Out and About Barging Between Brindleys
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The Harecastle Tunnel the Harecastle Tunnel
© www.talke.info 2008 The Harecastle tunnel Most of this section is quoted from Appelby’s Canal tunnels in England and Wales and Philip Leese’s Kidsgrove times on which I could not possibly improve. Talke’s place as centre of transport with as many as twenty teams of mule drivers stopping at the inns was not to last. The first blow was the opening of the Harecastle tunnel, a remarkable feat of engineering by Thomas Telford and James Brindley. Brindley’s first t tunnel was opened in 1777, five years after the engineer’s death. It is 2,897 feet long, 8feet 6inches wide, and in use until 1918. The second ‘Telford’ tunnel, opened in 1827 and is still in use today, it is 2,929 yards long and much wider. The canals orange colour can be attributed to local geology (iron ore) and the canals clay lining , (a technique called puddling) used to stop the water leaking out , rather than any pollution. James Brindley started work on Harecastle One on 27 June 1766, partly at the urging of local potter Josiah Wedgewood, who needed a safe and cheap means to transport coal to the kilns. ‘In the event, the tunnel took eleven years to build, during which time Brindley died and was replaced as chief engineer by his brother in law, Hugh Henshall. Harecastle had presented all manner of problems, including quicksand, hard rock outcrops, springs and even deadly methane gas, as well as resident engineers and contractors taking advantage of the lack of close supervision by the over- stretched Brindley.’ The tunnel itself was very narrow, much like the mining tunnels at Worsley,and during construction side tunnels were dug to exploit seams of coal (which were also arched and bricked to the same height as the Harecastle I Kidsgrove portal © www.talke.info 2008 main tunnel).’ One local legend states that there is an underground wharf just within the Kidsgrove entrance to load this coal. -
James Brindley ( 1716 - 1772 )
1 James Brindley ( 1716 - 1772 ) These notes are designed to help you with homework and other pro- jects. It will help you to find out: About James Brindley’s early life How he became a famous canal engineer His ideas and inventions. My mum taught me at home. I became the greatest canal engineer of my day! You can see this statue canalrivertrust.org.uk/explorers of James Brindley at Coventry Basin 2 Mr Fixit The spokes should James Brindley was born 300 years ago point inwards, not near Buxton, in Derbyshire. As a boy he outwards, you banana! loved building toy mills and trying them out in the wind and water. Later, James was apprenticed to a master mill- and Oops! wheelwright. It didn’t start off well. He built a cartwheel with spokes facing outwards instead of inwards! Gradually, James became known as someone who could fix any machinery. When his master died he moved to Leek in Staffordshire, to start a new business there. canalrivertrust.org.uk/explorers 3 The Bridgewater Canal The Bridgwater Canal was first called James’s business grew. He worked the Duke’s Canal on all kinds of machinery driven by water, wind and steam. The Duke of Worsley Bridgewater, who owned coal mines RUNCORN Barton coal fields near Manchester, heard about him. Aqueduct ell Irw R er Coal was used i iv ve y R to heat everything r M erse R R Mersey i from houses to v T he e Duk r e’s Manchester furnaces - so Can W al e everyone wanted a v cheap coal. -
Appendix E, Canal Inundation Mapping
