Inclusive Spaces, Sustainable Places: Dulux Trade Leads The Discussion During Allermuir Event

 

Leading paint manufacturer, Dulux Trade, recently invited architects, specifiers and interior designers to the Allermuir showroom in London for a panel discussion exploring inclusive design and the power of colour and sustainability on wellbeing.

 

Designing inclusive spaces presents a unique set of challenges for specifiers and architects, and the process of achieving inclusive design can be quite daunting – especially due to the various rules and regulations. To address these challenges and provide guidance, Dulux Trade organised an event titled ‘Inclusive Spaces, Sustainable Places: A New Era of Design Thinking’. This panel event, co-hosted with Allermuir, aimed to share valuable insights on the importance of designing inclusive spaces and how to achieve this in practice.

The panel discussion included insightful contributions from Marianne Shillingford, Creative Director at Dulux, Peter Howard, Sustainability and CSR Lead at Dulux and Dawn Scott, Senior Colour Designer at Dulux – as well as guest speaker, Stephanie Kyle, Senior Architect and Inclusive Design Consultant at Floyd Slaski Architects.

The discussion was opened by Marianne, who emphasised that colour is a powerful tool for communication, as it can evoke different emotions in building occupants. Therefore, the selection of colour should be carefully considered to match the mood and use of the space.  Marianne also explained how Dulux takes the key issues of the day and distills them into colour palettes for interior designers, architects and specifiers to use on projects.

Next, Peter Howard shared insight into the impact that the decorating industry has on the environment and indoor air quality – and offered practical solutions for improving sustainability across projects.

Dawn Scott then took to the floor for an in-depth look at how colour and design can be used to create inclusive spaces. This was then bought to life further by Senior Architect and Interior Design Consultant, Stephanie Kyle, who shared the rationale behind her colour and design choices for an infant school in Leicester and how they will positively impact the neurodivergent students there.

Dawn said:

“Events like our Inclusive Spaces, Sustainable Places: A New Era of Design Thinking panel discussion at Allermuir are crucial for bringing inclusive design to the fore and educating the industry on best practices. The event exceeded expectations and generated insightful conversations and ideas around how design can be more inclusive. We’re committed to continuing these important dialogues to shape spaces that work for everyone.”

 

Wayne Scholfield, Head of Senator A&D Sales at Allermuir, added:

“These events encourage people to explore new ideas outside the normal comfort zone of a daily routine. It’s important for us to engage in dialogue with the market and tap into topical ideas and sentiment. This helps us listen and collaborate and it shapes our world view.”

Industry professionals interested in staying up to date about inclusive design principles,

as well as any future events, are encouraged to sign up for the Dulux Trade newsletter

CLICK HERE TO SIGN UP

 

 

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INNOVATIVE CONCRETE VENEER ACOUSTIC WALL PANELS CREATE INDUSTRIAL LOOK

 

CMS Danskin Acoustics has launched an innovative new concrete veneer wall panel to provide an ‘on trend’ industrial look combined with acoustic benefits for commercial interiors, such as hotel lobbies, retail outlets and exhibition and meeting spaces.

 

Xapa, pronounced shapa and meaning veneer in Catalan, is a routed slat, PET felt sound absorber panel faced with a decorative, authentic concrete veneer.  It is a lightweight alternative to solid concrete walls, providing a fashionable concrete appearance, without the reverberation issues associated with hard wall surfaces.

Xapa panels are available in smooth or travertine finishes, both in a range of four colours – taupe, charcoal, light travertine and dark travertine.

“There are concrete-look, vinyl covered panels on the market, but Xapa is different.  It has a concrete veneer that feels and looks like concrete, because it is concrete,” said Andy Turner of CMS Danskin Acoustics’ product development team.

“Solid concrete walls present reverberation issues, making spaces noisy even to the extent of making conversation or concentration difficult.  Xapa gives the desired minimalist concrete look with the benefit of good acoustic performance,” he added.

 

Xapa is available in two standard thicknesses – 14mm or 26mm, offering a choice of acoustic performance.  Used with a CMS Danskin Acoustics coreboard, Xapa achieves up to Class A sound absorption.  CMS Danskin Acoustics provides a free reverberation calculation service as well as full technical and on-site support.

The Xapa concrete veneer panel is one of a range of veneered acoustic panels being developed by CMS Danskin Acoustics.  CMS Danskin Acoustics products also include a timber veneered slat acoustic wall panel, also in a range of colours.

