Tag Archives: sustainable design

Bladeless wind turbines could be the future for wind-energy, bringing them to homes

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Imagine a wind turbine, but not as you know it. Instead of the familiar towering structures with rotating blades, picture a compact, hexagonal grid resembling a honeycomb, perched atop urban buildings or integrated into existing structures. This is the essence of Katrick’s design – a radical departure from traditional wind turbines, both in form and function. These turbines harness the power of wind through oscillating aerofoils, a far cry from the spinning blades we’re used to.

Designer: Katrick Technologies

As companies rush to figure out better and more effective solutions for harnessing sustainable energy (while the world grapples with the migration to these energies), the Glasgow-based startup, is making waves (or should I say, catching them?) with their innovative bladeless honeycomb wind turbines. Unlike the towering, rotary-blade turbines that dominate our landscapes, Katrick Technologies’ creation is a breath of fresh air in both design and functionality.

At the heart of this technology are the aerofoils, the unsung heroes of Katrick’s design. They work by capturing wind energy and converting it into mechanical oscillations. These oscillations are then transformed into electricity, providing a greener energy solution. This method not only captures lower levels of wind, making it more efficient in less windy conditions, but also makes the turbines more suited for urban environments, where space is at a premium and wind levels can be lower.

The design philosophy of Katrick Technologies is rooted in creating eco-friendly, innovative engineering solutions. While the firm is relatively new, it’s already carving a niche for itself in the renewable energy sector. Traditional wind turbines, with their considerable land and maintenance requirements, often pose logistical and financial challenges. In contrast, Katrick’s honeycomb turbines offer a more sustainable and cost-effective alternative, especially in urban landscapes where space is limited.

But it’s not all sunshine and breezes. Bladeless turbines, including Katrick’s design, have faced some skepticism. Critics, including those from the MIT Technology Review, have pointed out that despite their lower cost and environmental footprint, bladeless turbines might not be as efficient in energy generation as their traditional counterparts. However, Katrick’s innovative approach might just tip the scales. According to the company, just 1 kilometer of their roadside panels could charge a significant number of electric vehicles or power hundreds of homes annually.

Moreover, the design’s safety and environmental features can’t be overlooked. The slower-moving aerofoils in the honeycomb structure are likely less hazardous to birds than traditional turbines. Plus, their unobtrusive design, small footprint, and minimal environmental impact make them an attractive option for urban settings.

Katrick’s wind turbines being tested at Glasgow Airport.

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Colorful stool is made from 80% recycled plastic

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When it comes to functional pieces of furniture, we probably go for items that are able to serve their function (and are most likely affordable) and are not really that concerned with the design or aesthetics. But the past years, a lot of people have also been concerned with how these items are made, specifically with the materials used to create them as we become more conscious about our personal carbon footprint and the things taht we consume.

Designer: Alexander Latersztain for Derlot

The original Stump stool from Derlot were already interesting enough with their “bold, minimalist and uncomplicated” take on this piece of furniture that lets us sit. Now the newest version is the Stump Recycled which carries the same basic structure of the stool but is now made from 80% recycled post-industrial plastic LDPE. And if you’re the type that would go for furniture that’s made sustainability then this should be right up your alley.

Because of the material it’s made from, you also get a different design. The patterns on the stools feature a terrazzo-like design which makes it more textured and colorful look. The original Stump stools had pretty solid colors but this time around you have the option to have a seat with a kaleidoscope-like finish. This is their “fresh interpretation” of how you can use recycled materials to enhance your design as well.

Derlot says that more than just a stool that you can sit on, this is a symbol of their commitment to pursue more sustainable design and production. I don’t know how long I can last sitting on this stool though as it’s small and doesn’t look that comfortable but sure, for sustainability, it’s a pretty interesting piece of furniture to have.

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Upcycled skateboard factory rejects transform into warm wall lighting

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Recycling is a great way to reduce the amount of waste that ends up in landfills, but the process itself can sometimes have some negative impact. There’s still a lot of energy and water involved in converting materials into something usable again, and there’s also some loss when the original design gets destroyed in the process. Upcycling is a more efficient and time-saving alternative, but not everything can be upcycled and not everything that can be upcycled can be used in newer and better ways. Sometimes, it takes a bit more creative thinking to transform one thing into a completely different thing, like how factory seconds from skateboard manufacturers are turned into these understated yet elegant wall lamps.

