INDUS
TRIAL
REVO
LUTION

[ STEAM_/_STEEL_/_SMOKE ]
1760 — 1900 // BRITAIN -> EUROPE -> WORLD

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       [ FACTORY :: RAIL :: TELEGRAPH :: COAL ]
    

// INDEX

01  COVER ........................... THE ARGUMENT
02  CONTENTS ........................ THIS PAGE
03  PRECONDITIONS ................... WHY BRITAIN, WHY 1760
04  TEXTILES ........................ COTTON FIRST, AS USUAL
05  TIMELINE ........................ 140 YEARS, 30 BREAKTHROUGHS
06  STEAM ........................... NEWCOMEN, WATT, TREVITHICK
07  IRON ............................ DARBY, CORT, BESSEMER
08  COAL ............................ THE BLACK ENERGY BUDGET
09  THE FACTORY SYSTEM .............. WHAT 1830 MANCHESTER LOOKED LIKE
10  RAILWAYS ........................ STEPHENSON TO PROMONTORY POINT
11  ELECTRICITY ..................... FARADAY, EDISON, TESLA
12  CONTINENTAL EUROPE .............. GERMANY, FRANCE, BELGIUM
13  AMERICAN INDUSTRY ............... LOWELL, PITTSBURGH, CHICAGO
14  CONDITIONS ...................... CHILD LABOUR, SLUMS, DICKENS
15  REFORM .......................... FACTORY ACTS & SOCIALISM
16  GLOBAL CONSEQUENCES ............. EMPIRE, ECOLOGY, ESCAPE FROM MALTHUS
17  READ & WATCH .................... BIBLIOGRAPHY
    

WHY BRITAIN, WHY 1760?

Historians have argued the question for two centuries. The conventional answer cites several converging conditions: cheap, accessible coal seams across the Midlands and the North; high real wages relative to fuel cost (so labour-saving machines paid back); a culture of practical tinkering linked to the Royal Society and provincial institutes; secure property rights and patent law after 1623 and 1707; capital accumulation from Atlantic trade including the slave economies of the Caribbean; and a political settlement, post-1688, that prevented absolutist taxation while permitting the state to project naval power.

Robert Allen's economic-history thesis stresses prices: in 18th-century Britain, labour was dear and coal was cheap, which made mechanisation profitable years before it would have been on the continent or in China. Joel Mokyr stresses Enlightenment culture: a knowledge economy of letters, journals, and societies. Both are probably right. The Industrial Revolution had no single father.

COTTON FIRST

Cotton, not coal or iron, was the leading industry. The first wave of inventions was a chain of solutions to bottlenecks in cloth production. John Kay's flying shuttle (1733) doubled weaving speed, which created a yarn shortage. James Hargreaves's spinning jenny (1764) and Richard Arkwright's water frame (1769) and Samuel Crompton's spinning mule (1779) solved that. Edmund Cartwright's power loom (1785) reapplied steam to weaving. Eli Whitney's cotton gin (1793, USA) cleaned raw cotton fifty times faster than human hands.

Output exploded. British raw-cotton imports rose from 5 million pounds in 1780 to 588 million pounds by 1850. Manchester, a market town in 1760, was a city of 300,000 by 1850, "Cottonopolis", with a quarter of its population working in mills. The cotton on which all this rested was, until 1865, almost entirely produced by enslaved labour in the American South.

// 1709 - 1903

NEWCOMEN -> WATT -> TREVITHICK

DARBY · CORT · BESSEMER

In 1709 at Coalbrookdale, Abraham Darby first smelted iron using coke instead of charcoal — a move that uncoupled iron production from forest cover and made unlimited expansion possible. Henry Cort's puddling and rolling process (1784) produced wrought iron in industrial quantities. The Iron Bridge across the Severn (1779), the world's first cast-iron bridge, became a tourist attraction within months of opening.

The decisive leap was Henry Bessemer's converter (1856), which blew air through molten pig iron and produced steel — stronger, lighter, more uniform — in twenty minutes instead of weeks. Steel rails replaced iron; steel ships replaced wooden hulls; steel framing made skyscrapers possible (the Home Insurance Building in Chicago, 1885). Andrew Carnegie's mills at Pittsburgh, by 1900, produced more steel than the entire United Kingdom.

// THE ENERGY BUDGET

The Industrial Revolution was, materially, the substitution of fossil energy for muscle energy. British coal output rose from about 3 million tonnes in 1700 to 16 million in 1815 to 224 million by 1900 — a seventy-fold increase. The coalfields of South Wales, Northumberland, Durham, Lancashire, and Yorkshire became dense industrial districts whose populations were locked, generationally, to dangerous work underground. Mine fatalities in 1850s Britain ran at over 1,000 per year.

[ Sources: Mitchell's European Historical Statistics; Historical Statistics of the United States ]

1830 // MANCHESTER

"FROM THIS FOUL DRAIN THE GREATEST STREAM OF HUMAN INDUSTRY FLOWS OUT TO FERTILISE THE WHOLE WORLD. FROM THIS FILTHY SEWER PURE GOLD FLOWS."— Alexis de Tocqueville, Manchester, 1835

The factory was a discipline before it was a building. Workers — many of them women and children — were assembled at fixed hours, paid by the piece or the week, watched by foremen, and fined for tardiness, talking, or singing. The work day in 1830 ran from 5 a.m. to 8 p.m. with two short meals; child apprentices in cotton mills could be as young as six. The mill chimney, the railway, the canal, and the rows of back-to-back terraced houses became the visual signature of the new world.

