The Graft Tower is a Living Structure to Support Life
Amelia Roblin — June 27, 2011 — Eco
References: diegotaccioli & ecofriend
The human race has, in many ways, gone too far in manufacturing materials and monuments that will never be able to break back down into the earth. The Graft Tower planned for Puerto Rico, however, will be quite different.
Working with Tyler Wallace and Sizhe Chen, Diego Taccioli conceived this remarkably organic piece of architecture which promises to incorporate the most invaluable elements of the natural landscape.
The basic skeletal structure of the skyscraper relies on the cutting-edge construction technologies and materials, exploiting the best that steel and carbon fiber have to offer. A complex network of stiff mesh elements will be soften by thriving vines and greenery that will define the look of the building.
Inhabitants of the Graft Tower will live in pod apartments and enjoy the sustainable services of vertical agriculture, harvested water, sunlight and passive ventilation.
Working with Tyler Wallace and Sizhe Chen, Diego Taccioli conceived this remarkably organic piece of architecture which promises to incorporate the most invaluable elements of the natural landscape.
The basic skeletal structure of the skyscraper relies on the cutting-edge construction technologies and materials, exploiting the best that steel and carbon fiber have to offer. A complex network of stiff mesh elements will be soften by thriving vines and greenery that will define the look of the building.
Inhabitants of the Graft Tower will live in pod apartments and enjoy the sustainable services of vertical agriculture, harvested water, sunlight and passive ventilation.
Trend Themes
1. Vertical Agriculture - The Graft Tower incorporates vertical agriculture, presenting an opportunity for disruptive innovation in sustainable food production within urban environments.
2. Green Architecture - The use of thriving vines and greenery in the Graft Tower showcases the trend of incorporating natural elements into architectural designs, creating potential for disruptive innovation in sustainable building practices.
3. Advanced Construction Technologies - The Graft Tower utilizes cutting-edge construction technologies and materials, highlighting the trend towards innovation in construction methods and materials.
Industry Implications
1. Urban Farming - The vertical agriculture aspect of the Graft Tower presents an opportunity for disruptive innovation within the urban farming industry, allowing for efficient food production in limited spaces.
2. Architecture and Design - The incorporation of greenery and natural elements in the Graft Tower opens up possibilities for disruptive innovation in the architecture and design industry, encouraging sustainable and eco-friendly building practices.
3. Construction and Materials - The use of cutting-edge construction technologies and materials in the Graft Tower paves the way for disruptive innovation in the construction and materials industry, promoting advancements in sustainable building methods.
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