Audited Supplier
Multi-Plate Frame
Stainless Steel
Mechanical Pressure
Spiral
SS304
yimei
Plywood Case
3.8x0.7xx1.6m
Qingdao, Shan Dong
8421192000
Product Description
screw press sludge dewatering machine sewage treatment system
multi- plate screw press
multi-plate screw press, a screw type sludge dehydrator that is much more advanced in very aspects than belt presses, centrifues, plate-and-frame filter presses, etc. It features clogging-free, wide range of applications, low energy consumption, simple operation & maintenance.
It has solved several technical problems of other similar sludge dewatering equipment including belt presses, centrifuge machines, plate-and-frame filter press have, which are frequent clogging, low concentration sludge / oil sludge treatment failure, high energy consumption and complicated operation etc.
Factors including concurrent water-power, thin layer dewatering, proper pressure and dewatering path extension etc. were applied by the dewatering mechanism of multi-plate screw press. Lower energy / water consumption and longer service life can realized without changing the properties of the feed materials and with high efficiency.
Applications
The multi-plate screw press can be widely used in municipal waste water treatment engineerings as well as the industrial wastewater treatment systems such as petrochemical processing, light industry, chemical fiber, paper-making, pharmacy and leather etc. The multi-plate screw press, as proven by the practical applications, can help to make considerable economic and social benefits for customers.
Working principle:
Thickening: 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.
Dewatering: The thickened sludge moves forward continuously from the thickening zone towards the dewatering 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.
Self-cleaning: The moving rings rotates continuously up and down under the pushing of the running screw shaft while the gaps between the fixed rings and moving rings are cleaned to prevent from clogging that happens frequently for traditional dewatering equipment.
Feature:
Special pre-concentrating device, wide feed solids concentration: 2000mg/L-50000mg/L
The dewatering part of MSP (multi-plate screw press) consists of a thickening zone and a dewatering zone. In addition, a special pre-concentrating device is mounted inner the flocculation tank. Therefore, the wastewater with rather low solids content is not a problem to MSP. The applicable feed solids concentration can be as very wide as 2000mg/L-50000mg/L.
Since MSP can be used directly to concentrate and dewater the low-solid sludge from aeration tanks or secondary clarifiers, the users don't have to build a thickening tank or a storage tank any more while they have to when using other types of sludge dehydrators, especially the belt filter presses. Then significant civil engineering cost and floor area are saved.
Furthermore, the phosphorus emission problem caused by aeration tanks or secondary clarifiers can be well prevented.
Fixed/moving rings replacing filter cloths, self-cleaning, clogging-free
As MSP using fixed rings and moving rings as filter media instead of filter cloths makes it especially good at treating oily sludge when compared with other types similar sludge dehydrator. The moving rings rorate up and down to the fixed rings when the gaps between them are cleand to prevent from clogging.
Low-speed rotating, low noise, low energy consumption - only 1/10 of belt filter presses and 1/20 of centrifuges
MSP doesn't need any big supporting equipment such as rollers to work with. The rotating speed is as low as only 2-4 r/min. As a result, it can realize water-saving, energy saving and low noise. The average energy consumption is only 0.01-0.1kwh/kg-DS, only 1/10 as that of belt filter presses and 1/20 as that of centrifugal machines .
Full-automatic control, simple operation and management
The structure of MSP is very compact. The flocculation part, dewatering part and the control cabinet are mounted very tight. All the processes can be operated automatically via the control cabinet.
technical parameter:
Screw Press Sludge Dewatering Machine Sewage Treatment System
multi- plate screw press
multi-plate screw press, a screw type sludge dehydrator that is much more advanced in very aspects than belt presses, centrifues, plate-and-frame filter presses, etc. It features clogging-free, wide range of applications, low energy consumption, simple operation & maintenance.
It has solved several technical problems of other similar sludge dewatering equipment including belt presses, centrifuge machines, plate-and-frame filter press have, which are frequent clogging, low concentration sludge / oil sludge treatment failure, high energy consumption and complicated operation etc.
Factors including concurrent water-power, thin layer dewatering, proper pressure and dewatering path extension etc. were applied by the dewatering mechanism of multi-plate screw press. Lower energy / water consumption and longer service life can realized without changing the properties of the feed materials and with high efficiency.
Applications
The multi-plate screw press can be widely used in municipal waste water treatment engineerings as well as the industrial wastewater treatment systems such as petrochemical processing, light industry, chemical fiber, paper-making, pharmacy and leather etc. The multi-plate screw press, as proven by the practical applications, can help to make considerable economic and social benefits for customers.
Working principle:
Thickening: 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.
Dewatering: The thickened sludge moves forward continuously from the thickening zone towards the dewatering 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.
