Reclaimed materials star in this surf villa with ocean views in Bali

November 5, 2019 by  
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The blissful charms of the Uluwatu Surf Villas have been elevated with a recent expansion that includes new villas designed by German architect Alexis Dornier in collaboration with Tim Russo. One of the additions is Puri Bukit, an ocean-facing, four-bedroom villa with sweeping views of the Indian Ocean in Bali. Built with reclaimed timber and locally sourced materials, the building blends traditional Balinese architecture with contemporary design. Located atop cliffs overlooking the ocean in southwest Bali , the Uluwatu Surf Villas were created as a luxury surfer’s paradise with premium villas, bungalows and loft accommodations. The 50-room retreat includes a mix of private and for-rent accommodations, the latter of which are categorized as Cliff Front villas, Ocean Front villas and Jungle View villas that range from one to four bedrooms in size. Related: This contemporary light-filled home feels like an extension of Bali’s tropics Dornier’s recently completed Ocean View 3 (Puri Bukit) villa measures 295 square meters and includes four master bedrooms with en suite bathrooms, making it one of the larger spaces on the property. Punctuated with a skylight, the tropical, modern villa is flooded with natural light and emphasizes indoor-outdoor living with large sliding glass doors that open up to views of the Indian Ocean. Guests can also enjoy access to a private, 40-square-meter saltwater pool. The open-plan living area includes a dining table that seats eight as well as custom-built sofas and a custom art piece by surf artist Andy Davis. As with the other properties, the villa was built with 100-year-old reclaimed teak from Java, reclaimed ironwood from Kalimantan, andesite, terrazzo and local limestone. “The center of the roof is crowned with a generous skylight that illuminates the expansive, centrally located living room,” reads the project statement. “While the main living area flows toward the outdoor pool side terrace and garden, the central core of the house corresponds to the prevailing linear axis running from the ascending entrance stairway, through the main living hall and all the way toward the sea.” + Alexis Dornier Photography by kiearch via Alexis Dornier

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Reclaimed materials star in this surf villa with ocean views in Bali

100architects upcycles phone booths into resourceful community hubs

January 15, 2019 by  
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When was the last time you stepped into a phone booth? If you’re under 30, you might not even be aware that phone booths used to be on nearly every street corner as a means to contact your parents after the football game or call a taxi after dinner. Of course, there are those scenes from the original Superman that might jog your memory. Once cell phones became mainstream, the empty phone booths became easy fodder for graffiti, pollution and public urinal use. But while the era of the phone booth is long gone, in Shanghai, these relics are being upcycled into useful curbside furniture. Many cities in China, like most major metropolitan areas, have grown beyond the need for public phone booths, but the government decided to transform the existing architecture into something more appealing. As contracted by the government, Shanghai firm 100architects took on the challenge of finding a new use for the phone booths on Yuyuan Road, a historic road in the city. The goal was not only to find another use for the phone booths but to make sure the new design was useful and accessible to the public. Related: Martin Angelov upcycles an abandoned telephone booth into public seating While the outside looks like what we remember as a traditional phone booth, the standout orange interior provides shelter and a spot to hang out. Depending on the size of the unit, some have tables while others are standing-room only. One thing they all have in common is a side that is open to the sidewalk and passersby. This is an intentional effort to encourage engagement in a population that has become solitary thanks to individual cell phones. All three “Orange Phone Booth” prototypes include LED lighting that illuminates the structures after dark. They also include a free Wi-Fi connection and USB charging sockets, which are a popular draw for many people on the go or with time to kill. You might also find a newspaper rack, reading lights and an emergency public phone. There are currently five renovated phone booths along Yuyuan Road that work equally as public furniture and statement pieces. + 100architects Via Curbed Photography by Amey Kandalgaonkar via 100architects

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Potato peels offer a sustainable alternative to traditional building materials

