William Champion (metallurgist)

Neptune - The Warmley Giant

William Champion (1709–1789) is credited with patenting a process in Great Britain to distill zinc metal from calamine using charcoal in a smelter.

Warmley Quaker Industrial Village 1746 – 1769

Sources:[1][2]

Warmley Brassworks is a former industrial site in Warmley, South Gloucestershire, England. Established in 1746 by the Quaker industrialist William Champion, it was once the largest and most technologically advanced brass-manufacturing complexes in Europe. William Champion's significance extends beyond his innovations in zinc and brass production. It combined Champion's manufacturing, water management, workers' housing, his family's home and landscaped garden.The first integrated industrial settlement where all the processes of brass production occurred on one site.[3][4] Today it is recognised for its historical as well as industrial and architectural significance. Many of its remaining structures are designated as listed buildings[5][6], a conservation area at risk[7][8].

Background

Champion's approach can be considered within the wider network of Quaker industrialist in Bristol and Coalbrookdale reflecting a Quaker industrial ethos with early technological innovation and community planning. His family had close commercial and religious connects with other Quaker families, including Darby's, Lloyds and Goldneys. The Darby's family documented involvement with the Bristol Quaker workhouse (1696), including financial support for its construction[9], and the later recorded visit of a member of the Champion family[10] provide evidence of a shared institutional experience. This is significant because the Quaker workhouse embodied ideas of John Bellers' 1695 College of Industry concerning, training, education, welfare and community organisation.

History

Brass was produced before Roman times, but its composition was not properly understood until the Renaissance.[11] European brassmaking expanded in the post-medieval period, with water-powered hammers introduced to produce wares such as pots in Germany and the Netherlands.[11] During the 16th and 17th centuries, the industry became established in England. Quakers including Abraham Darby brought skilled workers were brought over from the Netherlands to sites including Bristol Brass,[12] Coalbrookdale,[13] and Warmley.

Early life and patent

As a young man, William Champion toured Europe to learn the art of brass making, returning to become a junior partner in the Bristol Brass Company in 1730. He then experimented for six years to develop a process to create zinc – then known as spelter. Using a scaled-up process similar to that used at the Zawar mines in India where this process was available centuries before William Champion rediscovered it, since the 12th century AD,[14][15] he overcame the difficulties of zinc vaporising at 907 °C by introducing a condensing vapour into the process through distillation. He obtained a patent for his method in July 1738, and his system remained in production for over 100 years.[16]

Under the Bristol Brass Company, from 1738 within works established at the Old Market, by September 1742 he had produced 400 kilograms (880 lb) of zinc per charge from six crucibles located in the furnace, at a cost of around £7,000. However, he had now created two sets of enemies:

  • The local residents, who in September 1742 reported Champion to the city council. They sought assurance that Champion would cease metal smelting at the site immediately.[16]
  • The zinc importers and traders. When he started his experimentations, spelter sold at £260 per ton. By 1750, this had reduced to £48, resulting in a loss to the traders who were trying to force Champion out of business.[16]

Warmley Works

In 1742 father Nehemiah Champion – a widower – married a widow, Martha Vandewall, the sister of Thomas Goldney III.[17] The Goldney family owned land in Warmley, and in 1746 backed by the Goldney family, William left the Bristol Brass Company and began to construct the Warmley Works. With tools and manufacturing equipment supplied by the Darby Ironworks at Coalbrookdale, over the next few years Warmley Works became the biggest metal processing plant in the world, with outputs of zinc, copper, brass and other metals. After the death of his father in 1747, William was joined in the business by his brother Nehemiah, and sister Rachael as a shareholder.[16]

In February 1750, William applied to the House of Commons for some form of recompense for the losses he had suffered in making the first home produced zinc, which he hoped would allow extension of his patented process. Although a committee reported agreed that the patent should be extended through an act of Parliament, a counter petition by the powerful lobby of the merchants of Bristol delayed the passage, and William later abandoned the legal process. However, William continued to expand the business through development at both the Warmley site, as well as new furnaces at Kingswood, a forge at Kelston near the River Avon, and a battery mill at Bitton on the River Boyd. By 1754, he had:

15 copper furnaces 12 brass furnaces; 4 spelter or zinc furnace; a battery mill or small mill for kettles; rolling mills for making plates; rolling and cutting mills for wire; and a wire mill of both thick and fine drawn kinds.

