Tag Archives: sustainable design

iPhone 16 iFixit teardown reveals a huge step forward in sustainability

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Today’s smartphones may be more advanced and more powerful than ever, but they still suffer from the same ailments that their ancestors experienced more than two decades ago. Screens get cracked, charging ports get worn down, and batteries die. Unlike the mobile phones of the past, however, the complex designs of modern smartphones make it impossible to even just replace a bloated or dying battery. Of course, companies have always defended this practice as protecting their brand and their intellectual property, but thankfully they’ve started turning around, and Apple just made what is perhaps the biggest step in that direction, short of simply letting owners pop off the iPhone 16’s back, pop out the old battery, and pop in a new one.

Designer: Apple (via iFixit)

The new “feature” that has the Internet abuzz involves the removable of those unwieldy “pull tabs” that doubled the work since you’d often still have to resort to some isopropyl alcohol at the end of the process. Instead, Apple’s new adhesive can dissolve under low electrical current, which means you can hook up the back of the exposed iPhone 16 or 16 Plus to an ordinary 9V battery and have that adhesive go away in a minute and a half. The voltage actually determines the length of waiting, and iFixit’s test showed that a 20V charge would have the battery ready to be removed in just 20 seconds.

This makes battery replacement significantly easier and less error-prone, though you’ll still have to do some alcohol cleanup to completely remove adhesive residue before installing a new battery. Considering batteries are one of the first things on a smartphone to die from natural wear and tear, they are also the most common parts that need to be repaired or replaced. This major improvement in repairability also improves the iPhone 16’s overall sustainability, as it reduces CO2 emissions in the long run.

The catch is that this groundbreaking adhesive is only available on the iPhone 16 and iPhone 16 Plus. The more advanced Pro models, ironically, still use the pull tab system, but Apple did make a little change to make that process less nerve-wracking. The shells of these batteries are now made of hard steel instead of soft pouches, so the chances of accidentally puncturing these sensitive and volatile batteries are now lower, which is very important since you’ll still need to pry them off without that magical dissolving adhesive.

The rest of the iPhone 16 teardown is pretty uneventful, which also means that Apple has retained its improved DIY repair experience this year. This helped the iPhone 16 garner a 7 out of 10 on iFixit’s repairability scale, which is pretty high for a “regular” smartphone that doesn’t promote the same kind of repairability and sustainability as the Fairphone. Hopefully, this new material will eventually land on the iPhone Pro models next year, becoming a major sustainability feature of all iPhones moving forward.

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An Hourglass Shaped Observation Tower In Sweden Satisfies The Birdwatcher In You

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White Arkitekter, the renowned Swedish architecture studio, has recently unveiled its latest creation, the Observation Tower Kärven, in the scenic Getterön nature reserve on Sweden’s west coast. This 12-metre-tall structure, which emerged as the winning entry in an architectural competition organized by the Varberg Municipality, stands as an iconic testament to innovative design and sustainability.

Designer: White Arkitekter

The Kärven tower, which rises like an intricate lattice from the landscape, was described by White Arkitekter as having a “visually striking simplicity, reminiscent of a bundle of twisted straws.” The tower’s construction, composed of 140 timber beams and metal rings, creates a dynamic hyperboloid shape, a complex structure that fuses nature-inspired elegance with structural ingenuity.

This lattice of timber beams, skillfully arranged in a three-dimensional puzzle, gives the tower its distinctive hourglass silhouette. From a distance, the structure appears curved, but closer inspection reveals that the form is actually composed of straight beams, cleverly assembled to create the illusion of curvature.

The Kärven project required seamless collaboration between architects and structural engineers. Lead architect Lukas Nordström emphasized that “the concept required an understanding from both architect and structural engineer of each other’s disciplines.” This interplay of architecture and construction is evident throughout the tower, where the boundaries between design and engineering blur, reflecting the harmony achieved between aesthetics and functionality.