 

CLICK HERE

To view the data sheet and installation guide

 

Part of the Performance Technology Group, CMS Danskin Acoustics produces and sources insulation products advising on all matters relating to sound reduction materials and noise reduction strategies, including floors, ceilings and walls, to combat airborne and impact noise.  Notable projects include the Bank of England, the Royal Shakespeare Theatre, The Shard and the W Edinburgh.

www.cmsdanskin.co.uk

 

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How Energy-Efficient School Buildings Improve Student Performance

By Olivier Blum, EVP of Energy Management, Schneider Electric

The Green Classroom Revolution: How Energy-Efficient School Buildings Improve Student Performance

With new technology already transforming our world and job markets, the importance of education has never been greater. It’s no wonder that high-quality education — whether preschool or high school, university or vocational — is a fixed priority for governments, parents, and students alike. But beyond the curriculum and teaching methods, what other factors affect student performance?

 

Creating a conducive space to learn

A productive learning environment is more than just walls and a roof; it’s a space that also supports the physical and mental well-being of a student and faculty population. In some countries, extreme heat and other climate-related events have caused major disruptions to education.  For instance, extreme heat and extreme cold have been linked to reduced cognitive abilities. Beyond performance, severe heat and air quality conditions can also prevent students from even attending school.

As such, the quality and design of school environments, including factors like noise and natural light, are now widely recognized as a critical factor in student success. By prioritizing energy efficiency and improving indoor environmental quality (IEQ), schools can create healthier, more comfortable learning spaces that enhance student performance, while also minimizing their environmental impact.

Ways to improve energy efficiency in schools

  • Lighting: Natural light and energy-efficient LED lighting are proven to boost concentration and cognitive performance. Schools that invest in these lighting solutions can create environments where students are more engaged whilst saving money on energy bills.
  • Ventilation: Studies have shown that improved ventilation led to an increase of up to 14% in student performance on standardized tests. Reducing pollutants and controlling humidity can improve energy efficiency by helping classrooms remain cooler in hot climates and limiting heat loss in colder months – all whilst maintaining comfort and health for students and teachers.

 

These outcomes can be achieved with digital tools like room sensors paired with room ventilation technology such as constant air volume and demand controlled ventilation systems which can gather data and insights to optimize ventilation and improve efficiency.

  • Temperature: According to a study in India by Research Gate, the optimal temperature range for classrooms is between 20-26°C, but this does differ slightly based on region and climate. Energy-efficient buildings equipped with advanced HVAC systems and proper insulation can ensure that classrooms stay within the ideal temperature range, which may lead to better academic outcomes.

 

Technology, such as smart thermostats, enable users to easily automate and control temperatures with the touch of a button. Schools can set the desired temperatures at specific times based on classroom schedules, holidays, and seasonal variations. This not only fosters a more optimal learning environment but also reduces energy wastage by using energy only as necessary.

 

The technology for this already exists. Schneider Electric’s connected room solutions take the complexity out of installation and operation, offering flexible, scalable, and modular tools that provide greater control and automation of room environments, while providing insights into energy consumption. These can make a deep environmental impact, reducing operational energy and carbon emissions by as much as 39%.

 

Reinvesting savings to unlock student potential

Energy-efficient buildings return heavy financial benefits. For example, The Carbon Trust saves up to 30% of heating costs just by preventing cold air from entering the building. Energy-efficient systems reduce overall consumption, which lowers utility bills and shields against future energy price increases. These systems also require less frequent maintenance, reducing repair and replacement expenses. Finally, by lowering energy use, institutions can reduce their carbon footprint.

In the United States alone, K-12 schools (primary and secondary schools) spend approximately US$8 billion annually on energy, with improved energy efficiency, they could lower operating costs by up to 30%.

Around the world, public sector budgets are increasingly stretched. Energy efficiency can provide valuable relief, freeing up funds for other things: learning materials, or investment in students’ academic or personal growth.

 

Making green schools a reality

While the benefits of energy-efficient school buildings are clear, the opportunity lies in implementing these solutions at scale. Retrofitting existing school buildings may be challenging due to long project approvals, costs, and lack of knowledge. However, considering 50% of buildings that will exist in 2050 already exist today,  there’s a big opportunity to make impactful improvements.