His brother John Champion developed a refined process and patented in 1758 the calcination of zinc sulfide (zinc blende) to oxide for use in the retort process. The English zinc industry was concentrated in and around Bristol and Swansea.

Docks and Bristol floating harbour

By 1765, with excess capital on his hands, William commenced development of a new dock at Rownham on the eastern bank of the River Avon, which would be capable of holding 36 large ships. However, after the increased cost of construction depleted his resources, and with a distinct lack of trade, he sold the dock in 1770 to the Merchant Venturers for £1,770, who renamed it The Merchants' Dock.[16] During the dock's construction, William had also proposed creating a complete floating harbour at Bristol, by building lock gates on the River Avon where it junctioned with the River Frome. However, the plan was abandoned due to an estimated cost of £37,000.[16]

Downfall

By 1767, the Warmley Company claimed to have a capital of £200,000 and to give employment to about 2,000 people. Further, William had taken out additional patents covering: the refining of copper by using wrought iron pipes to remove arsenic from the smelt; using pit coal instead of charcoal to make brass wire; using zinc sulphide instead of calamine to make his brass.[16]

The company had been formed before the Bubble Act 1720,[i] and in 1767 petitioned Parliament to change its status to incorporation.[19] In return, the partners offered to invest another £200,000 worth of capital, including £30,000 into the production of brass pins. This brought about the combined wrath of other metal companies formed under the Bubble Act 1720, as well as the pin makers of Gloucester, who petitioned that such an investment was 50% greater than their existing facilities. In April 1767 the Commons issued a warrant that gave authority for the preparation of a charter of incorporation, but this was countered by the competitors. After lengthy legal proceeding, a second warrant was issued by the Attorney General in October 1767. This led to a further counter-petition, which claimed that the Warmley Company would become a monopoly. By March 1768, the opposition had won and no further steps were taken to obtain a charter of incorporation.[16]

Due to the collapse of the process to incorporate, in April 1768 William's partners discovered that he had tried to withdraw part of his capital without permission, and he was instantly dismissed from the company. Because he could not pay his debts William Champion was declared bankrupt.[16]

Now a debt-encased and loss-making enterprise, on 11 March 1769 the Warmley Works were offered for sale in Felix Farley's Bristol Journal. Sold to the Harford & Bristol Copper Company, they also obtained the rights to Champion's patents. Using the process but winding down the operations until 1809, they later sold the Bitton Battery Mill in 1825 for use as a paper mill.[16]

Because of the American War of Independence, the price of tar greatly increased, which was used at the time as a sealant on ships. On 29 April 1780 an advert appeared in Sarah Farley's Journal offering for sale a process of making English tar, from the estate of the deceased William Champion. Later, a tar works was established within Bristol Harbour.[16] He died in 1789.

Legacy

William Champion's development of Warmley Brassworks sits within a continuous historic trajectory of Quaker social and economic reform that connects 17th century radicalism to the 20th century welfare state.[20] Champion's industrial ethos inherited the egalitarian principles of the first generation radical Quakers, had been described by John Bellers' Proposals for Raising a College of Industry.[21] Bellers' proposal for an integrated, self sustaining manufacturing community was first put into practice locally at the Bristol Quaker Workhouse in 1696.[22][23]

Through the tightly intermarried Quaker family and industrial networks of Bristol and the Midlands - tied over generations the families of Darby's of Coalbrookdale, with the Bristol families Champions, Goldneys, Harfords, Frys and Lloyds.[24][25]

