High Society converts agricultural waste and human vices into pure bright light

Dutch designer Inge Sluijs has developed a novel method to transform landfill waste into a durable, rock-like material she calls 'plasma rock,' offering a potential solution to waste management and a source of sustainable materials. The process involves subjecting waste to extreme temperatures using plasma, which is ionized gas capable of generating intense heat. Waste collected from landfills, particularly coastal ones, is first heated in a gasifier to 800 degrees Celsius, converting it into gas. This gas is then superheated to 1,500 degrees Celsius and blasted with plasma, reaching temperatures exceeding 5,500 degrees Celsius—hotter than the sun's corona. This intense heat breaks down the gasified waste into its atomic elements. The end product of this gasification process is a slag that, upon cooling, solidifies into a vitrified, rock-like material with sharp edges. The chemical composition of plasma rock varies depending on the type of waste processed, but it predominantly consists of silica, lime, and alumina, along with traces of titanium, magnesium, sodium oxide, iron oxide, phosphate, and potassium. Crucially, tests confirm that the process consistently yields syngas (a potential fuel), reusable heat, and the plasma rock, irrespective of the initial waste material, whether it be food scraps, plastic, or even baby diapers. Approximately 100 kg of landfill waste can be converted into 20 kg of plasma rock. Sluijs emphasizes that despite originating from toxic landfill waste, the resulting plasma rock is virtually un-bleachable, meaning any hazardous materials present are rendered inert and will not leach out. This quality makes the material mechanically strong, very dense, and environmentally stable. To showcase the versatility and practicality of this innovative material, Sluijs and her collaborators have created various functional and decorative items. For example, waste from the East Tilbury landfill in Essex, England, has been transformed into 'Tilbury Tiles,' which are sold as souvenirs. Furthermore, Sluijs has crafted glass vases adorned with plasma rock specks, illustrating how discarded landfill materials can be repurposed into aesthetic pieces for home decoration, thereby giving waste a 'second life' and contributing to a more circular economy. #PlasmaRock #SustainableMaterials #WasteManagement #EcoDesign #CircularEconomy #LandfillWaste #EnvironmentalInnovation #MaterialScience

Danielle Trofe, through her brand MushLume Lighting, is pioneering a new direction in design by transforming mushrooms into light fixtures. This innovative approach integrates nature, technology, and craftsmanship, offering a forward-looking vision for interior spaces. The article highlights an interview with Danielle Trofe in her Brooklyn studio, where she discussed the origins and development of her mycelium-based lighting products. Trofe's journey into biomaterials began in 2011 with Danielle Trofe Design, initially focusing on hydroponics. However, in 2014, her research into sustainable material alternatives led her to discover mycelium, the root structure of fungi. The realization that she could grow objects into specific shapes using a living organism became a pivotal moment, inspiring her to dedicate a decade to collaborating with a biomaterials company to bring mycelium to the forefront of lighting design. This commitment addresses the growing concern over the environmental impact of mass production by offering a sustainable alternative. Mycelium is a rapidly renewable material known for its strength, fire resistance, and biodegradability. It grows by binding agricultural byproducts, making it an excellent choice for eco-conscious design. Trofe explained that MushLume Lighting utilizes low-heat LED bulbs, which are well-suited to the fire-resistant properties of mycelium. The production process involves hand-packing hemp substrate into molds, allowing the mycelium to grow into a solid structure within 7-10 days, forming the base of the lamps. The lamps’ domes feature natural curves that enhance the interior illumination, creating a soft and inviting glow. The use of natural, VOC-free lime wash provides earth tones that complement the organic texture of the mycelium. Addressing common concerns about using living organisms in home products, Trofe clarified that the mycelium lamps are not 'alive' when they reach consumers. The material undergoes a heat and drying process that renders it inert, eliminating any possibility of mushrooms sprouting from the fixtures. The article notes the challenges Trofe faced in establishing MushLume Lighting, as there was no existing brand to support this novel material. This necessitated creating a new brand to introduce, cultivate, and validate mycelium as a viable product in the market. While MushLume Lighting has been established in the U.S. for a decade, it has recently gained traction in European markets, where sustainability