CEO leading a bio-integrated façade R&D project using microalgae for CO₂ capture. Collaborating with research partners and seeking innovation partnerships.
Purifying Façade is developing a biotechnology-driven R&D project focused on integrating microalgae-based photobioreactor systems into building façades for CO₂ capture and biomass production. The concept combines microalgae cultivation, fluid system design, and façade engineering to enable carbon capture within the built environment while generating usable biomass. The system is designed adaptable across different climates and building types. The project is currently in an early validation phase and is being developed with academic and technical partners, with support from an Innosuisse innovation mentor. The next steps include feasibility validation, system optimization, and pilot implementation. Purifying Façade is actively seeking collaboration with partners in biotechnology, photobioreactor systems, building engineering, and EU-funded R&D programmes such as Eureka and Horizon Europe.
I initiated and am leading the development of a research-driven innovation project focused on microalgae-based CO₂ capture systems integrated into building façades. The approach combines biotechnology, photobioreactor systems, and building engineering to enable carbon capture and biomass generation within the built environment.
I am working with academic and technical partners and am currently supported by an Innosuisse innovation mentor. The project is being further developed through an Innocheck application, with the objective of progressing toward collaborative R&D programmes such as Eureka and Horizon Europe.
My focus is on building international partnerships to advance validation, pilot implementation, and scalable deployment of bio-integrated façade systems.