Designers: Michael and Mariel Upton

Skateboards are objects that bring up images of speed, tricks, and devilish stunts. They’re hardly associated with warmth, subtlety, or even light. Of course, these associations aren’t inherent in the shape of the skateboard’s wooden deck, which makes them open for reuse and reinterpretation, as the case of this trio of wall lamps demonstrates, providing stylish lighting that hardly gives a clue to their origins.

Considering the long oval shapes of skateboard decks, not to mention their upward curved ends, you definitely wouldn’t be able to guess that these wall lights are exactly made from those wooden parts. That’s because these pieces of 7-ply maple wood are taken from factory rejects, decks that obviously didn’t make the cut. Since the shapes of these boards are too specific for general use, they often end up simply being discarded. They’re thankfully made from wood, so they’re biodegradable and have fewer harmful effects on the environment, but they’re still waste and, more importantly, wasted opportunity.

Upton thankfully has the wonderful idea of using those boards to provide ambient lighting as well as a piece of minimalist wall art. The discarded decks are cut to create a shorter and straighter oval shape and then paired with lighting hardware on the back. Each of the three variants, namely, Heru, Cuna, and Mara, get a square piece of original art that becomes the visual center of the entire fixture. With this, even if the light is off, the designs act as decorative pieces that enhance a room’s ambiance in a subtle way.

When the light is on, however, you get a warm ambient halo of light that sets a calming and relaxing mood in any space. The light is emitted from the back and is reflected on the mounting surface, making it look softer and avoiding painful glare when you look in its direction. The wall lamp projects a character of calm and warmth, definitely not something you’d expect from a speedster skateboard that it would have become in some other lifetime.

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80% smaller than the average car: This Compact EV seats 2 people and fits into tight parking spots

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Motorcycles are agile but don’t have the conveniences a car offers. Cars have roofs, storage space, and are more stable, but they aren’t as compact as motorcycles. Granstudio’s vision for Komma, a Swiss-based mobility startup, was to blur the line between the two. The Komma UMV is unique in that it borrows the best bits from a car and a motorcycle. For all intents and purposes, it looks and feels like a car, with four wheels, a roof, doors, and even a boot to store luggage. However, it’s no wider than a motorcycle, making it 80% smaller than most cars, run on 66% less energy, and have all the safety features of a car, from seatbelts to airbags.

Designer: Granstudio

The Komma UMV is entirely a new category of vehicle, borrowing the best bits from cars, motorbikes, ATVs, and even the Asian TukTuks. It prioritizes efficiency without compromising on mobility and rider comfort, and when it does make trade-offs, it does so in a way that really feels like features. For example, it might be smaller than a car, but its slim format allows it to weave between traffic and park in even the tightest spaces without breaking a sweat.

“In the studio, we focus on both designing cars and developing mobility plans for future cities. However, when we try to combine these two aspects, something doesn’t quite fit,” say the designers at GranStudio “This is particularly evident in Europe, where it is clear that the ideal city we envision for the future prioritizes the quality of public spaces and community values. It is a city where cars do not naturally belong and are out of context.”

In scaling the car down to this two-seater format, the math adds up to some real savings for both the rider and the planet. The Komma UMV is 80% smaller than your average car and has a 70% reduced ecological footprint. It consumes 66% less energy than a car, which translates to 70% lower operational and fuel costs than your regular gas-powered vehicle. All that really makes a difference in the grand scheme of things, making the Komma UMV perfect for single-person or two-person rides.

That being said, the UMV has all the benefits of a car. It runs on four wheels that employ a unique hydraulic tilting system for stability, but also enable tighter turns, just like a motorcycle. You’ve got a 4WD system, suspension, anti-collision protocols, and an anti-lock braking system. The car also comes with doors, a roof, seatbelts, airbags, and its occupants don’t need helmets. The windshield has airbags, and the UMV has storage space in both the front as well as the boot, offering much more storage space than a two-wheeler. Given its width constraint and hydraulic tilting system, it uses handlebars, which seem to be the only actual remnant left behind from the motorcycling world, along with the seating format where the passenger sits right behind the rider.

