Megalopolis SES is a lignite-fired steam-electric power plant (total 850 MW) located in southern Greece. The plant consists of four units. Unit III will be retrofitted with WFGD unit in order to meet the emission values of LCP 2001/80/EC. A CFD modelling of the absorber has been used to define gas, liquid and SO2 distribution inside the absorber with the goal to combine the optimised SO2 removal with lowest possible power consumption. The paper shows the results of the CFD study on Megalopolis III WFGD containing the fluid dynamic optimisation of nozzle arrangement including wall ring location.

Improvement of SO2 removal with application of wall rings and advanced CFD modelling - The FGD plant in the megalopolis power plant

MAROCCO, LUCA DAVIDE;
2008-01-01

Abstract

Megalopolis SES is a lignite-fired steam-electric power plant (total 850 MW) located in southern Greece. The plant consists of four units. Unit III will be retrofitted with WFGD unit in order to meet the emission values of LCP 2001/80/EC. A CFD modelling of the absorber has been used to define gas, liquid and SO2 distribution inside the absorber with the goal to combine the optimised SO2 removal with lowest possible power consumption. The paper shows the results of the CFD study on Megalopolis III WFGD containing the fluid dynamic optimisation of nozzle arrangement including wall ring location.
2008
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/692248
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