Ripley manufacturing history

 In Derbyshire's Amber Valley in the 1790s, three Derbyshire men came together to create what would become the world's first industrial complex: a young surveyor from Alfreton, Benjamin Outran, Francis Beresford a land owned from Ashbourne, William Jessop a canal engineer and John Wright, a Nottingham banker.

With the benefit of local coal and iron, the Butterley company produced substantial iron structures; wrought iron made at their Codnor Park works was used on Telford’s Menai Straights Bridge and on Brunel’s SS. Great Britain steam ship. As well as exports of coal and pig iron, the company produced steam engines which were used in the drainage schemes for the Fens.

William Jessop was responsible for one of the most intriguing features, an underground wharf. Jessop and Outran built the Cromford canal from Arkwright's textile factory in Cromford down to the Erewash canal and onto the River Trent and the canal network. The wharf was used by the Butterley company whose first blast furnace was close by. The canal would carry Arkwright's manufactures as well as coal, pig iron and Butterley manufactures.

In 1861 Sir John Alleyne, employed as chief engineer, began the mechanisation of steel rolling mills enabling heavy pieces to be made. This process produced the massive beams supporting the roof of St Pancras station. He conceived but did not perfect the reversing mill; this was left to John Ramsbottom at the Crewe railway works.

At the turn of the twentieth century, Butterley employed 10,000 people leading to the prosperity of Ripley. Towards the end of its life the company they produced the Falkirk Wheel and the Spinnaker Tower at Portsmouth (in the image).

Brick making was a natural partner to coal mining and the company produced bricks to meet their own needs. They built accommodation for their employees in neighbouring villages. In the twentieth century, brick making became more serious and new works were built at Kirkby and Ollerton. Brick production reached 28 million in 1936. Further plants were added in Derbyshire and Leicestershire allowing a wider range of bricks to be offered. The company was bought by Hanson in 1968.

Further reading

• https://www.rdht.org.uk/
• Stuart Fisher, Canals of Britain (London: Adlard Coles Nautical, 2009)
• W.K.V. Gale, Iron and Steel (London: Longmans, 1969)

Long Eaton manufacturing history

This midlands town was home to my mother's family who had been builders in the town since 1883. The company was called F.Perks & Son and played a large role in the main industry of the town in the late nineteenth and early twentieth century - lace making. I wrote of the industry in my blog on Nottingham which was the major area of manufacture. Long Eaton though had three large lace mills:

Bridge Mill built by my great grandfather's building firm, F. Perks & Son, in 1902 for the Long Eaton Bridge Mills Company of which members of the Attenborough family were directors.

Springfield Mills in Sandiacre built by the notorious financier Terah Hooley in 1888 designed by John Sheldon. I write of Hooley elsewhere in the context of Dunlop, Coventry and Trafford Park, Manchester. I noted in the Derbyshire archive that F. Perks & Son, had carried out a major improvement project on his house in the town.

Harrington Mill built in 1885-7 designed by John Sheldon

These were tenement mills occupied by a number of businesses and at the turn of the century some 4,000 people worked in them. The lace industry declined after the First World War.

Another Long Eaton industry was furniture and Wades stand out as the survivor

F. Perks & Son carried out much of the building work for the Army Centre of Mechanisation at the former shell filling factory at Chilwell.

Carters Gold Medal Soft Drinks were are nearby Sawley.

 

Aberdeen manufacturing history

 Granite City, and any visitor will know immediately why Aberdeen is so called. Yet at the start of the nineteenth century this was not the case. Aberdeen like so many towns was built largely of wood. It had enjoyed a degree of prosperity since the twelfth century thanks to its agricultural hinterland. It was ready to move forward.

Communications were not good. In the city the roads were narrow, steep and poor, outside the city they were if anything worse. The saviour came in the shape of the turnpikes which transformed access to the city and inspired the city fathers to take action within the city boundaries. This they did with a revolutionary thrust. Union Street with its 135 ft bridge carved a route right through the decaying wooden dwellings; King Street too. The old and new towns were connected. Thomas Telford was at hand to advise.

These better routes for raw materials and finished goods made the way clear for growth in both woollens and linen; jute was tried but Dundee had bagged that one. The mid nineteenth century saw the cotton areas of Lancashire, the wool of Yorkshire and the linen of Belfast move ahead of the pack largely because of the economies of scale which they could enjoy. Aberdeen slipped back to concentrate on low volume and high quality.

Aberdeen had three paper mills and I wrote of Stoneywood paper mill in my book MacRobert's Reply. It was in the late nineteenth century one of the highest regarded paper mills in the world. It belonged to the Pirie family whose company became part of Wiggins Teape.

Communication improved further with massive work on the harbour which encouraged the building of fine clippers ideal for the long journey to the far east around the cape. The railways followed with a direct route to London in 1849. The city's buildings were replaced with fine granite brought in from the hinterland and cut and polished using an Aberdonian's own invention. The fine streets became lined with fine granite buildings. Even housing for the poor was granite and so much better than the brick back to backs in so many of England's industrial towns. Granite was exported as far as the USA.

Aberdeen's improved harbour proved ideal for trawlers catching herring and, later, white fish. The railways could have a catch in Billingsgate market by the following day. Cattle raised in that hinterland could be sent by rail down to Smithfield. The city began to feed the hungry nation.

The close of the nineteenth century saw further granite building not least the Marichal College

Marichal College

Aberdeen played its part in both world wars and in the second suffered from enemy bombing especially the Aberdeen Blitz of 1943.

In the 1970s Aberdeen became the onshore focus of much north sea oil production. I recall spending time on the audit of American oil drilling companies. One of my friends was designing oil rigs, Kelvin Bray, of whom I write in Vehicles to Vaccines, ran the company manufacturing the gas turbines necessary for the rigs. I explored the story further in Vehicles to Vaccines and found to my disappointment that British manufacturing had not fully exploited the opportunity oil offered. Aberdeen though was a busy and prosperous place.

Visiting recently, the granite city is looking tired with the problems facing so many high streets. However it is now home to British Energy and the move to net zero. It is a city well capable of reinvention and so the opportunity of the green revolution is likely to be grasped with accustomed energy.

Further reading:

Aberdeen in the Nineteenth Century - the Making of a Modern City John S. Smith and David Stevenson (eds.) (Aberdeen University Press, 1988)