Tag Archives: Circular design

From Paper Furniture to Denim Plates: 5 Ways to Rethink Scrap Material

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Modern design is undergoing a major transformation as architects, artists, and product designers begin to see waste not as a problem, but as a valuable resource. Scrap metal, discarded wood, plastic waste, broken glass, and industrial leftovers are now becoming part of luxury interiors, sustainable architecture, furniture, fashion, and public art.

This shift reflects a larger movement toward circular design, where materials are reused, reimagined, and given a second life instead of ending up in landfills. As sustainability becomes central to contemporary creativity, let’s understand why scrap is increasingly being viewed as the new gold of modern design.

1. The Rise of Circular Design

The concept of circular design is changing how industries approach materials and production. Instead of the traditional “use and discard” model, designers now focus on reuse, repair, and regeneration. Scrap materials are collected and transformed into high-quality products with a new purpose and value. This approach reduces environmental impact while encouraging innovation and experimentation.

Reclaimed metal can become sculptural furniture, discarded wood can turn into textured interiors, and industrial waste can evolve into architectural façades. Circular design proves that sustainability and aesthetics can coexist, creating products that are both environmentally responsible and visually striking.

At ISSEY MIYAKE, the iconic pleating process has long been celebrated for transforming flat fabric into sculptural garments. But instead of focusing on the finished pieces, designer Satoshi Kondo turned attention toward the overlooked byproduct of the process: compressed rolls of protective paper used during pleating. These layered paper cylinders, typically discarded or recycled, inspired The Paper Log: Shell and Core, an exhibition presented during Milan Design Week 2026. Resembling tree trunks with ring-like patterns, the paper logs became symbols of time, process, and material memory within fashion production.

For the exhibition, Kondo collaborated with Ensamble Studio to transform the discarded material into sculptural installations and furniture prototypes. The Shell series explored delicate, folded forms, while Core focused on robust stools, tables, and chairs made from the compressed paper structures. The installation highlighted contrasts between fragility and strength, permanence and impermanence. More than a sustainability project, The Paper Log: Shell and Core reimagined industrial waste as a meaningful design material, encouraging visitors to reconsider the hidden beauty within creative processes.

2. Waste as a Creative Material

Designers are increasingly treating waste as a creative medium rather than a limitation. Scraps often carry unique textures, imperfections, and histories that make each design distinctive. Recycled materials introduce authenticity and individuality into spaces that mass-produced products often lack. From patchwork furniture to recycled terrazzo surfaces and upcycled lighting installations, waste materials are inspiring bold experimentation.

Many contemporary studios intentionally leave visible marks, welds, and raw textures to celebrate the origin of recycled materials. This design philosophy transforms imperfections into beauty and allows waste to become part of the storytelling process.

Wood has remained one of the most widely used materials in furniture and product design for centuries because of its durability, texture, and natural appeal. However, growing demand for wood-based products continues to contribute to deforestation and material waste, even when recycling methods are used. In response to these concerns, Yuma Kano of Studio Yumakano developed ForestBank, an experimental material that transforms how wood-like surfaces can be created without cutting down large trees.

Instead of traditional timber, ForestBank uses forest byproducts such as bark, leaves, seeds, branches, and discarded pruning waste combined with a mineral-based binder and water-based acrylic resin free from harmful solvents. The resulting material can be shaped using standard woodworking techniques while offering a distinctive terrazzo-like appearance filled with earthy textures and organic patterns. By transforming overlooked natural waste into functional furniture and architectural surfaces, ForestBank presents a more sustainable and visually unique alternative to conventional wood production.

3. Sustainable Architecture and Reclaimed Materials

Discarded textiles are finding a second life beyond the wardrobe. Designers are transforming worn-out jeans, fabric offcuts, and recovered fibers into decorative plates, trays, and other household objects. By shredding, compressing, and binding these materials, they create surfaces that retain traces of the original fabric while taking on new forms and functions.