Nestled within the Getterön nature reserve, known for its rich birdlife and picturesque wetlands, the Kärven Observation Tower offers visitors uninterrupted views of the surrounding landscape. Rising from a metal-framed opening at ground level, visitors enter a sheltered space before ascending the tower’s metal spiral staircase. This staircase spirals upward to the open-air observation deck, where visitors are treated to panoramic views of the reserve and beyond.

The deck itself is an architectural marvel, framed by the rising timber beams that also serve as a balustrade, wrapping visitors in the same web-like structure that defines the tower. A geometric bench surrounds the staircase, inviting visitors to pause and reflect while they take in the stunning vistas.

One of the most remarkable aspects of the Kärven tower’s construction was its efficiency. Each of the 140 timber beams was installed on-site in just two minutes, with the entire assembly of beams taking a little over a week. This hybrid structure of timber and metal, combined with the use of parametric modeling and calculation software, allowed for precise planning and execution.

The design process made use of Grasshopper, a parametric design software, which enabled the team to map out the mathematical relationships needed for the intricate structure. This technology was crucial in realizing the tower’s complex geometry while also allowing for sustainable and local construction practices. The assembly, carried out by local contractors using standard timber dimensions, required no special tools, underscoring the tower’s emphasis on simplicity and sustainability.

The Kärven Tower was designed to fulfill the Varberg Municipality’s vision of a landmark that would attract visitors and enhance the area’s natural beauty. White Arkitekter has succeeded in creating a structure that not only serves as a viewing platform but also as a symbol of architectural and environmental harmony. With its three-dimensional woven structure, the Kärven tower not only engages the eye but also enriches the experience of the landscape it inhabits.

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Material Matters 2024: Shaping the Future of Design & Sustainability Through Materials Innovation

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As part of the iconic London Design Festival, Material Matters 2024 promises to be a cornerstone for material enthusiasts, designers, and innovators. Set in the historic Bargehouse, Oxo Tower Wharf, from September 18-21, the fair will spotlight groundbreaking work across material disciplines, showcasing how innovative thinking can shape the future of sustainable design. This year’s lineup includes some of the most compelling projects and collaborations that fuse creativity with sustainability. Let’s take a closer look at five standout exhibitions that demonstrate the show’s thematic diversity and material brilliance.

1. Locally Grown: Harnessing Human Hair as a Material

In an unexpected and captivating twist, Studio Sanne Visser is showcasing Locally Grown, an installation that explores human hair as a regenerative material. Visser, known for pushing the boundaries of material design, has transformed what many consider waste into a valuable resource. Visitors can not only experience the journey from haircuts to yarn but can even contribute to the process by offering their own hair for transformation.

Hair spun into yarn, is showcased in products like ropes and even wearable garmets like hats, developed in collaboration with various designers. This project underscores the versatility of unconventional materials and opens up conversations around waste and resourcefulness. The exhibit is backed by the Dutch Embassy and reflects a strong commitment to material reuse​.

2. Suru: Blending Craftsmanship with Circular Innovation

Barcelona-based Suru is a standout in Room 12, bringing a fusion of local craftsmanship and a commitment to sustainable living. The brand’s philosophy is rooted in circular innovation, with a focus on integrating recycled and biodegradable materials into its modular furniture and lighting designs. At Material Matters 2024, Suru is launching new products, including the Carta Lamp 001, a portable light made from a single sheet of paper that can be disassembled easily for repair, embodying their lifecycle approach. They’re also showcasing established pieces like the Niu Armchair 001, crafted from ethically sourced, VOC-free beech wood and featuring a cushion made from recycled coconut shells and PET fabric. Each piece exemplifies Suru’s dedication to sustainability without compromising on style or functionality​​.

3. BIOTEXFUTURE: Revolutionizing Textiles Through Biotechnology

The future of textiles is bio-based, and nowhere is this more evident than in Fibre Futures, an exhibition led by BIOTEXFUTURE in collaboration with Adidas and RWTH Aachen University. This installation delves into innovations in bio-manufacturing and alternative resource streams, with a focus on high-performance textiles that could revolutionize the fashion and sportswear industries. The combination of scientific research and cutting-edge design makes this one of the more technical but no less intriguing exhibits​.

