounting for slightly under 10% of the roofing market by value. Since 2012, the market specifically for rooflights has shown strong growth year on year, increasing by a substantial 25% between 2012 and 2016, with similar growth expected in 2017. These figures relate to standard modular rooflight systems widely used on flat roofs, which are supplied in many sizes and styles, and that are assembled on-site or delivered as prefabricated units to create barrel vaulting, bespoke or complex high-value roof / atrium glazing. Excluded in the analysis are opening

Nov/Dec 2017

skylights and in-plane rooflights used on domestic pitched roofs. Growth in the rooflight market is supported by a number of factors and trends within the roofing, building and home improvement markets in general. In particular, an increase in flat roof construction has led to growth in the rooflights market, as well as home extensions and commercial property extensions. A recent focus on improved daylighting has driven demand for flat roof windows in both residential and non-residential sectors, with private housing extensions a key area of application. Additionally, the development of new products, such as larger flat glass and “walk on” rooflights plus the upgrading of existing products with higher specification materials, e.g. triple glazing, has added some value to the market in recent years.

The supply of rooflights is quite fragmented with no one company holding more than 10% of the market in 2016, and as a result of the market seeing strong growth in recent years several new suppliers have entered the market. Furthermore, many existing suppliers have extended ranges to include more ‘non-standard’ products or new products aimed at ‘non-core’ end use sectors. There is evidence, however, that this expansion of the supplier base is providing negative pressures on average prices – this appears to be particularly relevant in online sales in the residential sector. In terms of product mix, the total demand for glazed rooflights has increased year on year due to the uptake of premium products such as tripled glazed units and self-cleaning glass. Since 20132014, glass products have taken share with key uses being mid to higher specification “walk on” flat rooflights and panel glazing. The main commercial end use applications for these products are school buildings, leisure centres, indoor swimming pools, shopping malls/ arcade and transport terminals. Thermoplastic products are also mainly used for commercial buildings with the main application being for barrel vaulting and domes on commercial buildings. Corrugated or trapezoidal inplane GRP sheets are the other major product group, these are almost wholly used in factory, warehouse, transport, agricultural

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INDUSTRY NEWS

Aluminium glazing enjoys ‘considerable resurgence’, according to industry report and horticultural roofing. Overall, there are many varied key non-residential markets for manufactured rooflights. Education represents the largest non-residential end use sector with an estimated 25% share by value, followed by industry and agricultural buildings and the leisure sector. The leisure sector contains within it many varied facilities from museums and galleries to swimming pools and indoor sport centres, while other major end use sectors include offices, transport buildings and retail buildings. Looking forward, the strong growth experienced in recent years is not expected to continue in the short term. Reflecting the more challenging and uncertain economic climate ahead the market it is estimated that sales will stagnate from 2018 onwards, in line with the overall roofing market. In addition, while demand for housebuilding and housing RMI is high and will have a positive impact on the roofing sector as a whole, rooflights of this type are unlikely to be used in affordable or volume housebuilding.

A new report on the UK’s window industry by Insight Data has found that aluminium glazing has experienced a ‘considerable resurgence’ within the UK’s residential window and door market, as consumers ‘demand greater space and light within living areas’. Data software firm, Insight Data published their overview of the UK’s window, door and conservatory industry, along with top performing companies, and found that the sector had experienced an increase of 328 firms operating in the marketplace since 2014. The company revealed that in 2008, there were 2,370 PVC-U fabricators operational throughout the UK, but this number has declined significantly year-on-year and by 2014 had fallen by almost a third to 1,534 operational fabricators; due largely to the growth in demand for energy efficient aluminium designs for rooflights,

windows and doors alike. According to the industry report, some companies had experienced an ‘unpredictable’ year to date, with some firms reporting a decline in sales of up to 15%. Nevertheless, other firms recorded more encouraging sales figures, particularly those manufacturing premium glazing products and working in commercial and new-build sectors. The report also states that with interest rates still incredibly low, unemployment at a record low and consumers still spending ‘albeit more cautiously’, there are still plenty of opportunities in the industry despite the challenge of Brexit to contend with. It is also reported that Chancellor, Philip Hammond will announce further government stimulus in the Autumn Budget 2017 to improve house-building levels, helping to continue a drive towards low-carbon, energy efficient homes and glazing solutions that maximise energy performance.

Read more at Barbour Product Search

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Nov/Dec 2017

INDUSTRY NEWS

BMF Honorary Achievement Award for FAKRO MD

FAKRO GB Managing Director Noel Shanahan has been given an Honorary Achievement Award by the Builders Merchant Federation. Announced at the recent BMF Building Beyond Brexit Conference and Awards Dinner in Hinckley, CEO John Newcombe made the presentation in recognition of FAKRO’s continued support and sponsorship of All

Industry Conferences. Seen receiving a commemorative plaque from John Newcombe outside the Federation’s Coventry office Noel commented, “FAKRO is committed to the merchant sector and will retain its close association with the BMF. The award recognises the efforts of all those at FAKRO who deal daily with branches throughout the UK. www.fakro.co.uk

RCI 2017 Show The 2017 RCI Roofing, Cladding & Insulation Show at Coventry’s Ricoh Arena in November was one of the highlights of 2017 for the building envelope sector. Daylighting products and solutions were well represented at the show, with an impressive list of exhibitors including Filon Products, Hambleside Danelaw, Surespan, Whitesales and Clear Amber. The show featured over 100 exhibitors in total and an extremely well attended two-day seminar program. www.rcishow.co.uk

Nov/Dec 2017

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LAMILUX DAYLIGHT SYSTEMS ENERGY EFFICIENCY, STABILITY, SAFETY

LAMILUX CI SYSTEMS – MAXIMUM EFFICIENCY Whether you need a rooflight for a flat roof extension, re-modelled kitchen, living room or bathroom, we supply the most energy efficient flat roof skylights available. LAMILUX Daylight Systems offer unrivalled thermal, airtight, watertight and acoustic performance – with the certification to prove it.

LAMILUX CI SYSTEM GLASS ELEMENT F100

LAMILUX CI SYSTEM GLASS ELEMENT FE

LAMILUX CI SYSTEM GLASS ELEMENT FEENERGYSAVE

Function and Comfort for a high performance, low cost approach to enhance your living space with natural light.

