Industry | Water supply |
---|---|
Founded | 1811London, UK | in
Defunct | June 24, 1904 |
Fate | Municipalised |
Successor | Metropolitan Water Board |
Headquarters | London |
Area served | England |
The Grand Junction Waterworks Company was a utility company supplying water to parts of west London in England. The company was formed as an offshoot of the Grand Junction Canal Company in 1811 and became part of the publicly owned Metropolitan Water Board in 1904.
The company was created in 1811 to take advantage of a clause in the Grand Junction Canal Company's Act which allowed them to supply water brought by the canal from the River Colne and River Brent, and from a reservoir (now Ruislip Lido) in north-west Middlesex supplied by land drainage. It was thought that these waters would be better than those of the Thames, but in fact they were found to be of poor quality and insufficient to meet demand. After trying to resolve these problems the company resorted to taking its supply from the River Thames at a point near Chelsea Hospital [1]
The Grand Junction Waterworks Company built a pumping station near Kew Bridge at Brentford in 1838 to house its new steam pump and two similar pumps purchased from Boulton, Watt and Company in 1820. The water was taken from the middle of the river and pumped into filtering reservoirs and to a 200 ft high water tower to provide gravity feed to the area. A six and seven mile main[ further explanation needed ] took the water to a reservoir on Campden Hill near Notting Hill capable of containing 6 million gallons. The Kew Bridge facilities now house the London Museum of Water & Steam.
In the 1850s, the quality of drinking water was of public concern. Charles Dickens took an interest in the topic and, in carrying out research, he visited the Kew Bridge Pumping Station in March 1850. He recorded details of his visit in his campaigning journal Household Words , in an article published in April 1850 entitled "The Troubled Water Question". [2] The report of the epidemiologist John Snow on an outbreak of cholera pinpointed a workhouse in Soho which escaped the contagion because it was supplied by Grand Junction rather than the other local supply. [3] [4] The Metropolis Water Act 1852 was enacted "to make provision for securing the supply to the Metropolis of pure and wholesome water". Under the Act, it became unlawful for any water company to extract water for domestic use from the tidal reaches of the Thames after 31 August 1855, and from 31 December 1855 all such water was required to be "effectually filtered". [5] Accordingly, new waterworks had to be constructed further up river and the Grand Junction Waterworks Company was one of three companies that opened new facilities at Hampton between Molesey and Sunbury Locks in the 1850s. The company took its water from an island in the Thames that thereby acquired its present name, Grand Junction Isle.
Hampton is a suburban area on the north bank of the River Thames, in the London Borough of Richmond upon Thames, England, and historically in the County of Middlesex. which includes Hampton Court Palace. Hampton is served by two railway stations, including one immediately south of Hampton Court Bridge in East Molesey.
The Grand Junction Canal is a canal in England from Braunston in Northamptonshire to the River Thames at Brentford, with a number of branches. The mainline was built between 1793 and 1805, to improve the route from the Midlands to London, by-passing the upper reaches of the River Thames near Oxford, thus shortening the journey.
Seething Wells is a neighbourhood in southwest London on the border between Surbiton in the Royal Borough of Kingston upon Thames in Greater London, and Elmbridge in Surrey. The area was historically a waterworks that supplied London with water from the River Thames. Nowadays it is mainly a residential area, with the notable exception of decommissioned filter beds — the Seething Wells Filter Beds — in the northwest part of the area that borders the Thames.
The Metropolitan Water Board was a municipal body formed in 1903 to manage the water supply in London, UK. The members of the board were nominated by the local authorities within its area of supply. In 1904 it took over the water supply functions from the eight private water companies which had previously supplied water to residents of London. The board oversaw a significant expansion of London's water supply infrastructure, building several new reservoirs and water treatment works.
London Museum of Water & Steam is an independent museum founded in 1975 as the Kew Bridge Steam Museum. It was rebranded in early 2014 following a major investment project.
Molesey Lock is a lock on the River Thames in England at East Molesey, Surrey on the right bank.
Grosvenor Canal was a canal in the Pimlico area of London, opened in 1824. It was progressively shortened, as first the railways to Victoria Station and then the Ebury Bridge housing estate were built over it. It remained in use until 1995, enabling barges to be loaded with refuse for removal from the city, making it the last canal in London to operate commercially. A small part of it remains among the Grosvenor Waterside development.
