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Thomas Hawksley

From Wikipedia, the free encyclopedia

Thomas Hawksley
Thomas Hawksley
Born(1807-07-12)12 July 1807
Arnold, Nottinghamshire
Died23 September 1893(1893-09-23) (aged 86)
Kensington, London
EducationSelf-taught from age 15
ChildrenCharles Hawksley
Parent(s)John Hawksley and Sarah Thompson
Engineering career
DisciplineCivil engineering
InstitutionsInstitution of Civil Engineers (president), Institution of Gas Engineers and Managers (president), Fellow of the Royal Society
ProjectsLindley Wood, Swinsty and Fewston reservoirs

Thomas Hawksley ((1807-07-12)12 July 1807 – (1893-09-23)23 September 1893) was an English civil engineer of the 19th century, particularly associated with early water supply and coal gas engineering projects. Hawksley was, with John Frederick Bateman, the leading British water engineer of the nineteenth century and was personally responsible for upwards of 150 water-supply schemes, in the British Isles and overseas.[1]

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The son of John Hawksley and Sarah Thompson and born in Arnot Hill House, Arnold, near Nottingham on (1807-07-12)12 July 1807,[2] Hawksley was largely self-taught from the age of 15 onwards—despite his education at Nottingham High School[3]—having at that point become articled to a local firm of architects under the supervision of Edward Staveley that also undertook a variety of water-related engineering projects.

Locally, he remains particularly associated with schemes in his home county. He was engineer to the Nottingham Gas Light and Coke Company and Nottingham Waterworks Company for more than half a century, having, early in his career, completed the Trent Bridge waterworks (1831). This scheme delivered Britain's first high pressure 'constant supply', preventing contamination entering the supply of clean water mains.[4]

Hawksley first rose to national prominence at the time of the health of towns inquiry in 1844. His advocacy of a constant supply of water to consumers brought him immediate acclaim. Edwin Chadwick adopted Hawksley as an ally for a time, but Hawksley adopted a more pragmatic approach and was prepared to act for others' undertakings.[1] This approach led him to be appointed to many major water supply projects across England, including schemes for Liverpool, Sheffield, Leicester, Lincoln, Leeds, Derby, Darlington, Oxford, Cambridge, Sunderland, Wakefield and Northampton. He also undertook drainage projects, including schemes for Birmingham, Worcester and Windsor.

In 1852, Hawksley set up his own engineering practice in Westminster, London. He was the first president of the Institution of Gas Engineers and Managers[5] (serving for three years from 1863), a Fellow of the Royal Society,[6] and was elected President of the Institution of Civil Engineers in 1871 (a post his son Charles later occupied in 1901).[7]

Hawksley's grave in Brookwood Cemetery
Hawksley's grave in Brookwood Cemetery

Between 1869 and 1879, Hawksley acted as consultant to the construction of Lindley Wood, Swinsty and Fewston reservoirs for the Leeds Waterworks Company.[8] At Tunstall Reservoir in 1876, and at Cowm Reservoir in 1877–78, he is credited with the first two uses of pressure grouting to control water leakage under an embankment dam.[1][9][10][11] Glossop comments, "This procedure of rock grouting, which is now standard practice in dam construction, was an invention of the greatest importance to engineering practice, but its adoption by civil engineers was slow."[12]

Hawksley died in Kensington, London in 1893[13] and is buried in his family plot at Brookwood Cemetery, Surrey. In December 2007 a granite memorial was placed over his previously unmarked grave.[14]

Thomas Hawksley was the first of four generations of eminent water engineers, having been followed into the profession by his son, Charles Hawksley, grandson Kenneth Phipson Hawksley, and great grandson, Thomas Edwin Hawksley (died 1972). The Institution of Mechanical Engineers still holds an annual lecture in his memory,


  1. ^ a b c Hawksley, Thomas, Oxford Dictionary of National Biography
  2. ^ "Thomas Hawksley". Institution of Mechanical Engineers. Archived from the original on 11 October 2008. Retrieved 21 January 2019.
  3. ^ "Archived copy". Archived from the original on 3 February 2014. Retrieved 22 February 2014. CS1 maint: discouraged parameter (link) CS1 maint: archived copy as title (link)
  4. ^ "Nottingham Water Supply – history". Archived from the original on 9 August 2007. CS1 maint: discouraged parameter (link)
  5. ^ "IGEM History".
  6. ^ "Royal Society list of fellows".
  7. ^ Watson, Garth (1988). The Civils. London: Thomas Telford Ltd. p. 251. ISBN 0-7277-0392-7.
  8. ^ Bowtell, Harold D (1991). Lesser Railways of the Yorkshire Dales and the Dam Builders in the Age of Steam. Plateway Press. ISBN 1-871980-09-7.
  9. ^ Robert William Rennison, Civil Engineering Heritage: Northern England, p.81
  10. ^ A. Clive Houlsby, Construction and Design of Cement Grouting; A Guide to Grouting in Rock Foundations John Wiley & Sons, 1990, ISBN 0-471-51629-5
  11. ^ Rudolph Glossop, The Invention and Development of Injection processes Part II: 1850-1960, Geotechnique, Vol. 11, 4, December 1961, p.255-279.
  12. ^ Rudolph Glossop, p.259
  13. ^ Oxford Dictionary of National Biography. Retrieved on 27 August 2011.
  14. ^ Cemetery, Brookwood. (10 December 2007) Brookwood Cemetery press release Archived 8 July 2011 at the Wayback Machine. Retrieved on 27 August 2011.

External links

Professional and academic associations
Preceded by
Charles Blacker Vignoles
President of the Institution of Civil Engineers
December 1871 – December 1873
Succeeded by
Thomas Elliot Harrison
Preceded by
Sir Frederick Bramwell
President of the Institution of Mechanical Engineers
Succeeded by
John Robinson
This page was last edited on 17 September 2020, at 19:19
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