Aesthetics and Energy Efficiency for high efficiency standards, offering sound, thermal and solar protection.

Innovation and Perfection for bright room atmospheres with the highest efficiency class in passive houses.

NEW PROJECTS BBC Cymru Wales HQ, Cardiff Roofglaze was instrumental in the design and installation of a glazed roof above the atrium of the BBC Cardiff HQ, by architects Foster + Partners. For this project, Roofglaze supplied and installed over 700m² of Schüco FW80+ Monopitch Rooflights, all of which were rated for non-fragility to CWCT TN66 & TN67 Class 1. www.roofglaze.co.uk

Luminous shapes, USA To create the effect of clouds floating in the air, translucent material was cut and suspended from the open ceiling structures. Several Solatube Daylighting Systems were installed above the “clouds,” allowing the light to filter through the decorative elements and illuminate the surfaces below with a soft, diffuse glow. Light reflecting off the top of the decorative elements indirectly lit the ceiling surface and adjacent architectural structures. www.solatube.co.uk

Nov/Dec 2017

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NEW PROJECTS LOC Focus Academy, Rotterdam The challenge for technical shading system specialist Guthrie Douglas on this project was to integrate shading systems into the exceptionally light support structure of the ETFE roof support structure. A bespoke clamp bracket arrangement was designed and installed directly onto the steel support cables. www.guthriedouglas. com

Private Home, Devon Three Heritage HR4 rooflights by Lumen, were installed to bring high levels of natural daylight into this impressive kitchen extension in Devon. www.lumenrooflight. com

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Nov/Dec 2017

NEW PROJECTS Hanson School, Bradford Lareine Engineering supplied and installed these bespoke ridgelights at the Hanson School in Bradford: a communication, sports & science specialist academy. www.lareineengineering. com

Plymouth School of Creative Arts, Devon A Lamilux PR60 rooflight installation delivers high levels of natural daylight at Plymouth School of Creative Arts, a 4-16 mainstream, city centre, all-through school sponsored by Plymouth College of Art. www.lamilux.co.uk

Nov/Dec 2017

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ROOFLIGHTS VERTICAL GLAZING NATURAL VENTILATION SMOKE VENTILATION LOUVRE SYSTEMS ACCESS SOLUTIONS

We are now UK suppliers & installers for High Performance Louvres

Daylighting & ventilation from concept to installation

NEW BUILD & REFURB FOR EVERY SECTOR

With an experienced in-house design and specification department, plus our own teams of installers around the country, we are able to provide outstanding engineered daylighting and ventilation solutions for virtually any kind of project: new build or refurbishment. Our ‘concept to installation’ approach allows continuity and close quality control over every stage of every project, to deliver excellence – every time. Call us today to discuss how we can help to bring your next project to life.

T 01506 448140 F 01506 448141 E info@lareineengineering.com www.lareineengineering.com

FACTORIES & WAREHOUSES

Make Sure You’re Seen in The Right Light The need to produce energy-efficient buildings is a key consideration in today’s sustainability-focussed construction sector. John Godley, Technical Manager at Hambleside Danelaw discusses energy-efficiency in the ‘metal shed’ sector.

Nov/Dec 2017

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FACTORIES & WAREHOUSES

The need to produce energy-efficient buildings is a key consideration in today’s sustainability-focussed construction sector. Saving energy reduces the carbon footprint and makes a vital contribution in the drive for carbon-neutral buildings. It also saves money by reducing the running costs of the building. When considering large buildings, particularly in the metal shed sector, the traditional targets of improved thermal performance and minimised air-leakage have now reached their optimum performance levels. Put simply, further increases in insulation levels now deliver limited benefit. Specifiers and clients are becoming focussed on the significant contribution that can be obtained by designing natural daylight into buildings, and seeking the best rooflight solutions to deliver this free resource. Depending on the type of lighting system installed, the cost of lighting a building can be more than ten times the cost of the heat saved by removing the rooflights. In many building designs, the cost of the lighting can be four times that of the heat losses when ‘light to heat’ balance has been considered. Even with low energy LED systems, this ratio can still be as high as three times. Accordingly, the daylighting plan is now becoming a principal consideration in the building envelope design and specification process. The emphasis on this critical design aspect means that specifiers are now faced with a veritable haze of information and choices they can make on rooflight specifications. Like every other component within the building envelope, rooflights must perform several functions:

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• They must deliver good light transmission

Depending on the type of lighting • This must not create excessive system installed, solar gains the cost of lighting • They must deliver adequate heat retention a building can be • They must provide a non-fragile roof more than ten times assembly the cost of the heat • They must deliver a well-lit building saved by removing with the right kind of light the rooflights. Not all these requirements are complementary. It is important to strike the right balance for each building design, and understand that there is no single solution. It is also important to understand that there are laws of physics that cannot be changed. In glazing and glass reinforced polyester (GRP) rooflight systems, most of the heat energy from the sun is transmitted directly and in the visible spectrum. Plastics such as polycarbonate have more energy transmission in the infra-red regions and beyond. This means that it is simply not possible to deliver any system with an unachievable mix of high light and low solar transmission levels. The same is true for specifications which adopt only some elements of a ‘holistic package’ design in isolation. In the right building, it is sometimes possible to use smaller areas of rooflights than would normally be considered adequate, but these may be designed and intended for use in conjunction with additional offsetting renewable energy sources. Even using rooflights that deliver exceptionally high light transmission levels, poor distribution - or inadequate areas of rooflighting - can create uneven and unsatisfactory levels of light balance within the building.

