PRODUCT INTRODUCTION:
Screw press sludge dewatering machine is an advanced sludge dewatering equipment in the world.
It's a process that uses a screw press to remove water from sludge, reducing its volume and moisture content. This process is commonly used in sewage treatment plants and wastewater treatment facilities.
PRODUCT APPLICATIONS:
The Screw Press is widely used in papermaking, printing and dyeing, textile, food processing, beverage, municipal, sewage treatment plant, livestock wastewater treatment, Slaughter wastewater treatment and other industries of wastewater treatment.
VIDEO:
WORKING PRINCIPLE:
The gaps between the Rings and the screw pitch are designed to gradually get narrower towards the direction of sludge cake outlet and the inner pressure of the filter element increases due to the volume compression effect, which thickens and dewaters the sludge.
TREATMENT PROCESS:
1.Treatment of low concentration sludge
It is recommended that the sludge concentration be between 2000mg / L and 50000mg / L
The screw sludge dewatering machine configurates exclusive spiral plate for pre-concentration and better for dealing with low concentration sludge.To improve the shortcomings of gravity type in order to realize efficient concentration of sludge.
Floucculation and concentration operating together,make dewatering easy.Optimize concentration of original sludge for dewatering with intelligent control valve.
2.Self cleaning, no blocking
Movable and fixed ring instead of filter cloth, self-cleaning, no blockage, easy to treat oily sludge
Fixed plate substituted filter, self cleaning,no clogging, easy treatment of oily sludge.There is an automatic cleaning nozzle above the screw shaft, which can be set by PLC and equipped with a high-pressure water gun.
3.Low noise, low energy consumption
Energy saving and emission reduction to reduce noise pollution.
The screw sludge dewatering machine depends on the volume pressure dehydration, dispensing with drums and other large-sized devices so as to realize a low operation speed, which is only 2-4 revolutions per minute.
TIPS:
Our unique advantages keep us in a leading position at all times!
1. Premium Reducer Collaborations
Featuring renowned global partners like SEW and Nord, our gearboxes ensure superior reliability, efficiency, and long-term performance, setting us apart from competitors.
2. High-Quality 304 Stainless Steel Construction
Crafted with 304 stainless steel, our machines offer exceptional corrosion resistance, durability, and hygienic operation, even in harsh environments.
3. Enhanced Surface Treatment & Anti-Corrosion Technology
Advanced surface treatments and anti-corrosion coatings extend equipment lifespan and maintain optimal performance over time, reducing maintenance costs.
4. Long-Lasting Helical Shaft, Ring, and Gasket Design
Our precision-engineered helical shafts, ring plates, and gaskets are built for durability, minimizing wear and ensuring consistent, reliable operation over extended periods.
5. Advanced PLC Control Logic
Incorporating intelligent PLC control systems, our machines deliver precise, automated operation, optimizing efficiency and reducing manual intervention.
6. Reinforced Helical Shaft Hardness
Our helical shafts undergo specialized hardness treatment to enhance strength and resistance to abrasion, ensuring prolonged service life and stable performance.
7. Trusted Electrical Components
Powered by world-class electrical components from Siemens, Schneider, ABB, and Omron, our machines guarantee superior safety, efficiency, and compatibility.
