Taking place on 8th October at The Minster Building in London, the event will explore the practical steps the lighting industry needs to take, to accelerate the transition towards a circular economy. The programme includes keynote presentations, panel discussions, case studies and interactive sessions covering topics such as product design, remanufacturing, reuse, recycling, carbon literacy, and the latest policy and standards developments.

The event is sponsored by Light Projects Evolve (as headline sponsor) and Thorlux, Albis, Fagerhult, WAGO, Lumi Studio, and DRK Lighting Remedies.  Their support means that tickets are free for lighting specifiers.

Nigel Harvey, Chief Executive of Recolight, said: “We are delighted that the list of lighting specifiers already registered to attend reads like a who’s who of leading lighting designers and end users. They include representatives from Aecom, Arup, Buro Happold, CBRE, Hoare Lea, Introba, Michael Grubb Studios, City of London, Max Fordham, Nulty, ORMS, Overbury, Atkins Realis, RD Group, Blackmoon, DPA, Circalume, and 18 degrees.”

Circular Lighting Live host Ray Molony, added: “The circular economy is moving from aspiration to reality within the lighting sector. The programme for Circular Lighting Live reflects that momentum, bringing together some of the industry’s most knowledgeable and influential speakers. Attendees will gain practical insights, hear real-world success stories and have the opportunity to connect with others who are driving change. If your organisation is serious about sustainability and resource efficiency, this is an event not to be missed.”

Tickets are available at https://circularlighting.live/ with a limited number of free lighting designer tickets remaining.

A1 Lighting are proud media partners of Circular Lighting Live.

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The three-storey development forms part of Gateway 14, the business, innovation and logistics park adjacent to Junction 50 of the A14 and part of Freeport East. The centre has been created to support businesses, training providers and education partners, with facilities including office space for high-growth start-ups, collaboration areas, meeting rooms, training facilities and a café.

The project is focused on supporting sectors including the green economy, digital technology and artificial intelligence, while helping address regional skills requirements through partnerships with organisations including the Universities of Suffolk and Essex, West Suffolk College, Suffolk New College and Colchester Institute.

The £18.8m development received £16.66m in funding from Freeport East, with the remaining contribution provided by Mid Suffolk District Council. Designed to achieve a BREEAM Excellent rating, the 35,000sq ft building incorporates a range of measures intended to improve energy efficiency and reduce operational demand.

Lighting controls throughout the building were delivered using a DALI-2 solution from B.E.G. – incorporating occupancy detection, daylight harvesting, emergency lighting testing and energy monitoring.

For the main contractor, Fusion360 Group, the project represented its first B.E.G. installation using a DALI-2 lighting control system. B.E.G. provided technical support throughout the specification, installation and commissioning stages, helping the project team deliver the system successfully.

Mohamed Abosharaf, Head of Engineering for the UK & Ireland at B.E.G., said: “The lighting strategy at Gateway 14 needed to support the wider objectives of the building, particularly around energy efficiency and operational management. A DALI-2 system provided the ability to control lighting according to occupancy, available daylight and building requirements, rather than relying on fixed lighting operation.

“By integrating occupancy detection, daylight harvesting and monitoring functions, the system helps reduce unnecessary energy use while providing the facilities team with better visibility of lighting performance. This is particularly important in a building designed to support businesses and training activities, where different areas will have different patterns of use.”

The installed DALI-2 network was set up to ensure there was centralised lighting control across the building, with integration into the Building Management System (BMS). This allows facilities teams to monitor system status, receive fault information and manage lighting operation from a central interface.

Occupancy detection then adjusts lighting operation based on whether spaces are in use, while daylight harvesting is designed to automatically respond to changes in natural light levels to help maintain appropriate lighting conditions while reducing reliance on artificial lighting.

The system includes automated emergency lighting testing and reporting, removing the requirement for manual testing routines and providing recorded compliance information. Energy monitoring also provides visibility of lighting consumption, allowing building performance to be reviewed over time.

Abosharaf adds: “For electrical contractors, open protocols such as DALI-2 provide flexibility because they allow lighting systems to be integrated with wider building services. It also gives building operators access to information that can help them manage energy use and maintenance more effectively throughout the life of the installation.

