Glowing rabbit made of 3D-printed polycarbonate pops up in a Dutch pond

February 21, 2020 by  
Filed under Eco, Green, Recycle

Comments Off on Glowing rabbit made of 3D-printed polycarbonate pops up in a Dutch pond

Early last year, Dutch artist Titia Ex presented the North Holland town of Heemskerk with an unusual gift — a massive glowing rabbit sculpture set inside a pond. Dubbed “Bunny Lights,” the site-specific artwork was a light installation built from recycled 3D-printed polycarbonate tubes, a series of stainless steel discs and multicolored LED lights that flicker on at night. Created to symbolize “the continuity of existence,” the artwork was designed in the likeness of the dune rabbit, an animal that has long been native to the region. As a master of experiential art, Titia Ex is known for her installations that often change depending on how they’re viewed. Her unusual art pieces are typically placed in everyday environments, such as in plazas or outside of houses and office buildings. Following this pattern, Bunny Lights was placed at a busy corner intersection in a pond near a residential development. Related: Recycled plastic art installation asserts that water is a human right in D.C. Weighing 1,100 kilograms (2,425 pounds) with a head that measures 5 meters (about 16 feet) in height, the gigantic sculpture added whimsy to an otherwise unremarkable site. The rabbit shape was made from stainless steel discs supported by a 3D-printed “vertebrae” of recycled polycarbonate with embedded LED lights. The lights automatically switch on at nightfall and change the color of the tubes from a dull gray to a rich rainbow of colors, from blue and green to yellow and red. The artwork also plays back recordings of waves taken at various locations, including the sea nearby. “With its mystery, history, nature and symbolism, the native rabbit is the perfect bearer for the centuries-long intertwining of man and beast in Heemskerk in the Netherlands,” the artist explained. “She symbolizes the continuity of existence. It is a landmark in the scenery and a beacon of the existence of man and animal in its wetlands .” + Titia Ex Images via Titia Ex

Read the rest here: 
Glowing rabbit made of 3D-printed polycarbonate pops up in a Dutch pond

