Sustainability: The Latest Architecture and News

'I just blew off the architecture profession, really. I mean, I have blown it off in my mind as a profession because it’s not addressing the issues that we face. So I coined a new word called ‘biotechure,’ and I use that. I would say I’m a ‘biotect.'

“If you look at just carbon emissions, what we do for a living—building buildings, running buildings, all that— is 50 percent of all the carbon emissions in the United States. […] Well that’s both sort of dreadful and wonderful at the same time. […] The opportunity is, because it’s so concentrated, a relatively smaller group of people can do something about it. ”

As a part of its Archiculture series, Arbuckle Industries has interviewed HOK president Bill Hellmuth on his experiences in architecture school and working in a large practice. In the interview, Hellmuth discusses his path in architecture school, how large firms allow for the creation of teams, and issues involving sustainability and livable cities.

The 20th century was an era of unbelievable change, with more revolutionary ideas and scientific developments than perhaps any era before it. But among the many developments in the material sciences, one stands as perhaps the most revolutionary: plastics. An experimental group of materials at the turn of the century, artificial plastics are so ubiquitous now that it's almost impossible to imagine life without them.

However, in the 21st century plastics have gained a bad reputation; commonly produced from oil, plastics are a non-renewable resource and, after spending decades or even centuries polluting our environment, most plastics will eventually degrade to release their carbon into the atmosphere. Recycling plastic will go some way to slow this problem, but with so many modern products relying on plastic - and our tendency toward increasing consumption showing no signs of slowing - recycling can only do so much.

But what if there was a way to use plastics to actually reverse the release of greenhouse gases? That's exactly what Newlight Technologies is attempting to do with their carbon-negative plastic, AirCarbon.

The Architectural League has named Ylan Vo the winner of this year’s Deborah J. Norden Fund travel grant for her project entitled Ecologies of War and Recovery: A Case Study in Vietnam’s A Luoi Valley.

Vo’s project explores the A Luoi Valley “as an example of the post-conflict landscape of Vietnam, with particular emphasis on understanding the ecological and social conditions surrounding toxic Agent Orange hotspots that mark the valley.” Agent Orange, also called Dioxin, is the most potent carcinogen in existence, and poses major threats to environmental health and sustainability.

LEGO has long been recognized by architects as a key inspiration in the world of creative building - but the Danish toy company's influence over the construction industry may be about to get a whole lot more direct. Yesterday, LEGO announced the establishment of its own sustainable materials research center, with an investment of 1 billion Danish Krone ($150 million US), which will search to find sustainable alternatives to the plastic used in their products and packaging.

BBC News has published a profile on the new projects and ambitions of Broad Sustainable Building’s Zhang Yue. A few months ago, Yue became known as the man behind Mini Sky City, a 57-story building that went up in 19 days. Now, Yue wants to further his idea of modular construction to build Sky City, which will be the world’s tallest skyscraper, stretching ten meters taller than the 828 meter-tall Burj Khalifa in Dubai, and take only seven months to complete. In addition to being constructed from prefabricated parts, Sky City will be sustainable and built from steel to help prevent earthquake damage. Construction is expected to begin on the skyscraper in early 2016. Read more about Yue, his company, and their projects in the BBC News article.

COOKFOX Architects has recently begun construction on The Neeson Cripps Academy, a high-tech and sustainable school to be built in Phnom Penh, Cambodia, as a gift from Velcro Companies to the Cambodian Children’s Fund.

The school, named for Cambodian Children’s Fund founder Scott Neeson and former Velcro Companies Chairman Robert Cripps, will employ multiple sustainable building practices, including water and energy efficiency via natural lighting, integrated solar shading, low energy lighting, and low flow water fixtures. An energy recovery system will further work to improve air quality inside classrooms by filtering outdoor air into the interior of the building, and on-site photovoltaic cells will provide a portion of the school’s energy needs.

Studio Gang has been selected to design a 60,000 square-foot campus for the Academy for Global Citizenship (AGC) in Chicago. Aimed to be the city's greenest campus, the net positive energy scheme will be designed as a space for learning that will "break down barriers between kids." The campus will include classrooms, an international learning laboratory, a teacher professional development center, an early childhood center, and an urban food production center.

Thousands of years ago, a small civilization of hunter gatherers migrated to the coastal regions of Southeast Asia. These people progressed into a widespread tribe of travelling sea dwellers. To this day, they remain a stateless people with no nationality and no consistent infrastructure, sometimes living miles away from land. Yet these people are one of the few civilizations whose collective life practices have survived so long through human history. They are called the Badjao, and they have a surprising amount to teach us about architecture.

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Living off the grid just got a little bit easier, thanks to Nice Architects’ Ecocapsule, a self-sufficient, portable pod that is powered by solar and wind energy. Unveiled at the Pioneers Festival in Vienna, the micro-home’s spherical shape is designed to maximize the collection of rainwater and minimize energy loss.

The Ecocapsule includes a 9,744 watt-hour battery, which is charged by a built-in 750-watt wind turbine, and 2.6 square meters of solar panels. The energy system can support someone living off the grid for about a year, depending on the location, according to the architects. The unit also contains a built-in kitchenette with running water, a flushing toilet and hot water.  

Learn more about the Ecocapsule and view images after the break.

Perhaps the most surprising thing about bamboo - besides being an entirely natural, sustainable material with the tensile strength of steel that can grow up to 900 millimeters (3 feet) in just 24 hours - is that it's not more widely recognized as a fantastic construction material. Like many traditional building materials, bamboo no longer has the architectural currency that it once did across Asia and the pacific, but the efforts of Elora Hardy may help put it back into the vernacular. Heading up Ibuku, a design firm that uses bamboo almost exclusively, Hardy's recent TED Talk is an excellent run through of bamboo's graces and virtues in construction, showing off sinuous private homes and handbuilt school buildings.

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Michael Reynolds, a well-known proponent of sustainable building and the creator of the Earthship house, will construct a self-sufficient public school in Jaureguiberry, Uruguay, reports local newspaper El País.

Reynolds’ design contemplates a 270-square-meter building with solar panels and a water-collection system that will supply water for the bathrooms and kitchens. In the architect’s usual style, recycled materials such as tires and bottles will be used for construction. 

Learn more about the project after the break.