What Are the Applications of Slurry Pumps in the Power Industry?

Ash slag conveying in thermal power plants: During the operation of thermal power plants, the slag or ash slag generated during coal burning needs to be removed regularly. The function of the slurry pump is to mix these ash with an appropriate amount of water to ensure that they can be transported smoothly to the designated stacking area for subsequent processing. Sometimes, this type of pump is also called a grey pump.

Hydraulic ash removal system: Another important application of slurry pumps in the power industry is in hydraulic ash removal systems. It is responsible for efficiently transporting fly ash and slag generated during coal-fired processes to the storage facility by hydraulic means. This process is of great significance to reducing environmental pollution and improving resource utilization.

Flue gas desulfurization: With the increasing strict environmental protection requirements, slurry pumps are also widely used in flue gas desulfurization systems of thermal power plants. In this system, the slurry pump helps deliver desulfurizers or desulfurization by-products, thereby reducing the emission of pollutants such as sulfur dioxide produced by coal burning and protecting the atmospheric environment.

Cooling water system: During operation of a nuclear power plant, a slurry pump may be used to transport coolant or other liquids containing solid particles to ensure the cooling and safe operation of the reactor. This application is crucial to prevent nuclear leak accidents and protect human safety.

Environmental protection engineering: In environmental protection engineering in the power industry, slurry pumps can be used to transport liquids containing solid particles such as sludge and lime mortar generated during sewage treatment, helping to improve the sewage treatment effect. This application helps reduce environmental pollution by sewage and protect ecosystems.

These applications of slurry pumps not only help improve the efficiency of power production and reduce costs, but also meet increasingly stringent environmental protection requirements and make important contributions to the sustainable development of the power industry.