The fifth proposed stadium for the 2022 FIFA World Cup in Qatar, Al Rayyan Stadium, has been released by Qatar’s Supreme Committee for Delivery & Legacy, ArchDaily reports.
London-based Pattern Architects is the team behind the design. Al Rayyan Stadium seats 40,000 spectators, and much of the material to build it will be scavenged from the former Ahmed Bin Ali Stadium, which will be demolished to make way for Al Rayyan.
In a press release, the supreme committee said that the façade is inspired by Qatari culture, formed of seven abstract patterns which “echo decorative motifs found in Islamic architecture.”
Dune-shaped structures surrounding the stadium will house hospitality areas, concessions, and other services. Within range of the stadium will be a mosque, aquatics center, athletic track, cricket pitch, tennis courts, and a hockey pitch, making the stadium a sports complex which can continue to be used after the games.
The stadium itself is also planned to be frequently used post-World Cup—it will be used as the home of the Al Rayyan Sports Club. The upper-tier will be removed and donated to “nations in need of sporting infrastructure,” the committee says in a release, reducing the stadium’s capacity to 21,000 seats.
Related Stories
| Sep 30, 2011
Design your own floor program
Program allows users to choose from a variety of flooring and line accent colors to create unique floor designs to complement any athletic facility.
| Sep 16, 2011
Largest solar installation completed at Redskins' football stadium
On game days, solar power can provide up to 20% of FedExField’s power.
| Sep 12, 2011
First phase of plan to revitalize Florida's Hialeah Park announced
This is the first project of a master plan developed to revive the historic racetrack.
| May 25, 2011
Olympic site spurs green building movement in UK
London's environmentally friendly 2012 Olympic venues are fuelling a green building movement in Britain.
| Apr 11, 2011
Wind turbines to generate power for new UNT football stadium
The University of North Texas has received a $2 million grant from the State Energy Conservation Office to install three wind turbines that will feed the electrical grid and provide power to UNT’s new football stadium.
| Apr 5, 2011
U.S. sports industry leads charge in meeting environmental challenges
The U.S. sports industry generates $414 billion annually. The amount of energy being consumed is not often thought of by fans when heading to the stadium or ballpark, but these stadiums, parks, and arenas use massive quantities of energy. Now sports leagues in North America are making a play to curb the waste and score environmental gains.
| Mar 25, 2011
Qatar World Cup may feature carbon-fiber ‘clouds’
Engineers at Qatar University’s Department of Mechanical and Industrial Engineering are busy developing what they believe could act as artificial “clouds,” man-made saucer-type structures suspended over a given soccer stadium, working to shield tens of thousands of spectators from suffocating summer temperatures that regularly top 115 degrees Fahrenheit.
| Mar 11, 2011
University of Oregon scores with new $227 million basketball arena
The University of Oregon’s Matthew Knight Arena opened January 13 with a men’s basketball game against USC where the Ducks beat the Trojans, 68-62. The $227 million arena, which replaces the school’s 84-year-old McArthur Court, has a seating bowl pitched at 36 degrees to replicate the close-to-the-action feel of the smaller arena it replaced, although this new one accommodates 12,364 fans.