This exhibit offers visitors a look into how biotechnology is shaping the next generation of materials, proving that high-performance doesn’t have to come at the expense of sustainability. Expect alternative fibers and spinning techniques that push the boundaries of what textiles can do.

4. Rootfull: Nature’s Hidden Potential

Rootfull, an innovative project turning to nature’s unseen power, focuses on creating sustainable designs using tree roots. This unique approach explores the raw beauty and versatility of roots in product design. At Material Matters 2024, Rootfull showcases a range of lamps crafted from roots, highlighting their natural durability and the aesthetic appeal of light leaking through the fibrous network of roots. By using a material that’s typically overlooked or discarded, Rootfull not only opens up new possibilities for biomaterials but also taps into the innate connection between nature and design, offering a fresh perspective on how we can reimagine organic waste as functional, beautiful art.

5. Mushlume Lighting: Lighting the Way with Mycelium

Continuing the biomaterials theme, Mushlume Lighting by Danielle Trofe uses mycelium—the root structure of mushrooms—to create an eco-friendly line of lighting. Each piece is biofabricated, grown rather than made, illustrating the potential of mycelium as a scalable, renewable material. Trofe’s work is an outstanding example of how fungi can move beyond the realm of the kitchen and into the living room, lighting up spaces with minimal environmental impact​.

6. Peel Fabric Lamp: Illuminating Waste with Alkesh Parmar

Designer and researcher Alkesh Parmar has long been known for his innovative use of materials often regarded as waste, particularly citrus peel. At Material Matters 2024, Parmar showcases his Peel Fabric Lamp, an extraordinary piece crafted from orange peel, a material that behaves much like leather when treated. Parmar’s practice of blending craft and critical design questions the impact of globalization and champions local, sustainable materials. His unique approach not only transforms everyday waste into functional art but also pushes the boundaries of material innovation. The Peel Fabric Lamp exemplifies his belief in the potential of overlooked resources, offering a striking visual reminder of how waste can be reimagined into objects of beauty and practicality.

Material Matters 2024 offers a breathtaking view of the future, where materials are no longer just functional but integral to the conversation on sustainability and innovation. Whether it’s furniture crafted from orange peel, lighting grown from mushrooms, or yarn spun from human hair, the exhibits at this year’s fair challenge us to rethink our relationships with the materials that surround us. With each installation, visitors are reminded that the future of design doesn’t just lie in creating new products, but in reimagining the materials that shape them.

Expect the unexpected at Material Matters 2024—and don’t be surprised if you leave with a new appreciation for the chair you sit on or the light that illuminates your room.

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Self-Sustainable Hydroponic Garden Autonomously Grows Microgreen Superfoods in 7 Days: Minigro at IFA 2024

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IFA 2024, Berlin’s iconic tech showcase, has always been the stage for revolutionary gadgets that make daily life easier. And this year, one of the standout contenders in the Sustainability category is the Minigro, a fully automated microgreens growing system from the folks at Grovero. About the size of an aquarium, this device promises to take the hassle out of gardening entirely, offering you fresh microgreens in just seven days without lifting a finger—almost.

What makes the Minigro so impressive is its level of autonomy – perfect for people with a less-than-green thumb. This compact, sleek device handles every part of the growing process: from regulating water levels to adjusting nutrient supply, controlling light exposure, and even managing the microclimate. You could literally walk away after setup, and the Minigro would do all the heavy lifting—turning you into an urban farmer without the muddy boots.

Designer: Grovero

A Completely Automated Green Thumb

The Minigro’s all-in-one solution is driven by an array of advanced sensors and automation. These sensors monitor every detail of the plant’s growing environment, ensuring optimal conditions for your microgreens. Whether it’s temperature, humidity, or lighting, the device adjusts in real time to create the perfect microclimate, so your plants don’t just survive—they thrive.

One particularly clever feature is the sensor-driven LED lighting system. If your Minigro is positioned near a window with natural light, the LEDs dim or brighten accordingly. The system takes into account how much sunlight your greens are getting and adjusts the artificial light to make sure it’s always just right. Basically, your Minigro’s lighting system won’t waste energy if the sun is doing its job.

