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A Brief History of the Age of Steam: The Power That Drove The Industrial Revolution
Thomas Crump
Carroll & Graff, 2007, 370pp., paperback, $15.95 (but now much less – I got my copy for £3.99 in a remainder shop)

The best thing about this book from my British point of view is that it does not focus only on British events and circumstances. It surveys the entire world, as best it can in the space it allows itself. In most other stuff I can recall reading about the history of the steam engine, Newcomen, Watt and Trevithick, the British pioneers of steam engines during the eighteenth century (Trevithick being the first to build a steam engine that propelled itself along a track – in other words the maker of the first locomotive), are followed immediately by the heroic deeds of George Stephenson and IK Brunel, the mighty British railway pioneers of the Victorian age. Foreign places get mentioned because Stephenson’s son did railways in them. Steamships are mentioned because Brunel also did them. But before you know it, you are being told about streamlined steam locos breaking speed records by hurtling from London to Scotland in the nineteen twenties and thirties, which was all good stuff but hardly central to the history of steam technology. By then, steam locomotives were a mature technology and soon to be an obsolete one.

In this book, by contrast, the steam engine arrives at its early nineteenth century state, but then the scene switches from Britain to North America. Steam engines, being still very heavy, made sense as the engines of big river boats on big American rivers well before they made sense as small locomotives on railway lines less than five feet apart. The USA, unlike Britain, has an abundance of huge rivers, in exactly the parts of the USA that were then developing most rapidly. The next chapter then concerns itself with rivers and canals (the two often being rather hard to distinguish) elsewhere in the world, most notably in central Europe, in particular in the form of the Rhine and its many reconstructions and appendages.

But already, I am getting ahead of the story. The first big job performed by steam engines was pumping water out of coal mines, the market that Newcomen catered to (1712 being the date of Newcomen’s first installation), and then the one in which James Watt and his partner Matthew Boulton also got their start. Until Newcomen made his engine, many a British coal mine would have to cease operating, not because the coal had run out but because the coal that remained, often in large quantities, was under water. Any kind of mechanically powered pump, however expensive and inefficient, could make itself useful in circumstances like that, a classic niche market of just the kind that a cumbersome but clearly important new technology needs to get started.

Thomas Crump (and yes, that is a rather Victorian sounding name, isn’t it?) does not make anything of the comparison, but the similarity between the early steam engines and the computers of our own time will strike anyone who reads this book. Steam engines started big and cumbersome. Then they got smaller and more powerful, thanks to a succession of technical innovations, and thanks to a general rise in engineering savvy and all-round craftsmanship. Not that this steam engine/computer parallel won’t have occurred to Crump. It’s merely that this book is published as one of a series called “A Brief History of …”, and you often sense, sometimes because Crump comes right out and says it, that lots of interesting stuff is being left out. → Continue reading: The age of steam powered transport