Recycled materials make up this quirky solar-powered hotel in West Africa

November 17, 2017 by  
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A beautiful sun-soaked retreat on Cape Verde’s island of Sao Vicente prides itself on sustainability. Ramos Castellano Arquitectos designed the Terra Lodge Hotel using recycled and found materials, water recycling systems, and a rooftop solar array . The hotel draws the eye with its gridded timber frame, constructed from unfinished African wood, that partially encloses private verandas. Built predominately from lime-plastered concrete, the Terra Lodge Hotel’s five structures are rotated to optimize views and cross breezes. The hotel includes 12 rooms and a suite, a breakfast room, a lap pool, and a large outdoor terrace on the roof of an old green colonial house that now houses the owner’s tourist agency. The architects used found materials in construction, such as the recycled metals from petroleum barrels for the gate and the locally sourced rocks for the walls. Related: Hotel Shabby Shabby: Pop-Up Hotel Offers Recycled Rooms Built for Under €250 “Every solution is simplified adapting to the island lack of material and resources, simple and essential for satisfying basic needings, not for ephemeral fashion,” wrote the architects. “Almost everything is handmade, employing people from the neighborhood, from the floor finishing to the furniture, trying to distribute the economy of the building construction in the social environment.” The architects also designed the furnishings and light systems with locally handcrafted and recycled wood. + Ramos Castellano Arquitectos Via ArchDaily Images © Sergio Pirrone

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Recycled materials make up this quirky solar-powered hotel in West Africa

Dwell Development introduces net zero-ready homes to Seattles Georgetown neighborhood

November 6, 2017 by  
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Green home builder  Dwell Development  is taking Seattle by storm! After completing several stunning net-zero projects, including this 5-Star Built Green home in Mount Baker , the company has unveiled another two  energy-efficient homes nestled in Georgetown, one of Seattle’s oldest and most eclectic neighborhoods. Both residences feature 12-inch thick walls for optimal thermal insulation, solar-ready rooftop configurations, electric vehicle charging units, and triple-glazed windows. Thanks to these sustainable features, the homes are now targeting 5-star Built Green certification and net zero , highest levels of green building certification. Each is 2500 square feet and includes three bedrooms, two and a half bathrooms, alley access to a two-car garage and an open-plan layout that maximizes the amount of natural light . Related: Ultra-green house in Seattle marries aesthetics and sustainability The architects drew inspiration from the industrial aesthetic of the neighborhood and its manufacturing tradition. The open-plan layout references airplane hangars, while reclaimed wood accents on the exterior façade act as a nod to the warehouse typology still present in Georgetown. + Dwell Development Photos by Tucker English

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Dwell Development introduces net zero-ready homes to Seattles Georgetown neighborhood

Building integrated solar panels from Dubai produce clean energy and color

October 31, 2017 by  
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The United States could obtain 40 percent of its energy solely from rooftop solar (with sufficient political will). But what if solar panels could also boost architectural aesthetics? Dubai -based Emirates Insolaire hoped to do just that with their Kromatix technology, providing an alternative to the blue or black panels that adorn many roofs. Plus, their solar products aren’t limited to rooftops — they can also be integrated in balconies or facades. Emirates Insolaire, a joint venture of Dubai Investments PJSC and SwissINSO , is changing our vision of solar with their Kromatix technology, developed with the Swiss Federal Institute of Technology . Emirates Insolaire offers Kromatix solar glass in gold, green, or terracotta, with an opaque finish that hides the power-generating technology inside. Solar transmittance varies among colors, but Emirates Insolaire said it is always greater than 85 percent. They also offer Kromatix modules manufactured with their solar glass that have an average efficiency of above 15 percent. Related: Discreet new SolarSkin panels completely blend in with their environment The company doesn’t use pigments to color their solar glass, but rather “a complex nano-scale multilayer deposition by plasma process,” and say the color will remain stable as time passes. According to Emirates Insolaire’s website, “The colored appearance results from the reflection of a narrow spectral band in the visible part of the solar spectrum. The rest of the solar radiation is transmitted to the solar panel to be converted into energy .” The thickness of the solar glass is between 3.2 and eight millimeters. SwissINSO says the Kromatix colored solar panels can be integrated on facades and rooftops of all sorts of structures, from private homes to high-rise buildings. Electrek also reported the Kromatix products are affordable; they estimated a 5.5 kilowatt solar system would cost between $1,300 and $1,500 per home. They said not counting tax credits or incentives, the system would cover the cost of coloring in a little over one and a half years. Emirates Insolaire’s products have been installed across Europe, including at this school in Copenhagen . + Emirates Insolaire Via Electrek Images via Emirates Insolaire

