Tag Archives: sustainable design

What is Permaculture? Exploring the Basics of Permaculture Gardening

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Permaculture gardening is deeply rooted in the principles of sustainability and aims to harmonize the growth of plants with the local environment. In 1978, Australian ecologist David Holmgren and environmental psychology professor Bill Mollison coined “permaculture” from “permanent agriculture,” later expanding its meaning to include “permanent culture.” Permaculture gardening primarily emphasizes the gradual enhancement of soil quality with nutrients, aiming to continually revitalize the earth while nurturing plant health. Its core ethics include prioritizing care for the Earth, for people, and ensuring equitable sharing, returning any surplus.

Designer: Robert Hutchison Architecture and Javier Sanchez Arquitectos

What is the primary goal of Permaculture?

Permaculture advocates aligning with nature, emphasizing mindful actions to avoid widespread negative impacts. It stresses preserving and restoring natural systems and settlements, highlighting their irreplaceable value. The goal is to achieve objectives with minimal environmental disruption.

What is Permaculture farming?

Image courtesy of: viktelminova

Permaculture farming means growing crops in a way that takes care of itself and the environment. It learns from nature and creates farming systems where different crops help each other grow. This way of farming is diverse, strong, and lasts a long time, just like nature does.

What are the benefits of creating a Permaculture Garden?

The benefits of creating a Permaculture Garden includes:

Protects Natural Resources

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We can optimize natural resources by harvesting wild medicinal plants, growing anti-pollutant plants for indoor air quality, and strategically planting trees for summer shade. It’s essential to minimize waste and promote material reuse.

Avoid Tilling the Soil

In permaculture, it’s preferred to avoid tilling vegetable garden soil. Instead, natural insect processes, aided by mulch, are encouraged, as tillers or cultivators can harm underground insect populations.

Promotes Biodiversity

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Unlike conventional agriculture, permaculture embraces nature, drawing inspiration from its diversity and working in harmony with it to derive benefits.

Connects Humans with Nature

Permaculture links humans with nature, fostering harmony by working in tandem with natural processes. This approach to gardening can deeply affect our spiritual well-being.

Low Maintenance

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Permaculture gardening offers low-maintenance benefits, making it ideal for those with limited time or less gardening experience.

Avoids Use of Pesticides

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Permaculture avoids all pesticides and insecticides, organic or not, to protect biodiversity, relying on natural self-regulation and abstaining from herbicides and chemical fertilizers. Gardeners may accept some crop loss to pests rather than resorting to chemicals.

Saves Space

Producing ample yields in a confined space reduces the need for more area, allowing for extra activities. An essential element of permaculture gardening is maximizing space efficiency. Permaculture gardens vary in size, but in limited spaces, employing strategies to uphold permaculture principles is key. For instance, consider cultivating plants vertically using trellises or similar structures.

Supports Local Wildlife

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Permaculture’s ethics and practices naturally draw wildlife to outdoor spaces. Follow permaculture guidelines to turn your backyard into a flourishing haven for birds, pollinating insects, and other creatures. Tips include avoiding pesticides, using vegetation to attract specific animals, hanging bird feeders, keeping dead logs and leaf litter, and planting trees and shrubs for wildlife shelter.

However, there are a few downsides to permaculture gardening. It can initially be more expensive to implement its practices. Although, the upfront costs are usually justified by long-term benefits. Some may find the initial workload overwhelming, despite its eventual rewards. Moreover, there may be concerns about potential odors from composting, managing a garden that utilizes all resources, and dealing with pests and bacteria without pesticides.

How to design a Permaculture Garden?

Use these tips to create your own Permaculture Garden:

Know your Surroundings

Get to know your environment by familiarizing yourself with the native flora, fauna, and predators in your area, while also noting the sunny and shady spots in your garden. Identify any unique features that could be advantageous for your permaculture garden.

Choose Your Plants Wisely

Select plants suited to your local conditions, researching which species thrive annually and perennially. Utilize companion planting to attract beneficial insects, deter pests, and enrich soil naturally. Opt for butterfly-attracting flowers, pest-repelling herbs for fruit trees, and nitrogen-fixing green manure crops to gradually enhance soil fertility. Opt for edible crops like fruits, veggies, herbs, seeds, and fruit trees, as they provide sustenance with minimal resource use.

Design the Garden

Once you’re familiar with your surroundings and the existing plant life, you can better design your garden. Consider light, water sources, and landscape when situating plants. Utilize plant stacking for efficient space use, with ground cover herbs, shrubs, and trees organized accordingly.

Create Garden Beds

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Build raised beds, ideal for permaculture gardening as they preserve soil nutrients without tilling, placed six to 12 inches above ground. Alternatively, use sheet mulching, and layering compostable materials over grass to build soil without disturbing tillage.