Komma offers a transformative vision for urban environments, placing a strong emphasis on enhancing the quality of public spaces and nurturing community values. By reducing the dominance of automobiles (or at least the space occupied by them), Komma paves the way for a more harmonious coexistence with nature, creating abundant room for leisure pursuits, and fostering vibrant social interactions. This shift in perspective not only redefines the city but also revitalizes it, making it a place where people and nature thrive together.

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Innovative Bottle Cap can tell you if your Food is Still Fresh or Not.

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In the world of packaging innovation, United Caps and Mimica have teamed up to introduce a groundbreaking solution for ensuring food safety – the Mimica Bump Cap. These specially designed bottle caps provide a tactile indication of the freshness of the contents, offering a reliable method for distinguishing whether a product has spoiled.

Designer: United Caps and Mimica Lab

Originally conceived with the visually impaired in mind, the Mimica Bump Cap has evolved into a versatile tool that benefits a broader audience. For individuals who cannot rely on visual cues such as best-by dates, these caps offer a tactile alternative to determine the freshness of the product. Moreover, in the wake of the COVID-19 pandemic, where loss of smell became a prevalent symptom, these caps become invaluable to those who can no longer smell and determine the freshness of products.

These caps contain a patented gel technology that activates upon the first opening of the beverage. This innovative gel doesn’t come into direct contact with the beverage contents, maintaining a hygienic barrier. Instead, it utilizes a combination of time and temperature to accurately gauge the freshness of the product. The simplicity of the technology ensures that consumers can easily interpret the status of their beverage.

Reading the Mimica Bump Cap is a straightforward process. A smooth swipe across the surface of the cap indicates that the beverage is still fresh and safe for consumption. However, a bumpy texture suggests that the contents have started to spoil, prompting users to be cautious. This intuitive design makes it accessible to a wide range of consumers, regardless of their visual or olfactory abilities.

 

The versatility of this cap extends to its compatibility with a variety of perishable products, including milk and juices. As these caps rely on the fundamental principles of time and temperature, they can be effectively employed across a spectrum of goods, ensuring that consumers can trust the freshness of their purchases and store them aptly for waste reduction.

By incorporating the Mimica Bump Cap into their packaging, companies can elevate consumer confidence in the quality and safety of their products. The transparency offered by these caps empowers consumers to make informed decisions about their purchases, reducing the likelihood of consuming spoiled or expired goods.

Ultimately, the Mimica Bump cap helps boost sustainability too, allowing people to rely on real metrics instead of an arbitrary expiry date. This helps people ensure they’re eating fresh food, and finishing their perishables before they expire. Approximately 17% of global food production ends up getting wasted, but the Mimica Bump Cap can help reduce that.

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Champion sweatshirts and joggers are biodegradable and sustainable

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Have you ever had one of those dreams, or rather, nightmares, when your clothes suddenly fall off your body like it was decomposing or something? That will probably not happen in real life, at least not instantly. But for those who are pursuing sustainable fashion, this is actually a good dream and not a nightmare. We’re seeing clothing brands experiment with biodegradable clothing and Champion is one such brand to do so.

Designer: Champion

The Reverse Weave Eco Future Collection is a line of biodegradable sweatshirt and joggers made from sustainable materials. You can wear it repeatedly until it naturally breaks down and decomposes over time. They use the CiCLO technology which helps bring about this natural decomposition process over time and help reduce the impact of plastic textile fibers and lessen microfiber pollution which is one of the major effects of the clothing industry on our carbon footprint.

The technology uses an additive that is combined with polyester and nylon during the fiber-making process. The process called melt extrusion turns them into liquid when heated and then they are turned into long threads. Other elements of the sweatshirts and joggers also use eco-friendly materials like the tags and labels ause pure cotton while the hangtags are printed with soybean ink. Even the colors used are from dyes extracted from pomegranate rinds, annatto, Terminalia Chebula fruit crusts, and kerria lacca insects.

