ECORRE Complex Revolutionizes Recycled Building
Amelia Roblin — June 27, 2011 — Eco
References: aphidoidea & evolo.us
It's refreshing to see old shipping containers being given second lives in eco architecture, but the appearance of the eCORRE Complex presents a scene that's rather unexpected when you consider how such building blocks are usually assembled.
APHIDoIDEA came up with an unconventional plan for the home of the Environmental Center of Regenerative Research & Education. Instead of simply stacking the enormous rectangular modules one atop the other, they decided to angle them in. An enormous feat of engineering will be required to actually erect the structure, and the interior spaces of the institution are sure to be quite unique as a consequence.
Boasting a body made from 65 locally-sourced shipping containers from the Long Beach, California, area, the eCORRE Complex teaches lessons of sustainability to those who merely stand outside.
APHIDoIDEA came up with an unconventional plan for the home of the Environmental Center of Regenerative Research & Education. Instead of simply stacking the enormous rectangular modules one atop the other, they decided to angle them in. An enormous feat of engineering will be required to actually erect the structure, and the interior spaces of the institution are sure to be quite unique as a consequence.
Boasting a body made from 65 locally-sourced shipping containers from the Long Beach, California, area, the eCORRE Complex teaches lessons of sustainability to those who merely stand outside.
Trend Themes
1. Tilted Crate Construction - Disruptive innovation opportunity: Develop new construction techniques that involve tilting and angling shipping containers for unique and sustainable building designs.
2. ECORRE Complex - Disruptive innovation opportunity: Create educational institutes focused on regenerative research and sustainability using repurposed shipping containers as building blocks.
3. Recycled Building - Disruptive innovation opportunity: Explore the potential of using recycled materials, like shipping containers, for sustainable construction to reduce waste and promote eco-friendly architecture.
Industry Implications
1. Architecture - Disruptive innovation opportunity: Integrate unconventional building materials to create unique and sustainable architectural designs, such as using angled shipping containers.
2. Construction - Disruptive innovation opportunity: Develop advanced engineering techniques to efficiently and safely erect structures made from tilted and angled shipping containers for cost-effective and eco-friendly construction projects.
3. Education - Disruptive innovation opportunity: Establish educational centers focused on sustainability and regenerative research, using repurposed shipping containers as a sustainable building solution.
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