Schiphol Airport (AMS/EHAM), Amsterdam, Netherlands

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key facts
Key Data
Cost
€340 million
Completion date
2005
Runway length
3,800m
Runway width
75m
Soil: construction of runway
500,000m³
Sand: construction of runway
650,000m³
Foundation material: construction of runway
750,000t

The expansion plans at the Amsterdam Airport Schiphol included the new fifth runway, Polderbaan (opened for operation the end of February 2003), the renovation of Departure Lounge 1 (opened 2005) and the innovative and relatively new automatic border passage system using iris recognition, enabling quick and secure border passage. Schiphol Group invested €340 million in the new fifth runway and €165 million in Departure Lounge 1.

FIFTH RUNWAY: CONTRACTORS AND FINANCING

The first plans for the fifth runway were presented in 1970. The Dutch Parliament in 1995 ratified its Government White Paper on the 'Future of Schiphol'. The White Paper allowed the construction of Schiphol’s fifth runway with the condition that the noise level in the airport environs does not increase.

The contractors involved in the construction of the runway were Vermeer Infrastructure, Ballast Nedam Grond en Wegen and Heijmans Infrastructure en Mileu. Koninklijke Wegenbouw Stevin was contracted to dig the drainage ditches and construct the service roads around the construction area.

ARCADIS performed several functions during the airport expansion project. To allow for the extra traffic entering and leaving the airport complex, a three-lane tunnel and a two-lane tunnel were constructed. ARCADIS undertook much of the construction of these tunnels.

During 2002, over a two-week period, Runway 09-27 was closed in order to carry out renovations to the rainwater sewage pipes located under the runway. BAM HBG Civiel BV was the main contractor, and HOBAS supplied the replacement piping.

The European Union's long-term financing institution, the European Investment Bank, lent Schiphol €150 million for the construction of the fifth runway and associated taxiways.

FIFTH RUNWAY: AIR TRANSPORT MOVEMENT GROWTH AND REDUCED NOISE LEVELS

Construction of the fifth runway at Amsterdam Airport Schiphol started in September 2000. Called Polderbaan, the runway was designed to provide for the expected growth of air transport movements. The new runway was also intended to eliminate noise disturbance in the airport environs. It became operational at the end of February 2003; the opening of the new runway coincided with the revised Aviation Act (effective from January 2003), which incorporated new environmental and safety standards.

The runway is completely operational in all weather conditions. It is only used into and from the north. Overall noise disturbance in the area has been reduced due to the approach and departure routes passing over areas with relatively low population density.

RUNWAY DIMENSIONS ACCOMODATING SUPER JUMBO JETS

Polderbaan is Schiphol’s longest runway (3,800m long and 75m wide). It is designed to accommodate super jumbos such as the A380.

The Polderbaan is located 2,100m north of Zwanenburgbaan, the 01L-19R runway. The northern tip of the runway is approximately 7km from the Amsterdam Schiphol Airport control tower.

The main taxiway connecting the new runway with the existing 01L-19R Zwanenburgbaan runway, crosses a main waterway in the Schiphol area by means of a viaduct.

RUNWAY CONSTRUCTION MATERIALS

Involved in the construction of the new runway was 500,000m³ of soil, 650,000m³ of sand (used to compact the marshy soil and for the first layer of the runway), 750,000t of foundation material, 270,000t of asphalt, 130km of drainage, 34km of cabling cylinders, 170km of cables for lighting and 500 concrete wells to connect cabling and equipment.

Additionally the construction incorporated 1,700 fittings for runway lighting, 20,000 litres of paint for approximately 67km of runway lines and 906m² of markings, 30km of sewage pipes for drainage, 3km fencing and lastly 500,000 transport movements.

RENOVATION OF DEPARTURE LOUNGE 1

The plans for the renovation of Departure Lounge 1 were approved on 4 September 2002. The expansion project was completed in 2005. Expansion of the western wing has resulted in a total of 112 arrival/departure gates; the airport now has the capacity to deal with 60 million passengers a year. Previously, ground handling facilities could only cope with 45 million passengers.

