A coal with an ultimate gravimetric analysis of 80% C, 5% H2, 5.4 % O2, 0.63 % N2, 0.89% S and 8.08% Ash is burned
A coal with an ultimate gravimetric analysis of 80% C, 5% H2, 5.4 % O2, 0.63 % N2, 0.89% S and 8.08% Ash is burned in an industrial boiler. Calculate the adiabatic flame temperature with a stoichiometric air supply and determine the impact on the adiabatic flame temperature by varying the air supply from stoichiometric to 300% excess air.
Explain the reasons for the trends observed and how these are used in temperature control using gas recycling
Assume the air and coal enter the boiler at 25oC . As an initial approximation assume that the effect of ash on the energy balance can be ignored.
Investigate the effect of Ash on the adiabatic flame temperature by assuming a physically consistent ash composition.
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Carbon 80 H2 5 0 54 N 063 S 089 On the basis of 100 kg fuel equivalent formula for the abure ...
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Authors: Richard E. Sonntag, Claus Borgnakke, Gordon J. Van Wylen
6th edition
471152323, 978-0471152323