12 good things that happened for the environment in 2019

December 26, 2019 by  
Filed under Eco, Green, Recycle

Comments Off on 12 good things that happened for the environment in 2019

For folks who read — and write — about sustainability, dire projections are revealed every day. Between rainforest fires and ocean pollution, much of the news is grim. However, 2019 also brought good news. In the spirit of optimism as we start a new year, let’s hope our species can build on this year’s gains in 2020. Here are a few high points from 2019. Banana leaves as packaging If you’ve ever had the good fortune to visit a southern Indian restaurant in Asia, you may have been served dinner on a banana leaf instead of a plate. Now, that idea has found its way into some Thai supermarkets. Forbes reported on Rimping supermarket in Chiangmai, Thailand that wraps its produce in banana leaves and secures them with a piece of bamboo . Way to cut down on plastic packaging! Robots rejuvenating reefs As we learned in the classic yet highly disturbing film  2001,  not all  robots are trustworthy. However,  Tech Crunch informed us about Larvalbot, a new underwater robot that is reseeding old corals with new polyps. A bot-controlling team at Queensland University of Technology is finding that robots can do this much faster than humans — and lack that pesky need to breathe. Good news for the American barrier reef Meanwhile, in Florida, researchers at Tampa’s Florida Aquarium  worked on “Project Coral” in partnership with London’s  Horniman Museum and Gardens . They announced their first successful attempt at Atlantic coral reproduction in a lab setting. The objective: to create large  coral egg deposits in a laboratory and ultimately repopulate the Florida Reef Tract. Inhabitat reported about how this could have important implications for saving barrier reefs. Help for the rainforests One Green Planet held out some hope for the tropical land being devastated by  palm oil plantations. A collaboration between the Peruvian government, the National Wildlife Federation, conservation organization Sociedad Peruana de Ecodesarrollo and the Peruvian Palm Oil Producers’ Association (JUNPALMA) led to an agreement to only produce sustainable and deforestation-free palm oil by 2021. Peru will join the ranks of South American countries fighting palm oil deforestation, the second after Colombia. Cactus plastic developed in Mexico Research professor Sandra Pascoe Ortiz and other scientists at the University of Valle de Atemajac in Zapopan, Mexico used prickly pear juice to craft a new biodegradable plastic. This cactus plastic begins breaking down in a month when placed in soil and only a few days in water. Unlike traditional plastics, no crude oil is required, according to Forbes . Things are looking up for whales Humpback whales have made a comeback off the South American coast, USA Today reported. After nearing extinction in the 1950s, numbers have surged from a low of 440 South Atlantic humpbacks to more than 25,000. The rise in population coincides with the end of whaling in the 1970s. North American whales got a new app this year. Inhabitat reported on Washington State Ferries implementing a whale report alert system. This new app notifies ferry captains of the whereabouts of orcas and other cetaceans in Puget Sound to help prevent boat strikes. Baby girls and tree planting In the Indian village of Piplantri, families plant 111 trees every time a baby girl is born. Since 2006, this village has been fighting stigma against the double X chromosome, leading to more than 350,000 trees planted so far. The number 111 is said to bring success in Indian culture, according to this YouTube video about Piplantri. Renewable energy growth The International Renewable Energy Agency released a study showing that renewable energy capacity continued to grow globally. Solar and wind energy accounted for 84 percent of recent growth, according to Bioenergy International . Brazilian street dogs and cats get comfy and stylish beds Young artist Amarildo Silva realized he could do something about two problems in his Brazilian city Campina Grande: stray animals and too much trash. He began making colorful beds out of  upcycled tires for both pets and strays. The 23-year-old has been able to leave his supermarket job and make a living as an artist while having a positive and far-reaching effect on his city. The stray  dogs themselves inspired Silva’s breakthrough idea. He noticed that at night, they liked to bed down in discarded tires. So Silva began to collect old tires from landfills, streets and parking lots. After he cleans and cuts them down to size, he decorates the tires with paw prints, bones and hearts, according to Bored Panda . Dogs and cats sleep better, and people see art, not the eyesores of discarded tires. Video game entrepreneur saves North Carolina forests Tim Sweeney, co-founder of Epic Games, has amassed billions with games like Fortnite, Unreal Tournament  and  Gears of War.  Fortunately for the world, he’s putting the money to excellent use. Over the last decade, he’s spent millions on  forest preservation in his home state of North Carolina, according to  The Gamer . This video game developer likes his land undeveloped. South Korean food recycling soars Since 2005, when the South Korean government prohibited people from sending food to landfills, the amount of recycled food waste has soared to 95 percent. This is amazing, considering less than two percent was recycled in 1995. Seoul residents are now required to discard their food waste in special biodegradable bags, which cost families an average of six dollars per month. Money paid for bags covers more than half the cost of collecting and processing this waste, according to Huffington Post . Will artificial islands draw wildlife back to Netherlands? After a dyke collapsed in the Markermeer, an enormous, 270-mile Dutch lake, water became too cloudy with sediment to sustain fish, plants and birds. Now a Dutch NGO called Natuurmonumenten is building five artificial islands out of silt at a cost of €60 million, mostly from public donation, according to The Daily Mail . They hope that this faux archipelago will draw wildlife back to the lake. And so do we. Here’s hoping for more good news in 2020.

Read more:
12 good things that happened for the environment in 2019

UDEM students and Daan Roosegaarde install a Smog-Eating Billboard in Monterrey

December 19, 2019 by  
Filed under Green

Comments Off on UDEM students and Daan Roosegaarde install a Smog-Eating Billboard in Monterrey

