Desulfurization is mainly to remove sulfur dioxide in flue gas, and denitrification is mainly to reduce nitrogen oxides in flue gas. Limestone-lime-gypsum method is generally used for desulfurization, and catalyst oxygen reduction is generally used for denitrification to convert nitrogen oxides into nitrogen emissions. The desulfurization and denitrification fan is a forced ventilation system when the desulfurization and denitrification system is working. It has the characteristics of compact structure, high operating efficiency and high pressure, which is a good match for the current desulfurization and denitrification system used for gas sealing. The desulfurization and denitrification fans produced by our company have the advantages of stable performance, reliable quality, beautiful appearance, reasonable design, good aerodynamic performance, stable operation, and simple maintenance. They have rich experience in the application of denitrification and environmental protection projects in power plants. Welcome to buy!
parameters
1000～1400000m3/h, pressure range: 500～20000Pa.
peculiarity
1. Based on the accumulation of high-efficiency fan design technology, SIMO BLOWER has conducted in-depth research on the key technologies of high-efficiency fans and made breakthroughs through the joint technical force of schools and enterprises, forming the core competitiveness of high-efficiency models + optimized processes. And provide technical transformation for the applied fan, optimize the performance of the fan, and improve the economy and reliability of the fan operation.
2. The efficiency of the fan is high, and the operating efficiency can reach 90%, which is more than 5% higher than that of the domestic conventionally designed centrifugal fan, and can receive obvious economic benefits of energy saving and electricity saving.
3. Wide range of technical parameters. Tailor-made for the user, that is, according to the parameters given by the user, the model of the fan that completely matches its parameters can be obtained according to the modularization, so that the fan can operate in the highest efficiency area, avoiding the rigidity and wind pressure caused by the mismatch of parameters in the domestic model series. Relatively high and structural strength can not meet the various restrictions required by the line speed.