Plant the Permaculture Garden

Plant your permaculture garden, prioritizing taller plants to offer shade for sun-sensitive ones. Group together plants with similar water and sunlight requirements for optimal growth.

Add Mulch

Image courtesy of: larisikstefania

Use organic mulch on topsoil instead of chemical weed killers in line with permaculture principles. Apply it after planting to suppress weeds and retain soil moisture. Options include leaves, newspaper, straw, wood chips, shredded bark, and grass clippings.

Add Compost

Image courtesy of: medialensking

Add compost without disturbing the soil, favoring natural options over chemical fertilizers. Utilize materials like manure, kitchen scraps, earthworm castings, and worm tea to enrich the soil with organic matter and beneficial microbes.

Efficient Water Irrigation System

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Use a sustainable watering system, minimizing water consumption for optimal garden health. Choose a low-waste drip irrigation method to directly hydrate soil and collect rain runoff from roof gutters for recycling into your watering system.

What is the difference between Permaculture and Organic Farming?

Organic Farming

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Organic farming, initiated in the 1940s, is denoted by the term “organic,” indicating products grown or raised without synthetic fertilizers, pesticides, antibiotics, and growth regulators, spurred by J. I. Rodale.

Permaculture Farming

In the 1970s, Bill Mollison and David Holmgren introduced permaculture design, an agricultural system mirroring nature and addressing human needs like food, shelter, and energy consumption.

Here is how Permaculture differs from Organic Farming

• The primary difference between organic farming and permaculture is their approach to sustainable practices. Permaculture centers on preserving natural resources and conserving the planet, ensuring current needs are met without compromising those of future generations.
• Permaculture prioritizes energy conservation by locally growing and selling food, minimizing carbon footprints, while organic-labeled produce is often transported globally.
• In organic farming, the focus is on eliminating chemical residue from the food supply while protecting pollinators, while in permaculture, it’s environmental protection, ultimately benefiting humans.
• Permaculture farming promotes zero waste through recycling and reusable packaging, while organic food often uses disposable containers, contributing to landfill waste.
• Permaculture emphasizes integrated design, where each element serves multiple functions, contrasting with organic farming’s focus on a limited range of commodities. For example, chickens in permaculture not only provide eggs but also help control pests, fertilize the soil, and contribute to soil aeration.

In conclusion, permaculture yields numerous benefits: waste reduction, efficient resource utilization, and pollution prevention. It fosters ethical land management, enhancing both homeowners’ lives and ecosystems. Moreover, permaculture paves the way for sustainable systems that safeguard habitats for humans, animals, and plants, ensuring a healthy planet for the future.

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This Solar-powered Cargo EV Offers 80% of the Cybertruck’s Storage Space for 8% of the price

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Sure, there’s no realm in which the Bako B1 should ever be compared to a pickup truck – but when it comes to storage, efficiency, and just being an all-round great cargo transportation vehicle, the numbers really begin adding up. With a €4000 price tag, the B1 models itself on an electric trike, with three wheels that make it resemble the Asian tuktuk or rickshaw. However, what’s notably different about the B1’s design is its solar panel top, which powers the vehicle’s electric drivetrain, giving you an overall operating expense of $0.50 per 60 miles (100 kilometers) and a top range of 93 miles (150 kilometers) on a full charge. That makes the Bako B1 an incredibly energy-efficient vehicle for transporting cargo, which you obviously don’t need me to tell you results in lowered logistical costs and overall prices all around!

Designer: Bako

The trike’s relatively boxy form has its own justification – designed not as a human-transporting vehicle but rather a cargo-transporting one, the relatively rectangular form factor helps store items inside more efficiently. The 2433-liter rear compartment is just slightly shy of the Cybertruck’s 2,831-liter storage space in the back (when used with the tonneau cover), making it perfect for transporting all sorts of goods in a last-mile setting.

The Bako B1 sports a 3000W electric motor on the inside, capable of hauling a 300-kilogram payload (not including the driver, obviously) at a max speed of 45 km/h. An inner LiFePO4 battery gives the B1 a max range of 93 miles or 150 kilometers, and charges in as little as 3 hours with fast-charging, or 6 hours under regular charging circumstances.

Even for a cargo delivery vehicle modeled on the format of a tuktuk or rickshaw, the Bako B1 doesn’t really cut corners on driver comfort or experience. The driver cabin is small but spacious, with the option of including a GPS, an entertainment system, and even an air conditioner. You’ve even got the option of installing a rear camera to give the driver full blind-spot visibility while parking or reversing.

The Bako B1 isn’t just eco-friendly and economical; it’s also practical. With a substantial cargo capacity exceeding 2,400 liters and the ability to carry up to 350 kilograms, the B1 is well-suited for hauling goods around busy urban environments. Bako Motors recognizes the potential of this design and is already committed to expanding its product line. Their next offering will be a four-wheeled electric vehicle specifically designed to tackle the challenges of last-mile delivery.

