Dudley Canal


Dudley Canal
Dudley Canal
{{{alt}}}
The end of the No. 2 Line in 1987
Original owner Dudley Canal Company
Date of act 1776
Connects to Birmingham Canal Navigations
Locks 12

(originally 14)

Status part navigable
Navigation authority British Waterways

The Dudley Canal is a canal passing though Dudley in the West Midlands of England. The canal is part of the English and Welsh connected network of navigable inland waterways, and in particular forms part of the popular Stourport Ring narrowboat cruising route.

The first short section, which connected to the Stourbridge Canal, opened in 1779, and this was connected through the Dudley Tunnel to the Birmingham Canal system in 1792. Almost immediately, work started on an extension, called Line No. 2, which ran through another long tunnel at Lapal, to reach the Birmingham and Worcester Canal. This was completed in 1798, but significant trade had to wait until the Birmingham and Worcester was completed in 1802. In 1846, the company amalgamated with the Birmingham Canal Navigations, and various improvements followed, including the Netherton Tunnel, of a similar length to the Dudley Tunnel, but much bigger, with towpaths on both sides and gas lighting. It was the last canal tunnel built in England.

Subsidence from coal mining was a significant problem for much of the life of the canal. The Lapal Tunnel was regularly affected, and a section near Blackbrook Junction fell into mine workings in 1894. The route was restored, but the short Two Locks Line nearby was abandoned in 1909, and the Lapal Tunnel, which has used a pump and stop-locks to create flows to assist the boats in their passage, suffered the same fate in 1917. Most of the canal was abandoned in the 1960s, but a committee was formed, which became the Dudley Canal Trust, and restoration took place, culminating in the reopening of Dudley Tunnel in 1973. Lapal Tunnel remains closed, and although the Lapal Tunnel Trust originally campaigned for it to be reopened, they have modified their plans to include a surface route, following the conclusion of an engineering study.

Contents

History

[v · d · e]Dudley Canal
Legend
Waterway turning from left Unknown BSicon "uJUNCa"
BCN New Main Line (453 ft Birmingham Level)
Unknown BSicon "uJUNCa" Unknown BSicon "uLOCKSl" Waterway turning to right Urban straight track
Tipton Junction & Factory Locks (3)
Waterway turning to left Unknown BSicon "uJUNCa" Urban transverse track Unknown BSicon "uKRZu"
BCN Old Main Line (473 ft Wolverhampton Level)
Unknown BSicon "uJUNCld" Urban track turning from right Urban straight track
Lord Ward's Arm & Black Country Living Museum
Unknown BSicon "uemKRZu" Unknown BSicon "uWHARF" Urban straight track
- - Oxford, Worcester and Wolverhampton Railway
Enter urban tunnel Unknown BSicon "uDOCKg" Urban straight track
Dudley Tunnel (473 ft Wolverhampton Level)
Urban tunnel straight track Urban straight track
(3154 yd) (full details not shown)
Urban tunnel straight track Enter urban tunnel
Netherton Tunnel (453 ft Birmingham Level)
Exit urban tunnel Urban tunnel straight track
(3127 yd)
Waterway turning from left Unknown BSicon "uABZdf" Urban track turning from right Urban tunnel straight track
Pensnett Canal & Grazebrook Arm
Urban straight track Unknown BSicon "uFGATEu" Urban straight track Urban tunnel straight track
1 Parkhead Locks (1)
Unknown BSicon "uemKRZu" Unknown BSicon "uemKRZu" Unknown BSicon "uemKRZu" Urban tunnel straight track
Parkhead Viaduct Ox Wor & Wolv Rly
Unknown BSicon "ugTRANSg" Unknown BSicon "uLOCKSu" Unknown BSicon "uENDEe" Exit urban tunnel
2–3 Parkhead Locks (2)
Waterway turning from left Unknown BSicon "uJUNCe"
Urban track turning from right + Unknown BSicon "POINTERl"
Urban straight track
Dudley Canal No 2 Line
Unknown BSicon "uFGATEu" Urban straight track Urban straight track
Blowers Green Lock (originally 2 locks)
Unknown BSicon "uxgJUNCld" Unknown BSicon "ugLOCKSr" Waterway with unused unwatered canal T-junction to right Urban straight track
Two Locks Line (2) (closed 1909)
Urban straight track Unknown BSicon "uRESRl" Unknown BSicon "uFEEDERl" Urban straight track
Lodge Farm Reservoir and feeder
Urban straight track Urban straight track
Urban straight track + Unknown BSicon "POINTERl"
Netherton Tunnel Branch Canal
Unknown BSicon "uLOCKSu" Waterway turning from left Waterway turning to right Urban straight track
Delph Locks (8)
Unknown BSicon "uGRENZE" Urban straight track Waterway turning from left Unknown BSicon "uJUNC" Urban track turning from right
Windmill End Jn
Urban straight track Urban straight track
Unknown BSicon "ugTRANSg" + Unknown BSicon "POINTERl"
Urban straight track Urban straight track
Boshboil Arm
Urban straight track + Unknown BSicon "POINTERl"
Urban straight track Unknown BSicon "ugTRANSf" Urban straight track Urban straight track
- - Stourbridge Canal
Urban straight track
Urban straight track + Unknown BSicon "POINTERl"
Urban straight track Urban straight track
Bumble Hole Branch Canal
Urban straight track Waterway turning to left Waterway T-junction to right Urban straight track
Waterway turning to left Urban transverse track Waterway turning to right Urban straight track
Waterway turning from left Urban transverse track Waterway turning to right
Dudley No 2 Line
Unknown BSicon "uTUNNEL1"
Gosty Hill Tunnel
Urban straight track
Unknown BSicon "uDOCKl" Waterway T-junction to right
Hawne Basin
Unknown BSicon "ugTRANSg"
Unknown BSicon "ugTUNNELa"
Lapal Tunnel (3795 yd)
Unknown BSicon "ugtSTR"
(closed 1917)
Unknown BSicon "ugtAKRZu2"
- - M5 motorway
Unknown BSicon "ugTUNNELe"
Unknown BSicon "ugGRENZE"
Worcs and Birmingham
Urban transverse track Unknown BSicon "uxgJUNCe" Urban transverse track
Selly Oak Junction