THE IRON ROAD

The Stockton & Darlington Railway (1825) was the world's first public steam railway. The Liverpool & Manchester (1830) was the first inter-city. By 1850 Britain had 10,000 km of track; by 1900, 30,000. Across the Atlantic, the Transcontinental Railroad (Promontory Point, Utah, 10 May 1869) joined the Central Pacific, built largely by Chinese labour, to the Union Pacific, built largely by Irish, and stitched a continent. Russia's Trans-Siberian followed (1891–1916). British India laid 60,000 km by 1929.

Beyond economics, railways reorganised time itself. Standard time zones — Greenwich Mean Time, the four US zones — were created to keep timetables coherent. The telegraph, riding the same right-of-way, made distance vanish in commerce. Marx and Engels noted that the bourgeoisie had, in less than a century, "created more massive and more colossal productive forces than have all preceding generations together."

ELECTRICITY & OIL

What historians call the Second Industrial Revolution (c. 1870–1914) was driven by chemicals, electricity, internal combustion, and steel. Michael Faraday demonstrated electromagnetic induction in 1831; by the 1880s, alternating-current generators (Tesla, Westinghouse) lit cities and ran factories. Edison's Menlo Park lab industrialised invention itself, producing the phonograph (1877), the practical lightbulb (1879), and motion-picture cameras.

Karl Benz's Patent-Motorwagen (1886) and the Diesel engine (1893) put combustion under the chassis. Henry Ford's moving assembly line at Highland Park (1913) cut the build-time of a Model T from 12 hours to 93 minutes. The chemical industry — German leadership in dyes, fertilisers, and pharmaceuticals — was the era's intellectual jewel: Haber and Bosch's nitrogen fixation (1909–13) eventually fed half the human race.

BELGIUM, FRANCE, GERMANY

LOWELL · PITTSBURGH · CHICAGO

The American Industrial Revolution began with Samuel Slater, who memorised Arkwright's water-frame plans and rebuilt them in Pawtucket, Rhode Island in 1790. The Lowell mills of the 1820s ran on the labour of young farm women on multi-year contracts. The Erie Canal (1825) connected the Hudson to the Great Lakes and made New York the dominant port. The American Civil War (1861–65) was won, in part, by Northern industrial capacity — railways, ironclads, mass-produced rifles.

After the war, the Gilded Age. Carnegie steel, Rockefeller oil, J. P. Morgan finance, and immense waves of immigration — 12 million people through Ellis Island, 1892–1924 — built an industrial economy that surpassed Britain's around 1885 and Germany's around 1900. By 1913 the United States produced more than a third of all the world's manufactures.

// THE COST

"IT WAS A TOWN OF RED BRICK, OR OF BRICK THAT WOULD HAVE BEEN RED IF THE SMOKE AND ASHES HAD ALLOWED IT."— Charles Dickens, Hard Times, 1854

Engels's The Condition of the Working Class in England (1845), based on his observations in Manchester, documented life expectancies for working-class Manchester men of seventeen years — half that of rural Rutland. Cholera epidemics in 1832, 1848, 1854, and 1866 killed tens of thousands. Mary Barton, Oliver Twist, and Hard Times made the slum a literary subject. Friedrich Engels wrote, "I have never seen so demoralized a class as the English manufacturing class."

Child labour was endemic until the Factory Act of 1833 (which set the minimum age in textile mills at nine) and the Mines Act of 1842 (which barred women and children under ten from underground work). The Ten Hours Act of 1847 capped the working day for women and adolescents. Each was bitterly contested. The cost of the Industrial Revolution was paid disproportionately by those who never owned a share of its profits.

UNIONS & SOCIALISM

Industrial workers organised. The Luddites (1811–16) smashed power looms in Yorkshire and Lancashire; their name has been unfairly traduced — they were skilled textile workers protesting wage cuts, not opponents of technology in principle. The Tolpuddle Martyrs (1834) were transported for swearing a union oath. The Chartist movement (1838–48) demanded universal male suffrage; though it failed in its time, it had achieved most of its programme by 1918. The Co-operative Wholesale Society began in Rochdale in 1844.

Karl Marx, observing all this from the British Museum reading room, published the Communist Manifesto with Engels in 1848 and Volume I of Das Kapital in 1867. The First International convened in London in 1864. By the 1890s, mass socialist parties — the German SPD, the British Labour Party (founded 1900), the French SFIO — were a permanent feature of European politics. The Industrial Revolution had created the working class; the working class had begun to write its own scripts.

ESCAPE FROM MALTHUS

Before 1800, average human living standards had not meaningfully risen for ten thousand years. Population grew when harvests were good and fell back when they were not. The Industrial Revolution broke that ceiling. World population, 800 million in 1750, passed 6 billion by 2000, and average per-capita income — corrected for inflation — rose, in industrialised countries, by a factor of fifteen. The proportion of humans living in extreme poverty fell from over 90 percent to under 10 percent over the same period.

The other ledger: greenhouse-gas emissions, which had varied negligibly for the entirety of the Holocene, began their hockey-stick rise around 1850. The European empires of the late nineteenth century — the Scramble for Africa, the British Raj, French Indochina, the Belgian Congo — were industrial empires, financed and equipped from Manchester and Birmingham. The Industrial Revolution made the world we live in, in every direction. We are still on the same curve.

// BIBLIOGRAPHY

E. P. Thompson, The Making of the English Working Class · Eric Hobsbawm, The Age of Revolution · Robert Allen, The British Industrial Revolution in Global Perspective · Joel Mokyr, The Enlightened Economy · Friedrich Engels, The Condition of the Working Class.

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