Synthetic Carbon Scrubbers are engineered ecosystems that utilize a consortium of genetically modified algae and bacteria to efficiently capture atmospheric CO2. These systems are designed to operate in urban settings, where they can be integrated into infrastructure like building facades or vertical gardens.
These scrubbers address the challenge of reducing atmospheric CO2 levels in urban areas where traditional methods like afforestation are less feasible due to space constraints and other limitations. They offer a scalable solution for carbon capture that can be deployed in densely populated regions.
The system works by introducing modified RuBisCO enzymes into the algae-bacteria consortia, which enhances their ability to fix carbon dioxide more efficiently than natural counterparts. This modification allows for faster and higher rates of CO2 capture from the surrounding air, with the captured CO2 being used in various applications such as biofuels or chemical feedstocks.
The manufacturing process involves genetic modification of algae and bacteria strains, followed by their cultivation in controlled environments such as bioreactors or engineered structures. The integration into urban infrastructure requires careful design to ensure structural integrity and environmental compatibility.
The build process includes site selection, structural engineering for integration with existing buildings, installation of bioreactor systems, and the introduction and maintenance of the modified algae-bacteria consortia. Regular monitoring is required to optimize performance and ensure long-term viability.
Field units draw low hundreds to thousands of watts; fabrication is energy-intensive due to vacuum baking and other purification processes required for genetic modifications.
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