“At Gateway 14, the objective was to deliver a lighting system that was appropriate for a modern commercial building – one that could respond to how spaces are used, support energy management and provide reliable information for those responsible for operating the facility.”

Dan Glynn, Sales Director for the UK & Ireland at B.E.G, said: “The Skills and Innovation Centre at Gateway 14 represents a significant investment in the region, providing a base for businesses, educators and training providers while supporting the area’s economic development plans.

“The project demonstrates how DALI-2 lighting controls are being used in commercial buildings to improve control, monitoring and energy management while meeting the requirements of increasingly connected building environments.”

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Södra has modernised the quay lighting at its industrial port in Mönsterås with a new LED mast lighting solution using CU Phosco FL820 luminaires, delivered by Energisystem Sweden.

The port is a strategically important part of Södra’s logistics operation, supporting continuous industrial activity and cargo handling. The demanding environment places high importance on reliable lighting with good visibility and uniform light distribution, particularly across operational quay areas where safety and operational efficiency are critical.

The project formed part of Södra’s wider programme of energy efficiency and infrastructure improvements and followed previous successful lighting projects completed by Energisystem and Assemblin, including the timber yard in Mönsterås.

The upgrade focused on the quay area, considered the most operationally important and exposed section of the port.

Existing conventional luminaires installed across four high masts were replaced with 27 CU Phosco FL820 LED luminaires manufactured in the UK. The new lighting system was designed to improve lighting performance while significantly reducing energy consumption and supporting long-term operational reliability.

The project was delivered as a turnkey solution by Energisystem Sweden, covering everything from initial site surveys through to installation and final project reporting.

The new LED high mast lighting installation has delivered substantial improvements in both lighting quality and energy performance across the port facility.

Compared to the previous conventional lighting installation, the CU Phosco LED luminaires provide improved visibility and more uniform light distribution, helping to create a safer and more efficient working environment for port operations and cargo handling activities.

Alongside the improved lighting conditions, the project achieved a 59% reduction in installed power consumption. Based on annual operating hours of 4,380 hours per year, the upgrade is expected to deliver annual energy savings of 87,293 kWh.

Over the 10-year warranty period, the total guaranteed energy saving is estimated at 872,930 kWh, supporting Södra’s long-term sustainability and energy efficiency objectives.

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The original fittings were SCT linear continuous suspended luminaires, manufactured with aluminium low-brightness louvres. Rather than replacing the entire system, a more sustainable and carbon saving solution was applied. Under the carbon careful™ initiative Future Designs provided new LED gear trays which were designed to integrate directly into the existing luminaire profiles, enabling the schools to retain the existing luminaire carcass while benefiting from modern LED performance. This reduced carbon usage, shortened installation times, and avoided the disruption associated with a full replacement scheme.

As part of the visual upgrade, the old louvre assemblies were removed and replaced with a satin etched optics housed within mild steel magnetic frames. This created a cleaner, more contemporary appearance while also improving light distribution throughout teaching spaces. Importantly, this enhancement maintained the original aesthetic of the luminaire while delivering a more robust solution.

To date, a total of 1,019 retrofit LED units have been supplied across the three schools. This includes 416 units for Oriel High School, 316 units for Thomas Bennett Community College and 287 units for Ifield Community College, comprising both mains and emergency versions. Notably, the original installations contained no emergency luminaires. As part of the upgrade, emergency conversion units were introduced within classroom fittings, bringing lighting provision in line with the requirements of BS5266-1.

The energy performance improvements were substantial. Existing fluorescent lamps operated at 33 watts, whereas the retrofit LED solution uses just 14.08 watts per fitting. This delivers an energy saving of 57.33 percent, significantly reducing running costs and supporting each school’s sustainability goals. With each retained fitting containing approximately 9kg of metal, it meant that through the carbon careful™ initiative there was a massive reduction in the amount of iron ore being extracted from the earth’s crust to create mild steel.

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Collingwood Lighting is helping Northampton Saints rugby club create the right atmosphere for fans and reduce their carbon footprint with an LED lighting refurbishment programme in its stands.

