Institute of Fuel

Berenbaum, R. Brodie, I. (1959). The tensile strength of coal. Journal of the Institute of Fuel, 32, 320-7. 

Taylor, G.H. and Shibaoka, M., "The Rational Use of Australia s Coal Resources", Paper 8, Institute of Fuel (Australian Membership) Conference on "Energy Management", Sydney, Aust., November 1976. 

Bergius, Friedrich. Industrial and Engineering Chemistry, news ed., December 10, 1926, 4, 9-19 Journal of the Institute of Fuel 1934, 8, 74-79 Proceedings of the World Petroleum Congress, Volume II, 1933, pp 282-89 "Nobel Lectures, Chemistry, 1922-1941" Elsevier Publishing Company New York, 1966 pp 244-76. 

Much of the basic research, development studies and design features of large-scale fluidised bed combustors is discussed in the Proceedings of the Symposium on Fluidised Bed Combustion, organised by the Institute of Fuel as long ago as 1975 134 and subsequently in the literature 135-139). Pilot scale furnaces with ratings up to 0.5 MW have been operated and large-scale furnaces have outputs of up to 30 MW. 

INSTITUTE OF Fuel Symposium Series No. 1 Fluidised Combustion 1 (1975). 

Gibbs, B.M., Paper A-5 Institute of Fuel Symposium Series, 1975. 

J. Inst. Fuel. Journal of the Institute of Fuel, London. 

Peterson, P.J. and Butler, G.W., 1967. Significance of selenocystathionine in an Australian selenium-accumulating plant, Neptunia amplexicaulis. Nature, 213 599—600. Porritt, R.E. and Swaine, D.J., 1976. Mercury and selenium in some Australian coals and fly-ash. Preprint, Institute of Fuel Conference Sydney, Paper 18, 9 pp. 

Hoogendoorn, C. J., Ballintijn, C. M., and Dorresteijn, W. R. "Heat-Flux Studies in Vertical Tube Furnaces." Journal of the Institute of Fuel 43 (1970) 511-16. 

Beltagui, S. A., and Maccallum, N. R. L. "Aerodynamics of Vane Swirled Flames in Furnaces. The Modeling of Vane Swirled Flames in Furnaces." Journal of the Institute of Fuel 49, no. 401 (1976) 183-193. 

Kerr, N. M., and Fraser, D. "Swirl Part 1 Effect on Axisymmetrical Turbulent Jets, Part 2 Effect of Flame Performance and the Modeling of Swirling Flames." Journal of the Institute of Fuel 38 (1965) 519-526. 

Fuel and the Environment Institute of Fuel, London 1974 Combustion—Formation and Emission of Trace Species Edwards 1974... 

Karr, C, Chang, T.L. (1958) Spectrophotometric analysis of the distillable low-temperature tar bases. [Low-temperature bituminous-coal-tar base mixture boiling up to ca. 353/sup 0/C]. Journal of Institute of Fuel, 31,522-527. 

Institute of Fuel Cells, School of Mechanical Engineering, Shanghai Jiao Tong University, Shanghai, People s Republic of China... 

Watt, J. (1969) The flow properties of slags formed from the ashes of British coals Part 2 the crystallizing behavior of the slags. Journal of the Institute of Fuel, 42, 131-134. 

The Institute of Fuel (18 Devonshire St., London, W.l) has grades of corporate membership for those professionally qualified in fuel technology and prescribes its own examinations. Details are to be found in the booklet it issues which lays down regulations for admission and examination requirements. Another publication Careers in Fuel describes the work of the fuel technologist in coal, gas, oil, electricity and nuclear power, with an account of methods of training and available opportunities. The Gas Council... 

Fuel Abstracts and Current Titles (London, Institute of Fuel, 1945-58, I960-)... 

The Institute of Fuel, 18 Devonshire Street, Portland Place, London, W.l, was formed in 1927 by the merger of two existing institutions connected with fuel. About 90 meetings a year are held at various centres by local sections to discuss topics of fuel technology. The papers presented are printed with many other items in the Institute s Journal which is published monthly. The Institute also publishes Fuel Abstracts, a monthly summary of world literature on scientific and technical aspects of fuel and power, and various special studies and conferences. 

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