Mexico is building a new airport in its capital with the ambition of becoming one of the world’s most sustainable airports when it opens later this decade.
Work began in early 2015 on an environmentally conscious terminal in Mexico City designed to bring natural light and fresh air into the interior through a thin, translucent envelope. The panelled roof will provide shade and thermal insulation while allowing views of aircraft above. Diffused daylight entering through these panels will illuminate large portions of the terminal, reducing the need for artificial lighting and cutting energy consumption.
Instead of spreading services across multiple separate terminals, the architects and planners consolidated facilities into a single, integrated terminal. This approach reduces the energy and time associated with intra-terminal transport, simplifies passenger flows, and lowers operating costs.
Contemporary design choices and innovative engineering are key to the airport’s sustainability strategy. Systems for water recycling and efficient water use are incorporated to reduce freshwater demand. Natural ventilation, high-performance insulation, and daylighting strategies work together to minimize mechanical heating, cooling, and lighting loads. Materials and construction methods were selected with lifecycle impact in mind to limit embodied carbon and support long-term durability.
Beyond the initial construction, the terminal is intended to serve as a living laboratory. The design team plans to continue testing and integrating emerging technologies after the airport opens, allowing the facility to evolve as new, more efficient systems become available. This ongoing innovation supports the broader aviation sector’s push toward lower environmental impact and improved resource efficiency.
The airport’s integrated layout, passive environmental controls, and commitment to operational innovation aim to create a more comfortable passenger experience while significantly reducing the facility’s environmental footprint. As the project moves toward completion later this decade, it will be watched closely as an example of how large-scale transport infrastructure can combine high performance with sustainability.