London Heathrow Airport (LHA/EGLL) Terminal 5, United Kingdom

The construction of the Heathrow Airport terminal five (T5) in London was approved by the Secretary of State on 20 November 2001, after the longest public inquiry in British history (46 months).

The planning process itself cost nearly £63m over a period of 14 years. This cost was borne mostly by the British Airports Authority (BAA) and British Airways, the two main proponents of the project.

In 2007 it was announced by the Transport Secretary Ruth Kelly that there would be a sixth terminal at Heathrow as well as a 2,200m third runway and this will be underway by 2020.

Construction of the new terminal started in September 2002; phase one of the project is scheduled to be completed and opened by March 2008 with the second phase opening in 2011. The project is requiring an estimated investment (mostly from BAA) of over £4.2bn.

Phase two of the project will involve the construction of a £400m second satellite terminal building adjacent to the original T5 and also the associated aircraft stands and service infrastructure to accept A380 size superjumbos.

Heathrow is one of the busiest airports in Europe and passenger numbers are expected to grow by 27 million a year as a result of phase one, and then by a further three million a year after phase two. The airport currently employs 68,000 personnel and expects to increase this by 16,500 as a result of the expansion.

The T5 retail floor space will cover around 18,580m². It will include 150 retail units including around 25 restaurants and approximately 3,250m² of world duty free shopping. In February 2005 the T5 project phase one was halfway to completion.

CONTRACTORS

Terminal five is a large infrastructure project involving over 60 contractors, 16 major projects and 147 sub-projects on a 260ha site. With such a project BAA realised that if the projects were to be built on time and within budget that a unique approach would be required.

The T5 Agreement is the result and is a legally binding contract between BAA and its key suppliers. Through the agreement BAA accepts that it carries all of the risk for the construction project. This allows the contractors to concentrate on the project and solving problems rather than avoiding possible litigation for problems arising and time delays.

For a full list of contractors please see the Specifications page.

TERMINAL AND CONTROL TOWER

In November 2006 the construction of T5 was 80% completed. Ten new aircraft stands had been delivered (four capable of handling the new A380 superjumbo) along with 120,000m² of taxiway.

Two of the major projects which were ahead of schedule included the new terminal building itself and the new aircraft control tower. In April 2004 the first section of the 'single wave' roof (2,500t) of the T5 building was lifted into position and by March 2005 the sixth and final section of the roof was in position. The final roof weighed a total of 18,500t and contained 22 steel box section rafters supported by 11 pairs of supporting abutments.

The main terminal building (housing concourse A) is 396m long, 176m wide and 39m high and contains 80,000t of structural steel, while a satellite building (housing concourse B) adjoining this is 442m long, 42m wide and 19.5m high. The terminal contains 175 lifts, 131 escalators and 18km of conveyor belts for baggage handling. A strict ban was placed on any construction activity over 43m high without prior arrangement in case it interfered with Heathrow radar. Phase one of the project provides 47 aircraft stands and phase two will provide a further 13 to make a total of 60.

In October 2004 the 900t, 32m-high top 'cone' section of the control tower was transported 2km to the installation site following its construction within the Heathrow site. In April 2005 the new air traffic control tower was topped out and in March 2005 the control tower was erected to its full height of 87m.

The cone, which contains the control room, is supported on top of an 85m-high, 4.6m-diameter triangular steel mast anchored to the ground with three pairs of cable stays. The steel mast contains two lifts (one internal and one external) to provide access to the control room. The control tower was built in 12m-high sections (the cone being raised by special jacks 12m at a time) and became operational during the third quarter of 2006.

RAIL INFRASTRUCTURE DEVELOPMENT

Beyond the construction of the terminal itself, investment has been required in order to improve the transport infrastructure between the centre of London and Heathrow Airport. Some of the major projects are the construction of tunnels for the extension of both the Heathrow Express (HexEx) and the Piccadilly Line (PiccEx).

In September 2004 the HexEx tunnel was connected with T5 for the first time after four and a half months of tunnelling with a Tunnel Boring Machine (TBM). The tunnel connection was made with a spur tunnel (headshunt) connected to the existing Heathrow Express. The tunnel was lined with 1,419 pre-cast concrete rings containing polypropylene fibre for fire resistance. There are two 1.7km tunnels for the HexEx and two 1.9km tunnels for the PiccEx.

Terminal five has its own modern rail station located in the basement of concourse A. The station has six rail platforms: two for the London Underground Piccadilly Line extension; two for the Heathrow Express extension, and a third pair built for potential future rail expansion links to the west.

The T5 station will be staffed by BAA staff unlike the underground stations at Heathrow terminal four and terminals one to three and is due for completion in March 2008. There are currently no plans to connect terminals four and five by a direct rail service.

ROAD INFRASTRUCTURE DEVELOPMENT

The T5 expansion has also required additional and improved road infrastructure, including internal airside roads (completed in March 2005) and also connecting roads from the current road transport network. A spur road from the M25 has reached completion (Balfour Beatty constructed it but it will not be open to the public until April 2008) and the road around the western perimeter of the Heathrow site has been realigned to provide improved access.