The first canal connecting Birmingham to the Staffordshire and Worcestershire Canal (and hence the River Severn, River Trent, and River Mersey) was the Birmingham Canal. This joined the Staffordshire and Worcestershire at Aldersley, near Wolverhampton. The Dudley Canal was seen as part of a scheme to transport coal from coalfields near Dudley to Stourbridge, where it would be used for industry. Limestone and ironstone were other potential cargos. A meeting was held in Stourbridge in February 1775, at which Robert Whitworth was commissioned to survey a route, and the whole cost of the project was promised. The principal promoter was Lord Dudley, and the route ran from Dudley to Stourton on the Staffordshire and Worcestershire. A bill was placed before Parliament in the spring, but there was opposition from the Birmingham Canal Company, and the promoters withdrew it. They then split the canal into two parts, and presented bills for the Stourbridge Canal and the Dudley Canal, both of which became Acts of Parliament on 2 April 1776, despite further opposition from Birmingham.[1]

Thomas Dadford, Sr., was engaged as the engineer and surveyor, and acted in this capacity until 1783, after which he was employed more informally. The junction between the Dudley canal and the Stourbridge canal would be at the foot of the 9-lock Black Delph flight. The Act allowed the company to raise £7,000, and this had been subscribed by July 1778, but was insufficient to finance the work. The company continued to call money on the shares, and raised £9,200 in this way, with each £100 share being worth £128. Construction work was completed by 24 June 1779, apart from a water supply reservoir at Pensnett Chase, although little traffic used the canal until the Stourbridge Canal was completed in December of that year. As built, the canal terminated at two basins at Great Ox Leasow and Little Ox Leasow, both built on land owned by T. T. Foley, one of the main shareholders.[2]