Under the guidance of Dutch designer Daan Roosegaarde of Studio Roosegaarde , an interdisciplinary team of students from the University of Monterrey (UDEM) have designed and installed the “Smog-Eating Billboard” to purify the air in Monterrey, Mexico. Dubbed “Pollu-Mesh,” the installation follows in the footsteps of Studio Roosegaarde’s ongoing Smog-Free Project that includes the successful launch of the Smog-Free Towers, a series of large-scale, air-purifying structures in China, South Korea, Poland and the Netherlands. According to the team, the Smog-Eating Billboard purifies the same amount of air as 30 trees every six hours. The Pollu-Mesh project was created over the course of a year during Roosegaarde’s time as a visiting professor to the University of Mexico’s newly founded Environmental Design course. The idea to create an air purifier in the shape of a billboard was born from the observation of the ubiquitous advertising structure in the city; Studio Roosegaarde said that there are currently 9,760 billboards in Monterrey. Building upon existing infrastructure, the students and Roosegaarde created an air-purifying installation that also helps raise awareness about air pollution. Related: Studio Roosegaarde wants to turn space waste into shooting stars and 3D-printed housing Measuring 12.7 meters wide by 7.2 meters tall, the nearly 100-square-meter Pollu-Mesh billboard is coated with a chemical that relies on sunlight and wind to attract and then clean air pollutants via a process called photocatalysis. The text on the billboard reads, “This billboard is now cleaning the polluted air.” The team estimates the lifespan of the smog-eating billboard at 5 years and says it can provide clean air for 104,000 people daily. “It was great to work with the students and take a problem and transform it into a potential,” said Roosegaarde, referring to both Monterrey’s air pollution problems as well the visual pollution of the numerous billboards. “I am really proud to see them go from academic research to a real project. I do not believe in utopia, a perfect solution, but protopia, step-by-step improving reality.” + Studio Roosegaarde Images via Studio Roosegaarde

See more here: 
UDEM students and Daan Roosegaarde install a Smog-Eating Billboard in Monterrey

Remote tiny house in the Netherlands has a design inspired by foliage

December 18, 2019 by  
Filed under Eco, Green

Comments Off on Remote tiny house in the Netherlands has a design inspired by foliage

When a client tasked the team behind Liberté Tiny Houses to create a mobile, minimalist home where she could reconnect with nature, they responded by building the Makatita — a 182-square-foot tiny home with a shape that was inspired by the organic form of a leaf. Located in a remote area of the Netherlands, the Makatita was specifically designed to let the owner enjoy her favorite passions of walking, camping and bushcraft. Accordingly, the architects behind Liberté began their design process by looking directly to Mother Nature for inspiration . Related: This gorgeous tiny home features a greenhouse and wooden pergola The tiny home was built with various organic shapes and materials found in nature, such as foliage, in mind. In fact, according to the designers, Gijsbert Schutten and Gijs Coumou, the home’s angular volume was inspired by the shape of a leaf. “The shape of the house was inspired by the lines that appear when you carefully fold a leaf,” Schutten explained. “The window shutters give the effect of the way light scatters through the forest.” Not just a nod to nature, the tiny home’s severely angled roofline enabled the structure to have ample space for a massive glass facade. Further embedding the home into its environment, the floor-to-ceiling glass panels nearly erase all boundaries between the indoors and outdoors. Inside and out, the structure is clad in pine , creating a warm, cabin setting. Although compact and minimalist, the living space feels open and welcoming. Throughout the interior, the unfinished wood walls, gray vinyl flooring and angular ceiling lend to the industrial design aesthetic. At the request of the homeowner, who prefers to sit on the open-air deck, there are minimal furnishings inside the house. The living space is comprised of a custom bench, which also holds the fireplace with firewood storage underneath, and a single stool made out of a salvaged tree stump. Next to the kitchen, a bespoke table folds out of the wall and can be used for dining or working. A simple wall ladder leads to a sleeping loft with a twin mattress. + Liberté Tiny Houses Via Dwell Images via Liberté Tiny Houses

Read the rest here:
Remote tiny house in the Netherlands has a design inspired by foliage

Modular Aquatecture panels can harvest rainwater from the sides of buildings

December 16, 2019 by  
Filed under Eco, Green

Comments Off on Modular Aquatecture panels can harvest rainwater from the sides of buildings

