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  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-07.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-05.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-01.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-06.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-04.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-03.jpg
  • IHA Katrinebjerg, Engineering College, Aarhus
    IHA-Katrinebjerg-Aarhus-02.jpg
  • Remains of one of two large minaret-like chimneys of Abbey Mills Pumping Station (Station A) that once towered over the engine house leading to the name "The Mosque in the Swamp"  in Victorian times. In WWII the towers were dismantled as their collapse during a bombing raid might damage the engine house. Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-05.tif
  • Thames Water executives in the Interior of the old Abbey Mills Pumping Station (Station A) examining the  modern vertical motors that replaced the original steam beam engine..Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-10.tif
  • Details of restored metalwork by Benham & Froud on a door of the old Abbey Mills Pumping Station (Station A). The cupola can be seen through the window which assisted in providing ventilation for the original steam beam engines. The stone carving shows examples of local flora. Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-04.tif
  • Looking into the cupola in the centre of the old Abbey Mills Pumping Station (Station A) which assisted in providing ventilation for the original steam beam engines. Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-03.tif
  • Interior of the old Abbey Mills Pumping Station (Station A) showing wrought iron metalwork and modern vertical motors that replaced the original steam beam engine..Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-02.tif
  • Interior of the old Abbey Mills Pumping Station (Station A) showing wrought iron metalwork and modern vertical motors that replaced the original steam beam engine..Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-01.tif
  • A Thames water executive points out the northern outfall sewer that connects Abbey Mills pumping station to Beckton Sewage Treatment Works. The plan was produced by London City Council and shows the main sewers in blue, the intercepting sewers in red and the storm relief sewers in green. The system was designed by engineer Joseph Bazalgette after an outbreak of cholera in 1853 and "The Big Stink" of 1858.
    ThamesWater_QL-09.tif
  • The original cast iron sewage pipes of the old Abbey Mills Pumping Station (Station A). Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-07.tif
  • Details of restored metalwork by Benham & Froud on a door of the old Abbey Mills Pumping Station (Station A). Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-06.tif
  • The original cast iron sewage pipes of the old Abbey Mills Pumping Station (Station A). Located in Abbey Lane, London E15, the building is a sewerage pumping station, designed by engineer Joseph Bazalgette, Edmund Cooper, and architect Charles Driver, it was built between 1865 and 1868 after an outbreak of cholera in 1853 and "The Big Stink" of 1858. It was designed in a cruciform plan, with an elaborate Byzantine style, described as The Cathedral of Sewage. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-08.tif
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-33.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-14.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-06.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-05.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-04.jpg
  • Sydney Tower (also known as the AMP Tower, AMP Centrepoint Tower, Centrepoint Tower or just Centrepoint) is Sydney's tallest free-standing structure, and the second tallest in Australia at 305m. Architect: Donald Crone and Associates Constructed 1970-1981 Sydney, Australia
    Downtown_Architecture_Sydney_Austral...jpg
  • Facade of Sløjfen, Culture House
    SJE_QL130_RT8.tif
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-30.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-29.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-26.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-24.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-22.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-20.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-19.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-18.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-13.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-11.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-09.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-03.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-01.jpg
  • The remains of one of two Moorish style chimneys at Abbey Mills pumping.station which gave the building a mosque-like appearance. They have not been used.since steam power was replaced by electric motors in 1933. They were demolished.during WWII because they were a landmark for German bombers on raids over the.London docks. London, UK, 2003
    Drawing-Parallels-Quintin-Lake-Page-...jpg
  • Detail of Grosvenor Place tower, and 1912 brick building Sydney, Australia.
    Downtown_Architecture_Sydney_Austral...jpg
  • Detail of Grosvenor Place tower, and 1912 brick building Sydney, Australia.
