Author Archives: Chi Thukral

This sustainable material made from shell waste is cheaper & eco-friendly alternative to concrete!

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Each year over 7 million tons of seashells are thrown away by the seafood industry into landfills. Shells are not biodegradable and have a very high disposal cost which harms the environment as well as the restaurant owners. So this innovative, women-run,  material lab called Newtab-22 created Sea Stone – a natural product made from seashell waste that was salvaged from the seafood and aquaculture industries. It is a sustainable alternative to using concrete – one of the biggest producers of carbon emissions – in the making of smaller products.

Sea Stone is made by grinding down shells that are destined for landfills before combining them with natural, non-toxic binders. This grants the material a terrazzo-like aesthetic. The aim is to make it a sustainable alternative to concrete in the design of small-scale products, as the two materials share similar properties. Seashells are rich in calcium carbonate aka limestone, which is used to make cement – a key ingredient of concrete.

The process involves grinding down the shells and mixing them with natural binders. They are then added to a mould and left to solidify into concrete-like tiles. This method is currently carried out manually to avoid the use of heat, electricity and chemical treatments and ensure the process is as sustainable and affordable as possible. It results in variations in the sizes, textures and colours of the shell fragments and means that each piece of Sea Stone is unique. You can get different textures by altering the number of shells, binders, or adding coloured dyes for aesthetics.

“Even though some of the seashells have been recycled and used as fertilisers, the majority of them are being thrown into landfills or by the seaside. The discarded seashells, which are uncleaned or rotten, have not been cleared away at all and they have been piling up near the beach for a long time, thus causing odour pollution and polluting the surrounding land in the long run. Sea Stone proposes the use of discarded seashells to create environmentally and economically sustainable material rather than contributing to the world’s rubbish problem,” explained Newtab-22.

Newtab-22 has experimented with an array of natural binders in the development of Sea Stone, including sugar and agar. It is now reliant on two undisclosed and patent-pending sources. The material is currently being developed for commercial purposes and has so far been used to make products such as decorative tiles, tabletops, plinths and vases.

While the properties of the concrete and Sea Stone are similar, to truly replicate the strength of traditional concrete required in large-scale projects like buildings, an energy-intensive heating process would be required. This would be comparable to the method used to make cement, which accounts for half of all the CO2 emissions that result from using concrete. “The power of the material is different, we do not want to harm the environment in the process or the outcome,” said Hyein Choi, co-founder of the studio.

Sea Stone is versatile, durable and a lightweight alternative to not only concrete but also plastic – it can be used to produce several objects while repurposing waste, reducing carbon emissions of the toxic counterpart materials and keeping the costs low. Time to find that girl who sells sea shells by the sea shore, eh?

Designer: Newtab-22

This plastic-free oral care set is an all-in-one sustainable alternative for daily use or travel kits!

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Small parts of our routine tend to have a big environmental impact, for instance, floss is good for our teeth but it is terrible for the ocean and turns it into a plastic minefield. Toothbrush bristles as well as floss are made up of nylon which is not biodegradable but another thing that makes it dangerous is that it is designed to not tear causing serious harm to ocean life. When looking at these issues it is clear that we need to move away from single-use plastics and find a more eco-friendly, long-term solution like the Seventh Generation Beam – a customizable, subscription-based, plastic-free set that is designed to be the all-in-one sustainable oral care kit.

Did you know one billion plastic toothbrushes are thrown away every year in the United States, creating 50 million pounds of waste annually? The production of the nylon bristles on each toothbrush causes nitrous oxide to be produced and released into the atmosphere as a bi-product; nitrous oxide is a greenhouse gas that is 310 times more potent than carbon dioxide.

Seventh Generation’s goal is to limit harmful chemicals and they use plant-based ingredients, scents made from real ingredients, and no synthetic fragrances/dyes in their products. It encourages the importance of wellness is in our personal care, household products, and generally in our everyday lifestyle. The concept demands we expand our understanding of what nourishes us without harming the planet through beautiful and innovative design.