The company designed and supplied modern LED fittings for the whole of the club’s Barwell stand as phase 1 of the project. The stand includes general seating areas, corporate hospitality, corridors, staff areas, toilets, and general entertainment areas.

The lighting refurbishment is a key part of the club’s net zero carbon pledge. It is one of only a handful of professional rugby clubs to sign up to the UN’s Sports for Climate Action Framework, which commits the club to a 50 percent reduction in emissions by 2030 and to be net zero by 2040.

The rugby club will save almost 15 tonnes of carbon emissions and up to £9,000 per year running costs from this initial installation in the stand. Projections for the whole stadium will see 60 tonnes of carbon saved per year.

Says Northampton Saints Chief Executive, Julia Chapman: “This LED lighting refurbishment future proofs our stadium because it not only costs us less money and uses less energy, but it has a real impact on how our fans enjoy a space.

Talking about one of the hospitality areas, the tunnel club, Chapman goes onto to say: “The environment that we create makes all the difference to someone’s match day experience, with lighting having such a big impact on the look and feel of an area.”

Collingwood provided the design for all the lighting in the stadium, the fittings that the club needed and the projected energy and cost savings. The refurbishment payback period for the investment is just 19 months.

The lighting design for corporate hospitality suites, such as the infamous tunnel club where spectators can watch the players run onto the pitch, is vital.

For these areas Collingwood designed schemes that uses its downlights Thea Pro with DALI lighting control for the ambient lighting and LED strip lighting to pick out and emphasis features to add extra interest through accent lighting. The colour temperature for the lighting was set at a warm 3000K for a relaxing and sociable space.

For other areas in the stand which includes corridors, toilets, staff kitchens and storage areas, Collingwood designed a more functional lighting scheme using fittings with a cooler colour temperature of 4,000K. This aids concentration and focus for task orientated activities. A mixture of fittings was installed including Thea Pro, Solis LED panel lighting and its tough and durable anti-corrosive Caiman bulkhead for storage and warehouse areas.

Collingwood has also provided emergency lighting packs so that installers can convert some of their fittings into emergency lighting. This helps people safely leave if there is a mains power failure.

Commenting on the installation, operations manager Stuart Jenkins said: “We are a high end hospitality venue so the right lighting design using reliable products is key. This refurbishment has saved us energy, running costs and maintenance, but most importantly it improves the match day experience for our fans.”

Other sustainable initiatives taken by the club include installing over 800 solar panels, using zero carbon bought in energy, installing rainwater capture systems for pitch irrigation, and improving insulation in all their buildings.

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Organised by Recolight, Circular Lighting Live 2026 is the event where those questions get answered. Taking place on 8th October at The Minster Building in the City of London, the conference brings together designers, specifiers, manufacturers, and supply chain professionals to explore the practical realities of a low-carbon future. Alongside the multitrack conference programme is an exhibition of sustainable lighting innovation.

Keynotes
The day opens with Vision 2040, in which John McRae, director of Orms, pictures a lighting industry beyond the take-make-use-waste model. A second keynote, Beyond Fast Lighting, sees Sabine De Schutter, founder of Studio De Schutter, argue for upcycling as design strategy.

Following the keynote presentation, delegates can choose from six specially curated sessions to get the most out of the day.

Data & Compliance: Alexander Flekler (WAGO) and Flavie Lowres (Recolight) unpack what EPDs mean for the supply chain; Neil McLean (Lutron Electronics) uncovers the tidal wave of circular economy legislation from Europe.

Innovation & Material: Niclas Thulin (Fagerhult) and Dean Skira examine how material choices and AI-driven design are cutting embodied carbon in new products.

Disruptive Design, the Role of Designers: Explores how independent lighting designers are shifting specification habits in response to regulation and client demand.

Projects Uncovered, Real World Lessons: Ryan Bean (CBRE) and John Bowden & Brendon Airey (Light Projects Evolve) present the remanufacture of Leadenhall Market’s historic fittings, offering lessons in heritage-sensitive circular practice.

Carbon Literacy: Sojan Johny (The Carbon Literacy Project) introduces the Carbon Literacy framework; Chris Newman (Albis) surveys the latest low-carbon and bio-based polycarbonates.