In response to the severe water shortage that recently gripped Cape Town, South African-born designer Shaakira Jassat of Studio Sway has developed Aquatecture, a building facade panel designed to harvest rainwater runoff as well as moisture from the atmosphere. Developed with modern, urban settings in mind, the modular panels feature a compact profile and stainless steel construction with attractive perforations made for optimal rainwater collection. Jassat’s focus on innovative, water-conserving design are in part inspired by the fears of Day Zero — a reference to the day when severe water shortage would force municipal water supplies to be switched off — and threats of reoccurring droughts throughout South Africa . “As the threat to earth’s natural resources rises exponentially, our ‘available-on-demand’ mentality needs to change,” the designer said. Jassat’s recent projects “reconsider the value of water” and range from a small-scale tea machine that condenses water vapor from the air to the large-scale Aquatecture rain-catching panels. Related: TREDJE NATUR develops sidewalk tiles to capture and reuse water runoff To combat potential drought, Jassat proposes equipping buildings with Aquatecture panels to collect falling rainwater that is then funneled into a tank and pumped back into the building’s gray water system for later use. The panel’s perforated pattern not only takes aesthetics into account, but it is also designed to optimize rainwater collection. The slim profile of the panels would also make it easy to insert into dense urban environments. Research models of the Aquatecture panels and Jassat’s other works were recently presented at Dutch Design Week. Jassat, who is presently based in the Netherlands, was also selected to participate in the Bio Art Laboratories in Eindhoven and has been studying the water-harvesting characteristics of air plants as part of an ongoing ‘Embracing Water’ project in urban environments. + Studio Sway Photography by Ronald Smits, Angeline Swinkels and Alexandra Hsu via Studio Sway

The rest is here:
Modular Aquatecture panels can harvest rainwater from the sides of buildings

30,000 recycled water bottles make up this 3D-printed pavilion

December 16, 2019 by  
Filed under Green, Recycle

Comments Off on 30,000 recycled water bottles make up this 3D-printed pavilion

Dubai-based design studio MEAN Design has unveiled an eye-catching pavilion in the front esplanade of the Dubai International Financial Center. Not only is the bulbous structure with multicolored “teeth” visibly stunning, but the unique pavilion, called Deciduous, was constructed entirely with 3D printing technology that turned 30,000 discarded water bottles into a plastic polymer to use as the base material. The Deciduous pavilion is a stunning example of how 3D printing is not only a viable and affordable construction method of the future but also a revolutionary system that can help reduce plastic waste . According to MEAN Design, the structure was printed using a polymer filament that was made from 30,000 recycled water bottles. The bottles were recycled into the filament and then used to print interlocking parts. The base is also made from 3D-printed concrete, hybridized with the polymer parts. Related: Croatia Pavilion’s Cloud Pergola is one of the world’s largest 3D-printed structures Unveiled at this year’s ‘Art Nights’ event at the Dubai International Financial Center, the pavilion ‘s concept was inspired by autumn. Its name, Deciduous, refers to trees that seasonally shed leaves in the autumn months. The innovative, 3D printing system, which was conceived using computer modeling, allowed the parts to be easily prefabricated off-site and then assembled onsite with little construction materials. In fact, all of the parts of the pavilion were mechanically joined without the need for heavy machinery. As for the design itself, the unique pavilion is a labyrinth-like, white volume with multicolored spokes rising out of the base, resulting in a bulbous, organic figure. The designers invite visitors to enter into the pavilion’s “abstracted botanical form” to explore their relationship with nature . + MEAN Design Photography by NAARO via MEAN Design

Read more here:
30,000 recycled water bottles make up this 3D-printed pavilion

Solar-powered Dutch home produces all of its own energy with surplus to spare

December 5, 2019 by  
Filed under Green

Comments Off on Solar-powered Dutch home produces all of its own energy with surplus to spare