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Hand-carved cork furniture collection evokes the raw beauty of black volcanic stone

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More often than not, furniture design is meant to feelings of warmth, comfort, or even joy, emotions that you’d want to experience inside a home, office, or even waiting area. After all, you will be using these pieces of furniture, including sitting on some of them, so it’s only natural to expect them to be more welcoming, at least visually. There are some more artistic designs that have provoking aesthetics, meant more to be seen rather than used. This furniture collection stands somewhere in the middle, projecting an image of dark and unpolished volcanic rocks that turn out to be comfortable, stable, and even charming in its own rough way.

Designer: ( ae ) offices

A volcano is full of ironies. It is both magnificent and terrifying, and its eruptions are equally destructive and mesmerizing. While the ash, lava, and rocks that volcanoes throw out inflict damage, they can also be used as materials to build and create things that have their own unique beauty despite their horrifying source. That’s the kind of juxtaposition that the DOL furniture delivers, providing a unique visual and tactile experience for every chair or table.

DOL takes its inspiration from the black volcanic stones found on Jeju Island in South Korea. These stones are being used as the foundations for different structures on the volcanic island, reusing what Mother Nature has thrown at them to build stronger architecture. The stones themselves have a raw and uneven appearance born of natural elements that give each piece a unique character. That’s the imagery that’s replicated in this low chair and low table, but using a material that’s the complete opposite of hardened volcanic rock.

The furniture uses the outer bark of the cork oak tree, a material that’s best known for being lightweight, impact-absorbing, and insulating. Each “stone” in this composition is crafted by hand, resulting in an equally unique look for each piece. Of course, cork isn’t the most rigid material for furniture, so it’s supplemented by wooden profiles that give it more structure. Layers of wood oil and waxes add the finishing touch that gives the cork a texture and character that will confuse the mind because of its dark roughness yet soft mass.

The use of cork also adds an element of sustainability, as cork bark undergoes a renewal process every nine years and is completely recyclable. It’s a fitting tribute to a stone that starts its life from the destructive explosion of a volcano before finding its way into people’s homes, buildings, and lives before returning to the earth once again to repeat the cycle.

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A Floating Entertainment Hub That Travels Across The World

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Welcome to Oceaya, where the magic of entertainment melds seamlessly with the serenity of the sea, creating an otherworldly experience that will leave you spellbound. This is not your typical venue; it’s a floating paradise meticulously crafted to redefine the way we indulge in leisure. Conceived by visionary minds and brought to life by the expertise of MEYER Floating Solutions, Oceaya is poised to revolutionize the scene in 2025 with its blend of opulence and eco-conscious design.

Designers: Waterstudio.NL and Prospect Design International

Inspired by the rhythmic symphony of ocean waves, Oceaya invites guests on a journey through a harmonious blend of design and experience. This floating marvel, designed to expand and contract with infinite fluidity, mirrors the very essence of the rolling tide. Crafted as a modular, multi-purpose structure, Oceaya promises dynamic experiences for its guests, seamlessly traveling across various global destinations during peak seasons.

Drifting along the brink of the horizon, Oceaya’s design embraces organic symmetry, blending seamlessly with the natural world. Constructed using sustainable and organic materials, its soft exterior lines exude calmness, completeness, and an unparalleled sense of luxury. With a sophisticated open-air layout offering panoramic views of the surrounding seascape, guests are immersed in a world where serenity meets architectural wonder.

Spanning from 4,000 to over 12,000 square feet, Oceaya embodies the vision of its founder, Daniels Ikajevs, who sees it as a testament to limitless design and entertainment possibilities. As the structure seamlessly integrates aquatic elements, guests are cocooned in holistic comfort, surrounded by architectural complexity and the soothing embrace of the ocean.

Beyond its entertainment allure, Oceaya stands as a beacon of sustainability and environmental stewardship. By aiding access for researchers and funding projects combating climate change, sea-level rise, and the preservation of marine life, Oceaya embodies a commitment to safeguarding our planet’s future.

As night falls, Oceaya unveils its mystical allure. From the depths of the ocean emerges a creature of legend, transforming into a divine human form that captivates all who behold her. With nightly rituals that enchant the senses, guests are invited to embrace the ethereal beauty of Oceaya and immerse themselves in an experience unlike any other.

Founder Daniels Ikajevs hints at future venues that promise even more unimaginable and immersive experiences across continents. From Asia to the Middle East, the Americas, and Europe, Oceaya’s journey is just beginning, offering a glimpse into a future where entertainment knows no bounds.

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Industrial Product Design Trends For 2024

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Industrial design is always at the forefront of innovation with a perfect blend of creativity and functionality. As industrial design continues to evolve, here are some developments that are shaping the future of industrial design. Discover how creativity and functionality blend to shape the future of products and experiences.

