Atmospheric water harvesters
3D Concept Model
A 3D schematic illustration of a laboratory test miniature harp shows its fine wire and close spacing, which demonstrated three times the water collection efficiency compared to a cross-mesh design with similar wire
diameters and spacing
Fog Harp Harvester for Farms
The Fog Harp Harvester is an innovative water collection system designed to capture moisture from the air, providing an alternative water source for farms, especially in arid or semi-arid regions.
Fog Harp Harvester Tethered to a Balloon
The Fog Harp Harvester Tethered to a Balloon is an advanced adaptation of the traditional fog-harvesting technology, designed to capture water from fog at higher altitudes, where fog density is greater. This innovative system leverages the mobility and elevation of a tethered balloon to maximize water collection efficiency.
Mesh Fog Harp harvester
The Mesh Fog Harp Harvester is an innovative water collection system designed to efficiently capture moisture from fog using a specialised mesh structure. It combines the traditional concept of fog harvesting with advanced design elements to maximise water collection, making it particularly useful in regions where fog is abundant but other water sources are scarce.
hydrophilic Mesh Fog Harvester
The Hydrophilic Mesh Fog Harvester is a cutting-edge water collection system designed to capture and condense moisture from fog using a specially engineered mesh with hydrophilic properties. This system is particularly effective in environments where fog is abundant, providing a reliable source of water in areas with limited rainfall.
Meet the Team
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Sidi Sana Master of Science in Advanced Mechanical Engineering