'Clouds Observatory' is a system of rooftop structures that help to deflect heat and reduce pollution in urban areas. Despite having lower carbon footprints than their suburban counterparts, city dwellers must combat the issue of heat islands in urban centers. This innovative design strategy helps fight heat pollution in a simple yet effective manner.
Clouds Observatory is a system of rooftop structures designed by Spanish architect Nina Gonzalez Vives. The system consist of a series of plastic clouds that help to deflect heat and cool outdoor temperatures. The pods are installed on rooftops, which allows them to regulate outdoor temperatures by withdrawing dense air from the atmosphere. Not only do these pods help ease pollution, but they also provide a functional space for people to enjoy the cityscape.
The innovative cooling system demonstrates one tool that cities can use to combat urban heat pollution.
Pollution-Reducing Pods
These Rooftop Structures Help to Deflect Heat and Ease Pollution
Trend Themes
1. Heat-deflecting Rooftop Structures - These rooftop structures deflect heat and reduce pollution, offering a solution to combat urban heat islands.
2. Plastic Clouds for Temperature Regulation - A system of plastic clouds installed on rooftops withdraws dense air from the atmosphere, helping to cool outdoor temperatures and fight pollution.
3. Functional Cityscape Pods - The rooftop pods not only ease pollution but also provide a functional space for people to enjoy the cityscape.
Industry Implications
1. Architecture - Architects can explore the design and implementation of heat-deflecting rooftop structures to create sustainable urban environments.
2. Urban Planning - Urban planners can consider the use of plastic clouds as a strategy to combat heat pollution and create more livable cities.
3. Environmental Technology - Companies specializing in environmental technology can develop and market rooftop pods as innovative cooling solutions to reduce pollution and mitigate urban heat islands.