    Downtown_Architecture_Sydney_Austral...jpg
  • Grosvenor Place tower, 225 George Street, Sydney Australia. Architect: Harry Seidler
    Downtown_Architecture_Sydney_Austral...jpg
  • Sydney Tower (also known as the AMP Tower, AMP Centrepoint Tower, Centrepoint Tower or just Centrepoint) is Sydney's tallest free-standing structure, and the second tallest in Australia at 305m. Architect: Donald Crone and Associates Constructed 1970-1981 Sydney, Australia
    Downtown_Architecture_Sydney_Austral...jpg
  • Located at the top of the Sydney Tower "360 Bar and Dining Room" where the unique rotating floor ensures breathtaking, uninterrupted 360 degree views of Sydney. Sydney Tower (also known as the AMP Tower, AMP Centrepoint Tower, Centrepoint Tower or just Centrepoint) is Sydney's tallest free-standing structure, and the second tallest in Australia at 305m. Architect: Donald Crone and Associates Constructed 1970-1981 Sydney, Australia
    Downtown_Architecture_Sydney_Austral...jpg
  • The skyline of downtown CBD Sydney includes the architectural prominent buildings: Deutsche Bank Place. Architect: Norman Foster of Foster and Partners (triangular form).  Chifley Tower Architect: Kohn Pedersen Fox  (centre) and Aurora Place Architect: Renzo Piano (curved form)
    Downtown_Architecture_Sydney_Austral...jpg
  • BridgeClimb guide on the Sydney Harbour Bridge, Sydney, Australia. The Sydney Harbour Bridge is a steel through arch bridge across Sydney Harbour that carries rail, vehicular and pedestrian traffic between theSydney central business district (CBD) and the North Shore. The dramatic view of the bridge, the harbour, and the nearby Sydney Opera House is an iconic image of both Sydney and Australia. The bridge is locally nicknamed "The Coathanger" because of its arch-based design...The bridge was designed and built by Dorman Long and Co Ltd, Middlesbrough Teesside and Cleveland Bridge, Darlington, County Durham and opened in 1932. Until 1967 it was the city's tallest structure.[citation needed] According to Guinness World Records, it is the world's widest long-span bridge and it is the tallest steel arch bridge, measuring 134 metres (440 ft) from top to water level. It is also the fifth-longest spanning-arch bridge in the world.
    Sydney_Harbour_Bridge-01.jpg
  • Previous orchid habitat destroyed as part of the construction of the Interoceanic Highway
    IOH_Expedition_QL-03.tif
  • A bridge waiting for a road on the Interoceanic Highway near Quincemil
    IOH_Document_QL-28.tif
  • Road workers testing the bedrock density while truck drivers watch for the road to be reopened on the Interoceanic  Highway near San Gaban
    IOH_Document_QL-07.tif
  • Conirsa construction workers resting for lunch during which time the road blocks are opened and trucks can pass on the Interoceanic Highway.
    IOH_Document_QL-03.tif
  • Sculpture, Arhus, Denmark
    SJE_QL175_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL153_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL143_RT8.tif
  • Facade of Sløjfen, Culture House
    SJE_QL128_RT8.tif
  • Sedimentation tanks and treatment buildings: a tiny part of the massive complex at Beckton Sewage Treatment Works which treats Sewage from 3.4 million Londoners every day.
    ThamesWater_QL-24.tif
  • Clean water flows into the Thames from the northern outfall of Thames Water's, Beckton Sewage Treatment Works. Sewage from 3.4 million Londoners is treated on site every day. Barking Creek Tidal Barrier resembling a giant guillotine was  built over a period of four years, being completed in 1983. It is about 60 metres high, and was needed to be this size to allow shipping to reach the Town Quay in Barking further upstream. The barrier crosses the Barking Creek reach of the River Roding, at its confluence with the River Thames.
    ThamesWater_QL-23.tif
  • Clean water flows into the Thames from the northern outfall of Thames Water's, Beckton Sewage Treatment Works. Sewage from 3.4 million Londoners is treated on site every day. Barking Creek Tidal Barrier resembling a giant guillotine was  built over a period of four years, being completed in 1983. It is about 60 metres high, and was needed to be this size to allow shipping to reach the Town Quay in Barking further upstream. The barrier crosses the Barking Creek reach of the River Roding, at its confluence with the River Thames.
    ThamesWater_QL-22.tif
  • Control room of the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-20.tif
  • Interior of the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-19.tif
  • Exterior of the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-17.tif
  • High speed pump of the type used in the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-16.tif
  • A climbing out of Wick lane sewers,  part of the Northern outfall designed by Joseph Bazalgette after an outbreak of cholera in 1853 and "The Big Stink" of 1858. Sewage from 3.4 million Londoners passes through here every day.
    ThamesWater_QL-15.tif
  • Two workers standing in Wick lane sewers,  part of the Northern outfall designed by Joseph Bazalgette after an outbreak of cholera in 1853 and "The Big Stink" of 1858. Sewage from 3.4 million Londoners passes through here every day.
    ThamesWater_QL-13.tif
  • A Thames water executive in Wick lane sewers,  part of the Northern outfall designed by Joseph Bazalgette after an outbreak of cholera in 1853 and "The Big Stink" of 1858. Sewage from 3.4 million Londoners passes through here every day.
    ThamesWater_QL-12.tif
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-35.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-34.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-32.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-31.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-28.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-27.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-25.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-23.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-21.jpg
  • Pallion Shipyard, Sunderland, UK
    Pallion-Shipyard-Sunderland-17.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-16.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-15.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-12.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-10.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-08.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-07.jpg
  • Steamship Manxman in the Pallion Shipyard, Sunderland, UK, June 2011
    Pallion-Shipyard-Sunderland-02.jpg
  • Department of Lands Tower  in front of AMP Centre in Sydney's Central Business District, Australia. Constructed of Copper and Sydney sandstone.
