Algaescape is located in Delhi, addressing the serious issue of air pollution in one of the most polluted urban areas in the world. The design focuses on creating a multifunctional and self-sufficient structure that promotes sustainability and enhances air quality for its users. Central to the concept is the integration of natural systems, particularly algae, which work in partnership with the building to improve living conditions and support the local environment.

Natural Filtration Systems

A key feature of Algaescape is the use of algae as a natural filtration system embedded in the building's facade. This innovative approach captures carbon dioxide from the polluted air. Fans draw in the surrounding air, which then moves through hidden tubes where the algae are located. Here, the algae can effectively use carbon dioxide in a process that produces oxygen. This design is an effective response to the challenges posed by air quality, providing a healthier environment for those who inhabit the building.

Sustainable Materials

In addition to algae, timber is used in the construction as a secondary means of capturing carbon. This material not only supports the structure but also locks away carbon for the long term. The design includes various trees that absorb carbon during their lifecycle. When these trees reach the end of their lives, they can be sustainably harvested and used as building materials for future projects. This idea promotes a circular economy, incorporating recycling directly into the building's framework.

Self-Sufficiency and Adaptability

Algaescape is designed to be self-sufficient, with the goal of providing clean air, food, water, and energy for its occupants. This reduces the building's need for outside resources. The structure is also adaptable; different spaces can be repurposed to offer shelter during emergencies, such as smoke outbreaks or hazardous smog. Such flexibility ensures the design can effectively respond to environmental challenges in a city that frequently faces air quality issues.

The incorporation of vertical farming enhances the building's function by enabling food production close to urban residents. This relationship with nature supports sustainable food sourcing while also improving air quality through added plant life. Overall, the design represents a meaningful connection between built environments and natural ecosystems.