UL Research Institutes’ Post

An instant success on its debut in 2022, Circular Lighting Live has become the defining gathering of the supply chain to assess its progress towards net zero. A visit to Circular Lighting Live, shows just how far the lighting industry has come in the last few years. The one-day conference and exhibition is organised by UK’s leading environmental compliance scheme Recolight. Aimed at the full supply chain, including manufacturers, suppliers and specifiers, it takes place on Wednesday 9 October 2024 at the Royal College of Physicians in London. The event brings together over 300 of the lighting industry’s top executives to consider how our sector can become part of the circular economy. On the agenda in 2024 is the legislative and regulatory landscape, the role AI can play in assisting firms with data, the opportunities and challenges of the emerging lighting remanufacturing ‘ecosystem’, 3D printing, circular design and sustainable materials including bioplastics. Speakers include Signify chief design officer, Ton Borsboom, who will explore if AI and digitalisation represents the next revolution in sustainable design, and Orms architect Rachel Hoolahan, who will explain how each luminaire is set to get its own materials ‘passport’. For 2024, the organisers have a more expansive exhibition floor and included a dedicated track for lighting designers.  Exhibitors include ASD Lighting PLC, BELL Lighting, Glamox, Holophane, Llumarlite Ltd, The Regen Initiative , Signify and Stoane Lighting. READ MORE - link in comments

Have you ever imagined to live in a house where you feel blended with nature that is also modern! A house that can be built in front of your eyes in a day or two without material waste like traditional houses? One of the most exciting trends we’re seeing is the rise of 3D-printed buildings made from sustainable materials which can achieve the previous ambitions and even more! Let’s explore the benefits of the 3D painted houses as follows: - Customization and Flexibility: Designs can be easily adjusted, allowing for unique, tailor-made structures that fit specific sustainability criteria. - Sustainable Materials: Innovations in material science have led to the development of eco-friendly printing materials. Some of these materials include:  1) Recycled Plastics: These reduce the need for virgin materials and help divert plastic waste from landfills.  2) Biodegradable Composites: Such as hempcrete, which combines hemp fibers with a lime-based binder, providing excellent insulation and reducing carbon footprint.  3) Locally Sourced Natural Materials: Like clay and soil, which have been used in projects like the TECLA (Technology and Clay) house in Italy. This project exemplifies how ancient materials can meet cutting-edge technology to create sustainable and affordable housing solutions. - Cost Efficiency: The reduction in labor and material costs can make 3D-printed homes 20-40% cheaper than traditional construction methods. 3D printing can incorporate advanced building techniques such as: - Smart Integration: Embedding sensors and IoT devices during the printing process to create smart, energy-efficient homes. - Complex Geometries: Creating structures that are not only aesthetically pleasing but also structurally efficient, reducing the amount of material needed without compromising strength. As we continue to explore and implement these innovative techniques, we can pave the way for a greener, more sustainable future in construction. Stay tuned to Sustain Insight for more updates on the latest trends in sustainability! #Sustainability #Construction #3Dprinting

Amidst soaring costs, a housing crisis and alarming CO2 emissions, we need a paradigm shift. We’re proud to pioneer the future of sustainable living with homes that are built faster, stand stronger and have a reduced environmental footprint. By employing 3D printing, recycled materials and airtight assembly, Mighty homes combat climate change while maximizing efficiency and minimizing waste. Visit mightybuildings.com to learn how you can join the revolution for a better construction industry and planet. #MightyBuildings #Construction #Sustainability #SustainableLiving #EcoFriendly #FutureofConstruction #ClimateChange #Housing #RealEstate #USEconomy

