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Effects of Fuel Type on the Performance of Aero Gas Turbine Combustion Chambers, and the Influence of Design Features

Published online by Cambridge University Press:  28 July 2016

J. G. Sharp*
Affiliation:
Thornton Research Centre, Shell Petroleum Co. Ltd.

Summary

The performance of aero gas turbine combustion chambers is discussed under the following headings : Combustion efficiency, combustion stability, ease of ignition, deposits, exhaust temperature variation, and smooth combustion. It is shown that, as assessed by these criteria, combustion chamber performance can be significantly affected by fuel characteristics; also that the effects of fuel type can be greatly modified by equipment design changes. The conclusion is that most of the problems- aggravated by fuel characteristics are better solved by modifications to equipment, if fuel availability and cost are not to be adversely affected.

Type
Research Article
Copyright
Copyright © Royal Aeronautical Society 1954

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References

* CO2 combustion efficiency is defined as the ratio :

The difference between COs combustion efficiency (which is easily and accurately obtained by exhaust gas analysis) and true (heat balance) combustion efficiency is small, and may be ignored for the purposes of this paper.

* The 50/50 gas oil/gasoline blend.