In our collective journey to Electricity 4.0 – a more digital and electric future – energy efficiency is the quickest most impactful path to reducing emissions while also delivering cost savings. As such, policymakers and decision-makers in education should be prioritizing energy efficiency in the design and renovation of school buildings. This can be achieved by promoting sustainable design practices, integrating digital energy management systems, and ensuring that there is continued investment in the right infrastructure needed to create optimal learning environments.

Investing in energy efficiency isn’t just about protecting the environment and protecting the well-being of our planet; it’s also about investing in the next generation. With students spending a significant portion of their lives in school buildings, it’s crucial that these spaces are safe, healthy, and they’re set up for success for the rest of their lives. By prioritizing energy efficiency, we not only defend our planet but the young minds who will eventually decide our future.

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NESO: Accelerating Net Zero

New publicly owned National Energy System Operator to pave the way to a clean energy future

National Energy System Operator will support the UK’s energy security, help to keep bills down in the long term, and accelerate the government’s clean power mission.

  • Electricity and gas network planning to be brought under one roof, as the new independent National Energy System Operator launches to achieve the clean energy transition
  • Set to launch on Tuesday 1 October
  • The publicly owned body will support the UK’s energy security, help to keep bills down in the long term and accelerate the government’s clean power mission

Britain’s energy system will be planned by a new publicly owned organisation as part of a new more strategic approach, which will help to deliver clean power by 2030.

The new National Energy System Operator (NESO) will help connect new generation projects with the electricity grid, working alongside Great British Energy to deploy renewable energy, so bill payers can reap the benefits of clean, secure, homegrown power.

It comes as the government today reached an agreement with National Grid to acquire the Electricity System Operator, which will be transferred to public ownership.

Set to start work on 1 October, NESO will be chaired by former E.ON CEO Dr Paul Golby, with Fintan Slye as the Chief Executive Officer.

Energy Secretary, Ed Miliband, said:

Today marks a milestone for Britain’s energy system as we bring the system operator into public ownership to provide impartial, whole-system expertise on building a network that is fit for the future.

The new National Energy System Operator has a huge role to play in delivering our mission to make Britain a clean energy superpower.

We need to move Britain off expensive, insecure fossil fuel markets, and onto clean, cheap homegrown power that we control. This is how we reduce bills in the long term, strengthen our energy independence and support skilled jobs across the country.

This is another step forward by a government in a hurry to deliver for the British people.

Currently, there is no single body responsible for overseeing the strategic planning and design of the country’s electricity and gas networks.

NESO will fill this gap – breaking down the siloes which currently exist between the planning of electricity and gas systems, with independent oversight for the design of all Great Britain’s energy networks.

The move will enable investors to build out new energy infrastructure with confidence in how their project will fit into the country’s wider clean energy plan.

The new independent body will support the government’s rapid action to accelerate to net zero.

The government’s Mission Control – headed up by Chris Stark – has already given NESO one of its first tasks – commissioning it to provide advice on how the UK will hit its goal to deliver clean power by 2030.

It comes on top of launching Great British Energy, lifting England’s onshore wind ban, approving four major solar farms and launching the Clean Energy Mission Control Centre.

John Pettigrew, Chief Executive of National Grid, said:

We look forward to working together with NESO to continue to drive the UK’s energy transition forward at pace; accelerating the decarbonisation of the energy system for the digital, electrified economies of the future.

Paul Golby, Chair of the National Energy System Operator said:

This is a pivotal moment as we head closer to the launch of the National Energy System Operator on 1 October. NESO will support a more integrated and coordinated strategy to meet the unprecedented challenges of climate change, ensuring security of energy supply and keeping bills as low as possible.

NESO brings together critical roles and responsibilities under one roof, creating an environment that is essential for success. We will have a broad strategic oversight of both the electricity and gas systems, managing system planning, market operations, and ensuring that our energy infrastructure is secure, resilient, flexible, and future-proof.

The National Energy System Operator has been established through powers under the Energy Act 2023. This sets out the responsibilities of the new public body to maintain the UK’s energy supplies, protect energy consumers and plan for an efficient clean energy system that is fit for the future.

As part of this, NESO will take a cross-sector approach to planning the country’s energy system in the best interests of the British public – looking across electricity, gas and hydrogen, as well as renewable generation, storage and other emerging technologies like carbon capture usage and storage. The independent organisation will map out the country’s future energy networks – helping both the government and Ofgem make informed decisions when considering new infrastructure, speeding up grid connections and progressing the UK’s net zero goals.

