The process uses zero waste production techniques which also generate no carbon emissions
The process uses zero waste production techniques which also generate no carbon emissions
The North-Carolina-based start-up company Biomason has found a revolutionizing way to manufacture bricks. Instead of the traditional clay bricks, whose production requires them heating at high temperatures for 3-5 days to harden -releasing more than 800 million tons of carbon emissions per year into the atmosphere- they came up with a much greener solution. Their bricks are made with sand and aggregate, injected with bacteria and fed with an aqueous solution, sidestepping the use of heat or clay altogether.
The initial idea
In 2005, co-founder of Biomason Ginger Krieg Dosier noticed that there weren’t any green alternative composites for building materials in the market, and wondered if the process by which coral is formed could be replicated in order to make bricks. “I looked at how coral was able to make these incredible structural formations that could withstand water and erosion and began really researching how it was able to grow’’, she says. For this reason, she approached scientists at Research Triangle Park, North Carolina, who concluded that it could indeed be done, but no one had ever tried it before. Since then, her idea attracted commercial investors who saw the market potential, and within 2013 bioMASON quickly raised $2.8 million in seed funding, grants and awards, making her dream come true.
The production process
The bricks are made from sand and aggregate and are packed into rectangular molds. The molds are then inoculated with bacteria, which wrap themselves around the grains of sand, until calcium carbonate crystals begin to form. An irrigation system feeds the brick’s nutrient rich water over the course of several days to facilitate the process. The crystals grow larger and larger, filling gaps between the grains of sand. After 3-5 days, the bricks are ready for use.
The eco-friendly bricks have proved to be as durable as sandstone, and could also be formed in a diverse range of shapes and sizes. The company has already made licensing agreements with two US-based manufacturers of construction materials and is in talks with several more, including two European companies. Biomason’s bricks are expected to be fully-licensed and competitive with standard bricks by 2017, when they will hit the market.
Source: Bio-based world news
Source: Bio-based world news
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