The aim is to create 100% plastic-free packaging. The challenge is to rebrand a traditional product line and redesign the packaging system to be fully sustainable while utilizing no plastic or bioplastic. Biomaterials like tin, wood pulp, plant cellulose, food waste, grass, algae, and mushrooms are being considered. It will all be sustainably sourced, preferably materials that are at the end of their lives and can be composed into biomass to regenerate depleted farming soils.

The design and aesthetics are playful, warm, organic and unlike the language, one might typically associate with “eco-friendly products” which usually only sparks the idea of “bamboo”. Seventh Generation shows that innovation and changing the things we choose can be achieved with visuals just as much as the value added by the product itself.

The kit consists of toothpaste tablets, refillable floss, and a toothbrush. While this is a concept, the aim is to make these products plastic-free as well. Toothpaste tablets already exist and help reduce product and chemical waste while eco-friendly floss and toothbrushes are also gaining popularity as people become more aware of the consequences their actions have on the environment.

Designer: Beatrice Ma

This puffer jacket is filled with single-use masks and shows the pandemic-related environmental issues!

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The pandemic has led to a huge lifestyle shift and in the bid to stay safe, the environment is suffering from the excessive use of plastic to wrap items, chemicals to sanitize, and the millions (or billions) of single-use PPE that eventually contribute to pollution. There are photographs of medical masks floating in the ocean with the animals and washing up on beaches is a heartbreaking sight. To bring this issue to light, designers Tobia Zambotti and Aleksi Saastamoinen created Coat-19, an icy blue puffer jacket made of discarded single-use masks, organic wool, and transparent recycled laminate.

The designers are based in Iceland that still has a mask mandate. Icelandic winds can be very strong so masks that aren’t carefully discarded blow from the streets into the otherwise pristine environment. To prevent this from happening they collected around 1500 light-blue masks from the streets of Reykjavík, thoroughly disinfected them with ozone gas, and shipped them to Helsinki where they became an unusual filling for “Coat-19” – a modern puffer jacket that highlights this absurd pandemic-related environmental issue.​

Most of the disposable masks available in the market are made with a thermoplastic called polypropylene which is also used to produce poly-fill, the most common acrylic stuffing for cheap down jackets – same material, same function, different look. Some of the light-blue masks were partly filled with organic cotton wool in order to create the puffy silhouette of the trendy oversized jacket.

The outer layer is a semi-transparent breathable and waterproof laminate based made from bio-sources that let the disposable masks be visible.​ There are about 1500 masks that make the filling along with organic cotton wool. While the sight is jarring, it is a reminder we all need to practice safety sustainably. We may come out of this pandemic or learn to live with it, but the climate crisis is not something we can solve with a shot. This is a plea to use alternatives if possible so that your safety in the present doesn’t compromise on the future of the planet.

Designer: Tobia Zambotti and Aleksi Saastamoinen

This wooden tiny house on wheels is designed to get you closer to nature while being sustainable!

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The pandemic has certainly made some of us want to leave behind the bustling city life we know and move into a tiny house. Why? Well, it is more affordable for first-time homeowners, it has a lower carbon footprint, and you can pick your views while staying socially distant from crowded cities! The tiny house movement is here to stay and Rast is another glimpse into its future. The 174-square-foot home on wheels is designed to immerse you in nature while pushing sustainable architecture as an accessible lifestyle choice merging your cabin-in-the-woods with a home to live in long-term.

Designed by David and Jeanette Reiss-Andersen of Oslo-based Norske Mikrohus, Rast is a modern tiny home clad in dark-stained Norwegian spruce. It is constructed with Nordic weather conditions in mind – the roof can withstand heavy snowfall and the walls incorporate thick insulation made of wool, glass, and aluminum – all sustainable materials. On sunny winter days, occupants can stay warm and comfortable inside while still feeling tied to the outdoors. “The large window in the shower really puts you in touch with the natural surroundings,” David says.