Confronting Cat A, Six Ways to Cut Waste: examines leasing models and design-for-reuse approaches to reduce waste from Cat A fit-outs.

The day also hosts the Build Back Better Awards 2026, celebrating creativity, innovation and environmental leadership in lighting.

Early Bird rate for manufacturers ends on 31st July
Manufacturer tickets are available at a reduced price, with an early bird rate available to end of July, plus a further discount for Recolight WEEE Compliance Scheme Members. Manufacturers are urged to secure their place now before the early bird deadline passes.

Free places for specifiers
Support from event sponsors means attendance is free for lighting specifiers. This includes independent lighting designers, architects, consulting engineers, wholesalers, and end-users. Specifiers are encouraged to reserve their complimentary delegate place as spaces are limited.

Circular Lighting Live 2026 is a timely opportunity for the whole lighting supply chain, specifiers, end users, manufacturers, remanufacturers, distributors, and contractors to understand the forces reshaping the products being made, stocked and specified, and the companies that supply them, as the industry moves toward a low-carbon, circular economy.

Book your place at www.circularlighting.live.

The conference is sponsored by Light Projects Evolve, Albis, Fagerhult, Thorlux Lighting, and WAGO.

A1 Lighting magazine are proud media supporters of Circular Lighting Live.

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PLASA has launched a new Carbon Literacy Training course tailored specifically to professionals working across the entertainment technology industry.

Designed to make climate learning relevant and actionable, the course will help participants understand climate change, the carbon impacts associated with everyday decisions and the practical steps they can take to reduce emissions in their roles, organisations and wider lives.

While demand for more sustainable practices continues to grow across productions, events, venues and supply chains, it can be difficult for individuals and businesses to know where to begin.

PLASA’s course has been created around the real-world challenges and opportunities facing the entertainment technology community, helping participants move beyond broad sustainability ambitions and identify actions that are appropriate to their work.

The online training combines a 30-minute self-study module with two interactive, two-hour sessions led by a trainer.

Participants will then complete an individual assessment. PLASA delivers the training and assessment process, while Carbon Literate certification is independently assessed and awarded by the Carbon Literacy Project to participants who successfully meet its requirements.

Monthly cohorts will run from July to October 2026, with each limited to 12 participants. The small group format will give attendees the opportunity to share ideas and learn alongside professionals from across the industry.

Phoebe Currie, PLASA’s Sustainability Consultant, comments: “People across our industry increasingly recognise the need to reduce their environmental impact but understanding how to translate that ambition into practical action can be challenging.

We have developed this course to make Carbon Literacy directly relevant to entertainment technology professionals. It is not simply about understanding climate change; it is about giving people the knowledge, confidence, and motivation to make better-informed decisions within their own roles and organisations.

By bringing professionals together in small, interactive cohorts, we also hope to encourage shared learning and help build greater momentum for meaningful change across the industry.”

Carbon Literacy is defined by the Carbon Literacy Project as an awareness of the carbon costs and impacts of everyday activities, together with the ability and motivation to reduce emissions on an individual, community and organisational basis.

The course is available to PLASA members for £89 plus VAT per participant, with a non-member price of £119 plus VAT.

Places are available in cohorts running between July and October 2026 and are limited to 12 participants per cohort.

Find out more and register at: https://www.plasa.org/carbon-literacy-training/

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“The EcoVadis Platinum rating confirms the Zumtobel Group’s consistently pursued path: for us, sustainability is not a single project, but an integral part of our business. This success is only possible thanks to the joint commitment of our teams and the continuous implementation of our sustainability strategy. At the same time, we see this award as an incentive to continue advancing our ambitions – in the interests of our customers and partners, our employees and the environment,” says Alfred Felder, CEO of the Zumtobel Group.

Measurable sustainable development

The Zumtobel Group’s progress to the Platinum level demonstrates one thing above all: sustainable development always goes hand in hand with transparent reporting. Throughout the entire value chain, the company is implementing concrete measures with quantitative targets as part of its sustainability strategy – consisting of the Net-Zero, Circular Economy and Partner of Choice goals. Regulatory frameworks, such as the ESRS (European Sustainability Reporting Standards), under which the Zumtobel Group reports on its progress in sustainability, are a significant catalyst for creating transparency.