Fintan Slye, Chief Executive of the National Energy System Operator, said:

Today is a crucial step in our journey to become the National Energy System Operator and we’re delighted that the Energy Secretary has confirmed 1 October will be the launch day of this new independent organisation.

We are excited to take this bold step forward to help unify and optimise our national approach to energy and to deliver the clean, secure, decarbonised energy system that is affordable and fit for the future.

We are ready, and look forward to providing expert independent advice and working collaboratively across all parts of the energy sector, with government, the regulator and within our communities across Great Britain.

Jonathan Brearley, Chief Executive of Ofgem, said:

The setup of NESO is a huge step forward in ending Britain’s exposure to volatile energy markets and getting clean, renewable power to every single one of us.

Its work is central to long-term energy security and to running the system day to day.

We look forward to working with NESO to ensure Britain gets the clean power system it needs at the lowest possible cost to consumers and taxpayers.

 

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DULUX UNVEILS TRUE JOY™ AS ITS COLOUR OF THE YEAR 2025

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For 2025, Dulux is asking architects, specifiers and designers to embrace yellow and infuse a sense of optimism, pride and imagination into their projects. As a guiding light to introduce these bold, positive shades to clients, the paint manufacturer has announced True Joy™ as its Colour of the Year for 2025, which is complemented by three versatile ColourFutures™ palettes.

 

Over that last two decades, the Dulux Colour of the Year has been chosen through extensive trend research by Dulux colour experts and international design professionals. The 2025 selection, True Joy™, is a bright and positive yellow that reflects people’s desire to break free, reset, and create something new and exciting. As well as embracing True Joy™, Dulux is also encouraging designers to share the joy of yellow and help clients to leap out of their comfort zone – and feel confident in doing so.

Yellow shades like True Joy™ can be used as a bold statement colour or an accent hue. However, to help designers advise their clients on the best colour pairings, Dulux has created three supporting ColourFutures™ palettes.

  • Bold Colour Story: Inspired by the thrill of adventure, these bold colours bring spontaneity and energy to any space. Bright blues and oranges contrast beautifully with accent yellow, making them ideal for educational and office environments where inspiration and creativity are key.
  • Human Colour Story: Celebrating artisanal craftsmanship, these shades of wood and clay reflect the raw materials used in handmade processes. Perfect for educational and healthcare settings, these colours add a touch of authenticity and warmth.
  • Proud Colour Story: Drawing inspiration from diverse cultures around the world, these deep, rich and earthy browns and greens celebrate the rich heritages that make us unique. Ideal for hospitality and residential spaces, they create a welcoming atmosphere where everyone feels at home.

Dawn Scott, Dulux Trade Senior Colour Designer, said:

“True Joy™ and its accompanying palettes offer a fresh perspective on colour’s role in shaping our built environment. These colours are not just trends but tools for architects and specifiers to craft spaces that resonate with the values and visions of their clients, improving our experience within the spaces we inhabit.

“One of the most impactful applications of True Joy™ is within healthcare environments. Paired with the earthy, natural shades of our Human Colour Story, True Joy™ can transform waiting rooms, corridors, and communal areas into uplifting and calming spaces. This combination not only brightens the atmosphere but also connects patients and staff to a sense of warmth, creativity, and well-being.”

 

Marianne Shillingford, Creative Director and Colour Expert at Dulux, explains:

“It may be difficult to immediately picture where yellow paint could seamlessly slot into your home, but it’s actually much more versatile than you may first think. The decision to choose the most uplifting hue in the spectrum is to spark inspiration and instil confidence to leap into the unknown and endless possibilities of what could be. Whilst yellow is one of the bolder colours on the spectrum, True Joy™ is complementary to a vast range of palettes, it brings out the positivity in even the most neutral of shades and is the figurative glue that binds more daring colour stories together.”

 

To support specifiers and provide additional guidance on the use of True Joy™, Dulux has created the Dulux Trade Colour of the Year 2025 Specifier Guide which includes mood boards that can be used to help create the perfect space across any sector. Architects, specifiers, and designers can also use the Dulux Trade Colour Schemer for colour inspiration or to create specifications for projects. They can also speak with the Dulux Commercial Colour Services team for additional advice on how to use the Colour of the Year 2025.