Nov/Dec 2017

FACTORIES & WAREHOUSES

Similarly, whilst the improved thermal performance of rooflights can reduce heat loss, the inclusion of increasingly numerous ‘clear’ insulating layers or cells can be counter-productive. Each layer or cell adds an additional light reflective surface into the assembly. These cumulatively reduce the level of light transmitted into the building, potentially costing more than the small savings in heat retention. There is no trade-off on non-fragility. It is about safety and saving lives, and no-one within the specification chain has the right to gamble with it. Rooflights can be made stronger by making the material thicker and more substantial, but in metal cladding systems, this can come at a cost. Installation fit and weatherproof sealing becomes harder to achieve, but innovative reinforcement methods are now available delivering high impact and tear resistance in lighter, thinner sheet formats. Finally, we come to the question of which kind of illumination is best for the building. High levels of light streaming through small openings in the roof - no matter how well diffused - inevitably deliver a mixture of glare and gloom. This is further worsened by increased shadows created within the

Nov/Dec 2017

building by both the fixtures & fittings, and the occupants. Achieving a good ‘average’ level of daylighting within a building is very different to delivering good uniformly distributed daylight. This avoids the need for additional and localised supplementary artificial lighting. Glare and gloom can be significantly reduced by higher levels of diffusion from the rooflight. GRP, by its very nature, spreads daylight omni-directionally within the building and can make a major contribution to internal illumination uniformity and comfort levels. But responsible specifiers must always recognise that diffusion alone cannot deliver the uniformity of lighting that is so often assumed or taken for granted. There are great savings and positive contributions to be made by incorporating rooflights into a building envelope. With every specification element, it is important to understand the need to strike a meaningful balance between the performance options of the rooflight. This way, the completed building will perform exactly as the specifier or client intended, and will show the building in the right light. www.hambleside-danelaw.co.uk/ zenon-rooflights

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LO W CAR BON GR P DAYLIGHT S OLUTIONS

DIFFUSION MAKES LIGHT WORK OF DARK WORKSPACES [ ZE N O N DIFFU SE D ]

[ D I R E CT LI G HT â&#x20AC;&#x201C; OTHE R S ]

Our innovative Zenon Pro and Zenon Evolution GRP rooflights are manufactured using a combination of materials that allows daylight to be spread throughout the whole building interior, making the most effective use of available daylight through maximum diffusion. This enhances internal illuminance by significantly reducing areas of light and shade, minimising the creation of shadows and providing a safer work environment. DISCOVER MORE: WWW.HAMBLESIDE-DANELAW.CO.UK/ZENON-ROOFLIGHTS/ T: 01327 701 920 E: SALES@HAMBLESIDE-DANELAW.CO.UK

FACTORIES & WAREHOUSES – advertorial

Creating Lighter, Healthier Warehouses For years, the typical image of a warehouse was a draughty, poorly-lit building. Fortunately, times have changed. Developers and occupiers of modern warehouses and distribution centres now demand buildings which are designed to meet the highest standards in energy efficiency and wellness. To reach these objectives in the often-large internal spaces, specifiers require daylighting solutions that can distribute high quality light throughout the day whilst limiting glare and solar gains. Switching on to Free Energy The fundamental purpose of any daylighting product is to harness sunlight within a building. Making the most of this ‘free’ source of light, however, requires careful pre-planning and analysis. Kingspan Light + Air carry out detailed assessments on each project, using daylight and thermal modelling, and local climate data to understand the building’s particular needs. This allows an optimal lighting solution to be created, combining premium daylighting products and low energy lighting with daylight harvesting and occupancy sensors — limiting all unnecessary artificial lighting, with the aim of keeping the lights off for the majority of daylight hours. Switching off for Longer One of the traditional limitations with in-plane, roof-mounted daylighting systems is that they perform poorly when the sun is at low angles, such as early morning or late evening. Kingspan Day-Lite Kapture rooflights have been expertly designed to address this issue. The product is installed out of plane on an upstand and features a contoured design comprised from three overlapping spherical domes. This unique shape allows light to be efficiently captured even at low sun angles – naturally

Nov/Dec 2017

lighting buildings for the greatest possible number of hours in the day. Switching to Quality Solutions Kingspan Day-Lite Kapture rooflights also feature a nano-prismatic composition, using microscopic structures to efficiently scatter light. This innovative design helps to avoid the loss of light transmission associated with conventional pigmented diffusion approaches, ensuring excellent levels of light transmission with optimum diffusion, avoiding glare.

Kingspan Light + Air can adapt and tailor its products to each project’s unique requirements.

Kingspan Light + Air can adapt and tailor its products to each project’s unique requirements. In the case of Kingspan Day-Lite Kapture rooflights, options include an enhanced outer UV resistant layer to include IR blocking particles, providing additional protection for properties at risk of significant solar gains, and dual nanoprismatic layers for even greater diffusion. Not Just for New As well as creating modern, well-lit warehousing, we must find solutions for that legacy of dark and draughty buildings that are still very much in use across the UK. Introducing natural light not only saves on energy bills,

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FACTORIES & WAREHOUSES â&#x20AC;&#x201C; advertorial

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Nov/Dec 2017

FACTORIES & WAREHOUSES – advertorial it also improves productivity and the health and wellbeing of staff, bringing both direct and indirect returns on the investment for years to come. Upgrading existing lighting systems to energy efficient LED further enhances the savings made, and helps to make even the most problematical buildings fit for purpose. Such measures may also be eligible for government incentives, and help to meet the requirements of the Minimum Energy Efficiency Standard that commercial landlords will have to comply with from April 2018. Case Study Two outdated warehouses in Stocktonon-Tees were transformed into bright, modern workplaces with a specification combining Kingspan Day-Lite Kapture rooflights and Kingspan Smart-Lite Kite lighting – delivering projected lighting cost savings of over £13,000 per annum. The warehouses, situated on the Teesside Industrial Estate, are currently leased by a flat pack furniture company. The main warehouse featured no rooflights and both buildings were lit with dim, high pressure sodium lights, making it difficult for staff to read labels. To resolve the situation, Hambleton Group Ltd contacted Kingspan Light + Air to develop an energy efficient lighting solution. Kingspan Light + Air ’s expert technical team carried out a detailed daylighting analysis of the existing buildings - using 3D models and radiance simulation software to assess illuminance within the warehouses throughout the year. Based on this analysis, Kingspan specified and supplied 134 Kingspan Smart-Lite Kite modules along with 13 Kingspan DayLite Kapture rooflights.

