Page 76 |
Technology in Australia 1788-1988 |
|||
Table of Contents
Chapter 2 I Technology Transported; 1788-1840 II Technology Established; 1840-1940 i Meat Preserving: Heat Processing Introduced ii Horticultural Products: Heat, Sugar and Solar Drying iii Refrigeration and the Export of Meat iv Milling and Baking v Dairy Products vi Beverages vii Sugar: Supplying an Ingredient III The Coming Of Science IV From Science To Technology: The Post-war Years V Products And Processes VI Conclusion VII Acknowledgements References Index Search Help Contact us |
Technology Established; 1840-1940 This segment examines the establishment of a food processing industry in Australia and follows the introduction of specific technologies necessary to take advantage of the abundant raw materials deriving from Australia's agricultural development and, thus, to supply expanding local needs and build export markets in food. The period reviewed notionally ends in 1940 after which food technology became less empirical, less commodity oriented and more science based, but, because the last segment of this review changes emphasis from product technologies to the impact of this new thinking, it is convenient in some cases to run the account of certain technologies beyond 1940 virtually to the present. By 1900 food technology was firmly established in Australia. Nobody called it that because it was seen as the introduction to and establishment in the colonies of food processing equipment and processes which, with one or two exceptions, had not been available to the original colonists. Thus, the technology of sugar milling and refining, though well known in the tropics, was not available in England, heat processing emerged only in the first decade of the nineteenth century from the work of Appert in the 1790s and refrigeration and the revolution in milling and dairy manufacture were later nineteenth century developments. The last quarter of the nineteenth century was a period of great advance. Refrigerated transport, roller milling, cream separation and mechanical dehydration were introduced but they were all examples of engineering cleverness rather than the application of broadly based principles of food technology. At that time the application of chemistry and microbiology was only dimly perceived. It increased, especially between the wars, but it was not until the 1940s that the next great revolution occurred under the impact of the full scale application of science to problems of food production, processing and handling.
© 1988 Print Edition pages 76 - 77, Online Edition 2000 Published by Australian Science and Technology Heritage Centre, using the Web Academic Resource Publisher http://www.austehc.unimelb.edu.au/tia/076.html |