Dulux is proud of its ongoing efforts to produce durable solutions in a more sustainable manner. By focusing on reducing carbon emissions and increasing the circular use of materials, Dulux ensures that products like True Joy™ not only enhance spaces aesthetically but also contribute to a greener future. With initiatives such as using up to 70% recycled content in packaging and developing water-based paints with lower VOC content, Dulux is dedicated to helping professionals create beautiful, sustainable environments.

 

 

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Oscar Acoustics reaches ‘Green Plaque’ status

Oscar Acoustics HQ_Hufton + Crow  

 Leader in acoustic finishes strengthens its eco-commitment

Rochester, Kent, 9 September 2024: Driven by a commitment to sustainability, Oscar Acoustics, Britain’s leading provider of architectural acoustic finishes, has surpassed landmark milestones in its green initiatives.

Following the recent opening of its new HQ, the ‘Oscar Innovation Centre’, has been awarded the prestigious ‘Green Plaque’ status, a third-party newbuild assessment that is independently peer-reviewed and administered by Lifecycle Design. This award is given to buildings that meet only the highest sustainability and environmental standards in the UK.

This follows the company’s achievement of an A+ EPC (Energy Performance Certificate) rating, placing the project in the top 0.35% of the most energy-efficient schemes in England, which independent assessors flagged as a ‘Net Zero emissions’ building.

Andrew Pook, Environmental Consultant from Green Plaque, said:

“Sometimes a project comes along that just ticks all the boxes. Though the Green Plaque assessment is not simply about describing exemplary developments, this one is really quite exciting and just shows what can be achieved when the commitment, enthusiasm, and expertise is there.”

This success builds on previous certifications, including achieving Carbon Neutral status through gold-standard assessor, Positive Planet, in 2023. This required a rigorous evaluation and highlights the company’s ongoing commitment to reducing its carbon footprint. Additionally, it reflects their investment in world-leading carbon-capture programmes to mitigate the impact of unavoidable emissions.

 

The certification required establishing science-based targets (SBTs) as well as gas emission measurements for Scope One, Two, and Three within the globally-recognised, sustainability assessment framework.

Ben Hancock, Managing Director of Oscar Acoustics, said:

“Our new A+ EPC-rated, Net Zero emissions HQ isn’t just a building; it’s a testament to our unwavering commitment to environmental excellence. We’ve built on our sustainability goals year-on-year so we’re extremely proud to be recognised at this level.

“This achievement underscores businesses’ vital role in going beyond standard practices to actively reduce their environmental footprint. It’s time for all companies to step up, take meaningful action, and lead the way in sustainable innovation.”

 

This milestone marks the latest step in the company’s ongoing sustainability journey, with goal-oriented objectives to achieve Net Zero by 2050.

Its market-leading acoustic products have also been used on some of the UK’s leading green construction projects, including 20 Water Street and the iconic 22 Bishopsgate, the first building in the UK to apply for the WELL Building Standard.

Made from fire-treated recycled paper, its SonaSpray range of acoustic decorative sprays help building designers to achieve acoustic excellence as well as a string of sustainable design and health certification systems. These include WELL, BREEAM, SKA, Living Building Challenge, and can add up to 17 points towards the LEED (Leadership in Energy and Environmental Design) rating of a project. SonaSpray also boasts GREENGUARD Gold certification – for optimal Indoor Air Quality.

 

 

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New lifts revealed at Asticus building

CBRE _ Property Management UK.JPG 

The Asticus London building, a striking ten-storey landmark, has undergone a remarkable transformation.

Originally constructed in 2006, the office building features a stunning new reception, business lounge, landscaped terrace, breathtaking 360-degree panoramic views, luxurious end-of-trip facilities in the basement, and the addition of four new Stannah passenger lifts, one of which can be used by emergency services in the event of a fire.

Architects, Aukett Swanke, envisioned a remarkable Cat A office refurbishment design, with a strong focus on sustainability, achieving BREEAM Very Good accreditations. The building prioritises inclusivity with the new lifts providing daily step-free access.

The Client

The re-imagined Asticus building was acquired in 2016 by AXA IM Alts, a global leader in alternative investments.

AXA IM Alts teamed up with primary contractors MND Construction Services, and architects Aukett Swanke, to undertake a comprehensive building refurbishment to all areas. This also included adding a new floor, all part of a broader lease opportunity.

