Mirco Bianchini recently revealed a complex and fascinating design proposal,
Performative Photo Catalytic Structure, for the Nogara highway in Veneto, Italy. The aim is to link ecological thinking, host interaction and active materials.
Mirco Bianchini uses digital generative and parametric strategies to produce this structure.
Strongly influenced by biology,
Bianchini's structure reproduces the behavior of coccoluti, namely marine microorganisms in order to reduce pollution.
As the architect says, the material has been tested for photo catalytic integration and is under development.
I am particularly interested in
Bianchini's research in engineering materials both responsive and sustainable to produce an architecture programmed to respond to environmental changes, namely, an architecture capable of self-repair and/or repairing its surrounding environment.
This proposal illustrates current research on addressing proactively beneficial environmental technology by generating new types of architecture and complex technologies that collaborate, do with rather than dominate environment.
Bianchini's
Performative Photo Catalytic Structure is particularly interesting for energy-efficient building, and in building adaptive material properties.
Performative Photo Catalytic Structure gathers geometric physical, material and environmental matters.
Source:
eVolo
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