A team of researchers from Institute for Advanced Architecture of Catalonia are working on another solution: A swarm of tiny robots that could cover the construction site of the future, quickly and cheaply building greener buildings of any size. [...]
"The robots can work simultaneously while performing different tasks, and having a fixed size they can create objects of virtually any scale, as far as material properties permit” — fastcoexist.com
The long and varied history of waste and its removal in New York from the 18th century onwards is the subject of Elizabeth Royte’s 2005 book Garbage Land and of the Urban Omnibus City of Systems video she narrates. In the video, Royte describes how her research into where exactly her trash was going after she threw it out has led her to become a more ecological citizen, with “a systems view” of our interconnected processes of manufacturing, transportation, disposal and re-use. — Urban Omnibus
It works like this: people empty their latrines into a sewage receptacle (currently, latrines are often emptied into rivers), the waste gets funneled through a series of tubes and is pressurized at extreme temperatures, and the byproduct is clean, possibly drinkable water. Deshusses describes the process as “a pressure cooker on steroids.” — wunc.org
What if the rubbish was refabricated to become real urban spaces or buildings? If it is plausible to adapt current machinery, how much material is available? At first sight, any sanitary landfill may be viewed as an ample supply of building materials. Heavy industrial technologies crush cars or to automatically sort out garbage are readily available. 3-D printing has exhausting capabilities if adjusted to larger scales. — bbc.com
'[R]emember that a place like Dubai really emerged in the last 50 years. It was a sleepy, you know, Bedouin town half a century ago. And what you do is when you bring in the world’s, you know, most sophisticated architects and engineers, you can literally build anything, including a building of 140 or 150 stories. But designing a municipal network of sewage treatment is in some ways more complex. - KATE ASCHER — Boing Boing
Terry Gross recently interviewed Kate Ascher about her skyscraper book, and ended up discussing the common lack of sewage connections in Dubai - including the Burj Khalifa. So they end up using trucks to cart the sewage to the central treatment plant, where they often end up queuing for 24-hours...
Corner’s plan identifies five main areas in Freshkills, each with distinct offerings, designed and programmed to maximize specific site opportunities and constraints. Planned features include nature preserves, animal habitats, a seed plot, walking and bike paths, picnic areas, comfort stations, event staging areas, and every other amenity you could possibly ask for in a public park. — blogs.smithsonianmag.com
Designed by Brighton-based architect Duncan Baker-Brown, it will be built on the University of Brighton's campus in the city centre from waste and surplus material from local building sites and other local industries.
The walls will be made of waste timber products. Ply "cassettes" containing waste material will be slotted in between the timber structure. These cassettes will be removable so that new building technologies can be added easily. — guardian.co.uk
As contemporary governments and citizens increasingly demand that reclaimed landfills be many things to many people — energy producers, social nodes, memorials — and also that they interface with local infrastructure, we would do well to study the historical precedent of Monte Testaccio... [whose] longevity and vitality make it an ideal model of what a landfill can become: an agent of civic engagement and an urban catalyst. This is the promise of landfill reclamation. — Places Journal
The reuse of waste and remediation of landfills have inspired some of the most innovative contemporary landscape and urban design projects. On Places, Michael Ezban looks back two millennia and explores Monte Testaccio, the great garbage dump of imperial Rome. In this enduring landform — "a...
Nine New York Institute of Technology architecture students, three of them from Long Island, will bring their creative designs and skills to Costa Rica to develop a recycling and education center — longislandpress.com
The demand for special metals used in the manufacture of electronics is booming, but a few countries control much of the world's supply. Germany is looking to reduce its reliance on imports by exploiting the metal that is thrown away in trash. Urban mining could become big business.
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