Stannah worked with MND Construction Services and Aukett Swanke to create modern and compliant step-free access throughout.

 

Work

Stannah installed three passenger lifts, as a triplex, each accommodating 13 people, transporting visitors and staff from the ground floor all the way up to the new tenth floor, with one lift extending to the basement. Stannah installed the lifts using a scaffold-less method.

These passenger lifts were specified at 1000kg capacity and operated at a speed of 1.6m per second, providing a quick and efficient ride for passengers.

Stannah also installed a fourth lift which is for firefighting but can be used as a normal passenger lift. A firefighting lift is an essential safety asset in high-rise buildings and has dedicated control features to aid the fire and rescue service.

Some of the key features included in the firefighting lift design are trap doors, ladders, an emergency intercom system, and a separate power supply used by firefighters during rescue operations.

This ensures the lift can operate efficiently even if the main building electrics are compromised. All the lifts adhere to the relevant performance and safety standards.

Additional works included a new tenth floor, extensive refurbishments featuring new Cat A and optional Cat A+ finishes, the implementation of end-of-trip facilities such as bike storage racks, and a complete renewal of building services.

Challenges

CBRE _ Property Management UK

New modern lifts were required to accommodate the increased number of people working in the building due to the addition of a new storey. This resulted in the need for a fully compliant and modern firefighting lift to meet the associated fire and safety specifications.

There was an existing firefighting lift, although a survey by Stannah revealed concerns about compliance and operational issues.

Before the new lifts could be installed, the existing four lifts had to be removed whilst minimising disturbance to the building occupants, ensuring safety and retaining step-free access at all times.

This site was a live office environment, meaning it had existing tenants on some of the floors. As always for Stannah, safety was the first priority during the work as well as managing dust and noise levels.

The Stannah team took great care to understand the operational requirements and concerns of the building occupiers to ensure that disruption to their daily activities was kept to a minimum. This even involved site tours so that they were fully involved in all aspects of the programme.

 

Results

The lift solution provided by Stannah at Asticus centred around accessibility, design and, for the fourth lift. fire safety. Stannah provided a tailored lift solution that not only fulfilled the design requirements but also aligned perfectly with the logistical needs of the construction process.

To ensure precision in meeting the design requirements, Stannah delivered black-painted glass car finishes, with careful attention to the equal spacing of grey vertical stripes, even where the back and side panels met.

Given the lifts’ placement on an odd-floor triplex, Stannah incorporated priority buttons into the design of the lift which served all floors, enabling efficient group call planning.

Additionally, two lifts were installed with counterweight safety gears, emphasising Stannah’s commitment to delivering a functional, secure and aesthetically pleasing lift solution tailored to the specific needs of the project. The bespoke full-depth architraves, which were acid-etched with floor markings, added a decorative touch to the building’s design.

The passenger lifts resulted in a practical and elegant solution, transforming the building into a desirable office refurbishment with step-free access to all areas.

The 63,000sq of reimagined office space launched in February 2024.

 

Pete Canning, Passenger Lift Installations Manager at Stannah Lifts commented

“Communication was key during this project because we were working in a live office environment. This involved regular meetings with the client and project stakeholders on a daily and weekly basis to provide them with information about activities and address any of their concerns.”

CLICK HERE

To learn more about Stannah Lifts

 

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West Fraser working towards EUDR compliance

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The EU Deforestation Regulation bans deforestation and degradation trading into or within the EU

 

As a manufacturer with a long history of embracing high standards of its raw material due diligence programme and sustainability goals in general, West Fraser is introducing additional strategies to comply with the requirements of the European Union Deforestation Regulation (EUDR) which was published in June 2023 and is set to come into force at the end of 2024.

With the world’s forests being lost at the equivalent rate of 800 football pitches an hour, it is considered to be the second biggest contributor to Climate Change and results in corresponding damage to biodiversity.  The EUDR has therefore been established to not only ensure wood comes from legal sources, but to eradicate deforestation and degradation our of global forests. Ultimately, the regulation will help to decouple economic growth from resource consumption, a key target of the EU’s Green Deal.

To date, West Fraser has been working to collate data and undertakings from its supply chain partners, the forest geolocation, species and legal aspects are all considered as part of the risk assessment process, with the wider road map for its journey to full compliance being the subject of regular review.   Meeting the requirements of EUDR is an extension of the company’s already well-established due diligence systems and disciplines in line with its forestry policy commitments.

