Desulfurization pulverizer, limestone desulfurization pulverizer

Desulfurization pulverizer, limestone desulfurization pulverizer. The desulfurization technology of power plants is mainly used after coal combustion, and the energy consumption structure dominated by coal is a more important reason for the increasingly serious sulfur dioxide pollution in domestic. Coal thermal power station is the main body of coal consumption, and its emissions of sulfur dioxide have reached 50% of the total emissions of the whole society. This characteristic determines that the control of sulfur dioxide emissions from coal combustion is the focus of sulfur dioxide pollution control in domestic, and the control of sulfur dioxide emissions from thermal power plants is the main breakthrough to control sulfur dioxide pollution from coal combustion., Therefore, the clean coal technology focusing on desulfurization should also come into being. The development of clean energy production technologies such as desulfurization has become the only way for the sustainable development of the energy industry and the entire economy. We should give more prominence to the protection of the ecological environment. We should protect the ecological environment as we protect our eyes, and treat the ecological environment as we treat life. In terms of the protection of the ecological environment, we must calculate big accounts, long-term accounts, overall accounts, and comprehensive accounts. We should not lose money because of small things, consider one thing and lose another, live beyond one's means, and seek instant success.

Limestone desulfurization. There are many desulfurization processes in power plants, among which limestone gypsum method (wet FGD) is widely used. The process characteristics of limestone desulfurization technology: limestone gypsum method can be widely commercially developed, and its absorbent resources are rich and the cost is low. The waste residue can be recycled as commercial gypsum. As the absorbent slurry in the absorber circulates repeatedly through the circulating pump to contact with the flue gas, the utilization rate of the absorbent is very high, the calcium sulfur ratio is low, and the desulfurization efficiency can be greater than 95%.