Swan Village Gas Works: Difference between revisions
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19th century: the first works of the [[Birmingham and Staffordshire Gas Co|Birmingham and Staffordshire Gas Company]] | 19th century: the first works of the [[Birmingham and Staffordshire Gas Co|Birmingham and Staffordshire Gas Company]] | ||
1950s '''Swan Village Gasworks''', represented the contribution that gas makes to civilised life. The public supply of gas began long before that of electricity and for a century it was unmatched as a source of | 1950s '''Swan Village Gasworks''', represented the contribution that gas makes to civilised life. The public supply of gas began long before that of electricity and for a century it was unmatched as a source of illumination. In that field it has since had to yield supremacy to electricity. But in the house it is fully competitive for heating, cooking and refrigerating; and in industry it very much retains its own field of usefulness, besides others in which it competes with electricity and with alternative fuels. The retort house of the new Swan Village Gasworks at Birmingham was a typical example of the clean design of modern 1950s gas works buildings. In the retort house there are four benches of Woodall-Duckham continuous vertical retorts, and the installation included complete coal, coke and ash handling plants, producer gas dilution plant, and four waste heat boilers. With a throughput of 530 tons of coal a day the installation | ||
illumination. In that field it has since had to yield supremacy to electricity. But in the house it is fully competitive for heating, cooking and refrigerating; and in industry it very much retains its own field of usefulness, besides others in which it competes with electricity and with alternative fuels. The retort house of the new Swan Village Gasworks at Birmingham was a typical example of the clean design of modern 1950s gas works buildings. In the retort house there are four benches of | |||
gave a daily output of some 8,500,000 cubic ft. of gas at a calorific value of 475 B.Th.U. <ref>[[The Engineer Centenary Part 6: Modern Products and Centenarians]]</ref> | gave a daily output of some 8,500,000 cubic ft. of gas at a calorific value of 475 B.Th.U. <ref>[[The Engineer Centenary Part 6: Modern Products and Centenarians]]</ref> | ||
Latest revision as of 11:32, 6 April 2021
19th century: the first works of the Birmingham and Staffordshire Gas Company
1950s Swan Village Gasworks, represented the contribution that gas makes to civilised life. The public supply of gas began long before that of electricity and for a century it was unmatched as a source of illumination. In that field it has since had to yield supremacy to electricity. But in the house it is fully competitive for heating, cooking and refrigerating; and in industry it very much retains its own field of usefulness, besides others in which it competes with electricity and with alternative fuels. The retort house of the new Swan Village Gasworks at Birmingham was a typical example of the clean design of modern 1950s gas works buildings. In the retort house there are four benches of Woodall-Duckham continuous vertical retorts, and the installation included complete coal, coke and ash handling plants, producer gas dilution plant, and four waste heat boilers. With a throughput of 530 tons of coal a day the installation gave a daily output of some 8,500,000 cubic ft. of gas at a calorific value of 475 B.Th.U. [1]