January 9, 2019 by  
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Many of the typical building materials used in construction — like medium-density fiberboard (MDF) — contain toxic materials and formaldehyde, plus they have a shockingly short lifespan and a negative environmental impact. But now there is a new option to these single-use materials — potato waste. London-based designers Rowan Minkley and Robert Nicoll as well as research scientist Greg Cooper have developed Chip[s] Board , which is a biodegradable alternative to MDF that is made from non-food-grade industrial potato waste . This innovative idea for a new building material is free of toxic resins and chemicals and is formaldehyde-free. If we throw it out the same way we do MDF, it doesn’t have the same negative impact on the environment. Related: This company wants to turn food waste into building materials — here’s how Minkley, Nicoll and Cooper wanted to combine the issue of material waste with the problem of food waste, and the result is a sustainable wood substitute made from potato peelings. They collected the peelings from manufacturers and then put them through different refinement processes to create a binding agent. This agent is then applied to fibers like potato skins, bamboo, beer hops and recycled wood . Then, the team forms the Chip[s] Board by heat pressing the composite into a sheet that can be processed into different products, like furniture and building materials. Once these products reach the end of their lifespan, they can be biodegraded into fertilizer. The actual details about the making of Chip[s] Board haven’t been disclosed, because Minkley and Nicoll have filed for a patent on their manufacturing process. However, they have revealed that that the pressing process mimics the conditions found in MDF manufacturing, but they replace formaldehyde-based resins with waste-derived, biodegradable binders. According to the design team, the development of Chip[s] Board involved a lot of trial and error, some hack chemistry and educated guesses, but all of this allowed them to develop strong and usable boards. They are also developing other sustainable materials, which have caught the attention of the fashion industry. + Chip[s] Board Via Archinect and Dezeen Images via Chip[s] Board

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Plastic-eating mushrooms are the new superheroes in combating the growing waste crisis

September 26, 2018 by  
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A new study from the Royal Botanic Gardens Kew in London says that fungi are capable of expediting the breakdown of plastic waste. The aspergillus tubingensis fungus was featured in the  State of the World’s Fungi 2018 report , which also documented that fungi are optimal in producing sustainable building materials and capable of removing pollutants from soil and wastewater. Whereas plastic generally takes years to degrade, the mushroom, first discovered growing in a Pakistani dump in 2017, could make it possible to break down the pollutants in weeks. The 2018 report is the first release of its kind, marking its debut with the monumental discovery that mushrooms could provide a solution to the growing plastic waste crisis. The global concern has spurred research and innovation in the design and tech industries, but U.K. botanists say that nature might have already provided an answer by arming itself with a biological defense against the plastic plague with which it is overwhelmed. Related: Scientists reveal new technique to make biofuel from mushroom waste Because its properties catalyze the deterioration of plastic molecules, the report announced that aspergillus tubingensis “has potential to be developed into one of the tools desperately needed to address the growing environmental problem of plastic waste .” According to the scientists, the mushroom has the ability to grow directly on the surface of plastics, where it breaks down the chemical bonds between the plastic molecules. Armed with a unique enzyme that is secreted by the sprout, aspergillus tubingensis is one of the most interesting fungi featured in the team’s research paper. The report also confirmed that white rot varieties of fungus like pleurotus ostratus and trametes versicolor have a beneficial effect on soil and wastewater, removing pesticides, dyes and explosive remnants. The trichoderma species has been identified as a stimulant for producing biofuels through its conversion of agricultural waste into ethanol sugars. Fungal mycelium is also notable, especially for designers and architects interested in finding sustainable replacements for polystyrene foam, leather and several building materials. Tom Prescott, senior researcher at Kew Gardens,  told Dezeen , “The State of the World’s Fungi report has been a fascinating look into the fungal kingdom, revealing how little we know and the huge potential for fungi in areas as diverse as biofuels, pharmaceuticals and novel materials.” The State of the World’s Fungi report documents more than 2,000 new species found in 2017, identifying useful characteristics for both natural and industrial purposes as well as citing the obstacles they encounter as a result of climate change . More than 100 scientists from 18 countries collaborated on the study and cataloged the new mushrooms for the Kew Gardens “fungarium,” which houses over 1.25 million dried specimens of fungi from all over the planet. + State of the World’s Fungi 2018   Via Dezeen Image via Pree Bissessur

