By
Brian Mills
Copyright ã International Bond & Share
Society 2001
Modern railways were
fathered by the mining industry and born out of the canal industry. Railways
originated underground. Mine owners then extended their private lines overground,
downstream towards their markets. There they were later met by the new public
railway lines of the canal owners, who were extending their transport system
upstream to serve their mining customers.
Railways are believed first
to have operated in Germany’s Harz mines and the Austrian Tirol in the 12th
century. Amongst the earliest pictorial evidence is an illustration in Johan
Haselberg’s ‘Der Ursprung gemeynner…’ about 1519. Other mid-16th
century prints show mine railways in Alsace and Transsylvania. Readily
available is an English translation of Georgius Agricola’s ‘De Re Metallica’ of
1556 (a standard mining work for 200 years), which shows Bavarian wagons and
track. The wagons were of wood, and hauled by men on wooden tracks underground
and in the immediate vicinity of the mine workings. Austrian miners are known
to have introduced such railway technology to the English Lake District’s mines
in the 1560s.
The first extensive system of above-ground railways in the world is believed to
have been in England, near Nottingham ; documentary evidence exists from
1607. The wagons and the rails were still wooden ; probably one wagon per
horse ; the technical innovation was the flanged wheel. The new system was
adopted also in Durham and Northumberland and was well established there by
1649. In 1728 there were some 50 miles of main railway line on the south bank
of the River Tyne and at least as much again in branch lines and north of the
river. The world’s oldest surviving railway bridge, the Causey stone arch, was
built in 1727 and stands at Tanfield in County Durham, though now disused. The
wooden railway with horse-drawn wagons became known overseas as ‘der englischer
Kohlenweg’, ‘la voie anglaise’.
With increasing loads, the
wear on the wooden tracks was considerable. Plates of cast iron were fixed on
the wooden rails from the 1760s, and in the 1780s these iron-capped rails were
developed into wholly iron rails, in short lengths, about one meter, which were
nailed into stone blocks. The flange was on the rail or ‘plate’ instead of the
wheel. By the 1790s iron rails were becoming the norm and about the same time,
cast iron ‘edge rails’ were introduced for flanged wheels.
An essential element in the
development of a national transport system – canals or railways – was the idea
of an Act of Parliament to authorise compulsory land purchase for the public
benefit. Previously, wayleaves or land purchases had to be laboriously
negotiated with every owner of the land through which the canal or railway was
to pass. The first such Act for a railway was in 1758, but this was for a
private colliery railway. From 1776 Parliamentary Acts for some canal companies
included provision for railways linked to the canals. In 1793 the Derby Canal
Company included in the title of its Act the words ‘for making Railways from
such Canal to several Collieries’ ; this wording is printed on the
Company’s share certificate, making this the world’s oldest known railway
share. Called the Little Eaton, the railway opened in 1795 and continued as a
horse railway until its closure in 1908.
Soon, around 1802-1804, the
world’s first railway locomotive was put on tracks in South Wales by Richard
Trevithick, but it was not put into commercial service because of the damage
its weight and power did to the cast iron track. The first usable wrought iron
rails were delivered around 1810. Further development was slow. Many engineers
believed that a locomotive running with smooth wheels on a smooth track would
be unable to pull more than its own weight. For this reason around 1811 John
Blenkinsop with Matthew Murray tried cogged rack rails with some success, and
the first published picture of a locomotive (1812) shows such an engine. Others
tried teeth driving along a chain, and even propulsion by mechanical legs
(William Brunton’s invention, which apparently worked).
In 1814 William Hedley at the Wylam Colliery on the River Tyne near Newcastle
produced ‘Puffing Billy’, a locomotive which proved that smooth wheels could
grip on smooth track. In the same year George Stephenson, pump engineer at
Killingworth Colliery, also on Tyneside, built ‘Blucher’, a gear-driven
locomotive on similar principles to ‘Puffing Billy’. But while Hedley was
content to limit his activities to his colliery, Stephenson pushed his ideas
forward for wider acceptance. Between 1815 and 1825 he produced another 15 or
so locomotives, of improved designs, mostly for collieries (but including one
for the Kilmarnock & Troon Railway Company in Scotland), some of which
continued in service for 50 years. The
greatest number, five, went to the Hetton Colliery’s railway, worked in part by
locomotives and in part by fixed steam engines hauling trains on cables. This
privately-owned 7-mile railway opened in 1822 and was to be Stephenson’s
working model for the Stockton & Darlington Railway.
During the 20 years it took
to develop the locomotive and the track to carry it, entrepreneurs contineued
to build horse railways. Some 25 such railway companies received Parliamentary
Acts in the period 1800-1824. One of the earliest was the Croydon Merstham
& Godstone Iron Rail Way Company (‘iron’ meaning iron track, not
iron-carrying), authorised by an Act of 1803 for the conveyance of stone,
manure and farm produce between Surrey and London. It was unusual at that time
in having no financial connections with canals. Half of the early public
railway companies were in the mining
area of South Wales and the English/Welsh borders. Five such are shown amongst
the nine companies in Table 1.