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“For a project of this scale, we were looking for a partner capable of combining the highest standards of lighting quality with the operational requirements of a global traveling event,” explains Jessica Gauvin, managing director of Expomobilia. “ERCO convinced us not only technologically, but also supported the process collaboratively from the beginning.” 

At art fairs, lighting plays a decisive role in how artworks are perceived. It directs attention, supports spatial orientation, and influences the appearance of colors, materials, and surfaces. Particularly in the context of commercial galleries, the demands are exceptionally high: exhibitions change frequently, presentations need to remain flexible, while consistently ensuring the highest quality of light. ERCO contributes decades of experience in lighting galleries, museums, and cultural institutions worldwide. At the core is a lighting approach that combines precise optics, flexible light distributions, and high efficiency.

The requirements of Art Basel extend far beyond conventional exhibition lighting. The infrastructure must operate reliably at different venues worldwide, allow for rapid installation, and withstand the logistical demands of an international fair operation. Together with Expomobilia, ERCO therefore developed a modular lighting system featuring spotlights with interchangeable optics and durable LED technology. In addition, a dedicated transport and logistics concept with specially developed flight cases was created for repeated worldwide use. “Art Basel is not a static venue, but a global platform,” says Jessica Gauvin. “The solution therefore had to be equally flexible, robust, and efficient.”

Sustainability considerations also played a key role in the development of the new lighting infrastructure. The luminaires are designed for long-term use over a period of more than 20 years and across multiple international editions of the fair. ERCO follows an approach that focuses not only on energy efficiency, but also on high lighting effectiveness with minimal spill light. Precise light distribution directs the light specifically onto the artworks, enabling the applied light output to be used efficiently. “Reducing our ecological footprint is an important objective within our sustainability strategy,” explains Lea Matern, Sustainability Manager at MCH Group.

The partnership with Art Basel further underlines ERCO’s expertise in the field of commercial gallery lighting. Unlike traditional museum settings, lighting solutions in this sector must respond to changing exhibitions, variable hanging arrangements, and short conversion cycles. ERCO’s current “Guide to Lighting Design for Art Galleries” demonstrates how lighting can be strategically used to support curatorial quality, flexibility, and efficient operation. Following Art Basel in Basel 2026, ERCO will document the project in a detailed case study, offering further insights into technical implementation, logistics, and global fair operations.

Image © ERCO GmbH, www.erco.com; photography: Gavriil Papadiotis.

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Commenting on the award, the outgoing Society of Light and Lighting president Kristina Allison, said: “The honorary fellowship recognises a significant contribution not only of services to the Society but to the wider lighting profession. It’s sanctioned by the Executive Committee of the SLL. The work that both do with Recolight has a positive impact on the industry and is incredible.”

Usually, one award is given each year, but this year an exception was made. Previous recipients have included Kevin McCloud in 2010, Jonathan Speirs in 2003, and Philip, The Duke of Edinburgh back in 1959.

F Mark Ltd founder Simon Fisher FSLL and Circular Lighting Report editor Ray Molony gave the citations for Harvey and Castine respectively.

On accepting his award, Nigel Harvey said: “I’m absolutely delighted to receive the honorary fellowship of the Society of Light and Lighting. The recognition of professional peers, colleagues and friends is uniquely special. My sincere thanks to the SLL Executive Committee for the award. But I’m only the helmsman at Recolight. We’ve an amazing team, who all play vital roles and this award belongs to us all.”

And Suzanne Castine said: “Thank you to the SLL executive committee for recognising the work I do. Marketing is an overhead, so we’re constantly looking at ways to reduce cost. And as a not-for-profit funded by our WEEE Scheme Lighting manufacturer Members, it’s even more critical for me to be mindful of spend. Therefore, I keep our work in house and don’t use agencies. We were recognised for going above and beyond and were in a room full of lighting professionals who do that too. So many have helped Recolight along the way, presenting at webinars and conferences, offering support, guidance and help.”

As a Sustaining Member of the SLL, Recolight are part of a network of businesses who collaborate to give financial, technical and practical support to a wide range of Society initiatives.

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