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The Ilan and Asaf Ramon International Airport opens in Israel’s Negev Desert

Airports

The Ilan and Asaf Ramon International Airport opens in Israel’s Negev Desert

Amir Mann-Ami Shinar Architects and Planners designed the facility in partnership with Moshe Zur Architects.


By David Malone, Associate Editor | May 1, 2019

All photos courtesy Hufton + Crow

Spread across 1,250 acres in Israel’s Negev Desert, the new Ilan and Asaf Ramon International Airport is the country’s first greenfield civil airport project.

The airport features a 484,000-sf Passenger Terminal Building and an 11,811 foot-long runway and taxiway, alongside 40 aprons. Two support structures to the north and south of the terminal add a combined 389,000 sf of space and a 147-foot-tall Air Control Tower.

 

 

Amir Mann-Ami Shinar Architects and Planers, in partnership with Moshe Zur Architects, was responsible for budget, program, and planning schedule, and designed everything from the various buildings to each individual check-in counter. "In designing the airport we learned from the desert scenery. It required a vision of the most suitable design solution that responds to the existing landscape and climate,” said Amir Mann, Project Design Manager, in a release. “Our objective was how not to compete with the overwhelming emptiness of the site, while creating a place that welcomes passengers through the departure and arrival processes, reflecting through that experience the uniqueness of the desert environment, as a functioning international southern gate to Israel."

 

 

Inspiration for the passenger terminal came from the mushroom-like rock formations found in Israel’s National Timna Park. The opaque terminal uses glass curtain walls to introduce natural light and views inside the terminal in places like entrances and exits, arrivals and departures, and check-in and boarding gate halls.

 

See Also: Home team wins O’Hare terminal design competition

 

The building envelope comprises a steel and concrete skeleton structure clad in aluminum triangular panels. The white panels reflect the light rays and UV weaves to help reduce the skin’s temperature. The design forgoes these panels on the interior and instead opts for bamboo wood on the ceilings.

 

 

The building’s baggage handling, security processes, and other technical operations are hidden on the lower level so the roof can be free of technical equipment and act as a fifth façade when viewed from an airplane window.

The airport will serve as the new southern gate to Israel and is expected to host 2.25 million passengers per year. The airport has been designed to adapt as that number grows to 4.25 million passengers per year.

 

 

 

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