A History of Technology: The industrial revolution, c. 1750 to c. 1850 |
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Page 242
After a time he started to make his own sulphuric acid by burning sulphur or pyrites ; if he used pyrites , it was probably a mixed sulphide of copper and iron , and it was comparatively easy to make copper sulphate and ferrous sulphate ...
After a time he started to make his own sulphuric acid by burning sulphur or pyrites ; if he used pyrites , it was probably a mixed sulphide of copper and iron , and it was comparatively easy to make copper sulphate and ferrous sulphate ...
Page 243
Ward and White's venture represents a transition in the production of sulphuric acid from the laboratory scale to that of the factory . They still used glass vessels of some 40 to 50 gallons capacity - but they produced acid at about a ...
Ward and White's venture represents a transition in the production of sulphuric acid from the laboratory scale to that of the factory . They still used glass vessels of some 40 to 50 gallons capacity - but they produced acid at about a ...
Page 244
There were , however , few outlets in the mid- lands for sulphuric acid until it was found useful as a substitute for sour milk ― till then the only acid liquor available in quantity to the bleaching - trade .
There were , however , few outlets in the mid- lands for sulphuric acid until it was found useful as a substitute for sour milk ― till then the only acid liquor available in quantity to the bleaching - trade .
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Contents
GLASS by L M ANGUSBUTTERWORTH Director The Newton Heath Glass | 12 |
TELEGRAPHY by G R M GARRATT Deputy Keeper Department of Electrical | 22 |
FISH PRESERVATION by C L CUTTING Officer in Charge Humber | 44 |
Copyright | |
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acid adopted agricultural applied beam became began bismuth bridge Britain British building built canal carried cast iron chemical coal common completed consisted construction continued copper crops cylinder D. E. Woodall developed diameter driving early effect eighteenth century engine England English Europe experiments farming figure fire fish followed France French furnace glass hand heat History important improved increased industry introduced invention Italy John known land later lead London machine manufacture material means mechanical metal method mill mineral mines moved natural nineteenth century obtained operation original Paris passed patent period plate possible practice produced raised remained removed result river road round Science shaft ships showed side steam steam-engine steel stone successful supply surface tion took turned vertical Watt whales wheel widely