Designer: ErgonBand

Human-Oriented Design

Human-centric design is driving industrial innovation, with designers prioritizing user needs, emotions, and behaviors. By integrating user perspectives into the design process, industrial designers are brilliantly creating solutions that deeply resonate with consumers. The best part about human-centric design is that it integrates user research, empathy mapping, and testing to create intuitive products. This trend is evident in smart devices, wearables, and adaptable interfaces, enhancing user experiences.

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Wearing watches on wrists is standard, but discomfort can arise, especially with smartwatches. An Apple Watch accessory relocates the device to the back of the hand, reducing wrist strain. Its ergonomic design benefits athletes and those needing frequent wrist movement. However, practical challenges exist, such as the need for alternative screen activation methods. Despite this, the accessory offers a unique solution for individuals seeking a more comfortable way to wear their smartwatch.

Biomimicry

Nature inspires bio-design and biomimicry in industrial design. Bio-design incorporates living organisms into the process, creating innovative materials and structures. Biomimicry emulates nature’s patterns and processes to solve design challenges, resulting in breakthroughs like self-healing materials and sustainable manufacturing.

Designer: Rishikesh Sonawane

Drawing inspiration from the fog-basking beetle, the Fog Smart Hydroponic Planter embodies biomimicry, advanced materials, and smart technology for a sustainable future. It transcends functionality, merging aesthetics with innovation through its modular design. Crafted meticulously from Plexiglas and Lightweight Expanded Clay Aggregate (LECA), it ensures durability and water retention. The aluminum 6063 base provides stability and corrosion resistance.

Sustainable Design

With a focus on environmental concerns, sustainability has become paramount in the design industry as sustainable practices are being adopted to cut waste, reduce carbon footprints, and foster a circular economy. This involves maximizing material and product lifespan through recycling, upcycling, and waste reduction. Designers are exploring eco-friendly materials, energy-efficient manufacturing, and product life cycle analysis. Integrating renewable energy, smart energy systems, and recycled materials showcases industrial design’s role in creating a greener future.

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Designer: Fuhua Wang, Weichih Chen

Lamps and lighting fixtures not only illuminate but also shape ambiance, often through their shades or materials. While conventional lampshades are commonly made of glass, metal, or plastic, innovative alternatives exist. The Ondina sustainable pendant lighting utilizes recycled ocean-bound plastics, resembling terrazzo with vibrant specks. Its translucent blue layer, evoking ocean pollution, complements its wavy shape reminiscent of water waves, creating a visually captivating design.

AI Integration

The integration of AI and machine learning in product design opens up new avenues for customization and user interaction. These technologies analyze vast data sets, informing designers’ decisions and facilitating personalized products and experiences. The incorporation of cutting-edge technologies like artificial intelligence (AI), virtual reality (VR), and the Internet of Things (IoT) has profoundly influenced industrial design. These tools are employed to develop highly personalized and interactive products while also enhancing production processes for greater efficiency.

Designer: Joss Fong and Áron Filkey/courtesy Space10

Despite varying opinions on Artificial Intelligence, exploring creativity in this era is captivating. While AI won’t replace creatives, it offers tools for innovation. Space10, funded by Ikea, explores AI, augmented reality, and Web3. Using generative AI, they experimented with futuristic designs based on old Ikea catalogs, potentially inspiring future products. However, human intervention remains crucial for practicality and functionality. Collaborating with generative AI, like Ikea’s partnership with Space10, can inspire new product development while emphasizing human creativity alongside technology.

Designer: Ostloong

Skiing gear has evolved, but there’s still room for augmented reality (AR) and artificial intelligence (AI) to enhance the experience. Zurich-based Ostloong’s Sirius smart goggles integrate AR and AI seamlessly, providing skiers with vital information directly in their field of view. With a full-color AR display designed for outdoor use, the Sirius goggles revolutionize safety and communication on the slopes, showcasing the transformative power of AI in augmented reality.

Celebrates Minimalism

This trend emphasizes minimalist design principles, incorporating clean lines, basic shapes, and subtle aesthetics to produce products that are both timeless and highly functional.

Designer: Julian Topor

Furniture occupies space, often unused. However, designs like the KURVE collection combine aesthetics with functionality by incorporating storage spaces. Utilizing minimalist curved plywood layers, these designs create hollow areas for storing items without complex construction. The KURVE chair features a backless box for its bottom half, all crafted from a single sheet of layered plywood bent to form support structures.

Designer: Addi

Sometimes, finding a place to sit can be a challenge, especially when space is limited. Perching seats offer a solution by providing a brief respite without the commitment of sinking into a full chair. Lumber takes this concept further with its minimalist design, offering style and comfort without monopolizing space. Its flame-proof wool upholstery ensures easy maintenance, while color-matched metal legs add a touch of elegance. With a built-in side table, Lumber enhances both relaxation and functionality in any setting.