Rast is clad in local timber because Norwegian spruce is light and weather resistant. It is also super lightweight which makes it easier for the team to set up the home in dense or remote areas and since it has wheels means it doesn’t leave any footprint. It has large windows and glass double doors that swing open and tie the interior to the outdoors while bringing flooding the space with natural light.

The dark-stained wood was purposely chosen for the exterior so it can seamlessly blend with the landscape. “Much of our inspiration came from the Norwegian hills, fjords, mountains, and lakes – our tiny home concept is based on being able to live in nature without interfering with it,” says Jeanette

The interior walls and ceiling feature a pale birch veneer and vinyl flooring both showing natural wood grain. The living area has a built-in convertible table and daybed to keep the space open. “The birch veneer has a beautiful glow when oiled,” comments David.

The living room daybed converts to a bed when it’s time to sleep. A built-in table at the foot of the bed folds in and can be used as a nightstand or shelf. “During the day, it works as a sofa and features a small built-in table that folds out and offers a place to enjoy a meal and the view,” adds the designer duo.

The secondary sleeping area, which is arranged with bunk beds, can accommodate up to four people. A small table pulls out from the foot of the lower bunk bed and offers a second compact dining area.

The bath and a secondary sleeping area, equipped with bunk beds, are arranged at one end of the open-plan kitchen.

A sculptural, built-in ladder leads to the upper bunk, and the bathroom lies next door.

The large bathroom features an open shower, a large window, and an incinerating toilet.

For storage, there are hidden drawers and shelving into built-in furniture pieces. Storage shelves can be found beneath the surface of the pull-out table and the living room daybed lifts up to reveal two large drawers tucked beneath it. The can hold anything from bedding to luggage and hiking equipment.

“We created Rast for anyone who wants to experience the outdoors close up, and in a sustainable way,” says David when talking about the compact wooden structure. It has all the appliances and systems you need if you plan to live a remote or an off-the-grid lifestyle.

David and Jeanette believe that tiny homes offer the ideal way to travel sustainably. They’re affordable, require less maintenance, and don’t harm the surroundings like their commercial counterparts. Rast builds on the minimalist trend and appeals to environmentally conscious people who want the freedom that comes with traveling and living sustainably – best of both worlds can be that simple!

Designer: Norske Mikrohus

This prefab house is an energy-efficient & modular dwelling made entirely from aluminum!

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Prefab architecture is the future of the home construction industry – they reduce the impact on the environment, have a much faster turnaround time, and are relatively cost-effective. A shining example of what the future will look like is the Pi House that was assembled in 45 days on a wooded hillside in the Mexico City Colonia of Bosques de las Lomas. The highly energy-efficient home was built with an ingenious, fully customizable modular construction system, and only aluminum was used for the frame.

The prefab dwelling comes flat-packed in multiple boxes and can be assembled in 45 days without the help of heavy machinery. It uses extrusion-die aluminum framing that’s anchored with rebar to the ground or a poured concrete foundation. Just like a Lego set, there is a network of steel doughnuts that spans lengths of up to 30 feet to support the structure.

The aluminum studs link seamlessly to joists and the exterior cladding is clipped onto the frame. It’s a method that could be extended to 45 feet which makes it modular and easier to expand in case the home belongs to a growing family. Pi House can be shipped anywhere, the system allows it to be the perfect structure for single-family homes as well as larger projects like social housing.

Pi Home can be fully customized right from the interior to furniture selection and even the fabrics to the veneer of the wall panels. The walls and floors are composed of MDF with the wood veneer clipped to the aluminum structure. Insulation between the exterior cladding and interior walls gives the home an energy-efficiency rating as high as R30 depending on its thickness.

The rear curtain wall system opens to an outdoor patio raised above the wooded landscape. Retractable screens allow for shade and privacy in the living area. The main bedroom on the second floor takes advantage of the curtain wall’s openness. The first prototype is a luxurious version that is furnished with state-of-the-art appliances and high-quality materials.

