River Bewl

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River Bewl
River Bewl.jpg
Physical characteristics
Source 
  locationStreams feeding Bewl Water
Mouth  
  location
River Teise
Kent Town Rivers.svg
Scotney Castle Scotney Castles.jpg
Scotney Castle

The River Bewl is a tributary of the River Teise in Kent, England. Its headwaters are in the High Weald, in Sussex between Lamberhurst, Wadhurst and Flimwell. The valley is deeply incised into Tunbridge Wells red sandstone, with a base of alluvium on Wadhurst clay. [1]

Contents

Between 1973 and 1975, a 900-metre dam (980 yd) was built across the Bewl valley, cutting off the headwaters. This formed Bewl Water, a 30-metre-deep storage reservoir (98 ft), with a surface area of 308 hectares (760 acres). In times of good flow, water is extracted from the River Medway at Yalding and pumped through pipes into Bewl Water, where it is stored for times of heavy water demand.

The River Bewl passes under the A21 road and by Scotney Castle. At Finchcocks it enters the River Teise.

Watermills

The River Bewl and its tributaries powered a number of watermills. From source to mouth they were:-

Dunsters Mill, Ticehurst

TQ 689 323 51°03′54″N0°24′41″E / 51.065054°N 0.411489°E / 51.065054; 0.411489

The site of this watermill now lies in the middle of Bewl Water. It was one of those very rare watermills that was an overdrift mill, with the millstones driven from above. This arrangement is more commonly found in windmills. When Bewl Water was built, the fourteenth century Mill House was dismantled and re-erected at Three Legged Cross, Wadhurst.

The overshot waterwheel was some 12 feet (3.66 m) diameter by 6 feet 8 inches (2.03 m) wide and was carried on a wooden axle. it drove a cast iron pit wheel 10 feet 8 inches (3.25 m) diameter with 112 wooden cogs. A 5 inches (130 mm) square cast iron layshaft was driven which powered at least two pairs of millstones. [2] [3]

Chingley Forge, Goudhurst

TQ 682 335 51°04′34″N0°24′07″E / 51.076041°N 0.402066°E / 51.076041; 0.402066

The site of this ancient forge mill is now covered by the dam of Bewl Water. Chingley forge was built sometime between 1574 and 1589, when Richard Ballard was the tenant of Thomas Darell. Edward Pelham and James Thatcher bought the forge c.1595. In 1637 the forge was leased to Henry Darell. The forge seems to have been disused in 1653 and 1664, but was at work in 1717, producing 46 tons of iron in that year. It was marked on Budgen's map of 1724 and in 1726 the tenant was John Legas. The dam has been recorded as 100 metres (110 yd) long. [4] [5] [6] [7] [8] [9] [10]

Chingley Furnace, Goudhurst

TQ 684 327 51°04′08″N0°24′16″E / 51.068795°N 0.404546°E / 51.068795; 0.404546

The site of this ancient blast furnace is now covered by the dam of Bewl Water. It was in the Culpeper family in the sixteenth century, Thomas Collepepper holding lands in Chingley in fief from Henry VIII in 1544. The land had formerly been in the ownership of the Abbey of Boxley, which had been dissolved. The furnace was built between 1558 and 1565. In 1574 it was in the possession of Thomas Darell and the tenant was Thomas Dyke. It was sold by Edward Culpeper in 1595. In 1597 Thomas Dyke of Pembury leased Chingley Furnace to Richard Ballard of Wadhurst, and his sons Thomas and Richard. The forge was powered by an undershot waterwheel. The sites were excavated in 1968/9 by the Wealden Iron Research Group. There is evidence that Chingley Forge was a hammer mill at some time, possibly as early as the first half of the thirteenth century. The dam was recorded as 50 metres (55 yd) long and 2.5 metres (8 ft 2 in) high. [4] [5] [6] [7] [8] [9] [10] When the site was excavated in 1970, the remains of an overshot waterwheel 8 feet (2.44 m) diameter and 1 foot (0.30 m) wide were found. [11]

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The Medway and its tributaries and sub-tributaries have been used for over 1,150 years as a source of power. There are over two hundred sites where the use of water power is known. These uses included corn milling, fulling, paper making, iron smelting, pumping water, making gunpowder, vegetable oil extraction, and electricity generation. Today, there is just one watermill working for trade. Those that remain have mostly been converted. Such conversions include a garage, dwellings, restaurants, museums and a wedding venue. Some watermills are mere derelict shells, lower walls or lesser remains. Of the majority, there is nothing to be seen.