By January 2005 over 13km of tunnels had been completed. Four tunnel boring machines and 105,500 concrete tunnel lining segments were used to create a network of nine separate tunnels including the UK's seventh-longest road tunnel and four independent rail tunnels.

In addition to a growth in the transport capacity servicing Heathrow Airport, BAA plans also to develop a 4,000-space multistorey car park for passenger use.

ROAD VEHICLE ACCESS

An Airside Road Tunnel (ART), which became operational in March 2005, will provide road vehicle access from the Central Terminal Area to aircraft stands at the western end of the airfield and T5 campus. It is an airside road and so will not be accessible by the general public.

The 6.2km ART consists of two parallel single carriageways with a hard shoulder in two separate tunnel bores. Each tunnel has an internal diameter of 8.2m, which is the equivalent width of two fire engines, and is connected via a series of cross passages designed to ensure the safe evacuation of vehicles or people in the event of a vehicle accident in either tunnel.

AUTOMATED PEOPLE MOVER

The new T5 will also incorporate a Track Transit System. This is an automated transportation system that will transfer passengers between the main terminal and its satellite buildings. Transportation is provided by an Automated People Mover (APM). These are driverless trains which will run on a dedicated subsurface guideway.

STORM WATER OUTFALL TUNNEL (SWOT)

The Storm Water Outfall Tunnel (SWOT) forms the drainage and pollution control system for surface water run-off from the T5 campus, to a reservoir 2km to the south of the airport. At the southern end of the tunnel the run-off water passes through facilities that 'clean' it before it is discharged.

The SWOT is also a fundamental component in enabling BAA to recycle the run off water and re-use it in T5's non-potable water system. The tunnel and infrastructure has been designed so that in T5's operational phase, clean water will be pumped back up the tunnel and used in systems such as toilet flushes and heating systems. The SWOT comprises a single bore tunnel, 4.1km in length.

Water course modification at the Heathrow site has also involved the diversion of two man made 'rivers' (built during the reign of both Henry VIII and Charles I to supply water to various Palaces) (twin rivers diversion scheme) into new channels.

CONGESTION, NOISE, AIR POLLUTION

The number of people using cars, taxis, buses and coaches in and out of Heathrow will more than double once T5 is operational. This does not take into account extra lorries and other heavy goods vehicles travelling in and out to service the airport on roads that are already three times busier than the national average.

In 1991, approximately 13.8 million people travelled to Heathrow by car and 5.8 million by taxi. By the year 2016, when BAA expects T5 to be fully operational, the figures are estimated to increase to 28.1 million by car and 11.9 million by taxi. Another obvious problem associated with the increase in traffic in the area is a worsening of noise and air pollution.

Advocates of T5 counter that the increase in the capacity of Heathrow will make best use of airport's existing infrastructure and land (nearly 3,000 acres).

They claim that a failure to develop the site would lose Britain over £600m a year in export earnings. Once lost, that trade is unlikely to return, and it is thought that the UK economy will feel the impact as foreign investment drifts to Europe (particularly as European airports such as Charles De Gaulle in Paris, Hamburg and Schipol in Amsterdam are trying to attract business from Heathrow.

Additionally, the noise climate around Heathrow Airport has been improving for many years, even though the number of aircraft movements has increased considerably. This improvement is continuing, but is inevitably slowing down as older, noisy aircraft have now been phased out. Advocates claim that even with Terminal 5, the noise climate would be similar to today because it would not require any increase in night flights or in the night noise quota at Heathrow.

The reason why these extra passengers can be accommodated with so few additional flights is that the number of passengers per flight is increasing all the time. The development of aircraft such as the Airbus A380 superjumbo, a 555-seater, double-decker aircraft, will reinforce this trend.

T5 TESTING PHASE

New airport terminals are usually plagued by faults and problems within the first couple of days of opening. BAA are hoping this will not be the case with T5 and have instigated a six-month trial testing period prior to opening.

This will occur between September 2007 and March 2008 and has required the use of 16,000 volunteers to put every aspect of the terminal to the test from parking and toilets to check-in and seating.

Every single aspect of the airport will be tested by dry run. The process will involve four large-scale full tests with all of the volunteers and also many more smaller scale tests and staff training programmes.

CHECK-IN

T5 is set to rely much more on passengers using online check-in or self-service kiosks when they reach the airport. To this end there are 96 self-service kiosks, 140 customer service desks and 96 fast bag drops.

Passenger flows have been optimised so that queuing at the airport will be kept to a minimum. British Airways have plans to move towards 80% of its passengers using online or self-service check-in.

BAGGAGE HANDLING SYSTEMS

The baggage handling system at T5 will be the largest baggage handling system in Europe for a single terminal. There will be two systems including a main baggage sorter and a fast track system.

The system was designed by an integrated team from BAA, BA and Vanderlande Industries of the Netherlands, and will handle both intra-terminal and inter-terminal luggage and will actually process 70,000 bags a day.

Bags undergo several processes on the way through the system including automatic identification, explosives screening, fast tracking for urgent bags, sorting and automatic sorting and passenger reconciliation.

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