In the limestone gypsum wet flue gas desulfurization (FGD) system, the absorption tower cannot accurately and effectively measure the density of the slurry due to factors such as f
Flue gas desulfurization technology can be divided into three categories: wet, semi dry, and dry. The wet desulfurization process uses limestone slurry to chemically react with SO2
Calculate the economic costs and total revenue of wet desulfurization operation for two 300 MW units, and analyze the economic feasibility of the wet desulfurization process. The e
Thermal power plants often use traditional chemical treatment methods such as neutralization, precipitation, flocculation, concentration, and clarification for the wastewater after
The desulfurization project is a systematic engineering with a long construction period, involving specialties such as civil engineering, structure, environmental protection, chemi
With the increasing attention of the country to environmental protection and the corresponding improvement of environmental standards, higher requirements have been put forward for
Based on actual production lines, study the effect of adding DT4 or SL3 interlayer materials on the microstructure and properties of TA2/Q235B composite plates. The titanium/steel
The chloride ions in the wet flue gas desulfurization system of thermal power plants come from coal combustion, desulfurizers, and process water. Chloride ions are corrosive and ca
Steel is a common metal material that is easy to obtain but has poor corrosion resistance; Titanium has excellent corrosion resistance, but the cost of obtaining it is relatively h