Foolproof Microclimate Control

Another neat trick? The Minigro knows when you’ve left a window open. Now, normally, an open window could throw off the delicate climate needed for growing microgreens. But Minigro’s sensors detect drafts or temperature shifts caused by open windows, sending you an alert through its accompanying app. This ensures that you’re not accidentally compromising your little green oasis while you air out the room.

The convenience extends beyond just growing. You’ll also get app notifications for any manual tasks—like replenishing nutrients or cleaning the tank. But don’t worry, it’s not like you’re going to have to tend to it daily. These tasks are infrequent and take minimal effort, especially when compared to traditional gardening methods that require constant attention, weeding, and watering.

Your Role: Pretty Minimal, Honestly

With the Minigro doing 99% of the work, your involvement is minimal. Through the app, you’ll receive reminders about the few maintenance tasks—adding nutrients or cleaning the water tank. And that’s pretty much it. As for the tank cleaning, it’s designed to be quick and easy, meaning you won’t be hunched over for hours scrubbing soil off your hands.

You can also monitor the growing process via the app, which shows real-time data on the health and progress of your microgreens. It feels almost like a virtual pet simulator—except you’re rewarded with actual food instead of digital coins. Plus, there’s something deeply satisfying about opening the app and seeing your greens flourishing, knowing that you did next to nothing to make it happen.

Fresh Greens, All Year Round

So why microgreens? They’re nutrient-packed, versatile, and ready to harvest in just seven days. Whether you’re topping off a salad or blending them into smoothies, fresh microgreens offer a punch of flavor and health benefits. The Minigro makes it possible to grow these tiny greens even in the dead of winter, when outdoor gardening isn’t an option.

The device’s compact size also makes it ideal for apartment dwellers or those with limited kitchen counter space. In fact, it’s exactly the same size as your IKEA shelf, making it a perfect fit for most homes. You don’t need a sprawling backyard to enjoy homegrown food. The Minigro turns your countertop into a micro-farm, producing fresh, organic greens year-round, regardless of season or space.

The Minigro is the perfect blend of technology and nature, and it’s designed for those who want the benefits of home-grown food without any of the stress. By automating every aspect of the growing process, it lets you bypass the learning curve of traditional gardening and jump straight to the rewards.

The device is ideal for anyone who loves the idea of gardening but can’t be bothered to maintain it. In a world where everyone seems pressed for time, having fresh greens grown automatically is about as futuristic as it gets. Plus, with the Minigro managing light, climate, and nutrients, you might even feel a little smug every time you see your flourishing greens—especially knowing you barely lifted a finger.

The post Self-Sustainable Hydroponic Garden Autonomously Grows Microgreen Superfoods in 7 Days: Minigro at IFA 2024 first appeared on Yanko Design.

EcoFlow’s Solar-panel Power Hat Hands-on at IFA 2024: Meet the world’s first ‘wearable’ device charger!

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Yamaha, a piano company, also makes motorcycles. Bose, an audio company, happens to also make suspension seats for truck drivers. And EcoFlow, a company known for its portable power stations, decided to enter the fashion market. However, it isn’t that much of a curveball, to be honest – because the product in question still somewhat fits into EcoFlow’s product portfolio. Meet the Power Hat, a sun-hat with a slight difference – the sun-blocking rim comes equipped with solar panels that don’t just cut the glare, they capture it and turn it into electrical power. Spotted at IFA 2024, the Power Hat is a weird accessory, but I guarantee it’s the kind of accessory that will turn heads and have people asking you where you got it from.

Designer: EcoFlow

What’s the Deal with the EcoFlow Power Hat?

At first glance, the Power Hat looks like your average wide-brimmed sun hat, the kind you’d see on a hiker or beach-goer. But hidden in plain sight is a flexible solar panel sewn right into the brim. This panel absorbs sunlight, converting it into usable power that charges your devices via a USB-C port tucked discreetly in the inner band. It’s designed for people who spend time outdoors—think hikers, campers, or anyone else who finds themselves without an outlet when they need a quick charge.