The architectural companies Benthem Crouwel and NACO undertook the design of this renovation. They incorporated 'Run, Fun and Surprise' elements: 'Run' provides the basic shopping essentials expected at an airport, 'Fun' offers entertainment in the form of cafes and restaurants, and 'Surprise' allowed for the installation of casinos and coffee corners en route to airplane boarding gates.

Working on the basis that Schiphol is a city in its own right, the designers incorporated a Square and a Street inside the departure lounge; the Street is lined with shops while the Square has shops, cafes and restaurants.

During this renovation, Aggreko supplied temperature control equipment in the form of three 100kW chillers and two air conditioners of 150kW each.

To help speed up passenger movements through the airport, the airport now uses ts.com’s online pre-booking service, ticketingsolutions, for use in booking long-stay car park reservations.

AUTOMATIC BORDER PASSAGE USING IRIS RECOGNITION

The automatic border passage system using iris recognition has become a permanent facility at Schiphol. Launched in October 2001 as a one-year pilot programme, the automatic border passage using iris recognition was developed by Schiphol Group in close cooperation with the Dutch Border Police (Koninklijke Marechaussee) and the IND.

It is the first large-scale application of biometric identification in the Netherlands and was extensively tested during the pilot programme. Passengers with passports from countries in the European Economic Area (EEA) (Shengen Countries), that is EU countries plus Norway, Liechtenstein and Iceland, are able to become Privium members and use the automatic border passage system.

PILOT PROGRAMME: CORRECT ACCESS AND EYE SAFETY STANDARDS

Schiphol Group, the IND and Dutch Border Police worked in close affiliation to test the system’s operation and effectiveness during the pilot programme. The TNO (the Dutch technology research institute) evaluated the reliability of the system to allow access to the correct individuals as well as meet all eye safety standards.

TNO’s Physics and Electronics Laboratory (TNO-FEL) worked together with Britain’s National Physical Laboratory during the evaluation. TNO evaluated the operation of the automatic border passage system using iris recognition. Its British counterpart completed a similar exercise with a system installed in its laboratory. It was concluded by both institutes that the iris recognition system featured in the Privium programme is extremely reliable and that it exceeds all eye safety standards.

BIOMETRIC IDENTIFICATION

The Dutch Ministry of Justice approved Schiphol Group’s continued employment of the automatic border passage system using iris recognition. It has now become a permanent airport facility and a permanent feature of the Privium service programme.

Automatic border passage using iris recognition at Schiphol is considered the most reliable form of biometric identification. In a list of the greatest scientific achievements over the past 50 years compiled by a panel of leading British scientists to mark Queen Elizabeth II’s golden jubilee, the system at Schiphol was elected the innovation for the year 2002.

PRIVIUM PLUS AND BASIC PROGRAMMES

The automatic border passage system using iris recognition is the key feature of Schiphol Group’s Privium service programme designed for frequent travellers. The system is both secure as well as quick. Members of the Privium Plus programme are guaranteed priority parking in the P2 airport car park adjacent to the terminal, as well as the entitlement to check-in at dedicated check-in counters when flying with one of the participating airlines.



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The construction of the new runway includes 500,000m³ of soil, 650,000m³ of sand, 750,000t of foundation material, 270,000t of asphalt and 130km of drainage.

(Photo courtesy of Aerophoto-Schiphol b.v.)




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Polderbaan is 3,800m long and 75m wide. The Polderbaan is located 2,100m north of Zwanenburgbaan, the 01L-19R runway. The northern tip of the runway is approximately 7km from the Amsterdam Airport Schiphol control tower.



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Replacement of rainwater sewage pipes under Runway 09-27.



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The viaduct that will be used as a taxiway has been constructed above one of the main waterways in the Schiphol area.



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The automatic border passage system utilises iris registration. A photograph is taken of the iris and the image is subsequently encoded and recorded on the chip of a personal smart card.



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The automatic border passage system process involves a second photograph of the iris being taken at the 'border'. If the iris information matches the data on the smart card, the passenger can proceed to the gate.



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Amsterdam Airport Schiphol will begin operating the new main runway in phases culminating in the full opening from November 1, 2003.

(Photo courtesy of Aerophoto-Schiphol b.v.)




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