Coking plant desulfurization tower
Coking plant desulfurization tower desulfurization equipment desulfurization technology characteristics FRP desulfurization tower desulfurization and desulfurization effect is good: because manufactured in accordance with FRP standards, straightness and water film surface can meet design and manufacturing requirements, the desulfurization and desulfurization effect is very good.
Long service life: the inner cylinder is resistant to corrosion.
The operating environment is neat: Because it is a complete structure, there is no shortcoming of water leakage and leakage, and there is always a clean and hygienic working environment. The acid mist desulfurization tower is made of glass fiber reinforced plastic, which has a compact structure, corrosion resistance, high temperature resistance and smooth appearance. Many devices nowadays, because of long-term use, they will cause wear and tear of the device, which will prevent it from being used better. Therefore, the device needs some maintenance to enable the device to operate normally.
| Title: Four Factors Affecting Desulfurization Tower Efficiency |
| Introduction: The main factors affecting the desulfurization efficiency of the desulfurization tower include the analysis of generator power, oxidizing air, absorption tower liquid level, slurry pH value, flue gas temperature, and nozzle verticality. It is recommended to improve the slurry pool cutting bubble and increase the inside of the tower. Measures such as improving the gas-liquid mass transfer of components further improve the desulfurization efficiency. Four factors that affect the efficiency of FRP desulfurization tower: In general, the main factors affecting the desulfurization efficiency of Dongxing desulfurization tower: generator power, oxidation air, absorption tower liquid level, slurry pH value, flue gas temperature, nozzle verticality, etc. For analysis, it is recommended to take measures to improve the desulfurization of the slurry tank, increase the internal components of the tower and improve the gas-liquid mass transfer to further improve the desulfurization efficiency. 1. The process flow of the original desulfurization tower device is as follows: the flue gas after the boiler induced draft fan is cooled by the heat exchanger and then enters the downflow tower for pre-desulfurization, and then enters the counterflow tower through the U neck to continue desulfurization and purification, and the FGD outlet flue gas is heated by the heat exchanger After being sent to the chimney through the booster fan for discharge; when the desulfurization tower is shut down or an accident ... [ Detail ] |