Nov/Dec 2017

Installers, Mara Electrical, fitted the new lighting system over a period of three weeks with a carefully co-ordinated program designed to allow the warehouses to remain fully operational with minimal disruption. The modular design of the lights allowed them to be configured to each warehouses’ exact requirements whilst their high quality LED’s ensured excellent durability. To further reduce energy consumption, occupancy and daylight harvesting controls were also installed. Kingspan Day-Lite Kapture rooflights were fitted above the main thoroughfare for lift-trucks. The rooflights are 100% UV resistant, can achieve a light transmission of up to 83% and meet non-fragility requirement ACR[M]001:2014 Class A. Simon Rees from installers - Roofing & Cladding Services - discussed the fit-out:

As well as creating a light, pleasant working environment, the systems are expected to reduce the warehouses’ energy usage by 80%. This should allow them to deliver full pay back in just over three years and deliver a return on investment of over 210% on the cost of the system within 10 years.

“By working in collaboration with Kingspan Light + Air, we were able to find a very cost-effective method of fitting the rooflights into the existing metal roof, by staggering the rooflights along the ridge line. This allowed us to simply weather seal the rooflights back to the ridge.” As well as creating a light, pleasant working environment, the systems are expected to reduce the warehouses’ energy usage by 80%. This should allow them to deliver full pay back in just over three years and deliver a return on investment of over 210% on the cost of the system within 10 years. In addition, Hambleton Group Ltd were also able to apply for tax relief through the ECA Enhanced Capital Allowance. www.kingspan.com

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daylight diary 2017 â&#x20AC;&#x201C; a year of growth and progress...

Nov/Dec

2017

As NARM, the National Association of Rooflight Manufacturers, heads for its 20th Anniversary in 2018, the Association continues to grow in terms of membership and influence. Recently published data has highlighted significant growth in the UK market for rooflights. In fact, since 2012, the market has has shown strong growth year on year, increasing by a substantial 25% between 2012 and 2016, with a similar rate of growth expected to be reported for 2017. Whilst this can be attributed to many factors, NARMâ&#x20AC;&#x2122;s role in developing and supporting appropriate technical standards and communicating daylighting benefits cannot be underestimated as a contributing factor in this market growth.

To this end, the Association has hosted recent meetings at the Becot Stadium, Walsall: home of Walsall Football Club.

Originally established in 1998 with a focus on thermoplastic and GRP rooflights, NARM has grown to include manufacturers of all types of daylighting products and systems and companies offering glass rooflights represent over 60% of the membership.

If you are interested in your company enjoying the benefits of NARM membership, please use the link below. We would love to welcome you to our next meeting as a guest.

In previous years, quarterly NARM meetings were hosted at member company premises. However with growing attendance figures, the decision was taken this year to establish a more permanent base for meetings, with sufficient capacity to host larger meetings and presentations by guest speakers.

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This venue is centrally located and provides excellent facilities and parking to allow further growth.

View our CPD Seminar on YouTube Download NARM Technical Documents at www.narm.org.uk Are you a RIBA member? Book our CPD Seminar now for double points Become a NARM member

Nov/Dec 2017

FACTORIES & WAREHOUSES – advertorial

Filon delivers daylight to LIDL Distribution Centre Over 2600 linear metres of Filon’s Monarch F GRP barrel vault rooflights were installed during the refurbishment of this major distribution hub in Belvedere, Kent The triple skin construction of these rooflights provides a U value of 1.7 W/ m2K – meeting the stringent thermal performance requirements for the building.

Staffordshire-based Ascot Property Maintenance Ltd, installed over 2600 linear metres of Filon’s Monarch F 1200mm wide triple skin barrel vault rooflights at this

performance requirements for the building.

Regional Distribution Centre serving South-East England.

On one section of the roof the barrel vaults were supplied in opaque grey GRP, with a white internal finish, to maintain the correct conditions for ambient storage of chocolate products.

The installation was part of a major refurbishment in which Ascot Property Maintenance also replaced over 10,000m2 of the aluminium roof.

The longest rooflights installed on this huge curved roof are over 118m long: among the longest uninterrupted runs ever supplied by Filon Products.

The rooflights were specified with a CEDR24E outer skin, providing a class B non-fragility rating for an expected period of 25 years.

Darren Fletcher of Ascot Property Maintenance said: “We have a long and successful relationship with Filon, having installed their rooflights and sheets on all kinds of buildings, including other LIDL distribution centres.”

The triple skin construction of these rooflights provides a U value of 1.7 W/ m2K – meeting the stringent thermal

Nov/Dec 2017

www.filon.co.uk

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Innovative upgrade & refurbishment solutions for profiled fibre cement or metal roofs & cladding

Upgrade your rooflights and reduce your operating costs by up to

33%

Filon FAIR Factory Assembled Insulating Rooflight

Recent independent research by Elmhust Energy*, demonstrates that improvements to rooflights and lighting controls can bring huge savings in energy and emissions. In one typical example, a large retail DIY store, total carbon emissions could be reduced by 29% and total operating costs could be reduced by 33%. These savings equate to a reduction in total operating costs of £5.20/m2 per year, giving a total saving of £20,435 per year. As one of the UK’s leading providers of profiled rooflights and roofing sheets, with huge experience across all kinds of public and private sector buildings, Filon Products is your ideal partner in roof and rooflight upgrades and refurbishment. We also offer: • Fixsafe for safe replacement of rooflights and roof sheets • Lightweight over-roofing for cost-effective roof refurb with minimal disruption.

For details, please call us on 01543 687300 or visit www.filon.co.uk

*See the report at http://www.narm.org.uk/ uploads/pdfs/NARM_NTD10.pdf

Filon Products Ltd, Unit 3 Ring Road, Zone 2, Burntwood Business Park, Burntwood, Staffs WS7 3JQ

FACTORIES & WAREHOUSES

Building envelope considerations for safer, more energy efficient and more productive factories Workplace (Health, Safety and Welfare) Regulations state that: “every workplace shall have suitable and sufficient lighting which shall, so far as is reasonably practicable, be by natural light”. Natural light provides optimal working conditions, as well as saving energy and cutting emissions by reducing the need for electric lighting. Smoke and comfort ventilation are also a critical factor in the success of industrial buildings, with the need for provision of a safe and comfortable working environment. David Mowatt, Director at Lareine Engineering and Chairman of the Smoke Control Association, explains the basics.