Nuneaton and Bedworth Borough Council Strategic Flood Risk Assessment - Level 2 Appendix E: Canal Inundation Mapping November 2012 Nuneaton and Bedworth Borough Council Town Hall Coton Road NUNEATON Warwickshire CV11 5AA This page is intentionally left blank Appendix e.doc I E Canal Inundation Mapping Appendix e.doc II Appendix e.doc III E.1 PDA2a: Scenario 1 Appendix e.doc IV Appendix e.doc V NOTES Canals do not generally pose a direct flood risk as they are a regulated water body. The residual risk from canals tends to be associated with lower probability events such as overtopping and embankment failure. As part of assessing flood risk from the canals, canal breach assessments have been identified based on areas of raised embankments in close proximity to proposed ¯ development sites. These assessments do not take the structural integrity of the embankment into account or quantify a risk of failure. Flooding may occur at any location along the canal system where there is a raised embankment. The mapping is intended to provide an indication of the likely impact of selected failure scenarios. It is not intended that inundation mapping provides a comprehensive analysis of all failure scenarios and further site specific analysis will need to be considered at all sites located within the vicinity of a canal system. Developers should be aware that any site that is at or below canal bank level may be subject to canal flooding and this should be taken into account when building resilience into low level properties Key Plan Legend Nuneaton and Bedworth Borough Depth (m) 0 - 0.01 Canal Breach Location Proposed Development Area 0.01 - 0.1 PDA2a 0.1 - 0.5 Principal watercourses 0.5 - 1.0 Other Watercourses 1.0 - 1.5 Coventry Canal 1.5 - 2.0 2.0 - 2.5 2.5 - 4.5 Reproduced from Ordnance Survey mapping with the permission of Ordnance Survey on behalf of the Controller of Her Majesty's Stationary Office. -
Ashby Canal Restoration
Ashby Canal Restoration Snarestone to Measham BUSINESS PLAN SUMMARY May 2010 Ashby Canal Restoration Business Plan Summary Moira Furnace before restoration (c1950) Moira Furnace after restoration (May 2006) 2 Ashby Canal Restoration Business Plan Summary The Ashby Canal Restoration Project This project is to restore the Ashby Canal from its current terminus at Snarestone northwards for a distance of 4.5 km Awards to a new canal wharf at Measham. The power to acquire the necessary land and to construct and maintain the canal Leicestershire County Council was provided in October 2005 when the Secretary of State has received several awards for the length already restored at for the Environment, Food and Rural Affairs confi rmed the Moira: Leicestershire County Council (Ashby de la Zouch Extension) Order made under the powers of the Transport and Works The Waterways Trust/ Act 1992. In making the Order the Secretary of State noted British Urban Regeneration that “the scheme is consistent with national, regional and Association Award for Tourism, 2002 local policies, would contribute signifi cantly to regeneration objectives and would produce considerable economic, The Civic Trust Special Award environmental and social benefi ts”. for Partnership (jointly with Conkers), 2003 The Inland Waterways History Association “Waterways Companion” Award, 1999 and 2006 The Ashby Canal was completed in 1804 and connected The Waterways Trust/ Moira in north western Leicestershire to the Coventry Canal at British Urban Regeneration Bedworth. It was used primarily to carry coal from the Ashby Association Award for Woulds mines to markets in the Midlands and the South. The Partnership, 2007 northern reaches of the canal were closed between 1944 and 1966 due to mining subsidence but in recent years the The Waterways Trust/ feasibility of restoration has been established and is strongly British Urban Regeneration Association Award for supported by local communities as a means of regeneration Innovation, 2007 and development. -
Coventry Canal: a Towpath Arts Trail
AINA CASE STUDY CULTURAL HERITAGE Coventry Canal: a towpath arts trail Three examples of the imaginative artwork and sculpture to be found alongside the towpath in Coventry Britain's longest outdoor art gallery helps interpret local heritage and canal history Like so many urban waterways the Coventry Canal combines industrial heritage and recent development with open spaces and areas of nature conservation interest. The nine kilometre length between Coventry Canal Basin and Hawkesbury Junction, where it meets the Oxford Canal, has seen substantial improvements over the last twenty years, including towpath works, access points, signage and regeneration of derelict sites next to the waterway. A canalside