EcoFlow’s core mission has always been to make clean energy accessible, and the Power Hat is a clear extension of that. It’s a simple but clever solution: harness the sun to keep your phone alive. You won’t be powering your laptop or an entire campsite with it, but for smaller devices like smartphones and GPS units, it’s a handy backup.

A Walking Charger, Literally

So how does it work? The flexible solar panel captures sunlight as you go about your day, and the energy flows through to the USB-C port inside the hat’s band. You plug in, stash your device in a backpack or pocket, and let the sun do the rest. There’s no app, no settings, just solar power straight to your phone.

It’s a far cry from the clunky solar backpacks of the past—here, you get style and function wrapped in one. However, specifics on the exact charging speed remain vague. From what we saw at IFA, it’s more of an “emergency boost” than a full power-up. If you’re thinking of using it to charge a dead phone from 0% to 100%, you’ll want to manage your expectations. But if your battery’s at 20% and you need a bit more juice to get through a hike or festival, the Power Hat should do the trick.

A Hat That’s Actually A Wearable

Fashion and function don’t always play nice, especially when tech is involved. But EcoFlow seems to have struck a balance here. The hat is designed to be worn for long periods without feeling like you’ve got a mini solar farm on your head. Early reviews from IFA attendees suggest that it’s surprisingly comfortable, even with the embedded solar panel. The wide brim offers decent sun protection while giving the solar panel enough surface area to be effective.

While it’s not exactly runway-ready, the Power Hat doesn’t scream “tech gadget,” which is a win in itself. You’re not sacrificing aesthetics for utility, and it looks like a regular sun hat—until you plug in your phone, of course.

Where Does It Fit?

The Power Hat sits somewhere between a practical gadget and a novelty, depending on how you look at it. On one hand, it’s a genuinely useful tool for specific situations. If you’re out in the sun for hours, why not make use of that solar energy? On the other hand, it’s not exactly a game-changer for most people. Solar power banks or portable chargers probably still offer more versatility, especially for those who need serious charging power. But if you’re all about compact, multi-purpose gear, the Power Hat could find a place in your kit. With its $79 price tag, it’s definitely expensive for a hat, but can you really put a price on being energy-independent and sustainable? Moreover, the idea of a hat charging your phone, tablet, or earbuds definitely seems worth $79.

Final Thoughts

EcoFlow’s Power Hat is a quirky, eco-friendly addition to the wearable tech landscape. It combines the practical with the unexpected—a sun hat that helps charge your phone. While we still have questions about its real-world performance, it’s an intriguing product that could appeal to outdoor enthusiasts or anyone who enjoys tech with a touch of flair.

Who knows? Maybe the Power Hat will start a trend. Hats aren’t just for blocking the sun anymore—they’re for charging your phone while you hike, hit the beach, or attend that all-day music festival. Just don’t forget to bring a backup charger… in case it rains.

The post EcoFlow’s Solar-panel Power Hat Hands-on at IFA 2024: Meet the world’s first ‘wearable’ device charger! first appeared on Yanko Design.

This Japanese Kintsugi Art Notebook Is Your Journaling Partner to Help You Realize Ikigai

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Paper notebooks are in again, though some would argue they never really went out of fashion. Even with the inherent limitations of the medium, there is just an unbridled joy in putting pen or pencil to paper that has not yet been sufficiently replicated by the most advanced technologies and designs. In a way, notebooks have also become a reflection of the owner’s own self, while also acting as a gateway to their own inner world, their thoughts, their dreams, and maybe even their own self-image. Some people like their notebooks and their covers plain, while others opt for designs that display their interests and loyalties. Still, others treat their notebook covers like a blank canvas ready to tell their life story through stickers and art. This rather distinctive Japanese-inspired notebook tries to tell a different story, one that aims to inspire the owner to not only rise from the ashes but also embrace their own imperfections.

