Power Plant DT TL Desulfurization Pump High Chromium Alloy Slurry Transfer Pump

Power plant desulfurization process abrasion-resistant pump

There are two series of desulfrization process slurry pump DT and TL.

The material of wet parts are mainly Cr30 and A49, high abrasion-resistant and hig corrosion resistant. For TL series, there is also rubber material for wet parts.

DT and TL pumps are mainly used for transfering slurry in power plant FDG process.

T,TL Series Desulfurization Pump

Model: 550DT-750

Material: High chromium alloy

Usage: used as large circulating pump of absorption tower, limestone slurry delivery pump, gypsum discharge pump, recovery pump, pit pump, etc.

Layout: Horizontal

Transmission type: DC Direct drive, Cr parallel belt drive, zvz upper and lower belt drive, CV vertical belt drive, etc.

Flow: 1664-5600m 3/ h

Lift: 5.2-27.8m

Speed: 300-595r / min

DT and TL FGD special pumps are a generation of high-efficiency series FGD pumps carefully developed by our company based on the successful design and manufacturing experience of ZJ series slurry pumps, according to the characteristics of domestic FGD pumps and absorbing the advanced technology of similar products at home and abroad. The large flow range of the pump can reach 12000m 3/ h. The pump head is generally less than 100m, covering all pump working conditions of desulfurization system. It can be used as large circulating pump of absorption tower, limestone slurry transfer pump, gypsum discharge pump, recovery pump, sump pump, etc.

Structural style: DT type adopts horizontal, single shell pump, single-stage single suction, off frame or suspension structure.LT type adopts single shell vertical structure, and suction pipe can be added to meet the requirements of various working conditions.

Flexible coupling Applicable working conditions PH value of slurry: 2.5-13 Chloride ion concentration: ≤ 60000ppm Weight concentration: ≤ 60% Medium temperature: ≤ 120 ℃ Shaft seal form All shaft seals adopt mechanical seals, including water type and anhydrous type.