In terms of the design, the sweatshirts and joggers in the Reverse Weave Eco Future Collection are just your usual. They do look comfortable since they’re oversized and unisex, so that’s another plus. The joggers have hip pockets and a drawcord waist for added comfort. But of course the main reason why you’d want any of these pieces is that they are biodegradable and friendly to Mother Earth. They’re available in different sizes and colors so there’s a variety to choose from.

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Solar lights can be your aesthetic illumination under the night sky

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When you spend a lot of time in your backyard or outdoors, having lights that contribute to the ambience and illuminate the place is a must. If you’re eco-friendly of course, you would prefer solar lights although not all that are available in the market have that of a good design. Lately we’ve been seeing lights with better aesthetics, have multiple purposes, and use sustainable energy instead of your usual electricity.

Designer: Mpowerd

The Luci Solar Site Lights is one such product that meets all of that criteria. You can use them as “stringless string lights” or you can also stake them on the ground or put them up wherever you would need aesthetic lighting. They are able to illuminate up to 1,000 square feet and can last up to 20 hours on a single charge. The light nodes are IPX4 which means that they can survive splashes of water but cannot be submerged in it.

There are three light modes that you can choose from: low, medium, and high and they have dual-directional on/off swivel. They can light up gardens, picnic areas, and other outdoor settings. You can also use it indoors if you want by putting a glass or transparent cup to diffuse it. Each set comes with 6 hangable and weatherproof lights, 6 ABS stakes with notch, and a rechargeable 2,600 mAh battery with recharge case that has a built-in solar panel but can also be charged through USB-C charging.

These lights are portable enough that you can bring it whenever and wherever you want to have a party under the night sky. You can even put them on your pets or on yourself if you need to walk around with lights instead of carrying a flashlight. And since they are solar powered (but with the option to still charge if you didn’t get enough sunlight), you get to lessen your carbon footprint.

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This Lexus Showroom in Melbourne has over 1,000 native Australian plants on its facade

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Unveiled at the Melbourne Cup Carnival at the Flemington Racecourse in Australia, this new Lexus showroom/pavilion takes ‘Green Design’ to new heights! Designed by Koichi Takada Architects, the three-floor modular structure is quite literally a living entity, adorned with over 1,000 native Australian plants and flowers on its façade, creating a breathtaking visual dialogue with the Australian landscape. Dubbed “LANDMARK by Lexus”, the pavilion is the result of an ongoing partnership with Victoria Racing Club, with this year’s theme being ‘Close to the Source’. The beauty of the pavilion lies in its modular, repurposable design that will alter from year to year as the themes change. While the building highlights Australian flora this year, its sustainably-built structure can entirely be disassembled and rearranged for next year’s theme, allowing the building to pretty much metamorphose each year with minimal impact.

Designer: Koichi Takada Architects

Koichi Takada, the visionary behind this project, views his architecture as a “living billboard,” a medium to demonstrate the potential of integrating nature into our built environments. His approach is a reminder of the joy and importance of reconnecting with nature, especially in urban settings. In his words, the pavilion is an opportunity to showcase what can be achieved when we blend architecture with the natural world, emphasizing the emotional and psychological benefits of this union.

Guests are encouraged to engage with the plantings that adorn its façade, which include edible native flora like native pepper, saltbush, and lemon myrtle. This interactive element is designed to stimulate the senses, inviting guests to touch, smell, and taste the vegetation, a feature that brilliantly encapsulates the essence of Australian bush tucker.

The design of the pavilion is a marvel of modern engineering, with a focus on sustainability and adaptability. Its modular nature allows for easy assembly, disassembly, and reuse, catering to a future where environmental consciousness is paramount. The integration of prefabricated awnings, which interlock with the modular framework, introduces natural curves that beautifully contrast with the gridded, man-made structure. These curves not only add an aesthetic softness but also play a crucial role in supporting the lush greenery that envelops the building.

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Lenovo’s E-Waste Gets A New Life At The Annual Tech World Event As 3D Printed Furniture

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In an era where environmental sustainability is at the forefront of technological innovation, Lenovo, a global technology powerhouse, has taken a bold step towards repurposing electronic waste (e-waste) plastics through a groundbreaking collaboration with Aectual, a leader in industrial 3D printing. The result? 3D-printed furniture, that not only captivates with its design but also carries a powerful message about the possibilities of circularity and responsible consumption.