Designer: Sutta Design

Click Here to Buy Now: $29

Ceramic pots have great value not just because of their intricate, often hand-made designs but also because of their fragility. A single drop or hard bump is enough to break a beautiful vase, and most people simply throw these away, even if there’s just a crack. The Japanese, however, aren’t ones to dispose of what can still be repaired, and so the famed kintsugi, the traditional art of repairing pottery, was born. In a nutshell, this art uses golden lacquer to patch up and cover cracks, resulting in a piece of pottery that is even more beautiful because of its obvious flaws.

Over time, kintsugi became a symbol of embracing imperfections and self-healing, and those are the sentiments that this golden healing notebook attempts to convey. Using an equally traditional screen-printing method, wriggling lines of gold are painted on the notebook’s plain black cover, mimicking the cracks covered up by lacquer in a kintsugi masterpiece. And as with cracks, there is no uniformity or pattern to the branching lines, giving it a sense of randomness that you would find in nature itself. It’s a striking visual, with the gold contrasting with the black, that evokes both awe and wonder, subtly leading the mind to deeper thoughts.

The notebook’s theme of recovery and revival goes deeper than the cover. The paper used inside is bagasse which is made from the residue produced during sugarcane extraction. Instead of creating new paper from virgin pulp, it reuses what has been discarded, trying to make whole what was broken. In its own small way, it helps heal the planet’s cracking health, patching it up in small beautiful pieces rather than in one grandiose but ineffective sweep.

The kintsugi notebook embodies not only a traditional Japanese practice but the very highlights of Japanese culture itself. It is the perfect example of Japanese minimalist design, the frugality and efficiency of its people, as well as the profound thinking they can evoke from just a few simple symbols and materials. Whether you’re writing down your most secret thoughts, planning out your day ahead, or simply scribbling ideas and dreams, the notebook’s beautiful recycled paper invites you to let your pen roam free on the page, while the seemingly cracked cover exhorts you to embrace even the flaws that could, someday, lead to a beautiful design.

Click Here to Buy Now: $29

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This Wasp-Inspired 3D-Printer Is Making Homes To Tackle The Housing Deficit Problem In Colombia

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Dubbed the CRANE WASP, this 3D printer is also known as “the infinity 3D printer”. The impressive printer utilizes locally sourced clay, mud, or cement to 3D-print affordable homes. The printer even uses agricultural waste as aggregate to build homes. Currently, this system is being employed to construct some much-needed housing in Colombia.

Designer: United Nations Development Program (UNDP)

The United Nations Development Program (UNDP) recently purchased a Crane WASP to build affordable and effective homes in Colombia. The homes are built using local soil and resources. The printer is priced at around US$180,000, which is no small amount. Currently, more than a quarter of Columbian households are suffering from a lack of decent housing – an estimated 3.7 million. Two of three families who do have homes aren’t in great condition either, since the dwellings are subpar and need structural improvements. By utilizing locally sourced soil, the UN won’t need to bring in expensive materials from other lands. This tactic is bringing down costs significantly.

The Crane WASP ( World’s Advanced Saving Project) draws inspiration from the Mason Wasp – a little yet hard-working insect that uses mud to make its own nests. The UNDP intends to install the printers in challenging terrains, where it is difficult to set up expensive and conventional equipment. This equipment would have limited access as well. The Crane WASP is complemented by the local soil, and both work excellently to build homes for the impoverished or homeless.

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Mosaic-like stools are made from the soles of discarded rubber shoes

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The fashion industry is known for its striking designs, lavish materials, and sometimes mind-blowing forms, but it also has a dirty little secret when it comes to sustainability. Many of those materials, processes, and even ingredients have a tendency to harm the environment, especially mass-produced pieces of clothing, accessories, and footwear. Even something that sounds so innocent like the rubber soles of shoes can have a long-term negative impact on the planet’s health, especially when they’re thrown away without much thought. Although it’s not enough to make this discarded material disappear, these distinctive artistic stools help reduce their numbers while providing furniture that makes an impact in more ways than one.