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Building integrated solar panels from Dubai produce clean energy and color

Building integrated solar panels from Dubai produce clean energy and color

October 31, 2017 by  
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The United States could obtain 40 percent of its energy solely from rooftop solar (with sufficient political will). But what if solar panels could also boost architectural aesthetics? Dubai -based Emirates Insolaire hoped to do just that with their Kromatix technology, providing an alternative to the blue or black panels that adorn many roofs. Plus, their solar products aren’t limited to rooftops — they can also be integrated in balconies or facades. Emirates Insolaire, a joint venture of Dubai Investments PJSC and SwissINSO , is changing our vision of solar with their Kromatix technology, developed with the Swiss Federal Institute of Technology . Emirates Insolaire offers Kromatix solar glass in gold, green, or terracotta, with an opaque finish that hides the power-generating technology inside. Solar transmittance varies among colors, but Emirates Insolaire said it is always greater than 85 percent. They also offer Kromatix modules manufactured with their solar glass that have an average efficiency of above 15 percent. Related: Discreet new SolarSkin panels completely blend in with their environment The company doesn’t use pigments to color their solar glass, but rather “a complex nano-scale multilayer deposition by plasma process,” and say the color will remain stable as time passes. According to Emirates Insolaire’s website, “The colored appearance results from the reflection of a narrow spectral band in the visible part of the solar spectrum. The rest of the solar radiation is transmitted to the solar panel to be converted into energy .” The thickness of the solar glass is between 3.2 and eight millimeters. SwissINSO says the Kromatix colored solar panels can be integrated on facades and rooftops of all sorts of structures, from private homes to high-rise buildings. Electrek also reported the Kromatix products are affordable; they estimated a 5.5 kilowatt solar system would cost between $1,300 and $1,500 per home. They said not counting tax credits or incentives, the system would cover the cost of coloring in a little over one and a half years. Emirates Insolaire’s products have been installed across Europe, including at this school in Copenhagen . + Emirates Insolaire Via Electrek Images via Emirates Insolaire

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Building integrated solar panels from Dubai produce clean energy and color

73 million trees to be planted in largest reforestation project ever

October 31, 2017 by  
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Conservation International aims to plant 73 million trees in the Brazilian Amazon as part of the largest ever undertaking of its kind. In what is being called the “arc of deforestation” in the Brazilian states of Amazonas, Acre, Pará, and Rondônia, as well as throughout the Xingu watershed, trees will be planted as part of a project that, in the short-term, aims to restore 70,000 acres of tropical forest. “If the world is to hit the 1.2°C or 2°C [degrees of warming] target that we all agreed to in Paris, then protecting tropical forests in particular has to be a big part of that,” said M. Sanjayan, CEO of Conservation International, in an interview with Fast Company . “It’s not just the trees that matter, but what kind of trees ,” said Sanjayan. “If you’re really thinking about getting carbon dioxide out of atmosphere, then tropical forests are the ones that end up mattering the most.” Ceasing deforestation would allow for the absorption of 37 percent of the world’s annual carbon emissions yet scientists worry that 20 percent of the Amazon may be deforested in the next two decades, in addition to the 20 percent that was deforested in the past 40 years. To combat this rapid pace of destruction, Conservation International is utilizing new, efficient planting techniques that could be applied worldwide. “This is not a stunt,” said Sanjayan. “It is a carefully controlled experiment to literally figure out how to do tropical restoration at scale, so that people can replicate it and we can drive the costs down dramatically.” Related: Hurricane Maria ravaged the only tropical rainforest in the United States The planting method used in the project is known as muvuca , which is a Portuguese word to describe many people in a small place. In  muvuca, hundreds of native tree seeds of various species are spread over every inch of deforested land. Natural selection then allows the most suited to survive and thrive. A 2014 study from the Food and Agriculture Organization and Biodiversity International found that more than 90 percent of native tree species planted using the  muvuca method germinate and are well suited to survive drought conditions for up to six months. “With plant-by-plant reforestation techniques, you get a typical density of about 160 plants per hectare,” said Rodrigo Medeiros, Conservation International’s vice president of the Brazil program and project lead, according to Fast Company . “With muvuca, the initial outcome is 2,500 species per hectare. And after 10 years, you can reach 5,000 trees per hectare. It’s much more diverse, much more dense, and less expensive than traditional techniques.” Via Fast Company Images via Depositphotos (1)