Designers: Aectual and Lenovo

Lenovo’s annual Tech World event, a hub for discussions on the frontiers of AI, became the stage for a unique fusion of technology and sustainability. Attendees found themselves seated on low, padded stools adorned with red tops reminiscent of Lenovo’s iconic TrackPoint. Little did they know that beneath the comfortable exterior lay a story of transformation – the poufs were crafted from recycled e-waste plastics derived from a mix of devices.

The collaboration between Lenovo and Aectual extends beyond the mere recycling of e-waste plastics. Aectual, a Netherlands-based leader in 3D printing for architecture and interior design, joined forces with Lenovo to bring the concepts of asset recovery and circularity to life. This partnership showcases a commitment to innovation that goes beyond conventional boundaries.

Claudia Contreras, Executive Director of Global Sustainability Services at Lenovo, expressed her excitement about discovering new ways to deliver on Lenovo’s commitment to sustainability. The partnership with Aectual exemplifies an inventive and ambitious approach to repurposing e-waste plastics into 3D-printed event furniture.

Lenovo’s collaboration with Aectual is not just about creating aesthetically pleasing furniture; it is a testament to the company’s dedication to meaningful innovation. Hedwig Heinsman, co-founder, and Creative Director at Aectual emphasized the shared commitment to sustainability, with a focus on giving recovered materials a new life and creating surprising, environmentally friendly products.
Aectual’s 3D printing process prioritizes circularity by allowing the recovery of products after use. The material can be shredded and reused in new 3D-printed products up to seven times. This commitment to circular design aligns seamlessly with Lenovo’s broader sustainability goals.

The poufs at Lenovo Tech World are just a small example of the recycling possibilities enabled by solutions like Lenovo’s Asset Recovery Services (ARS). This end-to-end solution minimizes e-waste through secure device lifecycle management. Since 2005, Lenovo has processed nearly 800 million pounds of Lenovo-owned and customer-returned computer equipment, showcasing a comprehensive approach to responsible e-waste management.

Lenovo and Aectual’s collaboration serves as a beacon for sustainable practices within the tech industry. As the world grapples with the environmental impact of electronic waste, this partnership demonstrates that innovation and environmental responsibility can go hand in hand. With Lenovo’s commitment to reaching net-zero greenhouse gas emissions by 2050, this collaboration is a tangible example of the company’s dedication to a greener future.

The 3D-printed furniture showcased at Lenovo Tech World is more than just a comfortable seat; it is a symbol of transformation and innovation. By breathing new life into e-waste plastics, Lenovo and Aectual are paving the way for a future where technology and sustainability coexist harmoniously. As the world continues to seek solutions to the challenges posed by electronic waste, this collaboration sets a precedent for responsible and forward-thinking practices in the tech industry.

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Solar bot is a smart device concept that makes solar power more accessible

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Solar power is something that is pretty important if we need to reduce our carbon footprint and our electricity consumption. But it’s still not something that’s easily accessible for everyone or something that’s portable and easy to use or access. A recent invention from Jackery, a portable power and green outdoor energy company, might be the thing we need to revolutionize how the ordinary consumer can access and use solar energy.

Designer: Jackery

The Solar Mars Bot was named one of the Best Inventions of 2023 by Time Magazine, specifically in the Green Energy category. It is a robot type machine that is a photovoltaic energy storage device equipped with various sensors to enable it to gather as much solar power as it can store. It has laser radar and camera modules to help it get around. It’s smart enough to roll around and find spots where it can align its panels with sunlight and even avoid obstacles.

The energy that it is able to gather is stored in a lithium iron phosphate battery and then you will be able to power your devices through any of its connectors including ordinary earthed sockets, USB-C and USB-A ports. You can take this solar robot with you when camping or on any outdoor activity or when you’re just lounging in your backyard or swimming pool and you need to charge your devices.

For now it seems to still be in the conceptual stage and Jackery may be creating a prototype for testing. But if ever it reaches the consumer market it will make solar energy common for those who are conscious about their electricity consumption. Hopefully we see some progress with this “best invention” soon as we all want to be able to regulate our carbon consumption over the next few years.

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