|
|
# 2024 Vox Aeris |
|
This innovative air purification system uses acoustic agglomeration to improve indoor air quality while reducing energy consumption. By using sound waves to cluster fine particles, it allows standard filters to capture them more easily, lowering the energy required for HVAC systems. This retrofittable solution enables buildings to enhance filtration without costly upgrades, cutting operational costs and supporting decarbonization. By making high-grade air purification more efficient and accessible, it addresses both environmental and health concerns in commercial spaces
Selene Sarı is an aerospace engineer with a degree from UCLA and several years of experience as an aerodynamics engineer in the electric vehicle industry. She holds a double master’s in Innovation Design Engineering from Imperial College and the Royal College of Art. With her current venture, Vox Aeris, she merges her experience in aerodynamics and design engineering to improve indoor air quality using a novel acoustic method. In addition to Vox Aeris, Selene co-founded an interdisciplinary design studio in London. more
The Hong Kong University of Science and Technology
Advanced model for automatic coral reef segmentation
Next-gen solution for antibiotic wastewater treatment
