Slurry Tanker Pump For Ssale
Large flow rate: Double suction design doubles the flow rate, suitable for large flow conditions.
Balanced axial force: Symmetrical suction on both sides, axial forces offset each other, reducing bearing burden and extending equipment life.
Smooth operation: Optimized impeller and hydraulic model reduce vibration and noise.
Horizontal split type: The pump body is divided into two halves horizontally along the axis, which is convenient for quick disassembly and assembly during maintenance (no need to disassemble the pipeline).
Volute design: The spiral volute guides the liquid to flow smoothly and reduces turbulent losses.
Impeller design:
Double-suction impeller: The two suction ports are symmetrically distributed, and the flow channel design is optimized to improve efficiency.
Material selection: Cast iron, stainless steel, alloy steel and other materials are selected according to the characteristics of the medium.
Bearings and seals:
Double support structure: The impeller is supported by bearings at both ends, bearing radial force, and the axial force is self-balanced.
Sealing form: Packing seal or mechanical seal, mechanical seal has small leakage and long service life
The desulfurization pump is a key equipment in the flue gas desulfurization system and is widely used in wet desulfurization devices in thermal power plants, steel plants, cement plants and other industries. Its main function is to transport slurry containing solid particles, usually limestone or gypsum slurry, to achieve the removal of sulfur dioxide (SO2). Due to its harsh working environment, the desulfurization pump has extremely high requirements for wear resistance, corrosion resistance and reliability.
The main task of the desulfurization pump is to transport the slurry from the bottom of the absorption tower to the spray layer or other required parts. The slurry is fully in contact with the flue gas through the absorption tower. After sulfur dioxide is absorbed, calcium sulfite is generated, which is further oxidized to calcium sulfate (gypsum). The desulfurization pump must ensure the stability of the slurry flow and pressure to ensure the efficient desulfurization reaction.