The appeal lies as much in appearance as in reuse. Denim’s familiar blue-and-white fibers become distinctive patterns, allowing the material’s previous life to remain part of the finished design. These projects show how textile waste can become a starting point for expressive homeware rather than the end of a garment’s story.

Jeans are among the most commonly discarded fashion items, despite denim being an extremely durable material with long-lasting potential. Exploring new ways to reuse textile waste, Junghyun Kim developed The Denim Project, transforming discarded denim into decorative household objects. Instead of allowing worn-out jeans to end up in landfills, the project experiments with grinding and compressing denim fibers before combining them with materials such as wood glue, plaster, and resin to create functional design pieces.

The result is a series of decorative plates and trays featuring soft blue-and-white textures inspired by the familiar tones of denim. The aesthetic subtly recalls traditional Japanese wave patterns, giving the objects a handcrafted and artistic character. Available in hexagonal serving trays and smaller coaster-like forms, the pieces blur the line between utility and decoration. By turning textile waste into durable homeware, The Denim Project highlights how discarded fashion materials can be repurposed into sustainable objects with a significantly longer lifecycle.

4. Luxury Through Sustainability

Luxury design is no longer defined only by rare or expensive materials. Today, exclusivity often comes from craftsmanship, sustainability, and originality. Upcycled and recycled materials are appearing in high-end interiors, designer furniture, fashion collections, and automotive design. Handmade pieces created from reclaimed materials carry a sense of uniqueness that cannot be replicated through mass production.

Consumers, especially younger generations, are increasingly attracted to products that reflect environmental awareness and ethical values. As a result, sustainability is becoming a symbol of sophistication, transforming scrap materials into premium design elements.

Electronic waste continues to be one of the fastest-growing environmental challenges as discarded gadgets, appliances, and computer accessories increasingly end up in landfills. Responding to this issue, Joe Doucet created the OLO Table, a sculptural furniture piece made from recycled electronic waste. The project transforms discarded materials such as old refrigerators, keyboards, and computer mice into a visually striking table that combines sustainability with contemporary design.

The table is crafted using Polygood Oyster, a recycled material developed from polystyrene extracted from electronic waste by The Good Plastic Company. Through thermoforming techniques, the material is shaped into the table’s flowing monolithic form, while colorful fragments from the recycled electronics remain visible within the surface, creating a terrazzo-like texture filled with traces of its previous life. More than a functional object, the OLO Table serves as a statement on circular design, indicating how discarded electronic materials can be transformed into durable and aesthetically refined furniture pieces.

5. The Future of Waste in Design

The future of design may depend heavily on how effectively industries manage waste and resources. Technological innovation is making recycling more efficient, while designers continue to push creative boundaries using unconventional materials. Cities are beginning to view construction debris, plastic waste, and industrial leftovers as valuable urban resources rather than disposable trash.

Emerging trends in biomaterials, modular systems, and zero-waste manufacturing further reinforce this shift. As environmental concerns continue to grow, the ability to transform waste into meaningful design solutions will become increasingly important for architects, brands, and creative industries worldwide.

As rising material costs continue to impact the 3D-printing industry, Creality introduced the Filament Maker M1 and Shredder R1, a desktop system designed to recycle failed prints and produce new filament on demand. With standard PLA filament prices increasing sharply in recent months, the system offers makers and small studios a more affordable and sustainable alternative by converting discarded print waste into reusable material. The Shredder R1 breaks down failed prints, support structures, and plastic scraps into small pellets, while also drying the material internally before feeding it directly into the M1 extruder.

The Filament Maker M1 then transforms these pellets into fresh filament with controlled diameter precision and customizable material properties. Users can experiment with colors, textures, and additives such as wood dust, carbon fiber, or natural powders to create unique filament blends for specialized applications. Supporting multiple materials, including PLA, PETG, ABS, TPU, and composite filaments, the compact desktop system combines shredding, extrusion, cooling, and automatic spooling into a single workflow. Beyond reducing material waste, the project highlights how localized filament production could reshape sustainable manufacturing and lower long-term 3D-printing costs for creators and small businesses.