When Marjo Dashorst and Han Roebers set their sights on designing a sustainable home in Zutphen, a municipality on the east side of the Netherlands, the couple turned to Amsterdam-based practice Attika Architekten to realize their dream. The goal was to develop an energy-efficient home that would not only meet all of its own energy needs through renewable systems but also be capable of producing enough surplus energy to charge an electric car . The resulting project, aptly titled the Energy Plant House, combines solar panels, passive solar strategies and a highly insulating envelope to achieve its energy-plus goals. In contrast to its more traditional, gable-roofed neighbors, the Energy Plant House sports a contemporary, boxy appearance. The three-bedroom home is spread out across two floors: a ground-floor volume clad in sand-lime brick and a partially cantilevered upper volume wrapped in reclaimed 60-year-old Azobé campshedding planks. Reused Stelcon plates anchor the terraces. Large sliding glass doors on the north and south sides of the home create a seamless connection between indoors and out. Related: Snøhetta completes world’s northernmost energy-positive building To meet the client’s goals of an energy-plus home, the architects installed 32 rooftop solar panels with a capacity of 9.6 kW. Energy production is supplemented with a 8kW heat pump with a closed source at a depth of 180 meters as well as a heat exchanger in the ventilation system. Energy efficiency is optimized with a well-insulated envelope and vegetated roofs. Strategically located windows — from the skylights to the tall east and west windows — flood the interior with natural light despite the northern orientation. Unwanted solar gain from the south end is mitigated with an overhang from the cantilevered upper volume; advanced remote-controlled outdoor awnings have also been installed to shade the residents from harsh sunlight. + Attika Architekten Photography by Kees Hummel Fotografie via Attika Architekten

Originally posted here:
Solar-powered Dutch home produces all of its own energy with surplus to spare

New biofabricated clothing made from algae goes through photosynthesis just like plants

October 25, 2019 by  
Filed under Eco, Green, Recycle

Comments Off on New biofabricated clothing made from algae goes through photosynthesis just like plants

There are a products that completely revolutionize the fashion industry for their eco-friendly approach and innovative vision. Although the fashion industry has made strides over the past few years in terms of sustainable clothing production, there is still a long ways to go. Thankfully, a handful of designers are coming up with incredibly innovative solutions to really change the concept of eco-fashion . One such visionary is Canadian-Iranian designer Roya Aghighi , whose new line of clothing, Biogarmentry, is made from algae that turns carbon dioxide into oxygen via photosynthesis. Made in collaboration with University of British Colombia (UBC) and Emily Carr Univeristy, the Biogarmentry line is a revolutionary design within the world of eco-fashion . While most sustainable designers are searching for fabrics that don’t harm the environment, Aghighi went straight to the environment for her unique fabric, using living, photosynthetic cells in its design. Related: SAOLA offers sustainable sneakers sourced from algae and recycled plastic The biofabricated textiles are made with a type of single-cell green algae called clothichlamydomonas reinhardtii. To create a solid textile, the algae is spun together with nano polymers. The result is a light, woven eco-textile akin to linen that photosynthesizes like plants. Currently a designer in residence at Material Experience Lab in the Netherlands, Aghighi explains that her inspiration for the design was to cut out the search for high-quality fabrics that don’t harm the planet, instead opting to create what could be the fabric of the future. “Biogarmentry suggests a complete overhaul rather than tinkering at the edges,” she said. “The living aspect of the textile will transform users’ relationship to their clothing, shifting collective behaviors around our consumption-oriented habits towards forming a sustainable future.” In addition to its sustainable design , the textile is also easy-to-maintain. To keep it clean, the garments just need to be watered once in a while, just like real live plants. When the garment has reached the end of its life cycle, which, for the moment, is just a month, it can be used for composting. + Roya Aghighi Via Dezeen Images via Roya Aghighi

Read the rest here: 
New biofabricated clothing made from algae goes through photosynthesis just like plants

Vertical forest buildings designed by Stefano Boeri set to center new Cairo Administrative district

August 22, 2019 by  
Filed under Eco, Green

Comments Off on Vertical forest buildings designed by Stefano Boeri set to center new Cairo Administrative district