Inclusive Design

By prioritizing the full participation of people with disabilities and other marginalized groups in society, inclusive design takes into account the varied needs of users, aiming to create products accessible to all.

Designer: Nick Fitzpatrick

The handle-on-one-end design of kettles poses challenges for disabled individuals or those with reduced strength or dexterity. Nick Fitzpatrick’s ‘Inclusivitea’ kettle addresses these issues by redesigning the traditional shape. Featuring two handlebar-shaped arms, it simplifies both filling and pouring. The kettle comes with a stand for brewing and dispensing tea directly into cups, preventing spills. Each set includes containers for various ingredients and a cup with an extended rim for comfortable gripping.

Personalization

With the increasing demand for personalized and bespoke products, designers are providing more customization choices to cater to individual user preferences.

Designer: Min Soo Kim

This toaster redefines the act of “raising a toast” with its customizable features. Designed by Min Soo Kim, the Home Party Hoaster lets users personalize their toast with pre-engraved messages, images, or emojis. Resembling a Vifa speaker, it features slots for bread and stencil plates, with a touchscreen panel for adjusting toast crispiness. Once toasted, the unique message is reverse-etched onto the bread, offering a novel and personalized start to the day.

Digital Fabrication

Digital fabrication and prototyping technologies, including 3D printers, laser cutters, CNC routers, and robotic arms, allow industrial designers to swiftly create physical models or products from digital data. These tools streamline the experimentation, iteration, and refinement processes, offering faster, more cost-effective, and more accurate results than traditional methods. They also empower designers to develop complex, customized, and innovative solutions tailored to diverse user needs.

Designer: Martin Zampach

Traditional 3D printers have size limitations, hindering the creation of larger designs. However, the LOOPS collection of coffee tables utilizes 3D printing robots to overcome this obstacle. By employing a looping motion, the robot arm constructs intricate layers of composite material, enabling the formation of organic geometric shapes. This innovative approach expands the possibilities of 3D printing beyond conventional boundaries, allowing for the creation of larger and more complex objects.

In conclusion, industrial design is rapidly evolving due to technological advances, changing consumer behavior, and a growing focus on sustainability. Designers must prioritize blending aesthetics with functionality and integrate sustainable practices with the digital revolution.

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This Chair Allows Plants to Grow On it And Puts Nature Before Human Needs

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Notice that cool abstract design on the chair? It’s not just some fabric, it’s real plants! 3 design students from the University of Gothenburg in Sweden changed the narrative of chairs for humans. Why do chairs always have to be used for us to come sit on them? We’re all taught that plants are living beings right? What if these living things could practically bring furniture to life? This chair is a unique piece of furniture that prioritizes plant life over human occupants by allowing them to grow on it.

Designers: Alice Hultqvist, Emelie Sjöberg and Linnea Nilsson

The Chia-Chair is different from regular chairs. Instead of cushions or upholstery, the chair has a seat and backrest that are composed of a knitted, knotted tube that doubles as a planting bed for chia seeds. The idea is to let the plants be the main users of the chair, and humans are just visitors. The designers emphasize that humans should approach it with respect, recognizing that it’s a living thing.

Hultqvist, Sjöberg, and Nilsson, all students in the MA Design program at HDK-Valand, the University of Gothenburg’s art and design academy, showcased their creations at the Making Transparency exhibition. This event, hosted in the student-focused Greenhouse section of the Stockholm Furniture Fair, explored posthumanist design principles.

The inspiration behind the Chia-Chair arose from the designers’ contemplation of humanity’s negative impact on the planet. They acknowledged that throughout the last century, humans have prioritized their needs at the expense of nature and wildlife, leading to severe consequences. The Chia-Chair, therefore, serves as a symbolic gesture, aiming to redress the balance by placing the plant at the forefront and demanding reciprocity from its human users.

yanko design images to size – Chia_chair_furntiure_05

Constructed with an ash wood frame and a wool sock filled with polyester stuffing as the cushion, the Chia-Chair offers a distinctive aesthetic. The chia seeds, mixed with water, were planted in the knitted structure, and the designers diligently watered them twice daily. To maintain optimal growing conditions, a plastic cover was placed over the chair overnight to retain moisture.

While the Chia-Chair may be more of a statement piece than a functional item, the designers foresee a future where greenery becomes integral to our living spaces. In an era of increasing urbanization that disconnects people from nature, incorporating natural elements into furniture and homes is seen as a natural progression.

The Chia-Chair serves as a thought-provoking exploration of the relationship between humans and nature. By prioritizing plant life over human comfort, the designers challenge us to reconsider our impact on the environment and encourage a more harmonious coexistence with the natural world.

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What Is Acoustic Insulation?