In many ways, scrap is becoming the material that defines the future of modern design. What was once overlooked or discarded is now being transformed into architecture, interiors, products, and artworks that reflect innovation, responsibility, and creativity. By rethinking waste as a resource, designers are reshaping the relationship between sustainability and beauty.

The growing value of reclaimed materials proves that the future of design may not come from extracting more resources, but from rediscovering the hidden potential of what already exists.

The post From Paper Furniture to Denim Plates: 5 Ways to Rethink Scrap Material first appeared on Yanko Design.

Old Nike sneakers are getting shredded and recycled into sustainable gym flooring

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Every sneaker eventually dies, and most of them die badly, tossed into a landfill where the rubber outsole will outlive everyone who ever wore it. Nike has spent over three decades trying to intercept that fate with Reuse-A-Shoe, a program that grinds old kicks and factory scraps into a material called Nike Grind. What started as a scrappy basketball court test at a Nike facility in Oregon has since gone into more than a billion square feet of sport surfaces worldwide. Now it has landed somewhere I did not expect, as commercial flooring backed by the largest flooring manufacturer on the planet. Mohawk Group just folded a small Nike Grind partner called Hero Flooring into its lineup, and the headline product is called Hero Rubber made with Nike Grind.

Reade Palmer, a former rower, founded Hero Flooring (now part of Mohawk Group) in 2014 and spent years pitching Nike before landing an official partnership in 2020. The result is a rubber flooring program built entirely around the size of the recycled granule, with three current styles called Original, Vitality, and Axis. Original uses the finest Nike Grind for a tight uniform speckle, Vitality blends two granule sizes for a terrazzo effect, and Axis goes bold with visible sneaker outsole chunks. All three ship in 17 colorways, skip recycled tires (so no tire odor, a real complaint with rival rubber floors), and carry FloorScore and Declare Red List Free certification. It has already won recognition from the AZ Awards, HiP Awards, and Best of NeoCon, and now rides Mohawk’s distribution into design firms nationwide.

Designer: Reade Palmer (Mohawk Group)

A big chunk of the shoes feeding Nike Grind come from drop bins sitting inside actual Nike stores, which means this floor started life as somebody’s actual Nikes. Grind them up, press them flat, install them in a gym, and now you have got people in fresh Nikes squatting and sprinting on top of dead Nikes. Old shoe, new shoe, same brand, same square footage, closing the loop in the most on-the-nose way possible. I keep picturing some guy doing burpees completely unaware he is standing on last year’s Pegasus.

The three styles are basically the same trick shot at three different zoom levels. Original is the tightest and calmest of the bunch, a fine confetti speckle that would not look out of place in an office lobby that does not want to shout about being made from garbage. Vitality loosens the grain up, mixing two granule sizes so it starts looking like actual stone terrazzo instead of a printed knockoff of it. Axis is the one that goes for broke, with chunks big enough that you can actually clock they used to be a shoe sole. It is basically the difference between whispering “recycled” and yelling it, and I respect that all three options exist under one roof.

Axis is rated for actual athletic use under ASTM F2772, with an energy restitution score of 87.3 percent, meaning it eats a chunk of the impact when you drop a barbell instead of letting your knees eat it instead. Every style skips crumb rubber entirely, which matters more than it sounds like it should, because regular rubber gym flooring made from old tires smells like, well, old tires. Add FloorScore certification, a Declare Red List Free label, and a verified environmental report card, and you have got a floor that is doing its homework. The one thing I could not dig up anywhere, not on Mohawk’s site and not on Architizer, is a price. So budget for a phone call to a rep before you fall in love.

What I like most here is that this floor is not embarrassed about where it came from. Most recycled flooring tries to hide the recycled part, smoothing everything into a boring gray so nobody clocks the backstory. Hero Rubber does the opposite, letting actual shoe chunks sit right there on the surface for anyone paying attention. You show up to lift, you are standing on somebody else’s old kicks, wearing your own current pair, and the floor does not let you forget it. That is a better sustainability pitch than most brands manage with an entire ad campaign.

