ZHONG Zhencheng1, LI Baoyue2, WU Zhansong1 1.Department of Thermal Engineering. Design optimization of wet-FGD system of multiple boilers with one absorber for medium-sized coal-fired boilers[J]. Thermal power generation, 2013, 42(2): 45-48.
ZHONG Zhencheng1, LI Baoyue2, WU Zhansong1 1.Department of Thermal Engineering. Design optimization of wet-FGD system of multiple boilers with one absorber for medium-sized coal-fired boilers[J]. Thermal power generation, 2013, 42(2): 45-48.DOI:
According to such problems as corrosion in brick flue duct and dry chimney
the structural strength of original brick flue duct be affected
expensive side-entering agitators
easy blocking of the desulfurizer preparing system and the high-level arrangement of vacuum belt dewatering machines that occurred during the FGD system transformation
the corresponding design optimization were proposed.For example
boosting modification of the induced draft fan
setting wet stack on top of the absorber
separating the absorber and the cyclic oxidation pool
cross-setting the discharge ports of bunker and that of slurry tanks
and conducting liquid-vapor separation with vacuum balance self-draining device.Application results showed that
the optimized system had such advantages as low investment
little maintenance
high reliability and stable operation
so it was suitable for desulfurization transformation for medium-sized power plant.