BLÜCHER® Takes Off at King Abdulaziz Int'l Airport

200 mm BLÜCHER® EuroPipe in King Abdulaziz International Airport Expansion

BLUCHER_europipe_typemark_sq

Share this Case Study

Industry

Transportation

Category

Product(s) Installed:

Customer

King Abdulaziz International Airport

Location

Jeddah, Saudi Arabia

Scope

Jeddah Airport is the busiest airport in Saudi Arabia and home to the national flag carrier Saudia. It is especially busy during the Hajj, the annual pilgrimage to Mecca. Jeddah King Abdulaziz Airport is the closest airport to Mecca, the holy city for Muslims. The airport is located in western Saudi Arabia, just north of the country's second largest city. Travel time from the airport to Mecca is 1 hour 20 minutes.

The Jeddah Airport consists of four terminals and three runways; a very special Hajj Terminal, a modern T1 Terminal and the North and South Terminals. Terminal 1, first launched in 2019, is a very modern terminal that has a capacity of 30 million passengers a year. With a floor area of 810 000 square meters, the new terminal is considered one of the largest airport terminal buildings of its kind in the world.

What Client Needed

An aesthetically pleasing solution that could withstand the extreme weather conditions in Saudi Arabia. Curved pipes to be installed in outdoor areas and to match with the building shape.

Standard pipes are usually straight in shape. Nevertheless, in order to produce and deliver the right pipes fit according to the client's request, the BLÜCHER team managed to manufacture the curved shaped stainless steel pipes. 

Solution

A curved 200 mm push-fit pipe system with specially-designed tools and manufacturing equipment.

Result (ROI)

A customised curved pipe followed the architectural contour of the facade and the glazed section satisfied the need to cover a curved radius of 26 meters.

Brian Doyle
Area Sales Manager
BLÜCHER Ireland

“The result was what we expected and the customer was satisfied that we could manufacture and supply a curved push-fit pipe system.”