In a world of high population growth, it’s increasingly difficult to find adequate housing as green space is diminishing throughout most urban areas. But when Cairo began developing a new administrative capital area, architects and designers jumped into the planning with vertical forest block buildings. Italian architect Stefano Boeri collaborated with Egyptian designer Shimaa Shalash as a local partner, as well as landscape agronomist Laura Gatti to create three, seven-story buildings including a hotel and two apartment blocks. Set in the desert about 30 miles outside Cairo, the buildings will be unique with the incorporation of garden terraces throughout. The design creates the appearance of a living building, with plants cascading down all sides. Related: Egypt’s new Science City International – an oasis of knowledge in the desert Each building will measure 30 meters both in height and width for eye-catching square features in the center of town.  Beyond the shape, the trio of buildings will host an estimated 350 trees and more than 14,000 shrubs and perennials belonging to 100 different species. This remarkable goal represents one third of the total number of living plants in the whole Greater Cairo area. The total green area will cover 3600 sq.m, matching the building footprint. Types of plants will vary to offer visual appeal as the seasons change. As with all trees and plants, the air should be cleaner around the vertical forest with the studio estimating an absorption of 7 tons of carbon dioxide and release of 8 tons of oxygen each year. Not to mention, the buildings will provide their own energy and the greenery will add insulating features. Egyption property developer MISR Italia Properties is building the project, with the vertical concept forest being the first that Boeri has brought to Africa. Previously, he designed building forests in Albania, the Netherlands and even conceptual models for Mars. Architect Stefano Boeri and partner and project director of the office, architect Francesca Cesa Bianchi presented the project and the vision of a ‘ Greener Cairo ‘ at il Cairo last July and construction is set to begin 2020 with finishing touches scheduled for 2022. According to Stefano Boeri and Francesca Cesa Bianchi: “Cairo can become the first Northern-African metropolis to face the big challenge of climate change and of the ecological reconversion”. + STEFANO BOERI ARCHITETTI Images via STEFANO BOERI ARCHITETTI

Go here to see the original:
Vertical forest buildings designed by Stefano Boeri set to center new Cairo Administrative district

Geothermal-powered bus station will use anti-smog blocks to fight pollution

August 13, 2019 by  
Filed under Eco, Green

Comments Off on Geothermal-powered bus station will use anti-smog blocks to fight pollution

The Polish city of Lublin will soon be home to an environmentally friendly bus station that not only offers a new and attractive public space, but also combats urban air pollution. Designed by Polish architectural firm Tremend , the Integrated Intermodal Metropolitan Station in Lublin will be built near the train station and aims to revitalize the area around the railway station. The contemporary design, combined with its environmental focus and green features, earned the project a spot on World Architecture Festival’s World Building of the Year shortlist.  Located close to Folk Park, the Integrated Intermodal Metropolitan Station was designed as a visual extension of the neighboring green space with a lush roof garden and large green wall that wraps the northern facade. Greenery is also referenced in the series of sculptural tree-like pillars that support a massive flat roof with large overhanging eaves. Walls of glass create an inviting and safe atmosphere, while the administration rooms will be provided with tinted windows for privacy.  To reduce energy demands, the building will be heated with geothermal energy and outfitted with energy-efficient LEDs . Meanwhile, motion detectors will be used to activate the lighting to ensure energy savings. A rainwater collection and treatment system will also be used to irrigate the plants that create a cooling microclimate and improved air quality. Air quality is further improved with the use of “anti-smog blocks,” a modern photocatalytic material containing titanium dioxide that breaks down toxic fumes.  Related: Cepezed completes the first self-sufficient bus station in the Netherlands “Architecture of public places is evolving in my opinion in a very good direction,” says Magdalena Federowicz-Boule, President of the Tremend Board. “Combining different spaces, open shared zones favors establishing contacts. The communication center, which is to be built in Lublin, is to revive it for revitalization district and become a meeting place where people will be able to meet and spend together time in an attractive environment with green areas. The project is also a response to problems, related to environmental protection and city life, such as smog , water and energy consumption, noise. It is an image of how we perceive the role of ecology in architecture.” + Tremend

Originally posted here:
Geothermal-powered bus station will use anti-smog blocks to fight pollution

Next Page »

Bad Behavior has blocked 2433 access attempts in the last 7 days.