West Fraser’s Group Compliance Manager, Julie Turner, who is leading the EUDR project commented:

“We recognise and actively promote the importance of responsible sourcing across our supply chains and can assure our customers that we are engaged with the EUDR requirements to better our planet and reduce our environmental impact”.

The West Fraser range of engineered timber panels products are made from forests grown & harvested specifically for manufacturing purposes, all serving to cut unnecessary consumption of resources.  The manufacturer is also committed to further waste reduction in its own processes and utilising renewable energy only from certified sources.  Enshrining the EUDR as part of its ESG disciplines will be another waymarker on West Fraser’s journey to Net Zero.

 

CLICK HERE

to email West Fraser for further information on their sourcing and due diligence processes

 

 

 

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TRILUX Lights to Inspire Innovation, Team Interactions and Automation

 

The University of Edinburgh’s Usher Building at Edinburgh BioQuarter’s

health innovation district,  provided TRILUX with the perfect opportunity

to showcase its innovative lighting and control solutions.

 

The Vision: Transforming Health Through Light

Located within The University of Edinburgh’s College of Medicine and Veterinary Medicine, the Usher Institute aims to transform health in society by working with people, populations, and data. The Usher Building houses the Usher Institute with its four core research centres and the Edinburgh Clinical Trials Unit – alongside partners from public, private and third sector organisations. Funded as part of the Data-Driven Innovation Initiative of the Edinburgh and Southeast Scotland City Region Deal, the facility has been designed by international design practice Hassell Studio to be a welcoming space for focus, collaboration, and engagement, with space for around 1000 occupants

The lighting project was crucial to this mission. The objective was to create an environment conducive to health research and collaboration, utilising as few manufacturers as possible.

 

The Challenge: Integrating Seamless Lighting Solutions

Designing a lighting system for the Usher Building, a complex and multifunctional facility, posed significant challenges. The aim was to install efficient lighting throughout the building, ensuring that office lighting worked with ceiling raft details and communal lighting matched the architectural finishes. The project demanded a seamless integration of lighting controls to provide efficiency, flexibility and additional functionality.

 

The Solution: TRILUX Lighting and Building Controls

Delivered by Leon Gray, a TRILUX distributor, and installed by EMTEC Group with lighting design by Ainsley Cramer, the lighting scheme consisted of 400 custom-designed Sonnos downlights featuring a bronze and black RAL finish; these downlights blended perfectly with the building’s architectural metal finishes. Over 600 Solvan Flows, 300 Amatris, and numerous LED linear runs were installed, providing uniform and efficient lighting throughout the facility.

However, the star of the show was the LiveLink controls system, which offers numerous benefits: semi-automatic lighting with absence detection for maximum energy savings, multiple lighting scenes for dramatic effects in event spaces, push-button controls for on/off and dimming, simplified partition controls for flexible space usage, remote access for modifications and service checks, daylight controls with window row dimming to optimise energy efficiency, and extensive DALI networks across the building for comprehensive lighting management.

 

The Impact: A Bright, Efficient Future for the Usher Building

The new lighting solutions provided by TRILUX significantly enhance the Usher Building’s usability and aesthetic appeal. The efficient and well-integrated lighting systems support the facility’s goal of fostering interdisciplinary research and collaboration. The reflective spaces, such as the reading room and cellular meeting spaces, benefit from the custom lighting, creating an ideal environment for focused work and engagement. The lighting has also improved the overall atmosphere of the facility, making it a more inviting and productive space for its users.

“As a research and innovation institute focussed on health and social care, we wanted our Usher Building to be designed with wellbeing and efficiency at its heart – and for it to be a space that draws our team and collaborators together. Lots of natural light is complemented by flexible lighting from the TRILUX team to ensure we can work most effectively whatever the weather!”

TRILUX’s lighting solutions have enhanced the Usher Building’s environment and contributed to a brighter, more connected, and healthier future for the researchers and partners working within this leading medical campus – power is combined in a proven management team – this creates good prospects for the future!”

Susan Buckingham, Head of Communications, Marketing and Engagement

at the Usher Institute, The University of Edinburgh comments.