is a central tenet of design. This expansion underscores the alignment of Trofe’s work with the continent's eco-conscious movement. Trofe's passion for nature and sustainability is a driving force behind her design philosophy, emphasizing the need for balance in human creations and a deeper connection with the environment. She expressed inspiration from algae as a potential future material due to its rapid renewability and ability to replace more resource-intensive options. The article concludes with a tour of Trofe's studio, highlighting the hands-on craftsmanship involved in filling molds and observing the mycelium growth process. This blend of scientific innovation and artistic creation reflects Trofe’s thoughtful approach to design. The interview ended with Trofe sharing her ideal dinner guests, including figures like Merlin Sheldrake, Paul Stamets, Tom Dixon, Zaha Hadid, Ray Eames, and Lonneke Gordijn, indicating a broad appreciation for both scientific and design pioneers. #LightingDesign #BiophilicDesign #InnovationDesign #InnovativeMaterials #SustainableDesign #MyceliumLighting #DanielleTrofe #MushLumeLighting

The article discusses the growing expectation among consumers for eco-conscious products across various industries, especially in light of the climate-change crisis. It highlights how the interior design sector, traditionally reliant on chemical treatments for functionality in textiles, is now witnessing a shift toward sustainability. Many fabrics used in home environments are often treated with environmentally unfriendly substances, but innovative brands are beginning to challenge these traditional practices. The piece showcases eight fabric manufacturers that are leading the way in sustainable textile production. Kvadrat's Re-Wool, for instance, incorporates 45 percent recycled wool, reducing environmental impact by minimizing transportation, farming, and dyeing costs and emissions. Knoll's Micro panel textile is made entirely from recycled materials, contributing to a significant reduction in the company's landfill waste and greenhouse gas emissions. Maharam offers bio-based, recycled content, and Greenguard-certified textiles, demonstrating that sustainable options can also be bold and colorful, as seen in their 'A Band Apart' collection. Carnegie's Xorel Kaleidoscope is a high-performance textile derived from sugarcane, offering a fossil-fuel-free alternative for various interior applications without compromising quality or environmental integrity. Kvadrat's Patio provides a sustainable solution for outdoor fabrics, which typically require chemical treatments, by using a water-repellent coating based on fat-modified compounds, thus maintaining functionality while being eco-friendly. Pollack Fabrics introduces 'Snake Charmer,' a 100 percent recycled fabric with a unique jacquard pattern created using varying weights of polyester yarn. HBF Textiles' Crafted Cloud exemplifies sustainability through the use of natural, rapidly renewable resources like wool, simplifying the approach to eco-conscious material selection. Lastly, Sunbrella's Renaissance line addresses textile waste by giving new life to leftover fibers and yarn cutoffs from the manufacturing process, creating a new fiber composed of at least 50 percent recycled material combined with new materials to meet performance standards. These examples illustrate a broader trend in the interior design industry towards reducing carbon footprints and adopting more responsible manufacturing practices. #SustainableFabrics #EcoFriendlyDesign #InteriorTextiles #RecycledMaterials #GreenDesign #TextileInnovation #HomeDecor #EnvironmentalImpact #SustainableManufacturing

skinflint, a British lighting brand, has dedicated over a decade to giving new life to vintage lights, rescuing more than 50,000 items from landfills. The company sources lights globally, from abandoned glassworks in Budapest to old Navy ships, meticulously restoring them to modern electrical standards while preserving their original character. Co-founder Chris Miller emphasizes that repairing, restoring, fixing, and mending were integral to his upbringing, influencing his career path and the foundation of skinflint, which was established with a mission to prevent vintage lights from ending up in landfills. He notes that the practice of repairing vintage lights is an act of care for both the planet and its inhabitants. The appeal of repairing objects over creating new ones for skinflint lies in a triple-bottom-line approach, prioritizing people and the planet over profit, especially as a Certified B Corp. Miller believes that restoring and repairing vintage lights is the most effective way to achieve this. The company aims to counteract "fast furniture" trends, thus avoiding the creation of new waste through designing and manufacturing new lighting. Vintage lights, crafted before the concept of planned obsolescence, were built to endure. This inherent durability allows skinflint to find them in remarkable