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Climate change and volcanic eruptions could lead to years without summer

October 31, 2017 by  
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Scientists warn that if climate change continues at its current pace, oceans may lose their ability to reduce atmospheric effects from volcanic sulfur and aerosols as they have done in the past. This means that volcanic eruptions in the future may lead to “years without summer,” as occurred in 1815 after the April eruption of Mount Tambora in Indonesia . New research led by the National Center for Atmospheric Research (NCAR) in the US both confirms that specific eruption’s role in altering the global climate and the role that future eruptions might play if the ocean’s temperature continues to be affected by melting sea ice and rising global temperatures. The researchers used data from Community Earth System Model’s (CESM) Last Millennium Ensemble Project, which provides simulations of Earth’s climate based on the geological record from 850 through 2005, to determine that the Mount Tambora eruption caused a notable cooling event on the global climate. Sulfur dioxide sent into the atmosphere became sulfate particles known as aerosols and reflected light away from the Earth. This resulted in a so-called “year without summer,” in which crops across North America and Europe suffered tremendous losses due to cold temperatures and blocked sunlight. Related: Two giant volcanic eruptions formed Yellowstone’s iconic caldera The oceans played an important role in returning the climate to relative normalcy through a process in which the colder water of the ocean sinks while warmer water rises to the surface, helping to warm the surrounding land and atmosphere . However, due to changing ocean temperatures resulting from climate change, if an eruption similar to Mount Tambora were to occur in 2085, the ocean would be less able to bring about climate stabilization. Study author Otto-Bliesner wrote, “The response of the climate system to the 1815 eruption of Indonesia’s Mount Tambora gives us a perspective on potential surprises for the future, but with the twist that our climate system may respond much differently”. + Nature Communications Via Alphr Images via Depositphotos (1)

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Climate change and volcanic eruptions could lead to years without summer

Weathering steel wraps around a solar-powered California home

October 31, 2017 by  
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When Faulkner Architects was tasked with building a family home just outside San Francisco, the clients emphasized the importance of the environment. The Truckee-based architecture firm set about creating a striking site-specific dwelling with a small energy footprint. The result is an AIA award-winning three-bedroom home, called Miner Road, that’s wrapped in sheets of Corten Steel—chosen for its low maintenance and the way it “refresh[es] every time it rains, just like the landscape,” says architect Greg Faulkner. Located in Orinda on a sloped eight-acre site with large oak trees, Miner Road takes over the footprint of a former home that once stood on the property. The mature oak trees informed the orientation of the home and provide shade, while glass walls frame the trees’ large gnarled branches. Large cutouts in the weathering steel facade let in ample natural light and views of the landscape. Related: Green-roofed home with rusting walls appears to grow out of a Finnish forest “This bridging between interior and exterior is major feature of the main living space, and an entire wall is devoted to connecting the two visually,” wrote Faulkner Architects. In contrast to the weathering steel facade, the interior is bright and modern, and focuses on a natural materials palette , from the abundant use of white oak to white gypsum walls and basalt floor tiles. The home’s mechanical and electrical systems are designed at a 44.9% improvement over code and include a rainwater harvesting system and solar panels. + Faulkner Architects Via Dezeen

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Weathering steel wraps around a solar-powered California home

Weathering steel wraps around a solar-powered California home

October 31, 2017 by  
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When Faulkner Architects was tasked with building a family home just outside San Francisco, the clients emphasized the importance of the environment. The Truckee-based architecture firm set about creating a striking site-specific dwelling with a small energy footprint. The result is an AIA award-winning three-bedroom home, called Miner Road, that’s wrapped in sheets of Corten Steel—chosen for its low maintenance and the way it “refresh[es] every time it rains, just like the landscape,” says architect Greg Faulkner. Located in Orinda on a sloped eight-acre site with large oak trees, Miner Road takes over the footprint of a former home that once stood on the property. The mature oak trees informed the orientation of the home and provide shade, while glass walls frame the trees’ large gnarled branches. Large cutouts in the weathering steel facade let in ample natural light and views of the landscape. Related: Green-roofed home with rusting walls appears to grow out of a Finnish forest “This bridging between interior and exterior is major feature of the main living space, and an entire wall is devoted to connecting the two visually,” wrote Faulkner Architects. In contrast to the weathering steel facade, the interior is bright and modern, and focuses on a natural materials palette , from the abundant use of white oak to white gypsum walls and basalt floor tiles. The home’s mechanical and electrical systems are designed at a 44.9% improvement over code and include a rainwater harvesting system and solar panels. + Faulkner Architects Via Dezeen