Designer: BENTU Design

According to figures, 20 billion pairs of shoes are produced each year, and nearly all of those end up in landfills sooner or later. Footwear is usually made with half a dozen synthetic materials, with outsoles using plenty of rubber that takes more than a hundred years to decompose. Burning them, on the other hand, releases toxic gases, which is usually what happens in garbage disposal sites. Even though the process still uses water and energy, recycling these materials is still a significantly better way to deal with all the waste.

WU is a line of stools that does exactly that, giving new life to shoe soles that result in an even more interesting design. 90% of each stool’s raw materials are made from recycled rubber shoe materials, about 15kg of material that is equivalent to 60 rubber soles. It’s a small number compared to the amount of shoes being thrown away, but even just 10 of these stools mean 600 shoes are kept away from landfills.

The resulting design is quite intriguing as well. The raw materials are classified according to color to have a more uniform appearance, but the uniqueness still comes out in tiny bits of colors and microtextures. If some recycled plastics create a terrazzo effect, the recycled rubber soles result in finer and smaller pieces that have a grainy appearance as if painted with oils or mixed in with concrete.

The shape of the WU stool is also unusual, with a hexagon seat and a three-pointed base. This makes it easy to combine the stools into a larger form like a bench, though the connection will be superficial and perhaps a bit unstable. When placed together, these stools paint a rather eye-catching picture, almost literally, as if somebody took reality and applied a mosaic filter on it. Either way, no one will be the wiser that these were probably made from the pair of shoes they threw away years ago.

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Top 5 Ultimate Planter Designs For A Flourishing Indoor Garden Through The Seasons

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Indoor gardening can be a soothing and relaxing hobby. It is an extremely therapeutic activity, and though I may not engage in it all the time, the few times that I have, I found it delightful and soothing. Growing, tending to, and being surrounded by plants is intensely satisfying. All your worries slowly fade away, and you are simply enthralled by nature. Indoor gardening has become one of the major trends these days! Plants can truly transform a living space with their gentle presence. They add a touch of green and nature and create a serene and zen atmosphere. But tending to them is not always the easiest task. You must pay special attention to your beloved plants and give them the best care to ensure they grow well. And, we’ve curated a whole collection of product designs to help you with that – happy gardening!

1. Briiv Pro

Named the Briiv Pro, this eco-friendly purifier utilizes a mix of nature and technology to clean and purify the air within your home. The Briiv Pro is a new and improved version of the original Briiv, and it is more powerful than ever. Designed to be a ‘mini forest’, the air purifier can cleanse a 16 sq.m. room in 21 minutes. It is 6900% more effective than house plants!

Why is it noteworthy?

Since the Briiv Pro is 6900% more effective and efficient than house plants, it is a truly commendable feat considering its size. The purifier is not only functional but also pretty good-looking, unlike the bulky and ugly appliances that you get on the market these days.

What we like

  • Features an AI-based sensor
  • Equipped with a layered trifecta of moss, coconut fiber, and a silk nanofiber matrix with activated carbon

What we dislike

  • The Briiv Pro isn’t as fast as other air purifiers on the market, and it is quite expensive as well

2. Patella Crescenda

Named the Patella Crescenda, this planter fits perfectly in both your palms and lets you grow greens with complete ease and efficiency. The planter has a unique shape, which lets it water itself, ensuring you don’t need to. You can grow seeds without any soil, and the sprouts grow in about a week. The planter is reusable as well, ensuring you always have a fresh supply of microgreens.

Why is it noteworthy?

The planter includes four parts – a base tray, two reusable steel seed plates, and a water bulb that fits on top. All the parts come together, helping your greens sprout within a week. They grow in the water, without any soil, so you don’t even need to clean them.

What we like

  • Intuitive design
  • Fun to use product

What we dislike

  • It works only for micro-greens and cannot be converted into long-lasting plants

3. Green Hideaway Chair

Dubbed the Green Hideaway Chair, this DIY living plant chair lets you connect with nature. It is created by Stockholm-based studio Front/ in collaboration with the European DIY chain HORNBACH, and its creative agency HeimatTBWA. With the Hideaway Chair, you can add a touch of green to your home.