locations worldwide, often outliving the structures they once illuminated. Miller prefers the term "restoration" to describe skinflint's work, defining it as an effort to preserve as much of each vintage light's original character as possible. This involves ensuring modern technological standards are met while consciously retaining signs of age and patina, which tell the unique story of each light's journey from diverse locations such as UK churches, private residences in Prague, and Eastern Bloc factories. The inspiration for skinflint stemmed from a desire to challenge the conventional approach to lighting in modern spaces. In 2009, the founders tested their theory in a Victorian home in North London, which ultimately led to the brand's establishment. Fourteen years later, skinflint remains true to its founding mission, with an ethos that positions business as a force for good, demonstrated through initiatives like 1% for the Planet. The restoration process is varied, tailored to each light, and involves techniques such as soda-blasting for paint removal, polishing, and lacquering. The process is slow and meticulous, always executed with sustainability and environmental priorities in mind. The objective is to preserve the original function of salvaged vintage lights, enabling them to continue their stories. This means a light that once illuminated a mine shaft could later adorn the ceilings of B Corps like Aesop and Patagonia. The visibility of repair is managed to retain the light's character, with patina seen as an asset that adds to its history and makes for interesting conversation pieces. However, all electrical components are rigorously updated to meet modern technological standards. As a member of the UK Lighting Industry Association, skinflint undergoes independent audits and verification to ensure faultless functionality. Consumer attitudes towards mending and repair are evolving, with clients showing increased awareness of environmental impact. skinflint's B Corp Certification legally obligates the company to consider and report on its impact, pushing it to continuously refine its circular working methods. This commitment is exemplified by the recent introduction of Full Circle, a product buy-back scheme that offers clients a 50% credit for returning vintage lights, ensuring their continued existence. The company also provides a lifetime guarantee for repairs, reinforcing its dedication to circularity. Looking ahead, skinflint envisions a future where its fully circular approach to vintage lighting, particularly with its buy-back scheme, inspires other industry players to adopt similar practices, fostering sector-wide change and a more sustainable future. Katie Treggiden, a purpose-driven journalist, author, and podcaster, champions a circular approach to design and contributed to this article as Editor at Large for Design Milk. Her work explores how craft can contribute to saving the world through initiatives like her book "Wasted: When Trash Becomes Treasure" and her podcast, "Circular with Katie Treggiden." #VintageLighting #Restoration #CircularEconomy #SustainableDesign #BCorp #HomeFurnishings #InteriorDesign #RepairCulture #EnvironmentalImpact

econitWood™ presents a sustainable wood manufacturing process that transforms timber scraps and wood residues into innovative materials for design and interiors, addressing critical environmental challenges. This process offers a solution to concerns such as deforestation, carbon emissions, and waste generation associated with traditional wood usage. The core of econitWood™'s approach lies in its ability to convert wood by-products like sawdust, wood chips, and forestry waste into valuable materials such as particleboard and MDF, maximizing resource utilization and promoting a circular economy. Founded in Germany by a multidisciplinary team, econitWood™ aims to tackle the wood industry's environmental impact while meeting the demand for sustainable materials. The resulting materials exhibit high sound-absorbing, thermal insulation, and fire-resistant qualities, potentially leading to CO2-neutral final products. The technology is characterized by a zero-waste philosophy, efficiently using raw materials and reducing the reliance on virgin wood. Sustainability is further integrated into econitWood™'s production process through several key areas. The company employs eco-friendly adhesive technologies, utilizing bio-based or low-formaldehyde content adhesives to improve indoor air quality and minimize harmful emissions. The manufacturing process is designed for minimal energy consumption, incorporating energy recovery systems to capture and reuse heat, thereby lowering the carbon footprint and operational costs. Additionally, the process includes innovative water-saving techniques and closed-loop systems for water treatment and recycling, significantly reducing water consumption. Another significant aspect is the application of 3D printing technology, which allows the material to be