The Pi Home is adaptable to different site conditions and has been engineered to withstand the earthquakes that are common to Mexico City. Double-glazed windows facing south provide both insulation and adequate heat gain for the cooler climate of the city’s higher altitude in Bosques de las Lomas. “You have all of this midcentury inheritance, but truly, when you visit these houses in California, it was all very aesthetic, but it was unlivable on a hot or cold day. We have to take the step and accomplish having efficient thermal living inside the house,” elaborates Aragonés.

Personally, I love the wraparound veranda the most. It is bordered with glass which creates additional outdoor space. The walls and joists have thermal and waffle insulation packages that meet California’s high R22 sustainability standards. This achieves a complete thermal break to prevent leakage of heat through the structure.

The sweeping windows are all double-glazed and using aluminum for the construction makes it a far more sustainable structure compared to traditional homes. Aluminum is one of the most easily and widely recycled materials giving the house an especially circular life cycle while those made with concrete are the biggest global contributors of carbon emissions for the construction industry.

“It’s important to emphasize this being not only a modular system, but a construction system, so it can transform according to the site’s topography and dimensions. If you need to adapt it for a particular project or landscape, you’re easily able to adjust the construction system,” adds Rafael Aragonés who is the son of architect Miguel Aragonés and an associate in the studio.

The Pi House has received an international patent in Switzerland for being the first-of-its-kind structure for aluminum houses and once the International Code Council building certified the process, Taller Aragonés will expand the market to California, New York, and Texas. The aluminum frame, speed of assembly, and cheaper shipping make it about a third of the cost of a typical construction — which is why I called it the modern home affordable of the future that will help more people become homeowners faster while reducing the carbon footprint at a family level.

Designer: Taller Aragonés

This rug doubles up as seating – we can’t get enough it’s transforming furniture design!

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Who isn’t fascinated by transforming furniture designs? I love watching how furniture can serve multiple purposes by simple actions like a pull of a string or folding of a flap. My latest love in the realm of (furniture) transformers is FLUP – a multifunctional furniture piece that is both a rug and a seat! Furniture designs like FLUP are perfect for smaller living spaces, especially with the growing tiny house movement.

In the unfolded position, FLUP works like a conventional mat or rug on which we can sit or step without interrupting the movement of people through the space. It transforms from plane to volume, from floor to space while changing the function with its shape. In the folded position, it works as a piece of minimal furniture – it can be used as a pouf, an auxiliary seat, a footrest, a nightstand, etc.

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It is a perfect example of space-saving furniture. What makes it better is that there is no assembly required, it is a singular element that transforms with folds into another object like origami. With micro-apartments and being the new trend, flexible and lightweight furniture designs like FLUP are super handy. It is minimal, multifunctional and can be flat-packed for storage – there is no reason to not love FLUP!

Designer: Sergio Roca

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This cabin can easily transported to remote places & reduces construction carbon emissions!

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Ever since the pandemic, escapes to secluded local destinations have become the norm which means more cabin designs for us to explore! This is Cabana, a compact and functional cabin that is designed to facilitate a unique experience. Cabana was made to fit in any space and location while making sure it had minimum impact on the environment which guided every detail such as the choice of materials or the process of assembly. The black, boxy unit with contrasting warm wooden interiors feels like the perfect place to read my entire pile of unread books for days!

It offers a cozy refuge from the chaos of our fast-paced lives. Since reducing construction impact on the surrounding was a priority, the team chose steel, cement slabs, and reforested wood for the structure as well as sealing materials. This minimized material waste through leftovers, water consumption, and carbon emissions which increased the overall energy efficiency of Cabana from design to construction and ultimately its usage.

Cabana has a very warm ambiance which it owes to the thermal, lighting, and acoustic comfort provided by rock wool on the walls and ceiling, as well as large PVC frames – a material known for its excellent insulation – that are strategically positioned in order to facilitate cross-ventilation. I would have loved to see a rainwater harvesting system or solar panels to make it more energy-efficient and sustainable.