Why is it noteworthy?

The Green Hideaway Chair doesn’t need any professional expertise to set it up. DIYers of all skill levels can easily set up this simple chair. The chair is accompanied by illustrated, step-by-step instructions,  a template, as well as an entire list of tools and materials that you may need. The entire process is laid out for you.

What we like

  • Makes nature accessible to you in your own home

What we dislike

  • It will occupy some space,  so you need to make sure you have sufficient space to add it to your home

4. Noku Canvas

Called the Noku Canvas, this self-watering and modular greenwall is designed for your home. It converts your houseplants into wall-mounted hydroponic marvels, letting you add a touch of green to any room in your home, whether it is your home office, living room, or even the kitchen!

Why is it noteworthy?

The Noku Canvas is self-watering, as it is amped with wicking hydroponics that water your plants for you. It is equipped with a useful little water gauge which reminds you when to refill the water.

What we like

  • Modular design, so you can customize it however you want
  • Built from recycled plastic and natural cork

What we dislike

  • It only includes a wall-mounted version, there is a limited choice

5. Totam Planter

Say hello to the totam planter – a modular self-watering indoor garden that is created to enhance your space. You can personalize the planter according to your taste and needs. It is a one-of-a-kind vertical indoor garden that showcases and displays your beloved plants with pride. You can grow microgreens, succulents, food, flowers, whatever you like!

Why is it noteworthy?

It is a modular design, so you can build your own customized totam planter using a combination of different modules. You can use a whole bunch of different modules to create your own perfect tower. By adding vertical modules to the tower, you can create extra space for tall or trailing plants to grow freely.

What we like

  • Packs a whole bunch of greens into a small countertop footprint
  • You can schedule lighting at the touch of a button

What we dislike

  • They currently don’t offer any Matter/HomeKit support for their lighting

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Snøhetta Builds A Timber School In Norway with 90% Energy Self-Sufficiency

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Kautokeino is located in Norway, north of the Arctic Circle, and suffers from extremely cold temperatures that can hit – 45 °C. Snøhetta was commissioned to build a brand-new cultural and education hub in this difficult location. A lot of thinking and attention to detail went into building this sturdy wooden structure which is supposed to be 90% self-sufficient in heating and cooling. Named, this building was constructed in collaboration with Joar Nango and 70°N arkitektur. The word ‘Čoarvemátta’ is derived from the Sami words for horn and root, which are the strongest parts of the reindeer’s antler. The hub is inspired by the local Sami culture and will be hosting the Sami National Theatre Beaivváš and the Sami High School and Reindeer Herding School.

Designer: Snøhetta

The structure occupies around 77,500 sq ft and is constructed mainly from wood. It features an impressive 53,000-sq-ft sloping roof that slowly moves towards the ground. The exterior was built using the slate from a previous school which has been demolished. The hub has a branching shape which creates surreal outdoor spaces. The south-facing space functions as the main entrance, and is protected by the dipping roof. The interior is equipped with theater and school areas, as well as a cool skylight inspired by a traditional Sami smoke hole. The interior is subtle yet beautiful, letting the natural beauty of the wood truly shine. The interior is also amped with traditional art by respected Sami artists. These pieces add hints of red and blue to the space, livening it up.

“The building is 90% self-sufficient in energy to heating and cooling thanks to 40 geowells drilled about 250 meters [820 ft] into the ground,” said Snøhetta. “The wells supply two heat pumps that both heat and cool the building, while exchangers for the energy wells dump surplus heat back again. On the coldest winter days, the system is supplemented with an electric boiler.”

The Čoarvemátta is in complete accordance with the requirements of the Passive House Standard – a strict green building standard that needs a high level of insulation and air-tightness. The hub also utilizes geothermal heating. The landscaping around the Čoarvemátta has been kept natural since Sami culture does not include creating parks and urban spaces. The soil that was removed from the site has been preserved, stored, and returned, ensuring the safety of the seed stocks.

The post Snøhetta Builds A Timber School In Norway with 90% Energy Self-Sufficiency first appeared on Yanko Design.