CLICK HERE for further information on the

TRILUX lighting and control solutions

 

 

 

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GYM GROUP CONVERTS TO RINNAI’S LOW-GWP ASHP

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SOUTHERN BASED GYM GROUP CONVERTS TO RINNAI’S LOW-GWP ASHP

TO SUPPORT  DECARBONISATION PROGRAMME

 

A chain of gyms has successfully piloted Rinnai’s LOW-GWP commercial ASHP (Air Source Heat Pump) with the aim of replacing their existing carbon intensive electric storage water heater systems which rely on multiple electrical immersions. The flexibility of Rinnai’s bespoke system design capability has even ensured that some of the existing electric water heaters can stay in situ as a part of a cost saving Hybrid heat pump system – saving the end user on cost and reducing carbon emissions.

Each gym studio that Rinnai had to measure revealed different kW load limits ranging from 8kW to 20kW. Rinnai’s system design team then decided on the necessary decarbonizing technology required for each individual gym, bespoke design-led packages including a mixture of Rinnai decarbonizing HDW heating technologies was then selected, these include;

 

  • LOW-GWP R290 ASHP’s
  • Infinit-e Electric Storage water heaters
  • Optimised Heat Pump Cylinder Coil cylinder or plate heat exchanger.
  • Unvented kit (cold water feed).
  • System controls

 

The Rinnai system selection is supported by unique capital expenditure, operational expenditure and carbon modelling, ensuring that the end user could make practical, economical and technically feasible decisions.

Below is a few graphs that illustrate carbon output, CAPEX costs and system efficiency over 5 years. The graphic inputs are shown only for the 12 kW ASHP, 300 heat pump cylinder and direct electric storage water heaters (E-cylinder 305L) for one of the gyms in the southern region.

This graph focuses on carbon production

The CAPEX costs associated with Rinnai’s 12kW Air Source Heat Pump over 5 years

Revealing the annual consumption of energy Rinnai’s 12kW fully electric system

Rinnai aims to make heat pump design simple and model the reality of total

system performance.  Including the use of SPF (seasonal performance factors) which

analyses the complete system performance for support with your next design.

 

CLICK HERE FOR  RINNAI’S ‘HELP ME CHOOSE PAGE’

 

CLICK HERE for more information on the RINNAI product range

 

Or HERE to email engineer@rinnaiUK.com 

 

RINNAI OFFERS CLEAR PATHWAYS TO LOWER CARBON AND DECARBONISATION PLUS CUSTOMER COST REDUCTIONS FOR COMMERCIAL, DOMESTIC AND OFF-GRID HEATING & HOT WATER DELIVERY  

  • Rinnai’s range of decarbonising products – H1/H2/H3 – consists of hot water heating units in gas/BioLPG/DME, hydrogen ready units, electric instantaneous hot water heaters, electric storage cylinders and buffer vessels, a comprehensive range of heat pumps, solar, hydrogen-ready or natural gas in any configuration of hybrid formats for either residential or commercial applications. Rinnai’s H1/2/3 range of products and systems offer contractors, consultants and end users a range of efficient, robust and affordable low carbon/decarbonising appliances which create practical, economic and technically feasible solutions.
  • Rinnai is a world leading manufacturer of hot water heaters and produces over two million units a year, operating on each of the five continents. The brand has gained an established reputation for producing products that offer high performance, cost efficiency and extended working lives.
  • Rinnai products are UKCA certified, A-rated water efficiency, accessed through multiple fuel options and are available for purchase 24/7, 365 days a year. Any unit can be delivered to any UK site within 24 hours.
  • Rinnai offer carbon and cost comparison services that will calculate financial and carbon savings made when investing in a Rinnai system. Rinnai also provide a system design service that will suggest an appropriate system for the property in question.
  • Rinnai offer comprehensive training courses and technical support in all aspects of the water heating industry including detailed CPD’s.
  • The Rinnai range covers all forms of fuels and appliances currently available – electric, gas, hydrogen, BioLPG, DME solar thermal, low GWP heat pumps and electric water heaters More information can be found on Rinnai’s website and its “Help Me Choose” webpage.
RINNAI FULL PRODUCT AVAILABILITY 24/7 FOR NEXT DAY DELIVERY of ALL HOT WATER HEATING UNIT MODELS
INCLUDING 48-58kW UNITS-

SAVINGS OF

20%    REDUCTION of opex cost,
30%   REDUCTION of initial cost
15%   REDUCTION in carbon
75%   REDUCTION of space

 

 

 

 

 

 

 

 

 

 

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