Net-zero Genesee Park residence in Seattle is built out of recycled materials

October 9, 2017 by  
Filed under Green, Recycle

This high-performance home in Columbia City, Washington is a perfect example of sustainable design. It features responsibly-harvested and recycled materials, solar power on the roof and a well-insulated, air-tight envelope – all surrounded by native plants in the garden. The Genesee Park residence, designed by First Lamp Architecture and built by Seattle-based contractor Dwell Development , is net zero energy and achieved 5-Star Built Green certification. The 3,700-square-foot home is located across from Genesee Park in Seattle , near the shores of Lake Washington and a broad open meadow that stretches five blocks north to Stan Sayres Memorial Park on Lake Washington Boulevard. The building sits on a large 8,000-square-foot lot and is surrounded by native plants and ample space for gardening. Related: Dwell Development’s net-zero home in Seattle is packed with sustainable goodness It offers an open-plan living room bathed in natural light , four bedrooms and bathrooms, guest rooms and indoor-outdoor entertainment areas, including a spacious rooftop terrace that offers expansive views of Lake Washington. Related: NBBJ Unveils Striking Biosphere Greenhouses for Amazon’s Seattle HQ The architects layered materials to create a dynamic exterior. Concrete, oak, metal and fiber cement are combined with an array of reclaimed , locally sourced and recycled materials . A large rooftop solar array , airtight envelope, energy-efficient windows and thick, well-insulated walls all contribute to the high performance of the building. + First Lamp Architecture + Dwell Development Photos by Tucker English

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Net-zero Genesee Park residence in Seattle is built out of recycled materials

Japanese mutant chickens are laying eggs with cancer-fighting drugs

October 9, 2017 by  
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Most people eat chicken eggs for their high protein content and healthy fats – but in the future eggs could ward off diseases, such as cancer and hepatitis. That’s because researchers at Japan’s National Institute of Advanced Industrial Science and Technology (AIST) have genetically engineered chickens to lay eggs that contain drugs capable of boosting the immune system. The controversial technique was developed to make pharmaceutical drugs more affordable and, as a result, more accessible. The researchers used gene editing technology to make chickens produce “interferon beta.” This protein is a “powerful tool” for treating skin cancer and hepatitis, reports Phys.org . The team produced cells that were used to fertilize eggs and breed hens that inherited the genes. A few rounds of cross-breeding yielded chickens capable of laying eggs containing the disease-fighting drugs. As soon as next year, a joint research company will sell the drug to pharmaceutical companies so they can perform research on it at a reduced cost. “This is a result that we hope leads to the development of cheap drugs,” said Professor Hironobu Hojo, from Osaka . “In the future, it will be necessary to closely examine the characteristics of the agents contained in the eggs and determine their safety as pharmaceutical products.” If the scientists are able to safely produce interferon beta, the price of the price of the drug (currently up to $888 for a few micrograms) is expected to fall significantly. According to The Japan News , the eventual goal is to lower the cost of the drug to 10 percent of its current price. Related: Scientists develop tiny robots that drill into cancer cells to kill them At present, three females are presently laying eggs every one or two days. It will be a while before the eggs are on the market, as Japan has strict regulation concerning the “introduction of new and foreign pharmaceutical products,” reports Phys.org . Sometimes, screening processes take years to complete. Considering the long-term effects of consuming genetically-modified foods are relatively unknown, extensive testing will be needed. Via Phys , The Japan News Images via Pixabay , Cosmo Bio Co.