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Only 7% of Materials Get Recycled – These 5 Products Were Designed to Fix That

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The circular economy is a sustainable model of production and consumption that aims to reduce waste and extend the life of resources. Unlike the traditional linear system of “take-make-dispose,” it promotes a closed-loop approach where materials are reused, repaired, refurbished, and recycled. This model helps conserve natural resources, lowers environmental impact, and supports long-term economic resilience. A recent report indicates that only 6.9% of the 106 billion tonnes of materials used globally each year are recycled.

Despite growing awareness, the current rates of material reuse remain alarmingly low, highlighting the urgent need to rethink how products are designed and used. At its core, the circular economy focuses on keeping products and materials in use for as long as possible by rethinking how they are designed, used, and repurposed. It aims to eliminate waste and pollution from the start. Some core principles of the circular economy are outlined below:

1. Designing Products to Last and Adapt

Products should be designed with longevity in mind. This means using high-quality, durable materials that can withstand wear and tear over time. A well-made product reduces the need for frequent replacements, helping both the environment and the user’s wallet.

Equally important is making products easy to repair and update. Components should be simple to access, replace, or upgrade without specialized tools. Modular designs that allow users to adapt items for different uses add even more value. By thinking ahead during the design stage, products can stay useful longer and avoid ending up as waste.

Novum 3D is a fully recyclable backpack developed by Vaude, a German outdoor brand committed to sustainability and circular design. Made entirely from thermoplastic polyurethane (TPU), the backpack is 3D-printed using a mono-material approach. This allows each part—from the straps and packsack to the honeycomb back pads to be easily disassembled and returned to the production cycle. By eliminating the use of mixed materials, Vaude addresses a major challenge in the textile industry and moves closer to true material circularity.

The backpack features a honeycomb construction inspired by one of nature’s most stable forms. This design offers high structural integrity with minimal material usage, while providing lightweight comfort and built-in ventilation. Varying degrees of hardness within the 3D-printed structure ensure balanced pressure distribution for ergonomic support. Novum 3D showcases Vaude’s dedication to innovation, proving that eco-conscious design can deliver both performance and comfort for the next generation of outdoor enthusiasts.

2. Designed to Be Recycled

Products should be designed with their end-of-life in mind, using materials that can be easily recycled. Consider choosing mono-materials where all parts are made from the same substance, as it helps avoid the need for complex sorting or separation during recycling.

Equally important is avoiding bonded or composite materials that are difficult to break down. Products should also be easy to disassemble, allowing different parts to be separated and recycled properly. This kind of thoughtful design supports a circular economy by keeping materials in use longer and reducing the amount that ends up as waste.

COSMOPLAST is a modular furniture system from Argentina, designed by Marcela Coppari and grounded in circular design principles—reuse, modularity, and sustainability. The system features geometric plates in various shapes and sizes, including circles, semicircles, squares, and rectangles. These components connect via aluminum tubes of varying heights and 5 cm-diameter connectors made from R-PEAD recycled plastic. Designed for adaptability, the structure supports both vertical and horizontal configurations, enabling users to create tables, shelves, and seating solutions tailored to diverse spatial needs.

Assembly is intuitive and tool-free, using a simple press-fit system and a rubber mallet. The perforated plates allow multidirectional expansion, enhancing design flexibility. Each COSMOPLAST kit includes plate modules, CNC-machined connectors, and laser-cut aluminum tubes finished with epoxy paint, all packaged in a compact textile bag and flat cardboard box. Handcrafted in Argentina, with plastic plates manufactured by Necológica in Necochea, COSMOPLAST offers a refined, sustainable approach to modern, customizable furniture.

3. Reduce Material Consumption

Businesses should focus on reducing their use of raw materials while still maintaining product quality and performance. This can be achieved through strategies like using alternative or recycled materials, designing lightweight products, and improving manufacturing processes to be more resource-efficient.