As we stand on the cusp of a new decade, let's envision the future of building and city architecture in 2050! 🏗️🔮 The coming years promise a paradigm shift in how we design, construct, and experience the spaces we inhabit. Here's a glimpse into the transformative trends shaping the future: 1️⃣ Sustainable Skyscrapers: Vertical cities are on the horizon, integrating advanced green technologies, harnessing renewable energy, and incorporating vertical farming to redefine the urban landscape. 2️⃣ Smart Cities: The integration of AI, IoT, and Big Data will revolutionize urban living. Smart buildings will adapt to our needs, optimizing energy usage, traffic flow, and resource management for a more efficient and sustainable urban environment. 3️⃣ Biophilic Design: Connecting with nature will be at the heart of architectural innovation. Green roofs, vertical gardens, and sustainable materials will create harmonious environments that prioritize well-being and mental health. 4️⃣ 3D Printing Revolution: Construction processes will be revolutionized by 3D printing technology. From personalized homes to large-scale infrastructure, this innovation will enhance efficiency, reduce waste, and unlock new possibilities in design. 5️⃣ Adaptive Reuse: Embracing the past to build the future, architects will repurpose existing structures, giving them new life and purpose. This sustainable approach contributes to the preservation of cultural heritage while minimizing environmental impact. 6️⃣ Community-Centric Design: Spaces will be designed to foster a sense of community and inclusivity. Collaborative planning and co-design with residents will lead to neighborhoods that reflect the diverse needs and aspirations of their inhabitants. 7️⃣ Resilient and Climate-Responsive Architecture: As we face the challenges of climate change, architects will prioritize resilient design strategies, creating structures that can withstand extreme weather events and contribute to climate mitigation. Join me in the excitement as we embark on this journey into the future of architecture🌍🏗️ #FutureArchitecture #CityOfTomorrow #Innovation2050 #ArchitecturalRevolution #UrbanDesign2050 #GreenTech #SmartBuildings #InnovativeDesign #CollaborativeCities #ResilientCities #BiophilicFuture #SustainableLiving

Ever wondered how technology can aid in environmental conservation? 🌍 Wireless printers are emerging as a top choice for the environmentally conscious. They facilitate paperless printing by allowing users to digitize documents and store them electronically. This not only reduces paper wastage but also contributes to a more organized, clutter-free workspace. Next time you're considering a printer upgrade, think wireless, think green. It's a small step towards a more sustainable future.

Nano optics ‘a step change’ in luminaire sustainability The advent of nano optics can lead to a step change in sustainability by driving up lumens-to-weight ratio of luminaires.  That’s the view of Czech optical specialist IQS NANOPTIQS which says its pioneering technology can lead to light fittings which are slimmer, lighter and use less energy yet have the same light distribution as bulkier rivals. The firm has just launched a modular kit, the IQ System, which it says allows a typical commercial luminaire to weighs less than 135 g per meter yet deliver over 20 lumens per gram of luminaire weight. The IQ System consists of three components: a reflector for primary light shaping and control, an anti-glare cover for enhanced visual comfort and a low UGR rating and a nanofilm to achieve optimal optical precision and desired light distribution.  The company says that luminaire manufacturers can use the new technology to develop own unique solutions for galleries, showrooms, corridors, warehouses, large halls, building reception areas, and anywhere else where both visual comfort and material and energy efficiency are important. The nanotechnology is made by etching component surfaces with a structure created using mathematical algorithms on the same scale as the wavelength of light.  Beam options include Nilo, a deep ultra-narrow distribution for aisles in warehouses; Darlo, an asymmetrical beam for display applications such as art galleries; Elbo, a double asymmetrical beam for high contrast retail applications; and Nubo, a medium wide beam for general and task lighting applications.  • Read more: Link in the comments • The Circular Lighting Report is powered by Recolight

EUropreneurship & Sustainability - 30.09-01.10.24 Each participant of the conference related to the DigIN - EMPOWER ADULT EDUCATORS TO SUPPORT DIGITAL SOCIAL INCLUSION project received a set of gadgets promoting the initiative. Among them were eco-friendly pens made of recycled ♻️ cardboard, decorated with logos. Participants also had access to specially prepared newspapers, in which articles about DigIN were highlighted, to deepen their knowledge of the project. Particular attention was drawn to the innovative keychain made using modern 3D printers, available in two forms. The first is a practical phone stand, the second version is an elegant keychain with an embossed project logo. Both keychains were made of biodegradable bioplastic of plant origin - polylactide, which perfectly matched the ecological nature of the project. 🌲 #project #digital #inbie #sustainability #ecofriendly #erasmus #digin #conferencegadgets #DigINproject #biodegradable #polylacticacid #3dprinting #plantbased #techinnovation #modernapproach #recycledmaterials #greeninitiatives #techpromotion #education #sustainablefuture #cardboardpen #bioplastic #innovation #sustainabletech #environmentallyfriendly #compostable

