Edward B. Ellington
| Edward Bayzand Ellington | |
|---|---|
| Born |
2 August 1845 Camberwell, London |
| Died | 10 November 1914 (aged 69) Kensington, London |
| Education | Denmark Hill Grammar School |
| Engineering career | |
| Discipline | Hydraulic engineering |
| Institutions | Institution of Mechanical Engineers, Institution of Civil Engineers |
Edward Bayzand Ellington (2 August 1845 – 10 November 1914) was a British hydraulic engineer who pioneered the development of urban-scale hydraulic power distribution systems.
Ellington was managing director of the Hydraulic Engineering Co of Chester and one of the founders of the London Hydraulic Power Company. He invented the hydraulic balance lift (US: elevator) and the automatic injector fire hydrant.
The second son of a warehouseman, Ellington was born in Camberwell, and studied at Denmark Hill Grammar School before being articled to the Greenwich-based maritime engineering firm of John Penn in 1862.
In 1869, he left Penn's company and London and entered into partnership with Bryan Johnson of Chester; Johnson and Ellington specialised in hydraulic machinery. In 1871, they established the Wharves and Warehouses Steam Power and Hydraulic Pressure Company. In 1875, the partnership converted to a limited company, the Hydraulic Engineering Co.
Two years later, in 1877, Ellington was engineer to the Hull Hydraulic Power Co., the first company to demonstrate the practicability of large-scale urban hydraulic power networks, in Kingston upon Hull.
In London in 1882, he was consulting engineer to the General Hydraulic Power Company of Southwark (incorporated 29 June), and, in 1884, helped form its subsidiary, the London Hydraulic Power Company, which merged the Wharves and Warehouses Steam Power and Hydraulic Pressure Company and the General Hydraulic Power Company. This was followed by similar UK companies in Liverpool (Liverpool Hydraulic Power Company, 1889), Manchester (Manchester Hydraulic Power, 1894) and Glasgow (1895), plus Australian schemes in Melbourne (1889) and Sydney (1891). The emergence of electrical power during the 20th century meant hydraulic networks were gradually superseded; the Hull company was wound up in 1947 while the final London pumping station ceased operation in 1977.
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