Stour watermills

The River Stour has been used for centuries as a source of power. Many different processes were performed by the use of water power:- Corn milling, fulling, paper making and electricity generation. Many of the mills survive today as house conversions, with two of them still working commercially.

The Medway and its tributaries and sub-tributaries have been used for over 1,150 years as a source of power. There are over two hundred sites where the use of water power is known. These uses included corn milling, fulling, paper making, iron smelting, pumping water, making gunpowder, vegetable oil extraction, and electricity generation. Today, there is just one watermill working for trade. Those that remain have mostly been converted. Such conversions include a garage, dwellings, restaurants, museums and a wedding venue. Some watermills are mere derelict shells, lower walls or lesser remains. Of the majority, there is nothing to be seen. A large number of tributaries feed into the River Medway. The tributaries that powered watermills will be described in the order that they feed in. The mills are described in oder from source to mouth. Left bank and right bank are referred to as though the reader is facing downstream. This article covers the tributaries that feed in above Penshurst.

The Medway and its tributaries and sub-tributaries have been used for over 1,150 years as a source of power. There are over two hundred sites where the use of water power is known. These uses included corn milling, fulling, paper making, iron smelting, pumping water, making gunpowder, vegetable oil extraction, and electricity generation. Today, there is just one watermill working for trade. Those that remain have mostly been converted. Such conversions include a garage, dwellings, restaurants, museums and a wedding venue. Some watermills are mere derelict shells, lower walls or lesser remains. Of the majority, there is nothing to be seen. A large number of tributaries feed into the River Medway. The tributaries that powered watermills will be described in the order that they feed in. The mills are described in order from source to mouth. Left bank and right bank are referred to as though the reader is facing downstream. This article covers the watermills on the tributaries that feed in below Penshurst and above Yalding.

The River Medway and its tributaries and sub-tributaries have been used for more than 1,150 years as a source of power. There are over two hundred sites where the use of water power is known. Many different processes were performed by the use of water power:- corn milling, fulling, paper making, iron smelting, pumping water, making gunpowder, vegetable-oil extraction, and electricity generation. Today, there is just one watermill working for trade. Those that remain have mostly been converted. Such conversions include a garage, dwellings, restaurants, museums and a wedding venue. Some watermills are mere derelict shells, lower walls or lesser remains. Of the majority, there is nothing to be seen. A large number of tributaries feed into the River Medway. The tributaries that powered watermills will be described in the order that they feed in. The mills are described in order from source to mouth. Left bank and right bank are referred to as though the reader is facing downstream. This article deals with the watermills on the tributaries that feed in below Yalding.

References

  1. "Tunbridge Wells:Local Landscape Character Areas". August 2002. Retrieved 20 November 2007.[ permanent dead link ]
  2. Fuller & Spain (1986). Watermills (Kent and the Borders of Sussex). Maidstone: Kent Archaeological Society. pp. 55–58. ISBN   0-906746-08-6.
  3. BBC
  4. 1 2 Culpepper Archived 23 October 2007 at the Wayback Machine
  5. 1 2 Iron furnaces Archived 13 July 2011 at the Wayback Machine
  6. 1 2 Paul Ballard
  7. 1 2 Excavations at Chingley
  8. 1 2 Chingley Forge
  9. 1 2 Early Hammer Mill
  10. 1 2 Wealden Iron Research Group Enter name of forge in search box.
  11. Watts, Martin (2000). Water and Wind Power. Princes Risborough: Shire Publications. p. 35. ISBN   0-7478-0418-4.

See also