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A greenhouse is transformed into an experimental living space in Taiwan

September 26, 2018 by  
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Taipei-based design practice BIAS Architects recently completed “Greenhouse as a Home,” an experimental installation that reinterprets the living areas of a traditional house as five climatic zones. Created for the 2018 Taoyuan Green Expo, the project invited the public to experience the buildings with all five senses, from feeling the climatic differences to eating fresh vegetables hydroponically grown in the installation. Greenhouse as a Home consists of five independent yet interconnected steel grid structures with varying heights and climates ranging from 16 to 29 degrees Celsius (61 to 84 degrees Fahrenheit). Greenhouse as a Home was developed to promote a “culture of sustainability” with its interactive programmatic zones conducive to education. “Here, the human living space is intertwined with that of the plants and organized according to climatic zones, rather than traditional architectural areas,” the architects explained. “ Greenhouses building materials and structures are arranged to separate climatic areas, while the distribution of water and energy flows is technologically managed. The roof is covered with various combinations of agricultural gauzes and plastic films to control lighting and solar radiation.” The experimental project is divided into five structures: the Fern Living Room, Farm Dining, Photosynthesis Kitchen, Sun Garden and Theater of Mushroom. A defined walking path links the different volumes. The first zone visitors experience is the Fern Living Room, a shadowy and humid space dressed with potted ferns hung from the ceiling. The next room, Farm Dining, is slightly hotter and less humid and serves as the main activity zone organized around a large table. Related: 6 places where soil-less farming is revolutionizing how we grow food A vertical hydroponic farm is located in the Photosynthesis Kitchen, the middle zone where fresh vegetables are picked daily and cooked in the demonstration kitchen. The fourth zone, the Sun Garden, is the hottest and driest room of all and is used to desiccate vegetables. The fifth and final zone, the Theater of Mushroom, immerses visitors into a dark, highly humid environment with the coolest temperatures in the entire installation; the multisensory space is complemented by light and sound performances. + BIAS Architects Images by Rockburger

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A greenhouse is transformed into an experimental living space in Taiwan

A greenhouse is transformed into an experimental living space in Taiwan

September 26, 2018 by  
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Taipei-based design practice BIAS Architects recently completed “Greenhouse as a Home,” an experimental installation that reinterprets the living areas of a traditional house as five climatic zones. Created for the 2018 Taoyuan Green Expo, the project invited the public to experience the buildings with all five senses, from feeling the climatic differences to eating fresh vegetables hydroponically grown in the installation. Greenhouse as a Home consists of five independent yet interconnected steel grid structures with varying heights and climates ranging from 16 to 29 degrees Celsius (61 to 84 degrees Fahrenheit). Greenhouse as a Home was developed to promote a “culture of sustainability” with its interactive programmatic zones conducive to education. “Here, the human living space is intertwined with that of the plants and organized according to climatic zones, rather than traditional architectural areas,” the architects explained. “ Greenhouses building materials and structures are arranged to separate climatic areas, while the distribution of water and energy flows is technologically managed. The roof is covered with various combinations of agricultural gauzes and plastic films to control lighting and solar radiation.” The experimental project is divided into five structures: the Fern Living Room, Farm Dining, Photosynthesis Kitchen, Sun Garden and Theater of Mushroom. A defined walking path links the different volumes. The first zone visitors experience is the Fern Living Room, a shadowy and humid space dressed with potted ferns hung from the ceiling. The next room, Farm Dining, is slightly hotter and less humid and serves as the main activity zone organized around a large table. Related: 6 places where soil-less farming is revolutionizing how we grow food A vertical hydroponic farm is located in the Photosynthesis Kitchen, the middle zone where fresh vegetables are picked daily and cooked in the demonstration kitchen. The fourth zone, the Sun Garden, is the hottest and driest room of all and is used to desiccate vegetables. The fifth and final zone, the Theater of Mushroom, immerses visitors into a dark, highly humid environment with the coolest temperatures in the entire installation; the multisensory space is complemented by light and sound performances. + BIAS Architects Images by Rockburger