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Good acoustics is important in any design, and it is important to plan for this right from the start of a project, from designing to building it. Note that if a building is designed well with good acoustic design, it can make people feel better mentally and physically. This is because, loud noises can make people stressed, and anxious, and raise their blood pressure, leading to health problems.

Designer: Interesting Times Gang and OBOS

What is the importance of sound insulation?

According to studies, noise pollution presents a significant risk to people’s health, especially for those living and working in urban settings. While controlling noise at its origin isn’t always feasible, effective soundproofing of buildings can provide a valuable solution. Installing soundproofing materials in the roof or building exterior can greatly reduce external noise from sources like traffic or airplanes. Within buildings, insulation can improve privacy and mitigate disturbance from neighboring properties, such as music or footsteps from upstairs apartments. This is particularly advantageous when applied to partitions between different spaces in residential or office buildings. Utilizing sound insulation boards can help minimize noise intrusion in both living and working environments.

What are the various forms of sound propagation?

Image courtesy of: photovs

Building acoustics studies how sound travels through walls, ceilings, and roofs, with insulation needs determined by factors such as area size and the types of sound transmission, whether direct or through walls.

• Direct sound transmission involves sound passing directly through a wall, ceiling, or floor.
• Flanking noise is the noise that reaches a room through an indirect path. For example, it could be noise from a neighboring apartment reaching your bedroom through a route other than through the shared wall, or noise from a hallway reaching your office through a route other than through the door.
• Other forms of sound transmission include leakage through inadequately sealed doors and windows, brickwork, and uninsulated pipelines.

Image courtesy of: bilanol

What are the best materials for acoustic insulation?

Discover the top materials that are suitable for acoustic insulation.

Acoustic Panels and Treatments

Soundproofing involves the use of acoustic panels and treatments to absorb and minimize sound waves, reducing resonance and unwanted noise. It’s crucial in places like recording studios, theaters, and restaurants. Different styles, like foam panels and diffusers, cater to various acoustic needs.

Designers: Alberto Sánchez & Mut Design Studio

Image courtesy of: duallogic

Alberto Sánchez and Mut Design Studio innovate with Beetle Acoustic Panels, drawing from the insect world for design inspiration. These panels, shaped like beetle exoskeletons, offer a range of colors and sizes, transforming utilitarian sound absorption into artistic accents. Despite lacking spines like beetles, a central spine connects the panels, emphasizing symmetry. This experiment showcases creativity’s boundless nature and encourages finding inspiration in unexpected places, sparking joy with quirky shapes and vibrant colors.

Designer: KEM Studio for Loftwall

Working from home has introduced a whole new routine, but one annoyance is listening to my husband’s constant office meetings. The noise is distracting, even with closed doors. Tempo offers a solution—a modular wall and ceiling baffle system that doubles as art. With 12 customizable modules, it absorbs sound and adds visual flair to any room. Easy to install with a CNC dowel system and cork plugs, Tempo’s various colors and patterns allow for endless combinations. It’s like acoustic eye candy, perfect for home offices, conference rooms, or bedrooms, transforming spaces both visually and acoustically with the ease of IKEA’s modularity and the trendy Japandi aesthetic.

Echo panels are gaining significance in room acoustics, now integral to interior design. Kirei introduces its sustainable Kirei Air Baffle, drawing inspiration from Nike Air Max, to enhance sound in high-ceiling spaces. Utilizing recycled PET EchoPanel material filled with Nike Grind fluff, these baffles come in various models and sizes, improving acoustic performance and adding aesthetic value. With customization options in 33 colors and easy installation, they contribute to a softer room ambiance and sound, elevating the functionality and aesthetics of any space with Kirei’s architectural design elements.

Designer: Michael DiTullo

The Kirei Air Baffle, an overhead acoustic panel, enhances sound quality in high-ceilinged spaces. What sets it apart, beyond its superior sound performance, is its sustainability. Even in the realm of acoustics, sustainability is achievable with the use of environmentally conscious materials.

Acoustic Foam

Acoustic foam panels, renowned for their porous and lightweight design, excel at absorbing sound waves. They’re particularly favored for reducing reverberation and controlling noise levels in settings like media rooms, music studios, and home offices.

Double Glass

Double-glazed windows with acoustic laminated glass are highly effective in reducing external noise, including car and street noise, making them perfect for urban environments. They offer a great alternative for soundproofing both homes and offices. Note that Double-glazed windows are made out of two glass panes separated by Argon gas. This specific gas is a poor thermal conductor. As a result, the sound or heat does not pass through the second glass pane and into the other side of the window.

Mineral Wool

Image courtesy of: bilanol

Made from mineral wool extracted from minerals, this material provides powerful sound insulation. It’s not only a thermal insulator but also commonly utilized in wall cavities, ceilings, and other spaces to minimize noise transfer between rooms.