arts trail now compliments these enhancements and the towpath provides the setting for almost 40 installations which have been created by 31 different artists from the UK and overseas. Many of the pieces, which range in scale from small seats to larger than life sculptures, reflect the social and cultural heritage of the canal, and efforts were made to involve local people. Older residents, for example, were invited to share their memories from the days when the canal was a thriving commercial artery. Specific features include a bronze statue of canal engineer James Brindley and a mosaic map of the canal (both located by the Basin), a heritage marker which celebrates the first car factory in the UK, and a sculpture which commemorates the work of the canal navvies through depiction of the simple tools used by the early canal builders. The old local boating families are represented by a couple of steel sculptures which pay tribute to the people who lived and worked on the barges. -
Classified Highway Network Document 4.00 Jan11
City of Stoke-on-Trent Classified Highway Network January 2011 Version 4.00 INTRODUCTION This document supersedes Version 3.01, May 2008. The information within this document describes the Classified Highway Network as of January 2011. The document illustrates and lists all classified roads within Stoke-on-Trent including all A (trunk and principal), B and C roads. It also defines the Strategic Highway and Primary Route Networks. For enquiries or further information please contact: Transport Planning Group City Renewal Stoke-on-Trent City Council PO Box 630 Civic Centre Glebe Street Stoke-on-Trent ST4 1RF T: 01782 232149 E: [email protected] - 1 - City of Stoke-on-Trent Classified Highway Network January 2011 Version 4.00 - 2 - City of Stoke-on-Trent Classified Highway Network January 2011 Version 4.00 SCHEDULE OF CLASSIFIED ROADS Principal Roads – Sorted by Number Road Number Name Road Number Name A34 NEWCASTLE ROAD A5035 TRENTHAM ROAD A34 STONE ROAD A52 BUCKNALL ROAD A50 HIGH STREET A52 CAMPBELL PLACE A50 HIGH STREET (SANDYFORD) A52 CHURCH STREET A50 KIDSGROVE ROAD A52 CITY ROAD A50 KING STREET A52 COPELAND STREET A50 LICHFIELD STREET A52 ELENORA STREET A50 POTTERIES WAY A52 FLEMING ROAD A50 SCOTIA ROAD A52 GLEBE STREET A50 SWAN SQUARE A52 HARTSHILL ROAD A50 VALE PLACE A52 LEEK ROAD A50 VICTORIA PLACE A52 LIVERPOOL ROAD A50 A50 (VICTORIA PLACE LINK) A52 LONDON ROAD A50 VICTORIA ROAD A52 LONSDALE STREET A50 WATERLOO ROAD A52 SHELTON OLD ROAD A50 WEDGWOOD PLACE A52 WERRINGTON ROAD A50 WEDGWOOD STREET A52 WOODHOUSE STREET A50(T) -
Canal Restrictions by Boat Size
Aire & Calder Navigation The main line is 34.0 miles (54.4 km) long and has 11 locks. The Wakefield Branch is 7.5 miles (12 km) long and has 4 locks. The navigable river Aire to Haddlesey is 6.5 miles (10.4 km) long and has 2 locks. The maximum boat size that can navigate the full main line is length: 200' 2" (61.0 metres) - Castleford Lock beam: 18' 1" (5.5 metres) - Leeds Lock height: 11' 10" (3.6 metres) - Heck Road Bridge draught: 8' 9" (2.68 metres) - cill of Leeds Lock The maximum boat size that can navigate the Wakefield Branch is length: 141' 0" (42.9 metres) beam: 18' 3" (5.55 metres) - Broadreach Lock height: 11' 10" (3.6 metres) draught: 8' 10" (2.7 metres) - cill of Broadreach Lock Ashby Canal The maximum size of boat that can navigate the Ashby Canal is length: There are no locks to limit length beam: 8' 2" (2.49 metres) - Safety Gate near Marston Junction height: 8' 8" (2.64 metres) - Bridge 15a draught: 4' 7" (1.39 metres) Ashton Canal The maximum boat length that can navigate the Ashton Canal is length: 74' 0" (22.5 metres) - Lock 2 beam: 7' 3" (2.2 metres) - Lock 4 height: 6' 5" (1.95 metres) - Bridge 21 (Lumb Lane) draught: 3' 7" (1.1 metres) - cill of Lock 9 Avon Navigation The maximum size of boat that navigate throughout the Avon Navigation is length: 70' (21.3 metres) beam: 12' 6" (3.8 metres) height: 10' (3.0 metres) draught: 4' 0" (1.2 metres) - reduces to 3' 0" or less towards Alveston Weir Basingstoke Canal The maximum size of boat that can navigate the Basingstoke Canal is length: 72' (21.9 metres) beam: 13' -
