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The paper describes experiences in the modeling of complex geometry CLC equipment. The facility consists of two reactors: the air reactor and the fuel reactor. The fuzzy logic (FL) methods are used in the study for the prediction of NO x  and SO 2  from the solid fuels combustion in CLC equipment. Maximum errors between measured and predicted results are lower than 10 %.

A comprehensive model of NOx and SO2 emissions from advanced coal combustion in a complex geometry CLC equipment

A comprehensive model of NO_x and SO₂ emissions from advanced coal combustion in a complex geometry CLC equipment