Dudley Tunnel

In 1784, the Stourbridge and Dudley companies approached the Birmingham Canal about a junction. This would involve building extra locks at Park Head, and a tunnel which would link to Lord Dudley's existing mining tunnel, which joined the Birmingham Canal at Tipton. The Birmingham company agreed, but imposed heavy tolls on traffic using the junction, to compensate for the loss of revenue of goods which would formerly have travelled via Aldersely Junction. Lord Dudley agreed to sell his tunnel to the Dudley Canal Company, but never received any payment, as the beneficial tolls and usefulness of the new canal were deemed to be adequate compensation. An Act of Parliament was obtained in July 1785 to authorise the work, which had been surveyed by John Snape and John Bull, and checked by Dadford, who then became consulting engineer. Abraham Lees was the on-site engineering manager, and the main contract for the tunnel went to John Pinkerton. Its width was to be 9.25 feet (2.82 m), with 7 feet (2.1 m) of headroom and 5.5 feet (1.7 m) of water. The contract specified that it should be finished by 25 March 1788. In 1787, Pinkerton's work was thought to be unsatisfactory, and work stopped while arguments took place. Dadford was paid off, Pinkerton had to pay half of his £4,000 bond, and work restarted with Isaac Pratt in charge. He was a member of both the Stourbridge and the Dudley committees. Lees retained his position.[3]

In May 1789, there were further issues, when it was discovered that the tunnel was not straight. Pratt resigned, and Josiah Clowes was engaged to complete the project. He finished the tunnel, built a new junction with the Birmingham Canal at Tipton, and a reservoir at Gad's Green. Completion was announced at a shareholder's meeting on 25 June 1792, and the official opening was on 15 October.[4]

Line No. 2

1955 Ordnance Survey map of the west portal of Lapal Tunnel, the western dry section, and the last half mile of navigable canal (entering from the top)
1955 Ordnance Survey map of the east portal of Lapal Tunnel and dry canal to Selly Oak Junction

With the tunnel just finished, a meeting was held in Birmingham on 31 August 1792, at which a canal from Birmingham to serve the collieries at Netherton was proposed. The following day, the canal company proposed their own version of a similar canal, and following meetings with the Birmingham and Worcester Canal, whose line it would join, it was agreed that those who had been at the meeting would raise £61,500, and that the remaining £28,500 required would be subscibed by existing Dudley shareholders. The line would be constructed at the same level as the Dudley Canal at Park Head. A tunnel of 3,795 yards (3,470 m) would be required at Lapal, and a shorter one of 537 yards (491 m) at Gosty Hill. Another short tunnel was to be built at Halesowen, but became a cutting and bridge when work began. The length of the canal was to be 10.8 miles (17.4 km), for which the working capital would be £90,000, with an additional £40,000 if required. John Snape carried out a survey, and despite opposition from the Birmingham Canal, the Staffordshire and Worcestershire Canal, and a contingent of iron foundries in Wolverhampton, an Act of Parliament was obtained in 1793. The Stratford-upon-Avon Canal was authorised soon afterwards, which would provide a connection to London.[5]

The original route was renamed "Line no 1" to distinguish it from the new "Line no 2" which linked the canal at Park Head Junction (near Netherton) to Halesowen, and then via the tunnel at Lapal to the Worcester and Birmingham Canal at Selly Oak, Birmingham.[6] Work began in early 1794 with Josiah Clowes as engineer and William Underhill as resident engineer. Clowes died in early 1796, and Underhill managed the whole project for a year, after which Robert Whitworth carried out an inspection. He was satisfied, and Underhill continued to manage the construction of the tunnel and an aqueduct near the junction with the No.1 Line, while management of the rest of the project was handled by Benjamin Timmins. The section from Netherton to Halesowen had been built about 1 foot (0.30 m) too high, but this was rectified and the wharf at Halesowen opened for business in early 1797.[7]

Tunnelling proved difficult. Thirty shafts were dug, to provide multiple work faces, but much of the route was through sand, and large quantities of water had to be pumped out of the workings, using three steam engines. The £90,000 had been spent by May 1796, and additional calls on the shares were used to raise the extra £40,000 authorised. Another Act of Parliament was obtained in December 1796, to authorise a further £40,000, and by the time the new route was completed on 28 May 1798, a total of £162.50 had been called on each £100 share. The original shares were worth £118.75, and financial matters were simplified by issuing additional shares so that they all had a nominal value of £100. Lord Dudley resigned from the committee at this point, having steered the company through twenty-two year of construction. The working capital had risen from just £7,000 to over £200,000 in this period, and no dividends had been paid. Traffic through the new tunnel was meagre until 1802, when the Stratford Canal provided a link to the Warwick and Birmingham Canal (later the Grand Union Canal), and hence to London. The first dividend was paid in 1804, and although dividends were never high, they averaged around 4 per cent between 1826 and 1844.[8]