shaped into meticulously defined geometric forms. This not only preserves the wood's inherent CO2 absorption capacity but also expands its functional and aesthetic possibilities. This capability was showcased during Milan Design Week 2024, where Italian designer Harry Thaler presented the “Printed Nature” exhibition. Thaler’s collection featured new wooden furniture elements created using econitWood™’s 3D printing process, including sinuous seats, lamps resembling fungi, and functional stools and tables. These pieces, displayed against a backdrop of wood powder, highlighted the vast creative potential and experimental opportunities offered by the technology, balancing functionality, technology, and sustainability. Thaler’s designs explored unexpected proportions and organic shapes, challenging traditional architectural and design boundaries. Beyond furniture design, econitWood™ materials have diverse applications in construction for building materials like flooring, roofing, and wall panels, as well as in manufacturing cabinetry and other interior fittings. The process also provides eco-friendly alternatives for sustainable packaging solutions. The made-to-order approach adopted by econitWood™ minimizes excess inventory and waste associated with mass production, promoting conscious consumption. The craftsmanship involved blends artistic freedom with precision, utilizing advanced technology and sustainable materials to create bespoke pieces that embody environmental stewardship. econitWood™’s commitment to quality, efficiency, and eco-friendliness positions it as a leader in the movement towards responsible consumption and sustainable wood manufacturing. #SustainableDesign #InnovativeMaterials #WoodManufacturing #CircularEconomy #3DPrinting #InteriorDesign #FurnitureDesign #EcoFriendlyAdhesives #ResourceEfficiency

Researchers at MIT have developed glowing plants capable of emitting ambient light directly from their leaves, offering a novel approach to lighting that could integrate living organisms into everyday environments. This innovation stems from earlier research conducted in 2017 by Professor of Chemical Engineering Michael Strano and his team. Initially, their method involved injecting watercress plants with nanoparticles containing luciferase and luciferin, chemicals responsible for the bioluminescence observed in fireflies, to produce a very dim glow. The project has since evolved significantly, moving beyond this enzymatic reaction to a more sustainable and potentially scalable solution. The updated technique, introduced in 2021, focuses on making the plants' leaves intrinsically luminescent without relying on transient chemical injections. The team achieved this by creating a "light capacitor" using strontium aluminate, a phosphorescent compound. Strontium aluminate nanoparticles possess the unique ability to absorb light energy and then slowly release it as a phosphorescent glow. These nanoparticles are infused into the mesophyll substrate of various plant types through their stomata, which are the small pores on the leaf surfaces. Once inside, the nanoparticles collect and form a thin film within the mesophyll, effectively turning the plant's internal structure into a light-storing mechanism. This advanced system allows the plants to store electrical energy, similar to how a capacitor functions in an electrical circuit. The practical application of this technology demonstrates that these newly engineered plants can emit light for approximately one hour after receiving a mere ten-second charge from an LED light source. While the intensity of the light emitted by these prototypes is not yet sufficient for reading, the development marks a substantial step forward in the field of plant nanobionics and sustainable lighting solutions. The concept holds significant promise for future applications, particularly in interior design and urban planning. According to Sheila Kennedy, an MIT architecture professor and co-author of the related paper, these findings pave the way for a future where living plants could become an integral component of lighting infrastructure in both workspaces and residential areas. Kennedy envisions a scenario where such bio-engineered plants could potentially replace current, less sustainable urban electrical lighting grids, leading to mutual benefits for all plant-dependent species, including humans. This research not only pushes the boundaries of biotechnology but also aligns with broader goals of environmental sustainability and energy efficiency by harnessing natural processes for technological advancements, thereby transforming living organisms into functional elements of our built environment. #GlowingPlants #MIT #Nanotechnology #StrontiumAluminate #SustainableLighting #PlantNanobionics #BioengineeredPlants #Luciferase #UrbanPlanning