Daylighting Much has been written about the merits of diffused daylight in factories and workplaces – and the benefits are clear in terms of reduced requirements for electric lighting and improved working conditions. Key considerations for daylighting in factories, are the the amount and type of light required. CIBSE Guide A recommends that for general manufacturing areas, the appropriate level of illumination is 500 lux and where accurate colour judgement or perception of movement are required, the recommended level is 1000 Lux.

when electric lights are switched off, so to achieve the optimum savings, an automatic lighting control system actuated by light sensors should be employed - so lights are only switched on when light levels drop below the desired level. Smoke & natural ventilation

Every factory or manufacturing environment is different and specific needs will always need to be addressed, but these basic rules of thumb provide a starting point for designers.

Busy factories and warehouses may be noisy and will often contain high levels of combustible materials and stored goods. This places high emphasis on smoke control systems to ensure that in the event of a fire, a clear layer of smoke is maintained to aid escape from the building and allow fire brigade intervention. A properly designed smoke control system can also help protect the building by releasing the hot smoke out of the building. This action will also minimise smoke damage to stored goods and machinery.

It should also be noted that rooflights can never provide all the illumination required, so it’s important to consider how they will form part of an integrated strategy. Rooflights only save energy

System designs must always place the needs and safety of workers first, whilst also aiming to protect the fabric of the building to minimise production downtime or losses in the event of

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FACTORIES & WAREHOUSES

• Modular

rooflight

• Access

• Hinged flap smoke

• Continuous barrel vault rooflight provides

diffused daylight to manufacturing area

ventilator

hatch

• Roof ventilation

terminals can be used to exhaust stale air and fumes

• Louvred smoke

ventilators provide inlet air for the smoke control system

OFFICE FACTORY AREA

• Glazed

entrance canopy

• Louvred ventilators

OFFICE

allow clean fresh air to be drawn in to replace stale air

Factories and warehouses often require specialist solutions for control of fumes from manufacturing processes as well as smoke and natural ventilation for offices and production areas

fire. Day-to-day ventilation in industrial buildings can also present design challenges with requirements for high throughput of fresh air with minimal heat loss. Specialist solutions may also be required for control of fumes from manufacturing processes.

presents a raft of specific challenges for building envelope designers. Evidence of specialist knowledge and factory system design experience should always be the priority in selecting a daylighting & ventilation partner.

In summary, the industrial sector

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CURTAIN WALLING

Opening the way for Kalwall® Structura UK has formed a strategic partnership with RAICO Bautechnik GmbH to develop an adaption of their THERM+ curtain walling system to accommodate Kalwall®, considered to be one of the most insulating light transmitting panel systems available.

The THERM+ framing system offers a wealth of possibilities such as the facility to conceal fixings and screws making for a seamless finish and the flexibility to use a frame in aluminium, timber or steel. It also presents the opportunity for semi-unitising the panels which can incorporate windows, Kalwall or a combination of both. This allows for monolithic, single action installations which save time on site and give excellent cost benefits together with a high performance long life cycle. This new system variation is the result of intensive research and development at RAICO’s in-house testing facility in Pfaffenhausen, Bavaria. It has passed a series of assessments designed to replicate various CWCT (Centre for Window and Cladding Technology) criteria and EN 13830 “Curtain walling - Product standard”. Testing was completed using the RAICO THERM+ 56 A-I system with a standard Kalwall 70mm panel. It is anticipated that one of the first installations to use this solution could be the Japanese Moshimo Skylight Restaurant in Brighton. Here, Structura and RAICO are working closely with architects studioSPOON, structural

Nov/Dec 2017

engineers Atelier One, Brighton Council and English Heritage to try to realise this cantilevered restaurant extension suspended several storeys high over Bartholomew Square. The new system makes this daring and innovative project viable and will make use of the versatile stick frame by using steel, aluminium and timber backed curtain wall. Steve Rogers, Sales Manager at RAICO UK comments, “Between ourselves, Structura and Kalwall we have modified our frames to create a fantastic system offering huge versatility and scope. We’re delighted the initial rounds of in-house testing have proved so successful and are already looking at using this system on a raft of new projects both in the UK, across Europe and in the USA.”

It is anticipated that one of the first installations to use this solution could be the Japanese Moshimo Skylight Restaurant in Brighton.

Structura UK is the exclusive distributor for Kalwall translucent daylight building systems for England, Wales and Northern Ireland and a leading supplier, fabricator and installer of glass curtain walling, rainscreens, glass atria, windows and other architectural glass building products. www.structura-uk.com

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CURTAIN WALLING

Moshimo Skylight, STUDIOSpoon

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Nov/Dec 2017

ROOFLIGHTING CASE STUDY – advertorial

Enlightening culture at the home of Britain’s foremost sculptor Case Study: Henry Moore Visitor Centre, Great Britain

The Henry Moore Foundation protects and promotes the legacy of Henry Moore, one of the most renowned artists of the 20th century. At Moore’s former studios and gardens in Hertfordshire, visitors can explore over 60 acres of grounds where his iconic works of art are displayed against the backdrop of the beautiful landscape he created and was inspired by.

specification of motorised venting modules, it is easy for staff to let in fresh air and birdsong – important elements for creating a welcoming visitor experience.

Now visitors can also make the most of a brand new visitor centre, which is bathed in natural daylight thanks to VELUX® Modular Skylights. Positioned adjacent to the Moore’s family home, overlooking sculptures in the gardens, the new centre features a shop, tea room, ticket desk and education room. It is the culmination of a two-stage plan devised and implemented by Hugh Broughton Architects, who also created a new climate-controlled archive and sculpture stores for the charitable foundation. Timeless, minimalist design to match the new buildings Outstanding quality was a key factor in the selection of VELUX as supplier, ensuring watertight and robust performance. Cost-efficiency also helped to ensure that the project was delivered on budget. With the

Nov/Dec 2017

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ROOFLIGHTING CASE STUDY – advertorial “We specified VELUX rooflights for the Henry Moore Foundation visitor centre because they are beautifully engineered and they offer a timeless visual elegance that complements our design intent for the project.”