Development

Dudley Tunnel was popular with tourists, and was mentioned is guides to Dudley Castle written by The Rev. Luke Booker in 1825 and W. Harris is 1845. There were complaints that the tunnel was often blocked by unattended limestone boats, but this problem seems to have been resolved by 1799, although there is no mention of how this was achieved. The tunnel was also affected by subsidence from local coal mining, and was regularly closed to allow repairs to be made. Working a loaded boat through the tunnel took about 4 hours, and this caused congestion. Various ways were considered to alleviate this, including rope haulage in 1840, but the cost of £6,000 was deemed to be too expensive. Subsidence in the Lapal tunnel was worse, and it was closed twice in 1801, and for four months in 1805.[9]

Incentives to aid passage through the Lapal Tunnel began in 1820. Any boat carrying over 15 tons could claim one shilling and sixpence (7.5p) for hiring extra leggers. This was increased to three shillings (15p) in 1829, providing the boat was carrying 18 tons. In 1841, the superintendent of the canal, Thomas Brewin, devised a scheme which used a steam pumping engine and stop locks at either end of the tunnel to create a flow, which assisted the movement of the boats. This proved successful, for it continued to be used until 1914, and Brewin was awarded plate worth £50 in recognition of his contribution.[10] In 1838, a 400-yard (370 m) cut was made at Lodge Farm, to divert the canal and make room for a stoage reservoir and pumping engine, and the short Withymoor branch was built in 1842.[11]

In 1813, the Birmingham Canal had suggested amalgamation with the Dudley Canal, as a way to prevent continued reductions in tolls, but no action was taken.[12] In 1845, with a number of railway schemes threatening the profitability of the canal, a new approach from the Birmingham Canal Navigations was viewed more favourably, and a merger was agreed on 8 October 1845. An Act of Parliament to authorise it was obtained in the following year, and the Dudley Canal ceased to be an independent concern on 27 July 1846.[13]

The Birmingham Canal Navigations carried out a number of improvements in the 1850s. The Netherton Tunnel, running parallel to the Dudley Tunnel but further to the east, was begun on 31 December 1855, and completed on 20 August 1858. It was the last canal tunnel to be built in England, and compared to the Dudley Tunnel it was huge, being around 27 feet (8.2 m) from side to side at water level, with a towpath on both sides. It was found necessary to build an invert through the tunnel, because of unstable ground caused by mining below its line, and large retaining walls were required at each end. As a result, the cost rose from £238,000 to £302,000, and a tunnel toll was charged to help recoup the cost. Gas lights provided illumination, which were later replaced by electric lighting. The short Two Locks Line was built to reduce the distance travelled by boats passing through the Lapal Tunnel and heading for the Stourbridge Canal. Brewins Tunnel, which had been built on the Lodge Farm Cut in 1838 was made into a cutting, and the Delph Flight of nine locks were rebuilt, the middle seven being replaced by six new locks. A loop to the south of the Netherton Tunnel at Bumble Hole was eliminated by making a new cut.[14]

Dudley Tunnel was closed in 1884, to allow the south end to be rebuilt. The work was completed and the tunnel was reopened on 23 April 1885. It saw considerable traffic, with coal and limestone passing southwards, and blast furnace slag making the return journey. Subsidence affected the canal in 1894, when a section near Blackbrook Junction, including part of the Two Lock Line, fell into mine workings. The canal remained closed for some time while repairs were made.[15] Blowers Green Lock was built near the junction of Line No. 1 and Line No. 2 at this time, to replace two original locks.[16]

A wharf was constructed for the Birmingham Battery and Metal Company in Selly Oak.

Decline

The original line at Bumble Hole became the Bumble Hole Branch Canal and Boshboil Arm after a collapse of the canal severed part of the loop. Having suffered from mining subsidence for years, the two-locks line was closed in March 1909[15] and later filled in. The line is now under a late 20th century industrial estate, and only the junctions, towpath bridges and a few yards of watered but unnavigable canal remain.[17]

After repeated collapses, Lapal Tunnel was abandoned in June 1917[15] leaving a short stretch navigable between Selly Oak and a brick works at California until 1953, after which it was drained and filled in.