The Staines Reservoirs are two large pumped storage reservoirs sitting to the east of the King George VI Reservoir near Heathrow airport in Surrey within the Colne Valley regional park. The village of Stanwell is mainly to the north east, and the town of Staines is to the south.
The Knight Reservoir is a large pumped storage reservoir located in the Borough of Elmbridge in Surrey. It was inaugurated in 1907 and stores up to 2,180 million litres of raw water abstracted from the River Thames prior to its treatment and supply to London and north Surrey. It is located south of the River Thames, west of West Molesey, and between Hurst Road (A3050) and Walton Road (B369). It is adjacent to, and west of, its twin Bessborough Reservoir.
London's water supply infrastructure has developed over the centuries in line with the expansion of London. For much of London's history, private companies supplied fresh water to various parts of London from wells, the River Thames and the River Lea. Further demand prompted new conduits and sources, particularly when the Agricultural and Industrial Revolution caused a boom in London's population and housing.
The East London Waterworks Company was one of eight private water companies in London absorbed by the Metropolitan Water Board in 1904.
Joseph Quick was an English civil engineer who was closely involved in improvements to supply piped water in the great industrial cities of the nineteenth century. Both his father and his son were also waterworks engineers by the name Joseph Quick.
The Southwark and Vauxhall Waterworks Company was a utility company supplying water to parts of south London in England. The company was formed by the merger of the Southwark and Vauxhall water companies in 1845 and became part of the publicly owned Metropolitan Water Board in 1904.
The Broad Street cholera outbreak was a severe outbreak of cholera that occurred in 1854 near Broad Street in Soho, London, England, and occurred during the 1846–1860 cholera pandemic happening worldwide. This outbreak, which killed 616 people, is best known for the physician John Snow's study of its causes and his hypothesis that germ-contaminated water was the source of cholera, rather than particles in the air. This discovery came to influence public health and the construction of improved sanitation facilities beginning in the mid-19th century. Later, the term "focus of infection" started to be used to describe sites, such as the Broad Street pump, in which conditions are favourable for transmission of an infection. Snow's endeavour to find the cause of the transmission of cholera caused him to unknowingly create a double-blind experiment.
The Lambeth Waterworks Company was a utility company supplying water to parts of south London in England. The company was established in 1785 with works in north Lambeth and became part of the publicly owned Metropolitan Water Board in 1904.
The West Middlesex Waterworks Company was a utility company supplying water to parts of west London in England. The company was established in 1806 with works at Hammersmith and became part of the publicly owned Metropolitan Water Board in 1904.
The City of Nottingham Water Department (1912–1974), formerly the Nottingham Corporation Water Department (1880–1912), was responsible for the supply of water to Nottingham from 1880 to 1974. The first water supply company in the town was the Nottingham Waterworks Company, established in 1696, which took water from the River Leen, and later from springs at Scotholme, when the river became polluted. Other companies were set up in the late 18th century and in 1824, while in 1826 the Trent Water Company was established. They employed Thomas Hawksley as their engineer, who became one of the great water engineers of the period, and Nottingham had the first constant pressurised water supply system in the country. The various companies amalgamated in 1845, and Hawksley remained as the consulting engineer until 1879.
The history of water filters can be traced to the earliest civilisations with written records. Water filters have been used throughout history to improve the safety and aesthetics of water intended to be used for drinking or bathing. In modern times, they are also widely used in industry and commerce. The history of water filtration is closely linked with the broader history of improvements in public health.
Essex and Suffolk Water is a water supply company in the United Kingdom. It operates in two geographically distinct areas, one serving parts of Norfolk and Suffolk, and the other serving parts of Essex and Greater London. The total population served is 1.8 million. Essex and Suffolk is a 'water only' supplier, with sewerage services provided by Anglian Water and Thames Water within its areas of supply. It is part of the Northumbrian Water Group.
The Metropolis Water Act 1852 was an Act of the Parliament of the United Kingdom which introduced regulation of water supply companies in London, including minimum standards of water quality for the first time.