Additionally, the use of LED strips and a wood-burning stove also help maintain a cozy atmosphere without using excessive energy. “All these actions aim to reduce the need to use air conditioning systems, improve performance in the use of artificial lighting, and consequently minimize the consumption of electricity,” elaborates the team.

Cabana was developed so that it could bring a sustainable cabin design to remote locations. To make that easier, it was divided into multiple modules that could be carried by two people which eliminated the need for cranes and allowed the cabin to be assembled quickly and in usually hard-to-access places.

It can also be transported with the aid of just one box truck which reduces the logistics and all the adversities caused in the process. The metallic pile foundation was designed to minimize its impact on the surroundings and to reduce the use of concrete which actually is the construction industry’s biggest generator of carbon emissions.

The building system is suitable for most terrains, but if necessary, a specialized engineering team will consult the terrain conditions and a specific new foundation will be developed. The team will also accompany the owner with materials and tools to assemble the cabin efficiently and quickly.

It has two levels – the lower area is the living space with a kitchenette and a fireplace while the upper area is entirely a sleeping zone. The bed mattress rests on a raised wooden platform and is positioned in a way to let catch the view of the sky through a window on the angular roof without leaving your bed. Cabana offers a complete cozy cabin-in-the-woods vibe but with a modern aesthetic and a sustainable construction process!

Designer: Liga Arquitetura e Urbanismo

This sustainable house has an aquaponic system that connects a pond for edible fish & a rooftop garden!

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Think of the Welcome to the Jungle House (WTTJH) as a sanctuary for a modern sustainable lifestyle. It enables carbon-neutral living with the most luxurious and artistic aesthetic! It addresses climate change with a design that blends sustainability, landscape, fauna, and architecture for them to exist symbiotically. WTTJH is located in Sydney and the most interesting feature is the aquaponic rooftop masked within a heritage-meets-modernism interior style. This example of sustainable architecture shows us that the future is bright for environmentally conscious design without compromising on form or function.

WTTJH is built within a rejuvenated heritage façade of rendered masonry, steel, timber, and greenery – it is where Victorian row terrace housing meets and a post-industrial warehouse aesthetic. The two-story home was close to collapse and originally occupied the 90sqm triangular site. Due to strict heritage controls, it was untouched and in despair till the rejuvenation project by CPlusC brought it back to life in a way that was conducive towards a better future for the industry and the planet.

The original window openings have been framed in pre-rusted steel and juxtaposed with new openings framed in gloss white powder coat steel which adds a wonderful then-and-now element. A black photovoltaic panel array on the northern façade harnesses sunlight throughout the day and acts as a billboard for the sustainability in the architectural structure which is a contrast to the original heritage facade. The rooftop is made from steel planter beds that provide deep soil for native plants and fruit and vegetables. The garden beds are irrigated from the fishpond providing nutrient-rich water created by the edible silver perch (fish)!





The house features a glass inner skin that is fully operable from the outer punctuated masonry façade, providing an abundance of natural light and views while maintaining privacy. This interstitial zone also helps with passive thermal regulation across the upper floors with planter beds ‘floating’ in between the glass and masonry skins to provide cooling to internal spaces via transpiration. The floating planter beds are also an integrated structurally engineered solution to the lateral bracing needs of the masonry wall.

The journey from ground to roof begins with the raw textures of burnished concrete and fiber cement panels, ascending a steel and recycled timber stair to the bedroom and bathroom level finished in rich and warm timber boards lining the floors walls, and ceilings. The upper floor living space continues with timber flooring and a recycled timber island/dining bench to warm the space. The kitchen has been assembled from an array of machined and polished metals contrasting the concrete and timber finishes of the floors below. Unpolished stainless steel and brass and gold anodized aluminum glow and glean light revealing their factory finishes.