    Downtown_Architecture_Sydney_Austral...jpg
  • Sydney Tower (also known as the AMP Tower, AMP Centrepoint Tower, Centrepoint Tower or just Centrepoint) is Sydney's tallest free-standing structure, and the second tallest in Australia at 305m. Architect: Donald Crone and Associates Constructed 1970-1981 Sydney, Australia
    Downtown_Architecture_Sydney_Austral...jpg
  • Located at the top of the Sydney Tower "360 Bar and Dining Room" where the unique rotating floor ensures breathtaking, uninterrupted 360 degree views of Sydney. Sydney Tower (also known as the AMP Tower, AMP Centrepoint Tower, Centrepoint Tower or just Centrepoint) is Sydney's tallest free-standing structure, and the second tallest in Australia at 305m. Architect: Donald Crone and Associates Constructed 1970-1981 Sydney, Australia
    Downtown_Architecture_Sydney_Austral...jpg
  • The skyline of downtown CBD Sydney includes the architectural prominent buildings: Deutsche Bank Place. Architect: Norman Foster of Foster and Partners (triangular form).  Chifley Tower Architect: Kohn Pedersen Fox  (centre) and Aurora Place Architect: Renzo Piano (curved form)
    Downtown_Architecture_Sydney_Austral...jpg
  • BridgeClimb participants and guide on the Sydney Harbour Bridge, Sydney, Australia.The Sydney Harbour Bridge is a steel through arch bridge across Sydney Harbour that carries rail, vehicular and pedestrian traffic between theSydney central business district (CBD) and the North Shore. The dramatic view of the bridge, the harbour, and the nearby Sydney Opera House is an iconic image of both Sydney and Australia. The bridge is locally nicknamed "The Coathanger" because of its arch-based design...The bridge was designed and built by Dorman Long and Co Ltd, Middlesbrough Teesside and Cleveland Bridge, Darlington, County Durham and opened in 1932. Until 1967 it was the city's tallest structure.[citation needed] According to Guinness World Records, it is the world's widest long-span bridge and it is the tallest steel arch bridge, measuring 134 metres (440 ft) from top to water level. It is also the fifth-longest spanning-arch bridge in the world.
    Sydney_Harbour_Bridge-03.jpg
  • Detail of the Sydney Harbour Bridge steel truss Structure Sydney, Australia. The Sydney Harbour Bridge is a steel through arch bridge across Sydney Harbour that carries rail, vehicular and pedestrian traffic between theSydney central business district (CBD) and the North Shore. The dramatic view of the bridge, the harbour, and the nearby Sydney Opera House is an iconic image of both Sydney and Australia. The bridge is locally nicknamed "The Coathanger" because of its arch-based design...The bridge was designed and built by Dorman Long and Co Ltd, Middlesbrough Teesside and Cleveland Bridge, Darlington, County Durham and opened in 1932. Until 1967 it was the city's tallest structure.[citation needed] According to Guinness World Records, it is the world's widest long-span bridge and it is the tallest steel arch bridge, measuring 134 metres (440 ft) from top to water level. It is also the fifth-longest spanning-arch bridge in the world.
    Sydney_Harbour_Bridge-02.jpg
  • The Interoceanic highway runs below gigantic terraces to try to control rock fall. Sometimes these terraces extend many 100s of meters up the mountain.
    IOH_Document_QL-34.tif
  • A worker paints the new bridge that  connects  the Amazon jungle between transects 2 and 4 of the Interoceanic Highway
    IOH_Document_QL-33.tif
  • Sculpture, Arhus, Denmark
    sculpture.tif
  • Grunfos Headquarters, Denmark
    SJE_QL165_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL162_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL160_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL155_RT8-Edit.tif
  • Grunfos Headquarters, Denmark
    SJE_QL150_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL147_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL144_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL141_RT8.tif
  • Sedimentation tanks and treatment buildings: a tiny part of the massive complex at Beckton Sewage Treatment Works which treats Sewage from 3.4 million Londoners every day.
    ThamesWater_QL-25.tif
  • Interior of the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-21.tif
  • Exterior detail of the new New Abbey Mills Pumping Station (Station F) designed by Allies and Morrison. The pumps raise the sewage in the London sewerage system between the two Low Level Sewers and the Northern Outfall Sewer, which was built in the 1860s to carry the increasing amount of sewage produced in London away from the centre of the city.
    ThamesWater_QL-18.tif
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