By cutting down on material consumption, companies not only help conserve natural resources but also lower production costs. These efforts lead to more sustainable products and a smaller environmental footprint. In the long run, this approach supports business success and environmental responsibility.

The Holiday Home in Brasschaat, Belgium, is a compact and sustainable residence designed by Polygoon Architectuur, employing circular construction and bio-ecological building methods. With a total area of 750 square feet, the structure features a unique pentagonal floor plan and a sloped roof that extends the ceiling height to 22 feet, creating a sense of spaciousness within a compact footprint. To minimize impact on the landscape, the home is elevated on eleven timber poles, serving as an alternative foundation system that enhances environmental harmony and mobility.

Constructed onsite in just five days, the home utilizes locally sourced coniferous wood for the frame, selected for its renewability, cost-efficiency, and hands-on suitability. The exterior is clad in bark planks for a vapor-open façade, while the interior is finished with oriented strand board (OSB) to support insulation. Spread over two levels, the layout includes living spaces, a kitchen, and bathroom on the ground floor, with sleeping areas and storage located above.

4. Designing for Zero Waste

Sustainability begins with smart design. Rather than dealing with waste and pollution after they occur, the focus should be on preventing them from the outset. This means rethinking how products are made and choosing materials and methods that avoid generating waste in the first place.

Designing with intention helps reduce emissions, limit harmful byproducts, and lower the risk of spills or environmental harm. By addressing these issues early in the process, companies can create cleaner, more efficient systems that support long-term environmental health and business responsibility. It’s a proactive step toward a more sustainable future.

Calatea Green is a sustainable reimagining of the original Calatea chair by designer Cristina Celestino, created to mark the launch of Green Pea, Italy’s first green retail park. Guided by circular economy principles, Celestino redesigned each element with environmental impact in mind. The chair’s padding is made from recycled PET fabric sourced from plastic bottles that are recyclable and compostable. Its legs use FSC-certified ash wood from responsibly managed forests, while the upholstery is crafted from 100% recycled cotton yarn, certified by the Global Recycled Standard.

To align aesthetics with values, the original tropical Calathea motif has been replaced with a hand-painted design using non-toxic, water-based ink, inspired by Celestino’s roots in Friuli Venezia Giulia, a region known for its native alder tree. The project reflects Pianca’s broader sustainability ethos, which includes sourcing wood from certified forests, using 90% recycled packaging, and powering production entirely through a photovoltaic energy system.

5. Designing for Regeneration

The circular economy is not just about minimizing damage, but it is also about giving back to the environment. It focuses on restoring natural systems by using renewable energy, repairing degraded land, and promoting biodiversity. These actions go beyond sustainability, aiming to renew what has been lost.

By adopting regenerative practices, businesses can contribute to environmental recovery while building long-term resilience. The goal is to create an economy that improves the well-being of people and the planet, not just preserves it. This shift in mindset helps shape a future where nature and industry can thrive together.

Foresta System is a modular acoustic panel system developed by Mogu, designed to combine sustainability with functional interior acoustics. Each panel is made from a unique blend of fungal mycelium and upcycled textile fibers, offering natural sound absorption while remaining lightweight and biodegradable. The panels are entirely free of synthetic materials, aligning with circular design principles. Their organic texture and composition make them ideal for reducing ambient noise in spaces such as offices, restaurants, and retail environments.

The system is supported by a timber frame constructed from wooden branches and modular nodes. These nodes contain integrated magnets, allowing the panels to be easily mounted, repositioned, or removed without the need for tools. This design enables flexibility in layout and ease of installation. Using advanced technologies such as parametric modeling and robotic manufacturing, the Foresta System merges refined wooden aesthetics with innovative biomaterials to create a sustainable and visually distinctive acoustic solution.

Circular design offers more than just sustainable solutions as it redefines how we create, use, and reuse materials. By designing with longevity, recyclability, and resource efficiency in mind, it helps close the loop on waste. As industries adopt these principles, circular design is not just shaping products but also shaping a more responsible and regenerative future for generations to come.

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