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A greenhouse is transformed into an experimental living space in Taiwan

This family tiny home is built from recycled materials and reclaimed wood

July 25, 2018 by  
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Tiny homes have been in the limelight for several years, but what makes Margo and Eric Puffenberger’s custom-built tiny house unique is the many recycled materials that were sourced from their family members. Throughout the Puffenberger tiny home, you’ll find wood from Margo’s grandparents and sister, shelves made from her great-great-grandmother’s buffet and windows and a door from her old, demolished elementary school. Building the nearly 190-square-foot house was prompted by a casual car conversation. The 4- and 6-year-old kids, Avery and Bennett, loved the idea, and the rest is history. First, the couple bought a used 16-foot trailer with a 10,000-pound towing capacity. Margo sketched out the floor plans, and construction for the tiny home began. The couple chose cedar siding  for the exterior based on its light-weight and low-maintenance qualities as well as how lovely it ages. A durable standing seam roof complements the cedar. Plenty of windows provide natural ventilation and light — some windows were retrieved from the now-defunct elementary school. The bathroom door was also salvaged from the school and glides like a barn door. The couple designed screened window systems that hook open from the inside encourage air flow while discouraging bugs from coming into the home. Related: A couple turns a Mercedes Sprinter into a solar-powered home on wheels The tiny home’s walls are covered in white oak and beechwood salvaged from the grandparents’ corn crib. This wood was also used to build sleeping and storage lofts as well as kitchen counters, the shower basin cabinet, trim and half of the floors — the remainder is tongue-and-groove maple flooring salvaged from Margo’s sister’s old farmhouse . The kitchen cupboards are crafted from her great-great-grandmother’s buffet. Eric designed and built a couch with a fold-out bed and window seat that converts into a dining table. The Puffenbergers hit their goal of completing the project in less than two years. Just this month, the family traveled from Ohio to Colorado with their home in tow, and it was a family adventure they’ll cherish for a lifetime. Via Tiny House Talk Images via Margo Puffenberger

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This family tiny home is built from recycled materials and reclaimed wood

A former ski lift station takes on new life as a bold mountain lodge

July 12, 2018 by  
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A small mountain lodge has replaced an old ski lift station on the Krkonoše mountains in the Czech Republic. Czech studio ADR designed the ?erná Voda, named after a nearby stream, to serve as a place of respite for short-term guests of a nearby lodge’s owner. The isolated retreat stands in a meadow apart from the Horní Malá Úpa village, among tall trees and lush shrubbery that shroud the cabin in serenity. Stepping inside the ?erná Voda, guests will find a bright, minimalist design. Light timber, which covers the walls, floors and ceilings, creates an open, airy feel. The kitchen space offers a sharp contrast with blackened wood cabinetry. The simple interior draws focus to the large windows and their picturesque views of the mountains , including Sn?žka, the highest mountain peak in the country. One window opens to the outdoors and allows a breath of fresh air into the cabin. Upstairs, a sleeping loft outfitted with protective netting offers a quiet space for visitors to rest. As natural light filters into the ground floor at daybreak, the loft benefits from the pitched ceiling and retains some darkness for guests who prefer to sleep in. During cooler months, a small wood-burning stove keeps the cabin toasty and inviting after a long day of exploring the outdoors. The mountain lodge blends into its forested surroundings in the summer with its dark metal and blackened wood cladding. When the landscape becomes blanketed in snow, the gabled cabin stands out boldly in its environment. On the west end of the home, a deck extends the living areas to the outdoors. The ?erná Voda mountain lodge has been nominated for a 2018 Czech Architecture Award , which promotes projects that embrace the public and the environment by both new and seasoned architects. + ADR Images via Jakub Skokan and Martin T?ma / BoysPlayNice