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Weathering steel wraps around a solar-powered California home

Artist upcycles plastic bottles into enchanting chandeliers

October 31, 2017 by  
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These elaborate chandeliers might look like they’re made from crystal at a distance—but take a closer look and you’ll see they’re actually crafted from recycled plastic bottles. Czech artist Veronika Richterová created these upcycled beauties as part of PET luminaries, a series of working lamps and chandeliers made from colorful PET. Previously featured on Inhabitat, Veronika Richterová won our hearts with her PET-ART collection made up of lifelike fauna and flora crafted from recycled plastic bottles. Colossal spotted the artist’s chandelier project and its current exhibition in Eden Unearthed at Sydney’s Eden Gardens that will run until February 2018. Related: Artist Veronika Richterová turns plastic bottles into beautiful plant and animal sculptures Her creative light fixtures are intricately detailed—Richterová cuts and twists the bottles into the desired texture, shape, and patterns, but also preserves enough of the original bottle shape to provoke dialogue about recycling. Richterová drew inspiration for her series from the way plastic bottles interact with light, and she works with bulbs and cables that give off minimal heat to protect the heat-sensitive sculptures. + Veronika Richterová Via Colossal

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Artist upcycles plastic bottles into enchanting chandeliers

Food-producing reACT home sustainably and intelligently adapts to your needs

October 6, 2017 by  
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The homes of the future will be smart, responsive, and even save us money. University of Maryland students let us take a peek into what the future may hold with reACT, a smart sustainable home that rethinks architecture as living organisms. Created as a “kit of parts,” this modular solar-powered dwelling is likened to a home-building kit that can be easily shipped out and readily adapted to different needs and environments. Most impressively, reACT —short for Resilient Adaptive Climate Technology—is self-sufficient and generates clean energy, recycles waste, self-regulates its building systems, and even produces clean water and grows nutrient-rich foods. UMD students designed and built reACT for a married couple living in Denver, Colorado, who are also members of the St. Croix Chippewa Indians of Wisconsin. The solar-powered home draws inspiration from the clients’ Native American roots to demonstrate how reACT’s innovative building system with off-grid capabilities can be customized to unique occupant needs. Thus, the reACT prototype incorporates Native American influences such as materials, patterns, and even ancestral farming practices, which can be found in the hydroponic garden, exterior vegetable garden, and movable living walls. The modular design allows the homeowners to expand or contract the house as needed. “Team Maryland created Resilient Adaptive Climate Technology to showcase how a sustainable future is more than just designing a better built home; it is a lifestyle system that incorporates a home with its surrounding environment, interacts with its occupants, and strives to give back more than it takes,” wrote the students. “This lifestyle system is supported by regeneratively mindful innovations that can be seen and explored throughout reACT communications. A modular ‘kit-of-parts’ home is the base of reACT as a lifestyle system. The ability to customize a home to adapt to the occupant’s unique needs is complimented by the technologies and innovations that increase energy efficiency , power generation, comfort, self-reliance, and overall enhance sustainable living.” Related: University of Maryland’s WaterShed Solar Decathlon House Takes First Place In Architecture! The modular reACT home is designed around a central courtyard with an operable glass roof and wall panels to bring light into the interior and serve as a solar heat collector. A solar electric photovoltaic array harnesses renewable energy and stores it in an on-site battery. Residents will have the option to sell energy back to the grid. The reACT home also produces clean water through rainwater and gray water collection and treatment systems. Indoor gardening creates the home’s green core where nutrient-rich foods are grown using organic waste gathered from the composting toilet. Self-regulating building systems, achieved through automation, program the home to become more energy efficient over time as the virtual house technology learns from its environment and the occupants’ lifestyles. The reACT home is the University of Maryland’s submission to this year’s Solar Decathlon competition. Once the competition is over, reACT will be shipped back to Maryland and installed next to Maryland’s Solar Decathlon 2007 second-place house in a sustainability park for further research and development. + Solar Decathlon Images via Mike Chino

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