Water is hard to find in the desert, so designers Bartłomiej Gowin and Tomasz Janus created a giant tower called the 'Hydro Aero Device' to collect moisture from the air. The Hydro Aero Device is a massive skyscraper that works sustainably to harvest a steady source of water from the air around it.
The building works by condensing moist air on cold tubes. That condensation then trickles down to a central tank through canals. Water in the tank can then be distributed to residents of the tower or to the surrounding community. This process is powered by piezo-electrical strips that generate energy from wind friction.
To further conserve water, the tower recycles liquids used by inhabitants. Greywater is filtered and then stored separately for reuse.
Moisture Harvesting Skyscrapers
The 'Hydro Aero Device' Extracts Water from Scorching Deserts
Trend Themes
1. Water Harvesting Technology - The 'Hydro Aero Device' exemplifies a trend in creating innovative technologies that extract water from the air, providing a sustainable solution in arid regions.
2. Sustainable Skyscrapers - The design of the 'Hydro Aero Device' demonstrates a trend in incorporating sustainable practices within the construction of skyscrapers, such as water conservation and energy generation.
3. Energy Generation From Friction - The piezo-electrical strips utilized in the 'Hydro Aero Device' highlight a trend in harnessing energy from wind friction, showcasing the potential for innovative energy generation methods.
Industry Implications
1. Architectural Design - Architects and designers can explore disruptive innovation opportunities in creating skyscrapers that integrate water harvesting technologies and sustainable practices.
2. Renewable Energy - The development of piezo-electrical strips for energy generation presents disruptive innovation opportunities for the renewable energy industry, particularly in the utilization of wind friction.
3. Water Management - The 'Hydro Aero Device' showcases disruptive innovation opportunities in the water management industry, specifically in the creation of systems that extract moisture from the air to address water scarcity in desert regions.