8. Smart Water Management Integration
Seamlessly connect to smart water systems and enable remote monitoring/control via our dedicated app, providing real-time insights and operational convenience.
| Type | Discharge Height | L(mm) | W(mm) | H(mm) | N.W(kg) | Operating Weight(kg) | Power(kw) | Water Consumption(L/H) |
| TNW-131 | 250 | 1860 | 700 | 915 | 205 | 300 | 0.2 | 24 |
| TNW-132 | 250 | 1905 | 830 | 915 | 275 | 425 | 0.3 | 48 |
| TNW-201 | 350 | 2555 | 920 | 1465 | 320 | 470 | 0.74 | 32 |
| TNW-202 | 350 | 2615 | 960 | 1465 | 470 | 730 | 1.11 | 64 |
| TNW-301 | 495 | 3325 | 870 | 1760 | 910 | 1320 | 1.5 | 40 |
| TNW-302 | 495 | 3455 | 1135 | 1760 | 1350 | 2130 | 2.25 | 80 |
| TNW-303 | 495 | 3670 | 1560 | 1760 | 1820 | 2880 | 3 | 120 |
| TNW-351 | 585 | 3475 | 905 | 1820 | 1610 | 2210 | 1.1 | 72 |
| TNW-352 | 585 | 3570 | 1285 | 1820 | 2300 | 3400 | 2.75 | 144 |
| TNW-353 | 585 | 3645 | 1725 | 1820 | 3350 | 4850 | 3.85 | 216 |
| TNW-354 | 585 | 4130 | 2180 | 1820 | 4500 | 6100 | 4.95 | 288 |
| TNW-401 | 759 | 3905 | 1070 | 2210 | 2500 | 3400 | 1.85 | 80 |
| TNW-402 | 759 | 4240 | 1570 | 2210 | 3480 | 5200 | 2.95 | 160 |
| TNW-403 | 759 | 4465 | 2060 | 2210 | 4550 | 7050 | 4.05 | 240 |
| TNW-404 | 759 | 4670 | 2630 | 2210 | 6550 | 9660 | 5.15 | 320 |
PROCESSING CAPACITY:
| Model | Raw Wastewater Waste Activated Sludge Chemical Precipitated Sludae | Dlssolved-air Flotation Sludge | Mixed Raw Sludge Aerobic DigestionSiudge SewageSludge | ||
| Sludge Concentration(TS) | 0.2% | 1.0% | 2.0% | 5.0% | 3.0% |
| TNW-131 | ~4kg-DS/h(~2.0m³/h) | ~6kg-DS/h(~0.6m³/h) | ~10kg-DS/h(~0.5m³/h) | ~20kg-DS/h(~0.4m³/h) | ~60kg-DS/h(~0.87m³/h) |
| TNW-132 | ~8kg-DS/h(~4.0m³/h) | ~12kg-DS/h(~1.2m³/h) | ~20kg-DS/h(~1.0m³/h) | ~40kg-DS/h(~0.8m³/h) | ~52kg-DS/h(~1.73m³/h) |
| TNW-201 | ~8kg-DS/h(~4.0m³/h) | ~12kg-DS/h(~1.2m³/h) | ~20kg-DS/h(~1.0m³/h) | ~40kg-DS/h(~0.8m³/h) | ~52kg-DS/h(~1.73m³/h) |
| TNW-202 | ~16kg-DS/h(~8.0m³/h) | ~24kg-DS/h(~2.4m³/h) | ~40kg-DS/h(~2.0m³/h) | ~80kg-DS/h(~1.6m³/h) | ~104kg-DS/h(~3.47m³/h) |
| TNW-301 | ~20kg-DS/h(~10m³/h) | ~30kg-DS/h(~3.0m³/h) | ~50kg-DS/h(~2.5m³/h) | ~100kg-DS/h(~2.0m³/h) | ~130kg-DS/h(~4.33m³/h) |
| TNW-302 | ~40kg-DS/h(~20m³/h) | ~60kg-DS/h(~6.0m³/h) | ~100kg-DS/h(~5.0m³/h) | ~200kg-DS/h(~4.0m³/h) | ~260kg-DS/h(~8.67m³/h) |
| TNW-303 | ~60kg-DS/h(~30m³/h) | ~90kg-DS/h(~9.0m³/h) | ~150kg-DS/h(~7.5m³/h) | ~300kg-DS/h(~6.0m³/h) | ~390kg-DS/h(~13m³/h) |
| TNW-351 | ~40kg-DS/h(~20m³/h) | ~60kg-DS/h(~6.0m³/h) | ~100kg-DS/h(~5.0m³/h) | ~200kg-DS/h(~4.0m³/h) | ~260kg-DS/h(~8.67m³/h) |
| TNW-352 | -80kg-DS/h(~40m³/h) | ~120kg-DS/h(~12m³/h) | ~200kg-DS/h(~10m³/h) | ~400kg-DS/h(~8.0m³/h) | ~520kg-DS/h(~17.3m³/h) |
| TNW-353 | ~120kg-DS/h(~60m³/h) | ~180kg-DS/h(~18m³/h) | ~300kg-DS/h(~15m³/h) | ~600kg-DS/h(~12m³/h) | ~780kg-DS/h(~26m³/h) |
| TNW-354 | ~160kg-DS/h(~80m³/h) | ~240kg-DS/h(~24m³/h) | ~400kg-DS/h(~20m³/h) | ~800kg-DS/h(~16m³/h) | ~1040kg-DS/h(~34.68m³/h) |
| TNW-401 | ~70kg-DS/h(~35m³/h) | ~100kg-DS/h(~10m³/h) | ~170kg-DS/h(~85m³/h) | ~340kg-DS/h(~6.5m³/h) | ~442kg-DS/h(~16m³/h) |
| TNW-402 | ~135kg-DS/h(~67.5m³/h) | ~200kg-DS/h(~20m³/h) | ~340kg-DS/h(~17m³/h) | ~680kg-DS/h(~13.6m³/h) | ~884kg-DS/h(~29.5m³/h) |
| TNW-403 | ~200kg-DS/h(~100m³/h) | ~300kg-DS/h(~30m³/h) | ~510kg-DS/h(~25.5m³/h) | ~1020kg-DS/h(~20.4m³/h) | ~1326kg-DS/h(~44.2m³/h) |
| TNW-404 | ~266kg-DS/h(~133m³/h) | ~400kg-DS/h(~40m³/h) | ~680kg-DS/h(~34m³/h) | ~1360kg-DS/h(~27.2m³/h) | ~1768kg-DS/h(~58.9m³/h） |