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Nov/Dec 2017

CASE STUDY – advertorial Gianluca Redina, Director at Hugh Broughton Architects Ltd, commented: “We specified VELUX rooflights for the Henry Moore Foundation visitor centre because they are beautifully engineered and they offer a timeless visual elegance that complements our design intent for the project.” Grant Sneddon, project manager at VELUX, said: “Velux Modular Skylights are designed with architects in mind; the system allows more time for designing solutions and less time spent specifying. “Their intelligent design and daylight maximising properties meant that VELUX Longlight Modular Skylights were the perfect solution for the Henry Moore Foundation visitor centre. The result is a stunning space flooded with natural daylight and a system which the visitor centre team have total control over.” Work on transforming the old administration centre, Dane Tree House, into the new visitor centre commenced in January 2015 and was completed in January 2016. For more information on VELUX Modular Systems please visit: https:// www.velux.co.uk/professional/ products/rooflights-roof-glazing

Nov/Dec 2017

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Designed for architecture, engineered for performance

Willesden Green Cultural Centre building, London

Spend more time designing, less time specifying. VELUX Modular Skylights come fully prefabricated and give you the flexibility to design various modular combinations. The composite material boasts excellent energy performance and enduring strength, ensuring you have the best solution for your next building project. With an elegant design, VELUX Modular Skylights are the ideal choice for commercial buildings. For more information, visit velux.co.uk/modularskylights or call 01592 778 916.

CAD & BIM OBJECTS Download free at velux.co.uk/ modularskylights

DAYLIGHTING & ENERGY SAVING

Integrating daylight & artificial light to save energy Considerable savings in energy usage can be achieved by bringing daylight into a building through rooflights and windows and coupling this natural light with automatic controls that dim, or switch off, the lights during the day. Paul Bennett draws on research jointly commissioned by NARM, the National Association of Rooflight Manufacturers and LIF, the Livghting Industry Federation, to shed light on the potential savings that can be made.

Considerable savings in energy usage can be achieved by bringing daylight into a building through rooflights and windows and coupling this natural light with automatic controls that dim, or switch off, the lights during the day.

been developed to save energy and power consumption in buildings and is part of an on going legislative programme by the Government.

The Regulations consider the insulation values of the fabric of buildings and Artificial lighting is essential during construction details (e.g. thermal parts of the working day, particularly bridges and air leakage) which impact in winter, but at other times may not on the energy use of the heating be needed at all. In order to minimise and cooling systems. In addition they the use of electricity, and maximise the consider the type and efficiency of the benefits of daylight, artificial lighting various building services and control should be effectively managed by systems to establish the total energy automatic controls. needed to operate the building. This is considered in terms of CO2 emitted Designers should consider that: to atmosphere whilst generating this • The power for electric light is energy, which has become widely generally supplied from the National known as the building’s ’carbon Grid, largely generated from fossil footprint’. fuels, which is one of the least The interaction of building fabric and carbon efficient fuel sources. building services requires careful • Without automatic controls, lights attention to building design parameters in the workplace are often turned A good example of this is the use of on whenever daylight levels are rooflights. low but are then left on over A rooflight must allow daylight to prolonged periods, regardless of be transmitted through the material, the need for them. affecting the insulation values which The Building Regulations Part L can be achieved. If the fabric were to be considered in isolation, then The Building Regulations Part L has

Nov/Dec 2017

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DAYLIGHTING & ENERGY SAVING minimising the area of rooflights would seem logical, as by its very design a rooflight will never have the same insulation values as the rest of the opaque insulated roof. However, if the interaction of fabric and services is considered, then it is clear that the area of rooflights should be maximised in conjunction with the use of automatic lighting control systems. This will reduce the total energy requirements by avoiding or minimising the need for electric lighting throughout the working day. The small effect of the rooflight on the overall insulation value will be more than compensated for by the reduced use of electric lighting. Energy saving with rooflights Research has proved conclusively that rooflights can save energy in many applications. A well designed, properly oriented building, with a good spread of natural light, will benefit from passive solar gain and a reduced requirement for artificial light. The combination of these factors means that including rooflights can offer a dramatic reduction in a building’s total energy consumption and the associated emissions of CO2. A naturally lit interior will save money, provide a more pleasant environment that people want to spend time in, and contribute to the government’s target to reduce emissions of CO2. Key points to note • As the rooflight area is increased from nil to 15% rooflights, there is a dramatic reduction in CO2 emissions • The energy saving is generally optimum at around 20% rooflights • When no rooflights are in place, the CO2 emissions from artificial lighting are generally significantly higher (3 times) than those due to the heating system

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• The required energy for heating increases marginally as the rooflight area increases due to the additional heat loss through the rooflight compared to the opaque insulated roof but this is more than compensated for by the reduced use of electric lighting. Automatic Lighting Controls Lighting controls have been specified and used in a wide range of buildings over the last 30 years and are recognised as a widely accepted technology. The objective of any lighting control system is to ensure that no light is ON when it is not needed, whilst giving users an easily understood access to the lighting at all times. Lighting control options include: Dimming Dimming is easily the most effective way of managing artificial light in response to the availability of daylight. As soon as there is a daylight contribution the electricity use can be reduced as the artificial lighting smoothly dims. Dimming, when done effectively, is barely noticed by the occupants and it always ensures that the minimum required lighting level is achieved. In contrast, if the lighting equipment is not compatible with dimming, then daylight linked switching can be used but the switch OFF can only occur when the daylight contribution exceeds the required lighting level by a factor of three (or more). Great care also needs to be taken when setting the switch ON and OFF levels to ensure the lighting does not ‘hunt’. Dimming is also a valuable function when combined with occupancy and manual controls.

Maximising rooflight area in conjunction with the use of automatic control of artificial lighting will reduce the total energy requirements by avoiding or minimising the need for electric lighting throughout the working day. The small effect of the rooflight on the overall insulation value will be more than compensated for by the reduced use of electric lighting.

Daylight sensors In most applications, daylight sensors can either be pointed North to take

Nov/Dec 2017

DAYLIGHTING & ENERGY SAVING the sample of the current daylight level or internally mounted to sample the integrated light level (i.e. the combination of artificial and natural light). Any such sensors need to be dedicated to this task and be designed to match, as closely as possible, the eye’s sensitivity to the light spectrum. Daylight sensors should not be placed behind (for example) the lens of a passive infra red occupancy detector. Occupancy sensors (or movement detectors) Lights are not usually needed if there is no-one present. Effective movement detectors have been available for many years and there are now three technologies used.

sensors or movement detectors are operational.