A colonnade of thin steel blade columns supports the roof above and has been deliberately staggered perpendicular from the building’s edge to provide shade from the afternoon sun to keep the building cool in Summer without the need for mechanical shading devices. Above are the hot-dip galvanized planter beds that form the roof structure in its entirety. These structural roof ‘troughs’ are the roof beams spanning up to 8.5M while holding deep soil for the planter beds, exposed at their bases to create the industrially raw ceiling finish below, a detail complimented by the factory finishes of the kitchens stainless steel and brass.

It is an architecture that explores active and passive systems, the poetic, the emotional, and the nurturing capacity of human beings to reverse the impact of climate change and to establish resilience through architectural design that addresses some of the profound pressures on the natural world. It is both a functional and a symbolic advocate for innovation design and sustainable living. It is the architecture of climate change activism where sustainability, landscape, fauna, and architecture exist symbiotically.

Climate change must be reversed, and human beings must become sustainable in every aspect of their lives. Conserving our resources and becoming more sustainable as a species is now critical to our very survival. Almost 100 years ago Le Corbusier famously said that ‘A house is a machine for living in’. If we are to survive the next 100 years a house must be ‘a machine for sustaining life’ and it must promote those values in its architectural expression to the public who largely consume architecture through the media where the image is everything. If we are to promote these values, they must be an intrinsic part of the conceptual fabric of a project.

Architecture that is not only beautiful: an architecture that generates and stores power; an architecture that harvests and recycles water; an architecture that produces fruit, vegetables, fish, and eggs; an architecture that recycles and reuses the waste it produces. Architecture nourishes the mind, body, and soul. Architecture where landscape, food, nature, garden, environment, energy, waste, water, and beauty exist symbiotically.

Designer: CplusC Architectural Workshop

This biodegradable material made from seaweed is used to make ‘disappearing’ plastic-free packaging!

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Plastic is not biodegradable and is one of the biggest contributors to waste and pollution. Every year, 8 million tonnes of plastic are dumped in the oceans and has resulted in a desperate need to change our behavior when it comes to single-use plastic. Meet Notpla – a sustainable material made by a start-up that’s on a mission to make packaging disappear naturally. The innovative seaweed-based material is a biodegradable alternative to single-use plastic that is clogging up our pipes and our planet.

Notpla has created an evolutionary, biodegradable seaweed-based material that can be used to replace plastic cups and condiment sachets with this sustainable packaging solution. It can also be made into thin films or a coating for cardboard to create a wide range of products. “Consumers today are not just aware, but emotionally connected with the issue of plastic pollution. We joined its design engineers and backers to deliver the strategy, name, identity, and brand that would leave people in no doubt about its potential value in the world,” says the team.

Notpla’s products are geared towards cutting down on single-use plastic, giving consumer brands a significant advantage as audiences become more conscious about food packaging. It has been designed to be a simple, bold definition of who they are – not plastic, but a completely new material that is more than just a brand’s clever name.

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The edible, biodegradable material is made from plants and brown seaweed – one of nature’s most renewable resources. It can be used directly to replace plastic cups at sporting events, festivals, and private parties, as well as sachets for condiments, and can be made into thin films or a coating for cardboard to create a wide range of products. It is durable and disappears without harming the environment.

Notpla was trialed in 2019 at the London Marathon with Lucozade and London Cocktail Week and since formed a partnership with Just Eat and Unilever to provide more sustainable food packaging, whilst creating a new and exciting experience for customers. Growing up to 1m per day, it doesn’t compete with food crops, doesn’t need fresh water or fertiliser and actively contributes to de-acidifying our oceans.

The products have featured at Virgin Money’s London Marathon and London Cocktail Week and the brand also has a partnership with Just Eat and Unilever. Conventional wisdom dictates that a brand should be defined by what it is, not what it isn’t. But when what it isn’t is one of the world’s biggest problems – plastics – that’s OK. (Particularly when what it is, is seaweed).