Derby_Canal/
Little_Eaton_RW Derby
1793 £ 60,000
1793 1795 -
Croydon Merstham & Surrey 1803 £ 60,000 1804 1805 -
Godstone Iron RW
Oystermouth RW or Glamorgan 1804
£8,000 1808 1806 1877
Tram-Road
Severn & Wye
RW&Canal Gloucester 1809
£35, 000 1811 1812 1850s
Bullo Pill RW* Gloucester 1809 ? 1826 1812 1860s
Monmouth RW Monmouth 1810
£22,000 1811 1812 -
Hay RW Brecon 1811 £50,000 1811 1816 -
Stockton &
Darlington RW Durham 1823
£74,300 1823 1826 1825
Monkland &
Kirkintilloch RW
Lanark 1824 £32,000 1830 1826 1831
*reconstructed as the Forest
of Dean RW in 1826.
The Oystermouth company
opened its railway in 1806, and in 1807 it became the first in the world to run
a regular passenger service ; it converted to steam locomotives in 1877,
then to electric traction in 1929, continuing independently, as the Swansea
& Mumbles Railway, until it closed in 1960. The Monmouth and the Hay
railways fell into disuse after 40 or 50 years but the Bullo Pill (Forest of
Dean) and the Severn & Wye converted to locomotives in the 1850s and 1860s
respectively, and were absorbed into larger companies.
At the peak, British horse
railways operated some 1,500 route miles. Before the viability of the
locomotive was proven, several proposals were put forward for a national horse
railway network. Some of the companies were projected as part of such a
system : for example, the Croydon, Merstham & Godstone was seen as
part of a possible London to Portsmouth line (about 70 miles).
The Stockton & Darlington
The beginning of the railway
age is sometimes dated from the opening of the Stockton & Darlington in
1825. In fact the S&D was a transitional system and can more appropriately
be considered the high point of the 18th century mineral railway.
Under its first (1821) Act indeed, the S&D was intended to be a horse
railway, with fixed steam engines for the steepest inclines. There was only a
single track with passing points. The 1823 S&D Act authorised locomotives
for both freight and passengers, but in fact the passenger trains were hauled
by horses until 1833.
An immediate effect
of the opening of the Stockton & Darlington was a boom in railway company
formations. 18 railways were enacted by Parliament in the two years 1825-26 and
11 more in 1827-29, and almost all of them were built. But the acceptance of locomotives
was slow and the majority of these companies were horse railways, as were some
others that were approved even after the opening of the Liverpool &
Manchester in 1830. Examples of these ‘late’ horse railways are given in Table
2.
Company County Date of Act
Init.share capital Oldest share
known Opened Loco’s used
Hereford
RW Hereford 1826 £23,200 1829
1829 1860s
Limerick
& Water-
ford_RW Limerick 1826 £600,000 1827 - -
Clarence RW Durham 1828 £100,000 1833 1833 1838
Newcastle
&
Carlisle RW Northumberld
1829 £300,000 1830 1835 1835
Whitby
&
Pickering RW Yorkshire 1833 £80,000 1833 1835 1846
Durham
&
Sunderland RW Durham 1834 £102,000 1834 1836 1847 ?
The Hereford Railway was a
late entrant into the horse railway system on the English/Welsh borders ;
it converted to locomotives in the 1860s and was merged into a larger company.
The Limerick & Waterford was the only public railway authorised in Ireland
before 1831, but it was not built. The others listed are in North East England.
The Clarence was unusual in being named after a person, the Duke of Clarence
(who became King William IV). The Newcastle & Carlisle was designed as a
horse railway and was one of only two English railways prohibited from using
locomotives by its Act of Parliament ; it managed to have the prohibition
removed a few weeks after opening. Its fine vellum share certificate of 1830
shows a horse-drawn train but this was changed to a locomotive on later issues.
The Whitby & Pickering (the other railway prohibited from using
locomotives) used horses for more than ten years ; it is now a preserved
line, the North Yorkshire Moors Railway. The Durham & Sunderland was
operated throughout its length by fixed steam engines, but used horses during
the early period owing to engineering problems with the cable system.
George Stephenson was a publicist and a promoter as well as an engineeer. His
achievement with the Stockton & Darlington was to generate enthusiasm for
railways. On the opening day on September 27 1825, he demonstrated to the
public, to parliamentarians and to investors that locomotive traction was
feasible for both freight and passenger traffic. His demonstration of a truly
modern railway was yet to come : the Liverpool & Manchester in 1830.
Reference : Hielscher U, The Emergence of the Railway in Britain,
pub. IBSS 2001
Copyright ã INTERNATIONAL BOND & SHARE
SOCIETY 2001
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