**Excerpt:** Biomason, based in North Carolina and Denmark, is developing biocement using biotechnology to reduce carbon emissions associated with traditional concrete production.
Key Points
– Concrete production generates over 30 billion tons annually.
– This process emits more carbon pollution than all global planes and ships combined.
– Biomason utilizes naturally-occurring microbes to create biocement.
– The biocement is as strong as traditional concrete but significantly lowers CO2 emissions.
– David Pogue reports on this innovative approach to sustainable construction.
Introduction
Concrete is a construction staple, but its production is a major environmental concern. Each year, the world produces over 30 billion tons of concrete, contributing to more carbon pollution than all ships and planes combined. To combat this issue, a company named Biomason is pioneering a more sustainable alternative known as “biocement.”
The Process of Biocement
Biomason, headquartered in North Carolina and Denmark, employs biotechnology to create biocement. This innovative process involves using naturally-occurring microbes to bind materials together, resulting in a product that matches the strength of traditional concrete.
Environmental Benefits
The production of biocement significantly reduces carbon emissions associated with conventional concrete. By harnessing the power of microbes, Biomason aims to provide a viable solution that maintains construction integrity while addressing the urgent need for environmental sustainability.
Conclusion
As the construction industry faces growing scrutiny over its environmental impact, Biomason’s biocement represents a promising alternative that could change how we build in the future. This approach not only maintains structural strength but also contributes to lowering global carbon emissions.
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