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High Speed Kitchen Waste Garbage Disposal 3 Phase Separation
Centrifuge
★ Technical features of high efficiency LW series centrifuge
• Not only equipment manufacturer but also system engineering
service provider
With strong technical strength and rich engineering experience, we
are fully qualified for the turnkey project of the sludge
dewatering room. We are also willing to recommend the design layout
of the sludge dewatering room for owners and design institutes.
• More economical in equipment investment and later-stage operation
Goal: Minimum equipment operation, maintenance and repair costs;
We are committed to creating the best quality and most
cost-effective China-made centrifuge brand. We recognize that
stable operation of equipment is the guarantee of greater benefits
for customers, and outstanding suppliers and modern processing
equipment are the basic guarantee for quality centrifuges. Advanced
and unique technology is the guarantee to reduce operating cost, in
addition to high-quality wear resistance, eddy current type spiral
outlet, circular arc slag outlet, special spin structure, advanced
electrical control technology, etc.
• Eddy current type spiral outlet
The outlet of the screw conveyor adopts a vortex type to accelerate
the entry of materials into the rotating drum, thereby reducing the
disturbance of the discharged materials to the formed solid phase
layer and improving the processing capacity. In the industry of
flocculant, it can effectively reduce the shearing effect of the
discharge hole on the floccules under the high-speed discharging
state, so as to reduce the consumption of chemical agent.
• BD board technology
The screw conveyor adopting BD board technology is the most
advanced in the world for water content and improvement of solid
recovery rate. The technology has the advantages of increasing the
depth of the liquid layer, the effective settlement area, and the
processing capacity of the centrifuge;
Reduce the moisture content of the sediment under the action of
spiral high-pressure extrusion;
Improve solid recovery rate and make the clear liquid clearer;
Save the consumption of chemical agent and cut down equipment
operating cost;
Compared with the common centrifuges of the same separation
performance, it is lower in operating speed and requires less power
consumption.
• High rigidity screw rotor technology
Decanter centrifuge is a typical high-speed rotating device with
different speeds and two rotors. The rigidity of the screw rotor
directly affects the stability and safety of the equipment. Through
theoretical analysis and calculation, the working speed of the
high-rigidity screw rotor is far from the first-order and
second-order critical speeds, which can avoid the resonance state
at high speed.
• Double-motor double-frequency conversion common DC bus
The main and ancillary motors of the centrifuge are controlled by a
high-performance vector inverter, and the ancillary motor is always
in the generator state under the action of differential speed. As
The inverter adopts common DC bus technology, the auxiliary
inverter can convert the electric energy generated by the ancillary
motor into the power source to drive the main motor, thereby
achieving the purpose of energy conservation.
Note: The throughput is related to material characteristics.
X" indicates that the heavy phase liquid is discharged by the
centripetal pump with back pressure; the overall dimensions vary
with the liquid discharging way of the centrifuge.
IV. Kitchen wastes water treatment system
After the kitchen wastes are pretreated and deoiled, and organic
matters are utilized, the remaining water must be treated
harmlessly. With the rapid development of water treatment
technology, whether it is the conventional water treatment process
or the process of anaerobic fermentation to produce biogas, the LW
series high-efficiency centrifuge (two-phase) has an indispensable
role in the treatment of remaining sludge.
Kitchen wastes pretreatment system
II. Kitchen wastes deoiling system
III. Characteristics of high-efficiency LWS series three-phase
centrifuge
★ Ingenious, unique and diversified three-phase separation
structure |
Through the double-motor double-frequency conversion control
technology, the stepless adjustment of the centrifuge differential
speed can be realized. It features fast reaction speed, accurate
torque detection, stable torque control, and low failure rate.
•• Constant torque control technology
★ Three-phase centrifuge model and technical parameters
tem | Unit | LWS250×1025C(X) | LWS350×1435C(X) | LWS450×1845C(X) | LWS520×2150C(X) | LWS580×2400C(X) | LWS650×2600C(X) |
Throughput | m3/h | ≥1 | ≥3~5 | ≥5-10 | ≥10-15 | ≥15-20 | ≥20-30 |
Roller diameter | mm | 250 | 350 | 450 | 520 | 580 | 650 |
Length-to-diameter ratio | 4.1 | 4.1 | 4.1 | 4.1 | 4.1 | 4 | |
Speed | rpm | 5000 | 4000 | 3500 | 3200 | 3000 | 2800 |
Separation factor | 3500 | 3136 | 3087 | 2982 | 2948 | 2854 | |
Differential speed | rpm | 1~50 | 1~35 | 1~34 | 1〜34 | 1~30 | 1~28 |
Main motor power | kW | 11 | 22 | 30 | 45 | 55/75 | 75/90 |
Ancillary motor power (kW) | kW | 4 | 5.5 | 7.5 | 15 | 18.5 | 22 |
Weight | kg | 1250 | 2500 | 4000 | 5200 | 6500 | 8000 |
Boundary dimension (L x W x H) | mm | 2500×800×1150 | 3700×1050×1400 | 3800×1150×1600 | 4800×1250×1800 | 5300×1750×1382 | 5600×1850×1500 |