Abstract
AbstractExperiments on the co‐combustion of municipal solid waste (MSW) and coal were performed in a 0.2 MWth circulating fluidized bed and focused on the emissions of NO, N2O, HCl and SO2. The results show that the addition of MSW leads to lower NO, N2O, and SO2 emissions. However, hydrogen chloride concentrations increase with the amount of waste added. A feedforward neural network model was proposed to predict the variation of NO emission with the mixture composition.
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