(Sub)Ambient: The Planet-Centric Cooling Material
(Sub)Ambient: The Planet-Centric Cooling Material
(Sub)Ambient: The Planet-Centric Cooling Material
(Sub)Ambient: The Planet-Centric Cooling Material
2024

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(Sub)Ambient: The Planet-Centric Cooling Material

Sustainable Passive Cooling Material

Heat and cooling are bound together in a vicious cycle. The hotter it gets, the more energy is needed for cooling, and the more waste heat warms the environment. (Sub)Ambient solves this climate feedback loop by providing electricity-free cooling even in direct sunlight. Designed for roof installation, it is based on a combination of ultra-reflectivity within the solar spectrum and ultra-emissivity across the atmospheric window (8-13µm). Better yet, its unique combination of CaCO3 microparticles and cellulose nanofibers is derived from food waste (eggshells) and is 100% biodegradable.

JURY STATEMENT

This is a great example of a design solution that is both technically innovative and simple in its application. The designers just need to think about a form factor that can be better commercialized and a usage application that can be brought to market.

UNIVERSITY

Imperial College London / Royal College of Art

London, GB
WINNER

Patrick Poss

Imperial College London / Royal College of Art

Tikhon Belousko

Imperial College London / Royal College of Art

Ethan Rubens

Imperial College London / Royal College of Art

Shaoyu Wang

Imperial College London / Royal College of Art

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