The minimal sachets make a big contribution toward cutting down on single-use plastic, giving consumer brands a significant advantage as audiences make more conscious choices about where and what they eat today. Notpla disintegrates naturally in 4-6 weeks – no micro-plastics, no waste for centuries. Unlike PLA, it is home compostable and doesn’t contaminate PET recycling. It is not too good to be true, it is actually true and you can shop the product here.

Designer: Superunion

The post This biodegradable material made from seaweed is used to make ‘disappearing’ plastic-free packaging! first appeared on Yanko Design.

The world’s first solar-powered luxury yacht is actually a floating villa worth $10.5 million!

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Do you also think about living in a modern luxury villa that is also a yacht powered by solar panels so you can lead the ultimate sustainable lifestyle of your dreams? Me too, and lucky for us (if being lucky also includes the $5.5 million base model cost) Waterstudio.NL and a Miami-based shipping company called Arkup have designed this insane dreamboat – literally! Called the Arkup 75, this flagship product combines luxury with off-the-grid living.

Arkup 75 lets you live in comfort and luxury in total autonomy – enjoy life between the sea, the sky, and the city. The 75 feet long yacht has a total living space of 4,350 sqft!

Arkup is a game-changer for the hospitality market when it comes to self-sustainable, blue developments. floating and overwater eco-resorts a reality with the versatility to scale, configure, even relocate. “We are revolutionizing life on the water. We leverage Arkup products and expertise for fast deployment, modular, floating communities that you scale according to market demands,” says the team.

The livable villa has 4 bedrooms, 4.5 bathrooms, a giant living space, a spacious kitchen, and a sliding deck all divided between two levels. It also has a rainwater harvesting system and solar panels so let you live off the grid comfortably!

Arkup livable yachts combine the best attributes of yachts, floating houses, and waterfront villas, with the added benefits of being self-sufficient, sustainable, and environmentally friendly. The Arkup livable yacht was conceived to be “future-proof”, from its ability to withstand or avoid extreme weather events to its self-contained systems that allow fully off-the-grid living.

The base model will cost $5.5 million and will come with the core amenities as well as the furniture but if you want a fully specced out version, the Arkup 75 can go well up to $10.5 million!

It is built to be energy efficient and incorporate a sustainable lifestyle with technology and systems in place like multiple solar panels on the roof and an intricate rainwater harvesting system with two 4000 gallon water tanks.

It also is modular and has stilts in case you want to dock your luxury home in the shallow waters of a remote island instead of drifting along the skyline of a big city.

The 2,300 sqft roof collects the rainwater and is covered with 36 kW solar electric panels which generate sufficient green energy to live off-the-grid. Live ecologically while being self-sufficient with water and electricity. Enjoy living off the grid and feel the satisfaction of minimizing your carbon footprint.

The smart communications system including satellite TV and WI-FI antennas, LTE, and VHF to stay connected at all times.

Rainwater is collected from the roof, then stored in the hull and purified to ensure freshwater full-autonomy. The hull also accommodates separate technical rooms for hydraulic, electrical, and storage room.

The 2,300 sqft roof is covered with 36 kW solar electric panels which generate sufficient green energy to live off-the-grid.

Two noise-free electric thrusters of 136 hp each rotate 180° for the best maneuverability to propel the yacht up to 5 knots.

The four 40ft long hydraulic legs allow to anchor in up to 20ft water depths and lift the livable yacht above the sea level.

Arkup 75 is also designed to be resistant against category 4 hurricane winds and have high insulation so that you can choose to live your best remote/flexible lifestyle in different climates while being safe.

The 456 sqft retractable terrace adds plenty of outdoor space and is surrounded by shock resistant glass railings. The sun deck located at the stern can be immersed, turning into a sea pool.

Designer: Waterstudio.NL

The post The world’s first solar-powered luxury yacht is actually a floating villa worth $10.5 million! first appeared on Yanko Design.