Cyanoskin develops an algae-based coating that transforms building surfaces into carbon dioxide absorption systems. This technology enables urban structures to actively capture atmospheric CO2, contributing to emission reduction and improved air quality in urban environments.
Funding
Funding not disclosed
Founders
Product
Problem
Urban areas face increasing challenges in reducing carbon emissions and improving air quality due to high population density and extensive building infrastructure. Traditional carbon capture methods are often expensive, require significant land use, and are not easily integrated into existing urban environments. This necessitates innovative and scalable solutions to mitigate the impact of urbanization on the environment.
Solution
Cyanoskin offers a novel carbon capture technology by transforming building surfaces into carbon dioxide-absorbing systems using an algae-based coating. This biomimetic coating, applied like paint, allows urban structures to actively capture atmospheric CO2, contributing to emission reduction and improved air quality. The photosynthetic coating grows and thickens over time, enhancing its carbon capture capabilities. Cyanoskin provides a practical and affordable approach to meeting net-zero targets, utilizing the existing infrastructure of buildings to combat climate change. The coating is self-sufficient, deriving nutrients from the air and requiring only two coats for optimal coverage.
Target Audience
The primary target audience includes businesses, building owners, and urban planners seeking affordable and scalable solutions to reduce their carbon footprint and comply with emerging green legislation.
Features
- Algae-based coating that transforms buildings into carbon dioxide-absorbing structures.
- Photosynthetic process enables continuous carbon capture in urban environments.
- Utilizes a biomimetic design inspired by natural carbon capture methods.
- Self-sufficient formula that obtains nutrients from the air.
- Available in various natural shades, with plans to expand the color spectrum.
- Applied like traditional paint, requiring two coats for full coverage.