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Japanese mutant chickens are laying eggs with cancer-fighting drugs

Airbus’ flying electric taxi is on track to soar next year

October 9, 2017 by  
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Vertical takeoff and landing (VTOL) vehicles are really taking off, and Airbus is set to launch a VTOL taxi by next year. The multi-passenger CityAirbus is powered by electric motors – and it’s designed to one day operate autonomously . The CityAirbus could allow commuters to escape traffic by turning to an affordable, environmentally friendly new mode of travel . Airbus announced they just finished their first full-scale testing for the CityAirbus’ propulsion system, describing the testing phase as successful. This means they’re on track for their first flight, scheduled for the end of next year. Related: Airbus and Italdesign unveil modular urban land and air transport system CityAirbus chief engineer Marius Bebesel said in a statement, “We now have a better understanding of the performance of CityAirbus’ innovative electric propulsion system, which we will continue to mature through rigorous testing while beginning the assembly of the full-scale CityAirbus flight demonstrator.” The CityAirbus boasts what Airbus describes as a four-ducted propeller configuration, which boosts safety and helps yield a low acoustic footprint. 100 kilowatt electric Siemens motors and four batteries help the CityAirbus get from point A to point B. As many as four people will be able to ride in a CityAirbus, which will cruise at a speed of 120 kilometers per hour, or around 75 miles per hour, along fixed routes. In the beginning a pilot will fly the VTOL, but Airbus plans for the vehicle to one day pilot itself. Airbus said there are benefits to adding a third dimension of travel to urban transportation , such as opening up accessibility for underserved or remote areas of a city . Self-piloted vehicles in particular can operate around three times faster than a typical road vehicle, and are energy efficient , running off electricity. Airbus said their VTOL method of travel will be quick and affordable. Via Airbus Images via Airbus ( 1 , 2 )

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Airbus’ flying electric taxi is on track to soar next year

Building the Future, Jason McLennan, CEO, McLennan Design

October 3, 2017 by  
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The co-author of the Living Building Challenge and one of the world’s most admired thinkers in green building shows how the future of the built environment is manifesting today. 

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Building the Future, Jason McLennan, CEO, McLennan Design

Scaling the Movement Toward Future-Proofed Buildings

October 3, 2017 by  
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Bridging the gap between a deep green architect and futurist seeking to drive “regenerative buildings” and the Chief Sustainability Officer at Skanska USA, one of the biggest construction companies in the country — What will it take to “future proof” our buildings and businesses in the age of pressing climate challenges?

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Scaling the Movement Toward Future-Proofed Buildings

VERGE Accelerate Pitch: Lilac Solutions, Inc., Dave Snydacker

October 3, 2017 by  
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A pitch competition that provides entrepreneurs in energy, buildings, transportation, supply chains, water, food, and cities the opportunity to present to the diverse VERGE community: executives from the world’s largest companies, public officials from progressive cities, venture capitalists, and others.

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VERGE Accelerate Pitch: Lilac Solutions, Inc., Dave Snydacker

Menlo Park sparks interest in zero-carbon cities

January 11, 2017 by  
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A Northern California suburb revamps its approach to the built environment.

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Menlo Park sparks interest in zero-carbon cities

8 ways to inspire innovation in the business of architecture

February 13, 2016 by  
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It’s time to deviate from the script when it comes to the built environment.

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8 ways to inspire innovation in the business of architecture

Street art, robots and the quest to humanize smart cities

October 13, 2015 by  
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Future Cities Lab Co-Founder Jason Kelly Johnson on pushing the boundaries of the built environment.

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Street art, robots and the quest to humanize smart cities

The Future of the Built Environment is 3D Printed

May 28, 2014 by  
Filed under Eco, Green

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The future of the built environment is 3D printed, as California’s Bot Laboratory proves with this groundbreaking piece. Showcased at the Maker Fair 2014, the m_Wall was printed in only two pieces and stands over 6 feet 4 inches tall. Printed with the Euclid Robot 3D printer using both black and clear ABS plastic, the m_Wall is extremely strong with a single pass print thickness of over 1/4 inch (6.35mm). Architectural pieces need to be created with less expensive methods than “traditional” 3D printing, and the m_Wall proves that doing so is economically feasible by using inexpensive plastic pellets and high-speed production. Read the rest of The Future of the Built Environment is 3D Printed Permalink | Add to del.icio.us | digg Post tags: 3D , 3d printed , 3D printed wall , 3D printing , Bot Laboratory , grasshopper , Grasshopper 3D , m_Wall , Zachary Schoch

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The Future of the Built Environment is 3D Printed

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