In 2023, the world of sustainable building materials witnessed impressive innovations, a trend prominently featured in Dezeen's review. These developments are all shaping a future where architecture and environmental sustainability converge effortlessly. From composites that emit heat to wool utilized in 3D printing, these materials are redefining both efficiency and eco-friendliness. Addressing various needs such as thermal regulation, waste reduction, and carbon-negative building approaches, these advancements are poised to gain even more traction in 2024. #SustainableMaterials #InnovationInConstruction #EcoFriendlyDesign #Sustainability

Electric Privacy Glass Film Market Trends: What to Expect in 2024 https://lnkd.in/duG94gzR Electric Privacy Glass Film Market Landscape: An In-Depth Analysis of Key Players, Market Trends, and Growth Opportunities Worldwide Electric privacy glass film, also known as switchable glass or smart film, is a type of glass or film that can change from transparent to opaque with the application of an electrical current. This technology is widely used in commercial and residential buildings, automotive windows, healthcare facilities, and other industries where privacy and light control are important. The market for electric privacy glass film has been growing rapidly due to increased demand for smart building solutions, advancements in technology, and the rising need for energy-efficient products. Receive the FREE Sample Report: https://lnkd.in/diZ5fDz5 Key Trends: Technological Advancements: Ongoing improvements in manufacturing processes and materials are significantly boosting the performance and durability of electric privacy glass film. These advancements are resulting in higher quality products with longer lifespans, better energy efficiency, and greater reliability, making the technology more appealing to both commercial and residential users. Growing Demand in Construction: As sustainability and energy efficiency become central to modern building design, smart glass technologies like electric privacy glass film are increasingly being incorporated into architectural plans. The construction industry’s focus on green building practices is driving the adoption of these advanced materials. Wider Application Scope: Electric privacy glass film is finding new applications beyond buildings, with growing use in automotive sunroofs, aircraft windows, and consumer electronics for privacy and glare reduction. This expansion into diverse industries highlights the versatility and increasing demand for this technology. Customization and Integration: Manufacturers are now offering more customization options, such as color tinting and size flexibility, to cater to a wide range of customer needs. This ability to tailor products to specific requirements is enhancing the appeal and adoption of electric privacy glass film across various sectors. Cost Reduction: As production scales up and technology continues to mature, the cost of electric privacy glass film is gradually decreasing. This reduction in price is making the technology more accessible to a broader market, paving the way for wider adoption across different industries. Market Segmentations: Global Electric Privacy Glass Film Market: By Company • DMDisplay • IRISFILM • Smart Films International • Unite Glass • Inno Glass • Toppan Printing • Singyes New Materials • Benq Materials • Times Zhiguang • Huake-Tek • Jiangxi Kewei • Guangzho

🌿 Why Prioritize Sustainability in Construction? 🌿 Cypren Edmunds emphasises the critical importance of addressing energy efficiency, resource depletion, waste management, and carbon emissions in construction. 🏠 Energy Efficiency: The straw core of straw panels provides excellent thermal insulation, ensuring energy efficiency in buildings. This results in reduced heating and cooling costs, contributing to a comfortable and cost-effective living environment. 🌱 Waste Reduction: "Technologies such as Building Information Modeling (BIM) and 3D printing enhance efficiency and reduce waste in construction processes." 🌍 Carbon Emissions: "Advanced insulation materials like straw panels offer excellent thermal performance and carbon sequestration benefits." You can find the full interview with Cypren Edmunds on our website - https://lnkd.in/dyb2_JbD #SustainableConstruction #Reuse #ClimateAction