Restoration

The Earl of Dudley's Bridge crosses the canal at the Merry Hill Waterfront

After a period of disuse following nationalisation in 1948, the first suggestions that the canal and others should be restored were made by the newly formed Inland Waterways Protection Society (IWPS) in 1959.[18] However, the British Transport Commission presented their annual Bill in 1961, in which the Dudley Canal and Tunnel were scheduled to be closed immediately, with no provision to safeguard the route for future restoration. Both the Inland Waterways Association and the IWPS protested, but the protests were ignored,[19] and closure occurred in 1962. Despite this, the Staffordshire and Worcestershire Canal Society explored the tunnel in mid-1963, after which a Dudley Tunnel Committee began running boat trips through it. These proved popular, and the Committee became the Dudley Canal Tunnel Preservation Society on 1 January 1964,[20] eventually becoming the Dudley Canal Trust in 1970.[21]

On 26 June 1970, the Inland Waterways Amenity Advisory Council, a government committee created in May 1968, held a press conference at which recommendations about the future of "remainder" waterways were made to the British Waterways Board. "Remainder" was a classification that indicated there was no obvious commercial future for the waterway. The recommendations included the returning to "cruiseway" status of nine canals, which included the Dudley Canal. The Waterways Recovery Group, formed in 1970 to co-ordinate volunteer involvement in canal restoration, began work on the canal later that year, raising public awareness of the canal and its potential as an amenity.[22] In December 1970, the Birmingham Canal Navigations Working Party produced a report, which was published in early 1971. They recommended to the British Waterways Board that much of the Birmingham Canal system should be retained. Canals were grouped into four categories, the first two of which needed little action or expenditure to make them navigable again. The Dudley Canal was in the third category, where it was suggested that the local authorities through which the canals ran should be included in restoration plans. This plan of action had formed part of the 1968 Transport Act, and was adopted soon afterwards for the Dudley Tunnel Branch.[23]

The renamed Dudley Canal Trust began to restore the canal. Over the weekend of 26-27 September 1971, they organised "Dudley Dig and Cruise", at which over 600 people cleared a lock chanber and two lock pounds of debris.[21] In early 1972, Dudley Corporation announced that they would provide half of the cost of restoration, and that the Park Head end of the Tunnel would be landscaped as part of a derelict land regeneration scheme.[24] Some 50,000 tons of mud were removed from the channel by dredging, and the locks reopened later that year. The Dudley tunnel was reopened at Easter 1973, at a ceremony attended by around 14,000 visitors.[21] A short arm north of the tunnel was restored in 1977, as part of the Black Country Museum project. Funding for this was provided by the Job Creation Scheme run by the Manpower Services Commission, as a way to provide work and training for the unemployed. The Trust were able to use the museum as a base for their electrically powered trip boat, which by then had taken over 25,000 people into the tunnel since the start of trips in 1964.[25]

Plans for the No. 2 Line moved forwards in 1980, when a boat rally was held at Hawne Basin, a former Great Western Railway interchange, where tubes were moved from boats to trains. The railway had closed in 1967, and the basin had been unused since then, but thirty boats attended the rally, and the Combeswood Canal Trust developed plans for turning it into a marina.[26][27]

Part of the Lapal Tunnel was unearthed during the construction of the M5 motorway during the 1960s and the void was filled with concrete. The Lapal Canal Trust is working on the restoration of parts of the lost canal and to replace the tunnels with a completely new line, passing over the hill.

