Researchers Created an 'Eco Village' Carbon Recapture Concept
Colin Smith — July 26, 2022 — Eco
References: ucl.ac.uk & designboom
A group of student researchers from the Bartlett School of Architecture created what they call the Eco Village Concept. This is a group of buildings that use algae as the base material for the structures. The concept is to be constructed in Ningbo, China, where it will serve as both a community attraction and a net-positive for the local environment.
Algae is a useful building material not only for its visual aesthetic, but also for its natural properties. Algae is capable of absorbing heat and helping to regulate the temperature within a building while simultaneously capturing carbon dioxide from the air. This results in less energy being spent on temperature regulation and reduced emissions in the region.
Instead of simply crafting a building out of bricks and coating it in algae as many architects have done before, these students utilized raw 'green macro algae' and cured it before compressing it into sturdy lightweight blocks. In order to supplement the structural integrity of the buildings in the eco village concept without removing the eco aspect, the students use a mix of clay and algae to create fully naturally-derived buildings that are visually aesthetic and sustainable. On top of this, these materials are easy to work with, resulting in a high amount of personalization and customization on each building.
Image Credit: Bartlett School of Architecture, designboom, ucl.ac.uk
Algae is a useful building material not only for its visual aesthetic, but also for its natural properties. Algae is capable of absorbing heat and helping to regulate the temperature within a building while simultaneously capturing carbon dioxide from the air. This results in less energy being spent on temperature regulation and reduced emissions in the region.
Instead of simply crafting a building out of bricks and coating it in algae as many architects have done before, these students utilized raw 'green macro algae' and cured it before compressing it into sturdy lightweight blocks. In order to supplement the structural integrity of the buildings in the eco village concept without removing the eco aspect, the students use a mix of clay and algae to create fully naturally-derived buildings that are visually aesthetic and sustainable. On top of this, these materials are easy to work with, resulting in a high amount of personalization and customization on each building.
Image Credit: Bartlett School of Architecture, designboom, ucl.ac.uk
Trend Themes
1. Algae-based Building Materials - The use of raw 'green macro algae' for building materials presents opportunities for eco-friendly construction and carbon recapture.
2. Sustainable Architecture - The development of the eco village concept showcases the potential for fully-naturally derived buildings that are both visually aesthetic and sustainable.
3. Natural Temperature Regulation - The ability of algae to absorb heat and help regulate temperature within a building presents eco-friendly opportunities for reducing energy consumption and emissions.
Industry Implications
1. Construction - The construction industry can explore the use of algae-based building materials as a more eco-friendly alternative to traditional materials.
2. Sustainability - The sustainability industry can promote the development and adoption of sustainable architecture concepts, like the eco village, that prioritize eco-friendliness and carbon recapture.
3. Architecture - The field of architecture can explore the use of natural materials, like algae, for building design and construction to showcase innovative, sustainable, and visually aesthetic solutions.
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