Champion's Warmley site embodied Bellers' core vision by creating Europe's first fully integrated industrial village, combining raw material processing, finite goods manufacturing, workers housing, and community infrastructure.[5]

Warmley Works and Coalbrookdale are notable examples of Quaker industrial communities, that, while privately owned, developed a distinctive model rooted in Quaker social principle and those advocated by John Bellers, who argued that workers were the source of wealth and that a healthy, educated workforce was essential for long-term profit.[26]

Warmley Works was not a paternalistic top-down "model village" in the Victorian sense (such as Cadbury's Bournville or Rowntree's New Earswick) nor a co-operative in which workers shared ownership. Rather the Quaker industrial communities of the 18th century operated through shared religious identity and trust-based networks. At Coalbrookdale, the Darby family held Quaker meetings in their own home, a practice that collapsed the distance between owner and worker within the spiritual sphere, building a shared moral and collective identity - a sense of belonging to a moral community organised around an industrial process[27].

There is no surviving document presently know to demonstrate that Champion deliberately copied the Darby family's organisation of Coalbrookdale, or that the Bristol Quaker workhouse directly determined the design of Warmley. Nevertheless, the combination of the shared Quaker network, the Champion[10] and Darby[24] family's documented connection with the Quaker workhouse, and the comparable integration of industrial, domestic and social functions at Warmley provides strong contextual evidence for considering Warmley as part of a wider Quaker tradition of organising industrial communities around work, community and welfare.

Over a century later, the Quaker influence on Joseph Rowntree's New Earswick and George Cadbury's Bournville, led to Seebohm Rowntree's empirical studies on poverty, heavily influencing social policy, establish a direct intellectual line from early Quaker community experiments like Warmley and Coalbrookdale to the foundation of the modern British Welfare State.[28]