• Passive infra red (PIR)

Manual control • Microwave: This method is used in A vital element of any automatic larger rooms and detects movement lighting control system is the provision using the Doppler shift phenomenon of convenient manual controls to be used by the occupants. This gives the • Ultrasonic: This method also relies occupants some choice regarding the on the Doppler effect but has a amount of electric light in use, which smaller range than microwave units. usually results in a work place that is The key to successful occupancy perceived to be more comfortable and control lies in the application of the one that, surprisingly, uses less energy. sensors to correctly observe the space Lighting Control Summary involved. Virtually all reported ‘failings’ of such devices have been traced to The effect of lighting control is best poor location choices. demonstrated by the following graph, Time control Managing lighting according to the time of day can be most effective in reducing electricity consumption in those buildings that have a clearly defined operating schedule. Shops, retail sheds and malls are obvious applications where timed operation is beneficial. Time control can also be used to determine the overall mode of operation in a control system; for example a schedule can be used to determine when the daylight

Nov/Dec 2017

Heating Lighting Total

based on a typical industrial building and showing CO2 emissions against rooflight area but with 3 different light control systems. The data has been highly simplified but the results are typical of the different systems shown. Further details and case studies showing the energy savings that can be achieved by combining rooflights with automatic control of artificial lighting are available to download from the NARM website.

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The B e n e fi t o f Experience Why do our roof windows stand the test of time? Because over twenty years’ knowledge, testing and design skill goes into every one.

Find out more about our Conservation Rooflight®, neo™ and Bespoke Design Service. 01993 833108 www.therooflightcompany.co.uk

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GLAZED FACADES

Addressing fire risk in tall buildings with glazed facades Wrightstyle is one of Europe’s leading suppliers of advanced steel and aluminium glazing systems, supplying fire and blast resistant systems worldwide. Post-Grenfell, Tim Kempster, Wrighstyle’s managing director, looks at fire safety in tall buildings.

The Grenfell Tower disaster will cast a long shadow for many years to come, helping to define official attitudes to social housing and the imperative of fire safety in tall buildings. While it’s too early to point fingers, it seems apparent that UK authorities have been complacent in believing that current regulations were fit for purpose and that, once again, it will be a case of

Nov/Dec 2017

“codifying by catastrophe.” But it’s worth remembering that, while official enquiries grind forward, the building industry is still building upwards – and that fire safety in tall buildings is in a spotlight like never before. Most of the UK’s tall buildings are in London, with others in Manchester,

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GLAZED FACADES Birmingham, Leeds, Liverpool, Sheffield, Swansea and Brighton. In London, there are 450 tall buildings in the pipeline. Of those, over 90 are being constructed, and the pace of upward development in the capital is accelerating, with 28 tall building completions this year, and 40 more in 2018. Brexit, it would appear, has yet had little dampening effect. Those figures come from the London Tall Buildings Survey, which charts the number of towers of 20 storeys or more completed, proposed or currently in planning across the capital’s 33 boroughs. The tallest residential building both in London and Europe will be the 67-storey Spire London at 235 metres high, near Canary Wharf, and scheduled for completion in 2020. Or Chelsea Waterfront which will have two glass residential towers of 37 and 25 storeys, and Keybridge, the UK’s tallest residential brick tower, at 37 storeys, and 1 Undershaft, which will be the second-tallest building in western Europe – and the tallest building in the City of London. The Shard remains the tallest building in both the UK and Europe, topping out at 310 metres with 87 storeys. It has 11,000 panes of glass and a total surface area of 56,000 square metres, and is partly residential. Its early designs were influenced by a report from the US National Institute of Standards and Technology (NIST) into the collapse of the Twin Towers in September 2001, which were just over 400 metres tall, which found that “the towers withstood the impacts and would have remained standing were it not for the dislodged insulation (fireproofing) and the subsequent multifloor fires.” While the Shard is the tallest building

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in Europe, it will be dwarfed by the tallest of them all, the Kingdom Tower in Jeddah, Saudi Arabia – the first habitable building to pass the one kilometre mark, and due for completion in 2019. The £780 million Kingdom Tower will stand at just over 1,000 metres, have 200 storeys, and require some 500,000 cubic metres of concrete and 80,000 tons of steel. It will also be partly residential. It will be three times higher than the Shard and 173 metres taller than Dubai’s Burj Khalifa, currently the world’s tallest building at over 828 metres – with 160 storeys. The challenges will be immense, not least how to pump wet cement half a mile upwards. To erect the Burj Khalifa, cement pumping took place at night to reduce heat.

In London, there are 450 tall buildings in the pipeline. Of those, over 90 are being constructed, and the pace of upward development in the capital is accelerating, with 28 tall building completions this year, and 40 more in 2018.

But it’s China that is setting the pace, with a number of ultra high-rise developments, including the Shanghai Tower which, at 632 metres, is China’s tallest building – and the second tallest in the world. The new 541 metre One World Trade Center, the building that replaced the Twin Towers, is the only US skyscraper in the Top 10 tallest buildings in the world at 541 metres – but not for long as other countries build further into the sky. Third in the super-tall list is the Makkah Royal Clock Tower Hotel, in Mecca, Saudi Arabia. Besides hotel rooms, the tower has a conference centre, an Islamic Museum and prayer room for up to 10,000 people, a Lunar Observation Centre for watching the moon during the Holy Month, and a shopping mall with five storeys. In London, with high land prices, the logic of building upwards is inescapable, and creating high-rise

Nov/Dec 2017

GLAZED FACADES

residential blocks will help to alleviate the city’s chronic housing shortage – if design lessons from the past can be learned. Glasgow’s Red Road flats are a case in point. Built in the early 1960s, and Europe’s highest residential blocks when they were built, the steel-framed buildings were fire-proofed with asbestos, which blighted the flats for years. But the biggest lesson for architects, building designers and fire safety experts must be to take heed of Grenfell Tower and to never again lapse into false security. That’s the real lesson from that disaster – that complacency is the enemy of fire safety. Wrightstyle has worked on fire safety on a number of high-rise developments

