Dewatering screw press is used for efficient thickening and dewatering of sludge waters. Sludge waters are water, containing certain amount of suspended solids, these can be product of waste water treatment, food proccessing industry, chemical industry and other branches of human activity.
Specifcations:
Dimension: Customized
Capacity:6-600kg DS/h
Material:SS304 or SS316
Motor:First-class motor, Nord or SEW is optional
Dewatering screw press is used for efficient thickening and dewatering of sludge waters. Sludge waters are water, containing certain amount of suspended solids, these can be product of waste water treatment, food proccessing industry, chemical industry and other branches of human activity. Our dewatering screw press, which serves to thicken sludge water to 20% dry-matter content on municipal sludges and more for mineral/industrial sludges, can provide efficient desludging. In terms of quality, this equipment surpasses traditional sedimentation sludge removal and other technologies.
This dewatering/thickening screw press has been designed to be used primarily in wastewater treatment plants, but can also be used for thickening both industrial water and wastewater in food-processing operations
If a dewatering press is already incorporated into the new WWTP design, costs related to the construction of sedimentation tanks are eliminated as this equipment can also be used for thickening secondary sludge directly from activation.
Principle:
Gravity zone: When the shaft is driven by the screw, moving rings around the shaft move up and down relatively. Most water is pressed out from the thickening zone and fall down to the filtrate tank for gravity.
Pressure zone: The thickened sludge moves forward continuously from the gravity zone towards the pressure zone. With the pitch of the screw shaft thread getting narrower and narrower, the pressure in the filter chamber increases higher and higher.
In addition to the pressure generated by the back-pressure plate, the sludge is greatly pressed and dryer sludge cakes produce.
Structure:
Dewatering screw press could be used in the treatment of industrial wastewater, surface water, reused water, drinking water plant and Municipal Wastewater Treatment Plant.
Main Specifications | ||
Design Parameter | Capability | 10-480kgds/h |
Total Power | 0.36-6kw | |
Protection Grade | Protection Grade: IP55 | |
Power Supply | According to actual usage | |
Output Moisture Content | 75-85% | |
Polymer Feeding Rate | DS 0.2~1% | |
Screw Body | Quantity | 1-3 |
Material | Plate: SUS304 | |
Flocculation Mixing tank | Volume | 40-1500L |
Material | SUS304 | |
Components Brand | Screw Reducer | GUOMAO/SEW/NORD |
Mixing Reducer | GUOMAO/SEW/NORD | |
Liquid Level Switch | Omron | |
Solenoid Valve | ASCO | |
Frequency converter | Schneider | |
Model | Dry Solids Capacity | Dimension | Weight | Motor Power | |||
(Kg-DS/hr) | (mm) | (Kg) | (Kw) | ||||
(L) | (W) | (H) | Net | Operating | Total | ||
BWSP-131 | 6-10 | 1860 | 740 | 1075 | 185 | 310 | 0.2 |
BWSP-132 | 12-20 | 1960 | 870 | 1075 | 350 | 480 | 0.3 |
BWSP-201 | 9-15 | 2650 | 750 | 1380 | 420 | 540 | 0.74 |
BWSP-202 | 18-30 | 2650 | 940 | 1380 | 550 | 660 | 1.11 |
BWSP-203 | 27-45 | 2650 | 1190 | 1380 | 700 | 1010 | 1.48 |
BWSP-301 | 50-70 | 3200 | 1100 | 1600 | 775 | 1300 | 1.5 |
BWSP-302 | 60-100 | 3640 | 1260 | 1825 | 1350 | 2000 | 2.25 |
BWSP-303 | 90-150 | 3900 | 1620 | 1825 | 1900 | 2700 | 3 |
BWSP-304 | 120-200 | 3900 | 2040 | 1825 | 2500 | 3800 | 3.75 |
BWSP-351 | 60-120 | 3900 | 1260 | 2190 | 2210 | 3500 | 1.85 |
BWSP-352 | 120-240 | 4240 | 1620 | 2190 | 3400 | 5250 | 2.95 |
BWSP-353 | 180-360 | 4460 | 2040 | 2190 | 4850 | 6600 | 4.05 |
BWSP-354 | 240-480 | 4660 | 2650 | 2190 | 6100 | 7700 | 5.15 |
BWSP-401 | 90-150 | 4350 | 1020 | 2160 | 2200 | 4700 | 1.85 |
BWSP-402 | 180-300 | 4350 | 1550 | 2160 | 3500 | 5800 | 2.95 |
BWSP-403 | 270-450 | 4570 | 2100 | 2160 | 5500 | 6900 | 4.05 |
BWSP-404 | 360-600 | 4570 | 2650 | 2160 | 7000 | 9500 | 5.15 |
1. Automatic continuous operation
2. Compact design with flocculation and dewatering
3. Low power and water consumption
4. Low operation cost
5. No filter cloth, no clogging
6. No need for sludge thickener
7. Easy operation and maintenance
8. No vibration and noise