Glass Wool

Glass wool, also called fiberglass insulation, serves as a popular choice for thermal insulation. Its effective sound absorption properties also make it cost-effective for soundproofing purposes. It’s commonly applied to walls and ceilings to provide dual insulation services.

Textile

Textile-based sound-absorbing materials like heavy curtains, carpets, and fabric-wrapped panels are commonly found in quiet-seeking homes and offices. Beyond their noise-reducing function, they also contribute to the visual appeal of their surroundings.

Designer: Claudio Bellini

In modern office settings, privacy remains vital despite open layouts. Milan-based Claudio Bellini design studio addresses this with FP7, acoustic panels serving as both dividers and noise absorbers. Specifically for open offices, FP7 visually delineates private areas while absorbing sound. Available in various colors, these panels create a cohesive look. Made from embedded cushioning and soft fabric, they offer flexibility in arrangement to suit different privacy needs. A finalist at the 2021 iF Design Awards, FP7 seamlessly integrates with contemporary office culture, providing private spaces for discussions and collaboration.

Sustainable Design

Designer: Jonas Edvard

In sustainable design, Jonas Edvard is known for his innovative use of organic materials to create functional and attractive objects. His latest creation, the Myx Sail / Floor panel, showcased at the 2023 Mindcraft Project, is made from mushroom mycelium, hemp, and willow. This 1m x 1m panel not only shows the strength of composite biomaterials but also reflects Edvard’s commitment to responsible design.

Designer:Baux

Consider acoustic panels for your office or co-working space when soundproofing isn’t an option. They reduce noise and can serve as room dividers. Baux, a Swedish brand, prioritizes sustainability by using recycled PET plastic and virgin plastic for binding. The panels, with a felt-like texture, undergo a process of chipping, melting, and binding for effective sound absorption. Available in various sizes and colors, they offer both functionality and minimalistic design.

Designer: Mogu

Mycelium, nature’s hidden strength, finds diverse applications from cooking to construction. Italy-based Mogu’s Foresta System ingeniously combines mycelium with upcycled textiles to create modular acoustic panels, perfect for home building and furnishing. These panels easily attach to a timber frame, featuring integrated magnets for effortless assembly and disassembly. Foresta’s innovative use of mycelium earned it the 2022 German Design Award for its eco-conscious and circular design, highlighting Mogu’s dedication to sustainability.

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Smartphone upcycling concept helps give your old companion a new lease on life

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Mobile devices, both smartphones and tablets, have become an inescapable fact of modern life to the point that almost everyone has one. While they do empower people with their smart features, they unfortunately also inflict damage on the environment, whether it’s through their manufacturing or, more often than not, their improper disposal. Not all smartphone manufacturers have a well-established or easy process for owners to send back unused or broken devices for handling and responsible disposal, which means many of these end up in landfills where they eventually poison the soil and water. Some of these aren’t even totally broken just outdated or unused for one reason or another. Finding a different use for them delays their untimely demise, which is exactly what this upcycling concept tries to do, offering smartphones a better life after death.

Designer: Think Tank Team

There could be a variety of reasons for ditching an old but still functional smartphone. Some parts, like the screen, battery, or charging port might no longer be in tip-top shape, or the owner simply upgraded to a newer model that will last them another two years or so. Whatever the reason may be, it might not actually be enough to warrant simply throwing the phone in the waste bin, or even just keeping it in a drawer until it’s forgotten forever or, worse, becomes a safety hazard.

Project Afterlife tries to remedy that situation by upcycling rather than recycling the phone. This means it puts the device to a different use without actually modifying it or taking it apart, thereby using less energy, less resources, and less effort. This increases the likelihood that people will adopt this product because it is accessible and easy to use.

The product concept pretty much comes in a taco-like crescent shape made of recycled plastic and given a frosted finish. You simply slide in the phone from the opening and set it on a flat surface with its curved edge at the bottom. The shape is balanced in such a way that it will stay still unless you intentionally rock it, and that rocking motion actually affects its functions. Just like a game controller with motion sensors, tilting the phone lets you cycle through its different modes without having to touch the screen. Rocking also makes the “Endless Clock” change the clock face at every movement, while both the “Timeline” photo stream and the “Moment” abstract art display also react to such movement.

Admittedly, you can simply take that same old smartphone, put it on a stand, and use it in the same way as a clock or small photo frame. Project Afterlife, however, also transforms the phone into a kinetic art object that will enhance the ambiance of your desk or shelf. It’s a simple yet impressive example of how upcycling not only helps save the environment but even adds value to your experience.