Self-cleaning: The moving rings rotates continuously up and down under the pushing of the running screw shaft while the gaps between the fixed rings and moving rings are cleaned to prevent from clogging that happens frequently for traditional dewatering equipment.
Feature:
Special pre-concentrating device, wide feed solids concentration: 2000mg/L-50000mg/L
The dewatering part of MSP (multi-plate screw press) consists of a thickening zone and a dewatering zone. In addition, a special pre-concentrating device is mounted inner the flocculation tank. Therefore, the wastewater with rather low solids content is not a problem to MSP. The applicable feed solids concentration can be as very wide as 2000mg/L-50000mg/L.
Since MSP can be used directly to concentrate and dewater the low-solid sludge from aeration tanks or secondary clarifiers, the users don't have to build a thickening tank or a storage tank any more while they have to when using other types of sludge dehydrators, especially the belt filter presses. Then significant civil engineering cost and floor area are saved.
Furthermore, the phosphorus emission problem caused by aeration tanks or secondary clarifiers can be well prevented.
Fixed/moving rings replacing filter cloths, self-cleaning, clogging-free
As MSP using fixed rings and moving rings as filter media instead of filter cloths makes it especially good at treating oily sludge when compared with other types similar sludge dehydrator. The moving rings rorate up and down to the fixed rings when the gaps between them are cleand to prevent from clogging.
Low-speed rotating, low noise, low energy consumption - only 1/10 of belt filter presses and 1/20 of centrifuges
MSP doesn't need any big supporting equipment such as rollers to work with. The rotating speed is as low as only 2-4 r/min. As a result, it can realize water-saving, energy saving and low noise. The average energy consumption is only 0.01-0.1kwh/kg-DS, only 1/10 as that of belt filter presses and 1/20 as that of centrifugal machines .
Full-automatic control, simple operation and management
The structure of MSP is very compact. The flocculation part, dewatering part and the control cabinet are mounted very tight. All the processes can be operated automatically via the control cabinet.
technical parameter:
model | DS standard capacity | sludge flow rate | ||||||
| Low concentration→ high concentration | 2000mg/L | 5000mg/L | 10000mg/L | 20000mg/L | 25000mg/L | 50000mg/L | ||
| YMDL131 | 6kg/h | 12kg/h | 1.5m³/h | 1m³/h | 0.8m³/h | 0.4m³/h | 0.3m³/h | 0.2m³/h |
| YMDL131 | 6kg/h | 15kg/h | 3m³/h | 1.2m³/h | 1m³/h | 0.5m³/h | 0.4m³/h | 0.3m³/h |
| YMDL132 | 12kg/h | 30kg/h | 6m³/h | 2.4m³/h | 2m³/h | 1m³/h | 0.8m³/h | 0.5m³/h |
| YMDL133 | 18kg/h | 40kg/h | 9m³/h | 3.6m³/h | 3m³/h | 1.5m³/h | 1.2m³/h | 0.8m³/h |
| YMDL201 | 9kg/h | 20kg/h | 5m³/h | 2m³/h | 1.5m³/h | 0.8m³/h | 0.6m³/h | 0.45m³/h |
| YMDL202 | 18kg/h | 40kg/h | 9m³/h | 4m³/h | 3m³/h | 1.6m³/h | 1.2m³/h | 0.9m³/h |
| YMDL203 | 27kg/h | 60kg/h | 14m³/h | 6m³/h | 4.5m³/h | 2.4m³/h | 1.8m³/h | 1.35m³/h |
| YMDL301 | 30kg/h | 75kg/h | 15m³/h | 6.5m³/h | 5m³/h | 2.5m³/h | 2m³/h | 1.5m³/h |
| YMDL302 | 60kg/h | 150kg/h | 28m³/h | 13m³/h | 10m³/h | 5m³/h | 4m³/h | 3m³/h |
| YMDL303 | 90kg/h | 225kg/h | 42m³/h | 19.5m³/h | 15m³/h | 7.5m³/h | 6m³/h | 4.5m³/h |
| YMDL401 | 40kg/h | 200kg/h | 20m³/h | 10m³/h | 8m³/h | 6m³/h | 5m³/h | 4m³/h |
| YMDL402 | 80kg/h | 400kg/h | 40m³/h | 20m³/h | 16m³/h | 12m³/h | 10m³/h | 8m³/h |
| YMDL403 | 120kg/h | 600kg/h | 60m³/h | 30m³/h | 24m³/h | 18m³/h | 15m³/h | 12m³/h |
| YMDL404 | 200kg/h | 800kg/h | 70m³/h | 38m³/h | 30m³/h | 24m³/h | 20m³/h | 16m³/h |
Screw Press Sludge Dewatering Machine Sewage Treatment System
