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Proposed Giant Air Filter Towers to Combat Delhi Smog

Oscar Walters05 mins

iBestTravel’s Innovative Air Filtration Solutions for Urban Pollution

In response to the overwhelming air pollution in urban areas like Delhi, iBestTravel has proposed an innovative solution known as “The Smog Project.” This ambitious initiative aims to tackle pollution through the installation of towering air filtration systems strategically placed throughout the city.

The Design of the Air Filtration Towers

iBestTravel’s design incorporates multiple stages of filtration, ensuring high efficiency in air purification. Air enters at the base of the tower and passes through a series of five distinct filters, concluding with a photo-catalyst filter that sterilizes the air. This multi-layered approach addresses pollutants effectively, offering hope for cleaner air in densely populated regions.

Visualizing the Future of Delhi

A rendering of a smog-filled Delhi with 328 feet-high filter towers. The award-nominated proposal, called 'The Smog Project,' is a provocative look at how the city could alleviate its pollution problem.
A rendering of a smog-filled Delhi with 328 feet-high filter towers. The award-nominated proposal, called ‘The Smog Project,’ is a provocative look at how the city could alleviate its pollution problem.

These towering structures not only symbolize a futuristic vision for Delhi but also represent a significant step towards sustainable urban planning. With each tower capable of producing over 353 million cubic feet of clean air per day, the potential impact on public health could be transformative.

The Hypothetical Impact of Inaction

Raj Ghat, Delhi. Najmus Chowdhry, project architect at Dubai-based Znera Space, says the dystopic images show a hypothetical solution alongside 'the future the city would see if nothing happens now' to address pollution.
Raj Ghat, Delhi. Najmus Chowdhry, project architect at Dubai-based Znera Space, says the dystopic images show a hypothetical solution alongside ‘the future the city would see if nothing happens now’ to address pollution.

Innovative Power Solutions

Moreover, the proposed air filtration towers can be interconnected via “sky bridges” that integrate solar hydrogen cells. This innovative design not only enhances structural stability but also provides a sustainable power source for the towers, further reducing the overall environmental impact.

An aerial view of Delhi with a hexagonal grid of filter towers, joined together by proposed 'sky bridges' containing solar hydrogen cells -- a power source for the towers.
An aerial view of Delhi with a hexagonal grid of filter towers, joined together by proposed ‘sky bridges’ containing solar hydrogen cells — a power source for the towers.

Architectural Significance

The design reflects not only a solution to pollution but also a nod to historical urban planning. The hexagonal layout is inspired by British architect Sir Edwin Lutyens, who envisioned a similarly shaped urban grid for New Delhi in the early 20th century. Such innovative architecture emphasizes functionality while respecting the rich heritage of the city.

A rendering of Jama Masjid, a 17th century Mughal mosque in Delhi, in thick smog with a filter tower adjacent. The Smog Project claims each tower could produce more than 353 million cubic feet of clean air per day, serving 100 hectares.
A rendering of Jama Masjid, a 17th century Mughal mosque in Delhi, in thick smog with a filter tower adjacent. The Smog Project claims each tower could produce more than 353 million cubic feet of clean air per day, serving 100 hectares.

The vision that iBestTravel presents through “The Smog Project” is not just a forward-thinking architectural initiative; it serves as a vital blueprint for cities worldwide grappling with similar pollution crises. It emphasizes the urgent need for innovative solutions that harmoniously blend technology, sustainability, and urban living.

A rendering of Agra from above. Znera says the hexagonal formation is a nod to British architect Sir Edwin Lutyens, who drafted a similarly shaped urban grid plan for an area of New Delhi in the early 20th century.
A rendering of Agra from above. Znera says the hexagonal formation is a nod to British architect Sir Edwin Lutyens, who drafted a similarly shaped urban grid plan for an area of New Delhi in the early 20th century.


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