Birmingham Canal Network Fact Sheet Building Cost Locks
Birmingham Canal Network Fact Sheet Birmingham Canal Navigations (BCN) is a network of canals connecting Birmingham, Length: Wolverhampton and the eastern part of the 186 miles Black Country. One of the most intricate canal networks the Building cost world, the Birmingham Canal Navigations (BCN) £50,ooo system, adds up to 1 00 miles over 1 3 canals. History Engineer: The canal network was built over a 100 year James Brindley period starting from 1 772. The canals were the life-blood of Victorian Birmingham and at their height they were so busy that gas lighting was Locks: installed to enable round-the-clock operation. 216 Over eight and a half million tons a year was being carried at the end of the nineteenth century. The canal network serviced the canal Tunnels: side factories and carried raw materials in and products out to the country and world. Map courtesy of Map data 0201 6 Google - attribution Photo courtesy of ahisgett licence - attribution twinkl.co.uk Grand Union Canal Fact Sheet The Grand Union Canal is the longest canal in the UK at 286 miles long and runs from London Length: to Birmingham. 286 miles History The canal was not originally constructed as one canal; it is the result of various canals being amalgamated and Building cost connected during the early 19th century. The canal £772,ooo passes through varied scenery from rolling countryside to industrial towns and cities. Locks: The canal faced competition from the railways 1 66 in the second half of the 19th century. Improvements in roads and vehicle technology in the early part of the 20th century meant that Tunnels: 6 the lorry was also becoming a threat to the canals. -
James Brindley (1716 - 27 September 1772)
James Brindley (1716 - 27 September 1772) James Brindley, an English engineer, was born in Tunstead, Derbyshire, and lived much of his life in Leek, Staffordshire. He became one of the most notable engineers of the 18th century. Born into a family of yeoman farmers and craftsmen in the then isolated Peak District, he received little formal education but was educated at home by his mother. At 17 he commences a seven-year apprenticeship as carpenter and millwright with Abraham Bennett of Gurnett, Sutton, near to Macclesfield, Cheshire. He was initially called a fool and bungler by his master and the other men. However a year or so into his apprenticeship he was being asked for by name by local mill owners when repairs were required, often in preference to the master himself. An example of Brindley's ability and character is his response to a disastrous undertaking by Abraham Bennett: Bennett was employed to create machinery for a new paper-mill, by the River Dane at Wildboarclough, Cheshire. He used the machinery in two other mills, as his model for Wildboarclough, but his drunkenness ensured he had insufficient practical information to do the job. However, Bennett set his men to work unwilling to forego the financial rewards of such a job. The assembled machinery would neither fit nor work and it was clear that Bennett was not up to the job. But Bennett and his men persevered making no satisfactory progress. Bennett was unwilling to admit to his own incompetence as a mechanic and feared for his reputation and thereby his future employment prospects. -
The Coventry Canal Conservation Area
The Coventry Canal Conservation Area Conservation Area Appraisal ww ww.cwowv.ceonvter nyt.rgy.ogovv.u.ukk Contents 1.0 Introduction Page 1 1.1 Summary of Special Interest Page 1 1.2 Planning Policy Framework Page 2 1.3 Location Page 3 1.4 History Page 4 1.5 Archaeology Page 8 1.6 Ecology Page 8 1.7 Green Infrastructure Page 8 1.8 Transport Page 9 1.9 The Canal Art Trail Page 9 2.0 Localities Page 10 2.1 The Canal Basin and Drapers Fields Page 11 2.2 Electric Wharf and the Bishopsgate Green Locality Page 18 2.3 Cash's Lane Locality Page 22 2.4 Courtauld's and Foleshill Road Locality Page 26 2.5 Prince William Henry Bridge to Priestley's Bridge Page 31 2.6 Priestley's Bridge to Swancroft Road Bridge Page 35 