Decanter Centrifuge

Decanter Centrifuges are used to separate solids from liquids. Key benefits are continuous operation, high solid content removal (sludge) and they are extremely adjustable machines to meet various applications (ie feed rate and solid discharge rate).

Typical uses:

Sludge Dewatering: municipal sludge, paper mill sludge, starch sludge, steel mill sludge, printing and dyeing mill sludge, water works sludge, pharmaceutical sludge, PVC sludge, sewage sludge, grain silage, power plant ash sludge, dairy sludge, beer sludge, drilling mud, electroplating liquid, fermented liquid manure, oil refining sludge, soap sludge, leather sludge, and more.

Remove solid suspensionsbutane dicarboxylic acid, alum, aluminum hydroxide, ammonium hydrogen carbonate, ammonium nitrate, ammonium sulphate, anthracene, antibiotics, barium chloride, barium carbonate, barium sulphate, benzene, blood products, blue vitriol, borax, boric acid, calcium carbonate, calcium citrate, calcium hydroxide, calcium nitrate, calcium oxalate, casein, cellulose, chrome yellow, clay, methyl cellulose, corundum, corn plum mule, cooking oil, processed fish, mirabilite, glutamate, hops, pesticide diatomaceous earth, herbicides, tartaric acid, sodium sulphate, sodium phosphate, sodium nitrate, carbon black and others materials.

Clerification of oils: mineral Oils, Waste Oil, bilge slidge and lubricating oils.

Recovering of fats, starch, or proteins: from animal and vegetable products.

Clerification of beverages: Beer, wine and fruit juices.  

Operation Principle:

As with all centrifuge, decanter centrifuges are based on gravitational separtation.  Dense particles fall to the bottom while lesser dense component will be suspended above.  The rotating drum of the decanter centrfige produces forces 3000x gravity and reduces settling time from hours to seconds.  The operation of the continously expells the deposited solids and clear liquid out of opposite ends of the unit.   


Technical Parameters of Decanter Centrifuge

Model Diameter (mm) Speed (rpm) Length (mm) Length-to-diameter rate G-force Capacity (m3/h) Max solid discharge (m3/h) Power (kw) Weight (kg) Dimension (L*W*H) (mm)
PDC-9 220 4800 930 4.2 2800 0.5-5 0.4 11 900 1790*1080*640
PDC-12 300 4200 1300 4.3 3000 1~15 0.8 11~15 1400 2470*1230*850
PDC-14 350 3700 1550 4.4 2600 2~20 1.2 15~22 1800 2790*1300*880
PDC-15 400 3500 1600 4 2700 6-22   18.5~30 2100 2800*1400*850
PDC-16 400 3400 1750 4.4 2590 8~10 2 18.5~30 2200 2950*1400*850
PDC-17 420 3600 1680 4 3042 2~35   7.5~22 2230 3331*1089*1066
PDC-18 450 3000 1940 4.3 2270 4`50 2.5 22~~37 2600 3300*1500*920
PDC-20 500 3200 2000 4 2860 5~45   11~55 4213 4489*1240*1350
PDC-21 530 2700 2270 4.3 2160 6~75 5 30~45 4000 4730*1600*1600
PNX-414 355 4000 860 2.42 3175 1-10   7.5~37 2035 2765*741*1540
PNX-418 355 4000 1460 4.1 3175 3-10   7.5~22 2222 3365*920*1060


Schematic Diagram

1. Screw device 
2. Drum drive 
3. Differential case 
4. Solid discharge exit 
5. Dry area 
6. Clarifying area 
7. Screw 
8. Drum 
9. Liquid discharge 
10. Overflow plate
11. Feeding
12. Centrifugal discharge
 

Control Panel


 


We can't find products matching the selection.