This article discusses Tin Shed Ventures, Patagonia's venture capital arm, and its role in investing in early-stage companies focused on environmental solutions. Established around 2013, Tin Shed Ventures utilizes a portion of Patagonia’s annual profits to support private companies addressing systemic challenges within their supply chains, particularly in sustainable apparel and Patagonia Provisions, their emerging food business. This initiative is a core part of Patagonia's mission to use business as a tool for environmental preservation. Asha Agrawal, Managing Director of Tin Shed Ventures, explains that the venture capital arm is one of several ways Patagonia allocates funds to combat the climate crisis. Beyond grants to grassroots organizations, Tin Shed Ventures provides equity investments, aiming for an ownership stake in these emerging businesses. The engagement with portfolio companies varies; some relationships are hands-off, while others involve active mentorship, monthly meetings, and introductions to industry contacts to help them scale. The portfolio typically consists of about 20 companies, reflecting a judicious approach to investment with a focus on specific criteria. Key investment criteria revolve around addressing major environmental issues. On the food side, the focus is on inspiring a regenerative organic food system. This approach goes beyond standard organic practices by promoting soil and ocean regeneration, which is crucial for balanced ecosystems and nutritious food. For instance, Tin Shed Ventures invested in a nutrient density company called Adatius to scientifically prove that regenerative practices yield more nutrient-dense food, thereby encouraging consumer adoption. In apparel, the emphasis is on developing alternatives to virgin materials. Patagonia is committed to using preferred materials with recycled elements, and investments like Borreo, which repurposes ocean fishing nets into recycled nylon for Patagonia gear, exemplify this strategy. Agrawal highlights the challenge of defining and educating the public about terms like "regenerative," but emphasizes Patagonia's unique position to influence consumer choices through its captive audience. The article contrasts Patagonia's private company status with public companies, noting that being private allows Tin Shed Ventures to act as "patient capital," prioritizing long-term environmental impact and business durability over short-term returns. This flexibility enables investments in complex, deep-tech solutions like recycling companies, which require extended development timelines. Tin Shed Ventures receives numerous investment proposals due to Patagonia's strong brand reputation and environmental trust. However, the investment team is selective, focusing on companies that align with Patagonia’s core areas of impact: apparel innovation and regenerative organic food. They decline proposals that lack strategic relevance or have unsustainable business models, such as speculative carbon offset projects. The process involves rigorous investigation to differentiate genuine environmental solutions from "greenwashing," often leveraging internal expertise from Patagonia's material scientists and product creators. Success stories include Trove, a re-commerce platform enabling resale for apparel brands, and Bureo, which transforms plastic waste into new products. Agrawal also explains why Patagonia chooses investment over purely charitable donations: their founder, Yvon Chouinard, views business as a powerful vehicle for change. By combining profit with planetary impact, they aim to inspire a broader systemic transformation that philanthropic efforts alone cannot achieve. For aspiring entrepreneurs, Tin Shed Ventures looks for businesses that demonstrate significant, scalable environmental impact and a viable business model. Ultimately, the unique value Tin Shed Ventures offers is not just capital, but access to Patagonia’s vast industry experience, expert knowledge, and established network, helping startups avoid common pitfalls and accelerate their growth in an environmentally responsible manner. #Patagonia #TinShedVentures #VentureCapital #SustainableBusiness #EnvironmentalImpact #RegenerativeAgriculture #CircularEconomy #SupplyChainInnovation

The Share Shed in Totnes, Devon, U.K., initiated with support from the Network of Wellbeing and the Big Lottery Fund, operates as a "library of things." This initiative allows community members to borrow various tools and equipment, addressing needs that individuals might not be able to afford or justify purchasing. Launched this year, the Share Shed has quickly gained traction, indicating a positive community response to the concept of collaborative consumption. Roger Higman, director of the Network of Wellbeing, conducted an interview with Mark Jeffreys, the manager of Share Shed, to assess the project's progress three months after its launch. Jeffreys highlighted the core philosophy of the Share Shed as encouraging individuals to consider borrowing rather than buying. He noted that the project aims to foster a more resourceful and connected community by promoting sharing in various