2.7 Swancroft Road Bridge to Navigation Bridge Page 40 2.8 Navigation Bridge to Old Church Road Bridge Page 44 2.9 Old Church Road Bridge to New Inn Bridge Page 48 2.10 New Inn Bridge to Judd's Lane Bridge Page 52 2.11 Longford Village Page 56 2.12 Longford to Hawkesbury Junction Conservation Area Page 63 3.0 Key Issues Page 67 1.0 Introduction The Coventry Canal between Hawkesbury Junction and the Canal Basin in the city centre was designated as a Conservation Area on the 4th July 2012. This Conservation Area Appraisal document has been produced to support the designation and to define and record the special architectural and historical interest of the Coventry Canal and identify opportunities for enhancement. -
Ashby Canal from Coventry a Lock Free Tranquil Cruise | UK Canal Boating
UK Canal Boating Telephone : 01395 443545 UK Canal Boating Email : [email protected] Escape with a canal boating holiday! Booking Office : PO Box 57, Budleigh Salterton. Devon. EX9 7ZN. England. Ashby canal from Coventry a lock free tranquil cruise Cruise this route from : Coventry View the latest version of this pdf Ashby-canal-from-Coventry-a-lock-free-tranquil-cruise-Cruising-Route.html Cruising Days : 5.00 to 0.00 Cruising Time : 23.00 Total Distance : 59.00 Number of Locks : 0 Number of Tunnels : 4 Number of Aqueducts : 0 This lock free route takes you along the beautifully tranquil and rural Ashby Canal to its terminus at Snarestone. Take in the site of the Battle of Bosworth, and Heritage Visitor Centre, and the attractive village of Stoke Golding, where Henry V11 was crowned in 1485. Coventry itself is worth a visit, being about 15-20 minutes walk from the canal basin. A short walk from the canal basin is Coventry Transport Museum, which is reputedly the largest display of British made transport in the world, with over 200 cars, 90 motorbikes and 230 cycles on display. Coventry Cathedral was built in 1962 to replace the old Cathedral, which was destroyed in 1940. Cruising Notes Day 1 Coventry itself is worth a visit, being about 15-20 minutes walk from the canal basin. A short walk from the canal basin is Coventry Transport Museum, reputedly the largest display of British made transport in the world, with over 200 cars, 90 motorbikes and 230 cycles on view. Coventry Cathedral was built in 1962 to replace the old cathedral which was destroyed in 1940. -
Harecastle Tunnels & Burslem Branch Canal Notes
Exploring the Harecastle Canal & Railway Tunnels and the Burslem Branch Canal. RCHS West Midlands & North West Group Joint Walking Event: Thursday 28th June 2017 The map (left) shows the line of the sequence Harecastle Tunnels of the three 1848 Harecastle railway tunnels, and the line of the 1966 diversion to allow for electrification of the line. The North Tunnel was opened up at the time of electrification, at which time the remaining two tunnels were closed. The northern portals of the two canal tunnels – Brindley (1775; 2880yds) & Telford (1827; 2926yds) – are south of Harecastle (now Kidsgrove) railway station, and to the west of the railway. The railway ran over the Telford tunnel between the Middle and South railway tunnels; then between the two parallel canal tunnels for the length of the South Tunnel after which it crossed the Brindley tunnel, just to the north of Chatterley railway station. The southern portals of both canal tunnels are to the east of the site of the station, which closed in 1948. Boathorse Road (see map below) by which the horses travelled over the canal tunnels, ran north from Chatterley on the east side of the tunnels and crossed over the top of them c.2/3 mile north of the southern portals, meeting the tunnels again at Kidsgrove on the From: Railways of Great Britain: A Historical Atlas, M H Cobb; Ian Allan (2005) west side of the Brindley tunnel. General Line of Boathorse Road T&M Canal - to Stoke South End North End of Tunnels of Tunnels WCML (1966) Adapted from www.thepotteries.org/location/districts/boathorse2.htm The general line of Boathorse Road (centre of picture) - sections have been merged into other roads including Acres Nook Road & The Avenue.