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This off-grid, lunar lander-inspired tiny home is out of this world

July 12, 2018 by  
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If you’ve ever dreamed of going to outer space, prepare to swoon over this spacecraft-inspired tiny home  perched on the edge of the Columbia River in Central Washington. The holiday home — named the Lunar Lander — was designed and built by Kurt Hughes, a naval architect of Kurt Hughes Sailing Designs , who applied boat-building techniques to make the unique structure habitable, comfortable and environmentally friendly. Elevated off the ground on steel pillars, the off-grid, geometric abode measures only 250 square feet and weighs 3,000 pounds. Inspired by the image of the Apollo 11 spacecraft, Hughes sought to create a tiny house with futuristic features, both in appearance and in function. Drawing on his years-long experience with boat- and home-building, Hughes used the latest marine composite technology to construct the dwelling, which is waterproof, airtight  and resistant to vermin, mold and insects. An air-to-air heat exchanger provides comfort and ventilation. The Lunar Lander has neither roofing nor siding, and it is primarily built of plywood, epoxy and fiberglass . Related: Subterranean fridge pod: keep food cold without electricity “The Lunar Lander is not only an interesting configuration, but an homage to a time when people did new things,” explained Hughes of his desire to push the envelope. “Innovators were prized, not feared. And what’s more, the actual Apollo astronauts trained some 25 miles from where this project is sited. The Lunar Lander can rest comfortably on drastic, uneven terrain, with virtually no environmental footprint .” Related: Sail your worries away on this solar-powered floating tiny home Topped with a transparent geodesic dome that fills the tiny home with natural light, the interior features external modules for the bathroom, galley, dining space and storage. A stairway leads down to the sleeping space. Solar panels are affixed to the top of the structure, and the unit is optimized for minimal maintenance. Hughes has also expressed the possibility of making larger models of the Lunar Lander in the future. + Kurt Hughes Sailing Designs Images via Kurt Hughes

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This off-grid, lunar lander-inspired tiny home is out of this world

Lego-like kindergarten sparks creativity with a playful brick facade

May 17, 2018 by  
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Brick may often be seen as boring and traditional, but that’s not the case when the material falls into the hands of KIENTRUC O . The Vietnamese architecture studio creatively used the ancient building block to breathe life into Ho Chi Minh City’s new Chuon Chuon Kim 2 Kindergarten located in the city’s District 2. The building is made entirely from bare brick arranged in patterns to form an eye-catching and playful facade that also promotes natural ventilation. Likened to a “giant Lego building,” the Chuon Chuon Kim 2 Kindergarten features perforated brick walls with sections painted vibrant yellow for a spectacular effect. While a playful atmosphere conducive to exploration was crucial in the design, the architects also wanted to create a space that felt calm and relaxed. To that end, the building is organized around a central active core that branches out to serene  classroom settings. “Instilled within the school is an openness with a spark of curiosity that allows people of all ages to venture and explore the space in a relaxing and calming atmosphere,” the architects wrote. “As we have engaged in numerous educational projects, we recognize that these experiences are equally as important as the responsibility of nurturing the kids. It invokes a sense of pride, and interests within the teacher and the staffs. It inspires and embraces them, for they have chosen to dedicate their life for the education and the well-being of the children on a daily basis.” Related: This stunning brick “cave house” in Vietnam is open to the elements Each floor features alternating patterns that encourages children to become more attuned to their surroundings. The walls are punctuated by large windows for continuous views inside and out. Access to daylight , cross breezes and a natural material palette help promote a healthful environment. A rooftop garden tops the building with panoramic views of the Saigon River. + KIENTRUC O Via ArchDaily Images by Hiroyuki Oki

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