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Ecological Urbanism

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Created: 07/19/12
Last Edited: 12/04/12
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36
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Description
Site: Guangzhou, China

China is in need of a new type of urbanism where it can be closely intertwined with the natural environment. The challenge is how to create a high level of density while still being sensitive to the environment. There is also a high demand for fresh water in most large cities in China. In the Pearl River Delta 85% of the surface water is polluted. The canal systems in the community help mitigate the pollution of water in the delta. The three connected towers on each side of the island are water percolators producing fresh water. Water is filtered through the towers, watering vegetation, creating a self-sustaining system that actually gives back to the ecosystem. Algae are a byproduct from this process which is then sent to a biomass energy plant located within the towers to produce clean energy. The fresh water generated through the towers is then circulated throughout the community.

The buildings terrace down in a stepped pattern to allow sunlight to hit every roof where vegetables are cultivated. All of these systems working together provide an example to the adjacent university on how to design sustainably. The Guangzhou University is directly adjacent to the site connecting it to the education system. Connecting to the education system is key for the future of Chinese environmentalism.
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  • Ecological Urbanism 
    Guangzhou, China
  • China is in need of a new type of urbanism where it can be closely intertwined with the natural environment. The challenge is how to create a high level of density while still being sensitive to the environment. There is also a high demand for fresh water in most large cities in China.  In the Pearl River Delta 85% of the surface water is polluted. The canal systems in the community help mitigate the pollution of water in the delta. The three connected towers on each side of the island are water percolators producing fresh water.  Water is filtered through the towers, watering vegetation, creating a self-sustaining system that actually gives back to the ecosystem.  Algae are a byproduct from this process which is then sent to a biomass energy plant located within the towers to produce clean energy. The fresh water generated through the towers is then circulated throughout the community.

    The buildings terrace down in a stepped pattern to allow sunlight to hit every roof where vegetables are cultivated. All of these systems working together provide an example to the adjacent university on how to design sustainably. The Guangzhou University is directly adjacent to the site connecting it to the education system. Connecting to the education system is key for the future of Chinese environmentalism. 
  • Site analysis of infrastructural and natural existing systems throughout Guangzhou 
  • Site shown directly adjacent to the Guangzhou University 
  • Site plan with uses and diagrams of the functional components 
  • Exploded view of the site components
  • Full section of the site 
  • Diagrammatic breakdown of the geometry 
  • Quadrant section of one of the vertical towers
  • Interior view of the inner workings of the algae and vegetation processing system 
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