See also

References

  1. ↑ Companies formed after this act were required to obtain an act of incorporation, in an attempt to limit the setting-up of dubious speculative companies and the financial crisis of the South Sea Bubble.[18]
  1. ↑ "Warmley House, Siston - 1000356 | Historic England". historicengland.org.uk. Retrieved 29 July 2026.
  2. ↑ Chance, Helena (2017). "The Factory in the Garden". The Factory in the Garden.{{cite web}}: CS1 maint: url-status (link)
  3. ↑ "Brass works at Warmley, Siston - 1015556 | Historic England". historicengland.org.uk. Retrieved 31 July 2026.
  4. ↑ "Warmley Brassworks, Siston, Bristol : Analysis of Some Eighteenth-Century Brassworking Debris| Historic England". historicengland.org.uk. 1 August 2007. Retrieved 31 July 2026.
  5. 1 2 Day, Joan (1973). Bristol Brass: The History of the Industry. David & Charles. pp. Chapter 4 William Champion and the Warmley Company. ISBN 978-0-7153-6065-1.{{cite book}}: CS1 maint: date and year (link)
  6. ↑ "Brass works at Warmley, Siston - 1015556 | Historic England". historicengland.org.uk. Retrieved 22 August 2026.
  7. ↑ "Warmley House, Siston / Oldland - South Gloucestershire (UA) | Historic England". historicengland.org.uk. Retrieved 22 August 2026.
  8. ↑ "Warmley, Siston / Oldland - South Gloucestershire (UA) | Historic England". historicengland.org.uk. Retrieved 22 August 2026.
  9. ↑ Mortimer, Russell (1977). Minute Book of the Men's Meeting of the Society of Friends in Bristol 1686-1704. Bristol Record Society. p. 185.
  10. 1 2 Dresser, Madge (2002). "Introduction to the Diary of Sarah Fox / Champion". Regional Historian, Issue 9, Summer 2002. Retrieved 22 August 2026.
  11. 1 2 "Brass – History". Wikipedia. Retrieved 2 August 2026.
  12. ↑ "Bristol Brass Company". www.brassmill.com. Retrieved 2 August 2026.
  13. ↑ "Coalbrookdale", Wikipedia, 17 June 2026, retrieved 2 August 2026
  14. ↑ p. 46, Ancient mining and metallurgy in Rajasthan, S. M. Gandhi, chapter 2 in Crustal Evolution and Metallogeny in the Northwestern Indian Shield: A Festschrift for Asoke Mookherjee, M. Deb, ed., Alpha Science Int'l Ltd., 2000, ISBN 1-84265-001-7.
  15. ↑ Craddock, P. T.; Gurjar L. K.; Hegde K. T. M. (1983). "Zinc production in medieval India". World Archaeology. 15 (2). Taylor & Francis: 211–217. doi:10.1080/00438243.1983.9979899. JSTOR 124653.
  16. 1 2 3 4 5 6 7 8 9 10 11 "Warmley Works". Bitton families. Retrieved 12 May 2014.
  17. ↑ Hague, Stephen (2015). The Gentleman's House in the British Atlantic World 1680–1780. Palgrave Macmillan. p. 97. ISBN 978-1137378392.
  18. ↑ Day (1973), p. 45. sfnp error: multiple targets (2×): CITEREFDay1973 (help)
  19. ↑ Day (1973), pp. 89, 92–93. sfnp error: multiple targets (2×): CITEREFDay1973 (help)
  20. ↑ Hill, Christopher (1971). The World turned upside down: radical ideas during the English revolution. London: Temple Smith. pp. Chapters 14-15: Mechanic Preachers and the Mechanical Philosophy / Base Impudent Kisses. ISBN 978-0-85117-025-1.
  21. ↑ Bellers, John; Clarke, George (1987). John Bellers, his Life, Times and Writings. London: Routledge & Kegan Paul. pp. Chapter 1 'Proposals for Raising a College of Industry' (first edition), page 42. ISBN 978-0-7102-1278-8.
  22. ↑ Braithwaite, William (1919). The Second Period of Quakeris. Macmillan & Co. p. 585.
  23. ↑ Mortimer, Russell (1967). "Early Bristol Quakerism: The Society of Friends in the City, 1654-1700" (PDF). Internet Archive. Bristol Branch of the Historical Association. p. Volume 17. Retrieved 16 August 2026.
  24. 1 2 Mortimer, Russell (1699). "Minute Book of the Men's Meeting of the Society of Friends in Bristol 1696-1704". Internet Archive. Bristol Record Society. p. 185. Retrieved 16 August 2026.
  25. ↑ Walvin, James (1997). The Quakers: Money and Morals. London: John Murray. pp. Part II: The Rise To Prosperity Chapter 5 Networks. ISBN 978-0-7195-5750-7.
  26. ↑ Anderson, Paul (19 August 2026). "John Bellers (1654-1725): 'Veritable Phenomenon in the History of Political Economy'". George Fox University. p. 58-59.
  27. ↑ Raistrick, Arthur (1953). Dynasty of Ironfounders The Darby's and Coalbrookdale (1st ed.). London: Longmans, Green and Co Ltd. pp. Chapter 1 The Coalbrookdale Company - an Outline, Chapter 2 Abraham Darby I, 1699-1708 - The Bristol Companies.
  28. ↑ Fraser, Derek (1973). The Evolution of the British Welfare State. London: MacMillan Pres Ltd. pp. Chapter 6 The Growing Awareness of Poverty p127-134.
  • Day, J. (1973). Bristol Brass. David & Charles. ISBN 0-7153-6065-5.
  • Day, J. (1991). "Copper, Zinc and Brass Production". In Day, J.; Tylecote, R. F. (eds.). The Industrial Revolution in Metals. Institute of Metals. ISBN 978-0-9014-6282-4.
  • P. K. Stembridge, The Goldney family: a Bristol Dynasty (Bristol Record Society 1998), 46–51.
  • A. Raistrick, Quakers in Science and Industry (1950; Sessions Book Trust, York 1993), 192–6.
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