Integration Technology of Desulfurization Absorber Soot Ultra-Low Emission
Experiments have proved that when the dust concentration in flue gas is treated to 15mg/Nm3, the residual dust is ultrafine particle, which is smaller than PM2.5 and very difficult to be captured through common methods, like electrical precipitator,
Carbon capture and storage (CCS) is considered a leading technology for reducing CO2 emissions from fossil-fuelled electricity generation plants and could permit the continued use of coal and gas whilst meeting green house gas targets. We have deep involvement in the research and development of 863 program named "Chemical Absorption CO2 Capture and Storage", we also has built one pilot-scale device with stable operation in Tianjin Suburb Northeast Thermal Power Plant.
Municipal Solid Waste Incineration Power Generation Technology
With the improvement of the living standards and rapid increase of city waste output, the environment pollution problem sharpens with each passing day. The demand for harmless
Municipal sewage treatment and reclaimed water reuse
China State Grid Matou power plant water treatment technical reconstruction project constructed by our company is the successful application, which treated the circulation water sewage for high pure water as the boiler water supply through double-membrane process, and is the effective way of the power plant wastewater treatment, use and zero emissions
ZLD（zero liquid discharge） of FGD Wastewater Spray Dryer Technology by Using High Temperature Flue Gas Before ESP
When using the spray dryer technology to treat FGD wastewater, wastewater will be atomized through
nozzle or rotary atomizer in by-pass drying tower, then will be quickly evaporated by the hot flue gas
which has been denitrated and would be sent to air preheater later, the evaporated water will go with flue
gas and at the same time the salt compound in the wastewater will betreated separately after dried and
collected, or be delivered back to pipeline and captured by ESP.
Power Plant Smoke Plume Treatment
When wet flue gas coming from stack contacts with the air in lower-temperature environment, the vapor in the wet flue gas will condenses into the droplets
Combination of Absorber and Chimney Limestone/ lime-gypsum Wet Process FGD
he flue gas from electrostatic precipitator is discharged into absorber and reacts with limestone slurry through booster fan, and produces gypsum.
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