forms. This goal is pursued by steadily increasing membership and maintaining a continuous exchange of items. The community has actively supported the Share Shed, donating over 150 items for lending. Among these, the strimmer has emerged as the most popular item. The collection also features unusual items like a unicycle and lawn aerators that strap onto boots, showcasing the diverse range of goods available for borrowing. The project has already attracted over 70 members, demonstrating its early success in engaging the local populace. Jeffreys shared a notable anecdote about a guitar that was borrowed for three consecutive weeks, ultimately inspiring the borrower to purchase their own. This experience underscores the Share Shed's impact beyond mere lending, extending to fostering personal interests and facilitating access to hobbies. The project's role in community rebuilding is also significant, with many positive interactions and conversations occurring between volunteers and passers-by, which Jeffreys views as a crucial aspect of the Share Shed's contribution. Looking ahead, Jeffreys envisions expanding the Share Shed's offerings. Immediate plans include installing a wooden bench crafted by Landworks, intended to encourage conversations among visitors, complemented by the availability of tea. Long-term aspirations involve moving into a larger facility that could host skill-sharing workshops, a repair cafe, and a dedicated space for organizing and maintaining the growing inventory of donated items. Jeffreys hopes that the Totnes Share Shed will serve as an inspiration for other communities to establish similar projects, believing that the concept of a "library of things" is particularly timely and relevant. #ShareShed #CommunityBuilding #CollaborativeConsumption #LibraryOfThings #ResourceSharing #SustainableLiving #Totnes #SocialInnovation #CircularEconomy

The contemporary design studio we+, through its ‘Urban Origin’ research project, has collaborated with Ambientec to introduce Remli, a portable lighting fixture that innovatively redefines the use of recyclable materials from urban environments. This project exemplifies urban mining by transforming industrial waste from Tokyo into functional and aesthetically pleasing objects. The core concept behind Remli involves collecting fine debris and rubble from Tokyo’s industrial waste recycling plants, materials that are typically challenging to recycle and often destined for landfills. Instead of disposal, these materials are crushed, mixed with soil, and then applied to the lighting fixture using traditional plastering techniques. Remli not only diverts waste from landfills but also elevates these discarded materials into a valuable resource. This approach highlights a significant shift in how urban waste can be perceived and utilized, moving beyond conventional recycling methods to create new, high-value products. The design studio we+ has a history of exploring sustainable practices and material innovation, and Remli stands as a continuation of this commitment, particularly within the context of urban mining—a process focused on recovering valuable resources from waste streams generated in cities. By integrating these repurposed materials into a portable lighting fixture, Remli offers a tangible example of how design can contribute to a circular economy. The collaboration with Ambientec, a company known for its lighting solutions, ensures that the resulting product is not only environmentally conscious but also meets high standards of functionality and design. The portable nature of Remli adds to its practicality, allowing for versatile use in various settings while subtly communicating its origins as a transformed waste product. This project underscores the potential of interdisciplinary collaboration between design studios and manufacturers to address environmental challenges. The 'Urban Origin' project's focus on Tokyo's specific waste streams demonstrates a localized yet scalable model for urban mining. The process of crushing and mixing debris with soil before application is a key technical aspect that enables the creation of a stable and durable material for the lighting fixture, effectively binding disparate waste elements into a cohesive form. The use of plastering techniques further imbues the fixtures with a crafted, artistic quality, blurring the lines between industrial waste, functional design, and art. Ultimately, Remli serves as a powerful statement on sustainability, demonstrating that even the most overlooked and difficult-to-recycle urban waste can be given a new life as an item of practical beauty. It challenges traditional notions of waste and encourages a re-evaluation of our relationship with materials, promoting a future where urban debris is seen as a resource for creative and sustainable design solutions. #SustainableDesign #UrbanMining #RecycledMaterials #PortableLighting #WasteTransformation #CircularEconomy #MaterialInnovation #TokyoDesign #EcoFriendlyProducts