Route

The canal forms an end-on junction with the Stourbridge Canal at the foot of the eight Delph Locks. These are usually known as the Nine Locks, even though they were rebuilt in 1858 as a flight of eight. There is a well-restored stable block by lock 3,[28] and a grade II listed lock keepers house near the line of the old locks, which was built in 1779, probably to a standard design by Thomas Dadford.[29] Above the locks, the canal passes Merry Hill Shopping Centre, built on the site of Round Oak Steelworks after its closure in 1983. Although it has been closed for more than 100 years, a cast-iron footbridge, built in 1858, still carries the towpath over the former entrance to the Two Locks Line. An embankment on the side of a hill carries the canal on to Blowers Green Lock, which is the deepest lock on the Birmingham Canal Navigations, as it replaced two earlier locks which were affected by subsidence. Nearby is a pumphouse, managed by the Dudley Canal Trust. At Park Head Junction, Line No. 2 turns off to the south-east, but the original line continues through three locks to a junction with the remains of the Pensnett Canal and the Grazebrook Arm, and into the southern portal of Dudley Tunnel.[28] At the far end is the Black Country Museum, which offers boat trips into the tunnel and associated mines.[30]

Following Line No. 2 from Park Head Junction, the canal passes around Netherton Hill, where there are mass graves for cholera victims in St. Andrew's churchyard, after which is passes through a cutting which is part of the cut made in 1838 to accommodate the construction of Lodge Farm Reservoir. Brewins Tunnel was built here, but was uncapped after 20 years.[28] A short arm managed by the Withymoor Island Trust is located on the west bank and is used for moorings. Beyond it, the Bumble Hole Branch partially encircles Bumble Hole, a water-filled former clay pit. This was once the main line, but the embanked route which cuts off the loop was built as part of the Netherton Tunnel project. Another part of the old loop, the Boshboil Arm, turns to the west opposite Windmill End Junction, where to the north lies the southern portal of Netherton Tunnel.[31] Both this portal[32] and the north portal are grade II listed structures.[33]

From Windmill End Junction, Line No. 2 continues towards the closed Lapal Tunnel. This was once an area of industry, but most of it has gone, to be replaced by housing estates, light industrial units, and playing fields. At the northern end of Gosty Tunnel, a layby marks the site when a tug was once kept to pull barges through the tunnel. Beyond lies Hawne Basin, refurbished as a marina after its use as a railway interchange ceased in 1967. The head of navigation is just beyond the basin entrance. Much of the remaining route to the tunnel mouth is traceable, and the Lapal Tunnel Trust have carried out some restoration, as they have also done on the section from the eastern portal to the Worcester and Birmingham Canal at Selly Oak.[31]

Points of interest


See also

Moore Bridge.jpg UK Waterways portal

Bibliography

References

External links


Wikimedia Foundation. 2010.

Look at other dictionaries:

  • Dudley Tunnel — Overview Location Dudley, Birmingham, England Coordinates …   Wikipedia

  • Dudley — For the larger local government district, see Metropolitan Borough of Dudley. For other uses, see Dudley (disambiguation). Coordinates: 52°30′43″N 2°05′45″W /  …   Wikipedia

  • Canal ring — A canal ring is the name given to a series of canals that make a complete loop.Origin of the TermWhilst there have been canals which formed a ring for centuries, the ring terminology was unknown before the 1960s, when it was coined by the Inland… …   Wikipedia

  • Dudley Port railway station — Dudley Port (Higher Level) Location Place …   Wikipedia

  • Dudley Graham Johnson — Dudley Johnson Born 13 February 1884 Bourton on the Water, Gloucestershire …   Wikipedia

  • Dudley S. Gregory — Dudley Sanford Gregory Member of the U.S. House of Representatives from New Jersey s 5th district In office March 4, 1847 – March 3, 1849 …   Wikipedia

  • Dudley (Angleterre) — Demande de traduction Dudley → Dudley (Angleterre) …   Wikipédia en Français

  • Dudley Hill — Coordinates: 53°46′21″N 1°43′12″W / 53.7725838°N 1.7199183°W / 53.7725838; 1.7199183 …   Wikipedia

  • Netherton Tunnel Branch Canal — Netherton Tunnel Netherton Tunnel North Portal in use 2007 Overview Coordinates …   Wikipedia

  • Water levels of the Birmingham Canal Navigations — The Birmingham Canal Navigations (BCN), a network of narrow canals in the industrial midlands of England, is built on various water levels. The three longest are the Wolverhampton, Birmingham, and Walsall levels. Locks allow boats to move from a… …   Wikipedia


Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”

We are using cookies for the best presentation of our site. Continuing to use this site, you agree with this.