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Keurig Just Killed The Coffee-Pod With Their New Biodegradable Compressed Coffee Pucks

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Around 2.25 billion cups of coffee are consumed on a daily basis, and even if a fraction of them are produced in Keurig or Nespresso machines, those are a LOT of coffee pods that get thrown in the waste after they’re used. Keurig’s finally tackling this persisting problem with the K-Round, an alternative to the pod that’s biodegradable, plastic-free, and still manages to produce a great brew. The K-Round is essentially a compressed disc or puck of coffee grounds (sort of how your local barista tamps down coffee into a puck), bound together with plant-based materials like cellulose. The K-Rounds go into Keurig’s upcoming machine, the Alta, which can process these rounds, extracting coffee from them without leaving you with a throwaway plastic and metal coffee pod like your regular Keurig machine currently does.

Designer: Keurig

Every company reaches a level of scale where it suddenly becomes difficult to sustain growth, and Keurig’s CEO Bob Gamgort mentioned that the company had reached that point. Creating great coffee is easy, but that isn’t precisely what Keurig does. The company creates great ‘single-serve’ coffee, helping users brew exactly one cup at a time instead of an entire pot and then having to either consume more coffee than needed or throw the rest. The company pioneered the single-serve coffee movement, and now, in order to grow even further, has realized that generating more waste in the form of use-and-throw pods isn’t particularly tenable.

Enter the K-Round, a puck of compressed coffee that achieves a few things. For starters, it does away with the pod entirely, using only plant-based natural materials in its design. The K-Round is entirely biodegradable and leaves no waste apart from a small leftover disc that can easily be composted or discarded with natural waste. But more distinctly, the K-Round reinvents the perception of the pod by allowing users to have a sensorial experience BEFORE the coffee is even brewed. Most coffee pods are shrouded in mystery – nobody knows what’s in them or how they work, and all you really have is a label on top that tells you what’s inside the pod. The K-Round on the other hand, is much more sensorial. Users can actually look at the pod and see how coarse or fine the grounds are, or if they’re light or dark-roasted. The pods also give off a distinct coffee aroma, helping prepare you for the brewing/drinking journey you’re about to embark on, all while keeping the process relatively simple – place the pod in the machine, shut the lid, hit the button, and voila! Barista-level coffee brewed in mere minutes.

The K-Rounds are essentially just roasted/ground coffee that’s been compressed into the shape of a puck, and bound together using a plant-based coating of cellulose and alginate (the same stuff used to create those bursting pearls in boba tea). Different variants also have sorbitol, a form of sugar that’s 50% as sweet as sucrose, and is non-fermenting (you don’t want the coffee turning into alcohol in the pod). The engineers at Keurig Dr. Pepper (yes, that’s the name of the company, I didn’t know they were co-owned either) developed the K-Rounds to be space-saving, shelf-stable, and entirely plant-based, while still ensuring that the resulting coffee tastes great and doesn’t have any underlying undesired flavors or aromas. Their inspiration for the puck shape came from the way baristas tamped down coffee into pucks before loading them into coffee machines. The pucks come in a variety of sizes, depending on the type of brew. Espressos are smaller and flatter, while other ‘larger’ brews like double shots or tall cold-brews result in taller pucks. The K-Rounds currently only work with the upcoming Keurig Alta coffee machine, which can apparently identify each puck and automatically adjust temperature, water-level, and brew time accordingly. Notably, the Alta is designed to be backwards compatible too, and will accept the older use-and-throw K-Cups coffee-pods too. The Alta and K-Rounds don’t have an official date – Keurig says it’s still fine-tuning the two based on consumer feedback. If you want to be a part of the beta test, Keurig’s inviting coffee aficionados to sign up on their website.

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Wooden wheelchair adds an eco-friendly and aesthetic aspect to a mobility aid

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There are a lot of well-designed wheelchairs currently in the market for those who need mobility aids to get around. Most of them use basically the same materials and will have a few differences in terms of features and functionality. A new wheelchair design that is eco-conscious but also aesthetically appealing was recently unveiled and its first beneficiary is one of the most famous people on Earth that needs a wheelchair to get around – Pope Francis.

Designer: Paul de Livron

The Apollo Wooden Wheelchair was designed by Paul de Livron, a French craftsman and designer who has been making his own wheelchair models ever since he broke his spine and had to use wheelchairs back in 2013. He was finally able to create a wooden wheelchair prototype that is eco-friendly and can use locally available materials as well as not so expensive and also not that complex.

Aside from the fact that the materials used are sustainable, the other “superpower” that the wooden wheelchair possesses is that it changes the way that other people will look at those who will be using this unique-looking mobility aid. The wooden aesthetic adds an interesting aspect to something that used to be purely functional and was in fact a source of embarrassment to some of its users.

Early last year, they presented an enhanced prototype of the wheelchair to Pope Francis who has been using a wheelchair to get around because of his constant knee pain. de Livron was actually given piece of wood from the medieval frame of the Notre-Dame Cathedral to incorporate into the wheelchair and he also put in some other religious details to make it a wheelchair worthy for a pope.

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