Nov/Dec 2017

in the UK and internationally. The company has also raised concerns about fire regulations in both the UK and UAE, and changed its certification processes, so that a fire certification on one of our glazing systems could not be unilaterally applied on another project. In the new generation of superbuildings, fire safety takes on a whole new dimension, because – beyond sprinkler systems – how do you tackle a fire a kilometre up in the sky? The answer is: with great difficulty, and there have been several notable cases where a sprinkler system has made things worse, with cold water coming into contact with non-fire rated glass and causing the glass to break and allowing more oxygen to reach the seat of the fire. The same is true

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GLAZED FACADES of tempered glass, with a limited firerating. The most effective way of dealing with fire at high altitude is by fire compartmentation: keeping the fire contained in one protected area and preventing it from spreading. A contained fire can be dealt with; an uncontrolled fire can’t. A rule of thumb for fire safety in supertall buildings is that any fire should be able to burn itself out, without external intervention, and without building collapse. That allows for a limited evacuation of people on the affected floor and on floors immediately above and below the fire.

nearly 550 storeys, with enough room for 100,000 people. It was fanciful then, but not so fanciful now. It’s probably only a matter of time before human imagination and construction technology make it possible. Over the years, we’ve seen the good, bad and the ugly of fire safety design, and hope that the new cities in the sky pay heed to the absolute need for a whole new level of fire safety and, if the worst does happen, have fire containment strategies to ensure everyone’s safety.

There have been several notable cases where a sprinkler system has made things worse, with cold water coming into contact with non-fire rated glass and causing the glass to break.

After Grenfell, that’s the least that we in the UK can do. www.wrightstyle.co.uk

In that context, in the 1950s, Frank Lloyd Wright once proposed The Illinois, a mile-high skyscraper of

Inspiring Architecture All great architecture starts with a simple idea. Then comes the inspiration to turn it into built reality. At Wrightstyle we work with architects around the world, bringing to life even the most challenging ideas. We aren’t just one of the world’s most innovative suppliers of complete and guaranteed steel and glass systems. We’re also world leaders in reinventing what glass and steel facade systems can do. From large-span or fire-resistant glazing to curtain walling able to withstand a lorry bomb, we are at the forefront of our technologies, pushing the boundaries of what glass and steel are capable of achieving. Our interior and exterior systems can be found worldwide, and we have a portfolio of examples to illuminate and surprise. Our systems don’t simply protect buildings against the full range of threats. The inherent strength of steel and our opticallybrilliant glasses allow architects to think in new ways. So if you’ve got a design idea, talk to us. We’ll help provide the inspiration to make it happen.

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DAYLIGHTING ICONS The biggest: the best: the most awe-inspiring; the most outrageous; the most influential... In this regular feature we will be indulging ourselves and our readers with images of daylighting projects throughout the years, that simply deserve a double page photograph...

New Century Global Centre, Chengdu, China The New Century Global Centre is currently the world’s largest building. A 100m tall cliff-face of blue mirrored glass, stretches 500m along a triumphal plaza, housing an entire seaside resort, along with a 14-screen Imax cinema, Olympic-sized ice rink, two five-star hotels and its own Mediterranean shopping village – all wrapped with a vast ribbon of offices. Sprawling for 1.7m square metres, it could fit 20 Sydney Opera Houses beneath its glass roof. It is declared by its creators to be “a landmark which commands the world and is looked upon by the world with respect,”

Nov/Dec 2017

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DAYLIGHTING ICONS

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Twitterings Follow us for regular updates between issues... in the meantime, more highlights...

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DAYLIGHTING MAGAZINE

Stay up to date with DAYLIGHTING Magazine! In 2018 we will be running features on just about every daylighting-related topic you can think of – and some you may not have... we’ll also be offering a wider range of opportunities for advertisers, including low cost product advertorials, a product finder and an email delivery service, allowing clients access to our email contacts database.

Editorial Programme REGULAR FEATURES: Industry News & Comment, Technical Focus, Daylight & Energy Saving, Standards A LOOK AHEAD INTO 2018 We’re already planning a new, bigger, better DAYLIGHTING Magazine for 2018, with new features and opportunities for advertisers – plus some additional on-line services... watch this space!

a burning issue you’d like to be considered or an article to submit, please email: paul@daylightingmag.co.uk Stay up to date between issues: follow us on social media.

MEDIA INFORMATION PACK Our Media Information Pack gives details of circulation, advertising rates, features and editorial policy. Copies can be downloaded at: www. daylightingmag.co.uk We are always looking for new ideas for features and articles. If you have

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DAYLIGHTING is published by: Bennett & Partners Pure Offices Lake View House Tournament Fields Warwick CV34 6RG United Kingdom TEL: +44 (0)1295 770833 EDITOR Paul Bennett paul@daylightingmag.co.uk Tel: 01295 770833 Mobile: 07900 895110 AD SALES Miki Bennett adsales@bennettand partners.co.uk Tel: 01295 770833 DESIGN/PRODUCTION Jemma Pentney jemma@bennettand partners.co.uk Tel: 01295 770833 WEBSITE www.daylightingmag.co.uk

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CIRCULATION Daylighting is available by email, free of charge to subscribers. Our database currently numbers over 6,000 UK architects, specifiers, contractors, consultants and roofing professionals. Full details are available on our website. www.daylightingmag.com

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n D io ts K O W CP uct fligh BO O IBA rod oo N R nt r e n i it h lin A w n- r: g O ina htin m lig Se a y d to

NARM represents suppliers of glass, polycarbonate and GRP rooflight systems for daylighting applications across every sector.

Specifying rooflights? Look for the logo that means peace-of-mind NARM, the National Association of Rooflight Manufacturers, is the influential trade association representing the UKâ&#x20AC;&#x2122;s rooflight industry. We are closely involved in developing and implementing legislation affecting UK rooflighting. Choosing rooflights from a NARM member company is the simple and certain way to ensure adherence to standards and legislation. You can also gain access to a wealth of free and objective specification information on our website.