Reduction of the flue gas recirculation rate in oxycoal processes by means of non-stoichiometric burner operation
Autor(en):
Blume, M.; Bohn, J.-P.; Goanta, A.; Spliethoff, H.
Abstract:
One of the current research foci at the oxyfuel test rig at Technische Universität München is to investigate non-stoichiometric burner operation as a means to control the temperature distribution and heat exchange with low recirculation rates. Thus, the additional energetic and tangible expenditure of oxyfuel operation compared to the retrofit case with its higher flue gas recirculation rates up to 70