SDS sodium-based (or calcium-based) dry FGD + dust removal and denitrification integration
Publishdate：2023-11-01 Views：24
The flue gas first enters the SDS sodium-based (or calcium-based) pure dry desulfurization system under the action of the system fan, then passes through the dust removal and denitrification system, and finally is sent back to the chimney by the fan to meet the emission standards.
MAIN character:
1.Suitable for flue gas with SO2 <500mg/Nm.
2.The front section desulfurization and dust removal creates a good working environment for the denitrification catalyst, ensures that the denitrification operation is hidden and prolongs the service life of the catalyst;
3.Low-temperature SCR denitrification technology, designed to achieve denitrification efficiencies of 90% or more.
4.Pure dry desulfurization, low temperature drop, no acid corrosion, to ensure that the industrial pot (kiln) chimney hot operation.
5.Patented on-line thermal resolution technology for fast catalyst recovery.
6.Small footprint, low investment and maintenance costs, flexible equipment layout.
The flue gas first enters the SDS sodium-based (or calcium-based) pure dry desulfurization system under the action of the system fan, then passes through the dust removal and denitrification system, and finally is sent back to the chimney by the fan to meet the emission standards.
MAIN character:
1.Suitable for flue gas with SO2 <500mg/Nm.
2.The front section desulfurization and dust removal creates a good working environment for the denitrification catalyst, ensures that the denitrification operation is hidden and prolongs the service life of the catalyst;
3.Low-temperature SCR denitrification technology, designed to achieve denitrification efficiencies of 90% or more.
4.Pure dry desulfurization, low temperature drop, no acid corrosion, to ensure that the industrial pot (kiln) chimney hot operation.
5.Patented on-line thermal resolution technology for fast catalyst recovery.
6.Small footprint, low investment and maintenance costs, flexible equipment layout.
