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Continuous Industrial Decanter Centrifuge for 24/7 Production Lines

Continuous Industrial Decanter Centrifuge for 24/7 Production Lines

Brand Name: Peony
Model Number: PNX414
MOQ: 1 set
Price: USD34500-35800/SET FOB SHANGHAI
Packaging Details: Standard wooden case
Payment Terms: T/T,L/C,Western Union
Detail Information
Place of Origin:
China
Certification:
ISO
Drum Diameter:
355 Mm
Drum Length:
860mm
Capacity:
1-10 M³/h
Speed:
4000 Rpm
Application:
Liquid-solid Separation
Operation:
Full Automatic Continuous
MOC:
SS
Motor:
Double
Bearing:
SKF
Control Box:
With
Supply Ability:
60 sets per month
Highlight:

perforated basket centrifuge

,

solid bowl centrifuge

Product Description
Continuous Industrial Decanter Centrifuge for 24/7 Production Lines 
Continuous Industrial Decanter Centrifuge for 24/7 Production Lines 0
Description

Continuous Operation Industrial Decanter Centrifuge is designed for long-hour solid-liquid separation in industrial production lines where stable operation, low downtime, and continuous discharge are critical.

Compared with general-purpose decanter centrifuges, this model focuses on reliable continuous feeding, stable liquid discharge, stable cake discharge, automatic monitoring, and reduced shutdown risk during 16–24 hours/day operation.


Typical Continuous Operation Applications
  • Chemical continuous production lines
  • Mining slurry treatment lines
  • Coal chemical sludge treatment
  • Salt chemical mother liquor / sludge separation
  • Industrial wastewater sludge treatment projects
  • Industrial environmental engineering projects
  • High-solids slurry continuous separation
  • Process slurry clarification and solids discharge

Why Continuous Operation Requires a Different Design

In many industrial production lines, the centrifuge is not used as an occasional dewatering machine. It becomes part of the production rhythm.

If the machine cannot run continuously and stably, the whole line may face:

  • Feed interruption
  • Unstable liquid discharge
  • Unstable cake discharge
  • Frequent manual cleaning
  • High vibration or overload alarm
  • Higher maintenance frequency
  • Downstream process fluctuation
  • Production line shutdown risk

For 24/7 production lines, the centrifuge must be selected not only by capacity, but also by feed stability, solids load, discharge behavior, bearing system, sealing design, control logic, maintenance accessibility, and spare parts strategy.


Key Stable Operation Configuration Options
Configuration Item Available Options / Purpose
Bowl structure Heavy-duty solid bowl for continuous industrial separation
Screw conveyor Optimized for stable solids conveying and continuous cake discharge
Differential speed Adjustable control for balancing cake dryness and discharge stability
Gearbox Selected according to long-hour load and solids conveying requirement
Main motor Selected according to bowl size, feed load, and operation schedule
Feed control Helps maintain stable feeding and reduce sudden overload
Liquid outlet Designed for stable clarified liquid discharge
Solid discharge port Designed for continuous cake discharge with reduced blockage risk
Bearing system Selected for long-hour industrial operation
Lubrication system Supports reliable continuous running and maintenance control
Vibration monitoring Helps detect abnormal operation early
Torque protection Helps protect the screw conveyor and drive system under load fluctuation
Control system PLC / VFD control, alarm system, operation monitoring
Skid-mounted option Feed pump, control cabinet, pipelines, valves, tank, and auxiliary equipment can be integrated

For continuous operation projects, the configuration should be selected according to daily operating hours, feed fluctuation, solids load, maintenance plan, and site operation conditions.


How Continuous Feeding, Liquid Discharge, and Cake Discharge Work
  1. Industrial slurry or sludge enters the rotating bowl through the feed pipe at a controlled flow rate.
  2. Under centrifugal force, heavier solid particles move outward and form a sediment layer on the inner wall of the bowl.
  3. The clarified liquid phase stays closer to the center and is discharged continuously through the liquid outlet.
  4. At the same time, the screw conveyor rotates at a controlled differential speed and continuously pushes the separated solid cake toward the discharge end.
Continuous Industrial Decanter Centrifuge for 24/7 Production Lines 1

Technical Parameter
Model Diameter (mm) Length (mm) Length-to-diameter rate G force Max solid discharge (m³/h) Weight (kg) Dimension (L×W×H) (mm)
PDC-10 250 1000 4 4080 0.4 1000 2410×800×1080
PDC-12 4200 1350 4 3500 0.6 1200 2610×800×1080
PDC-12 4200 1350 4.5 3180 1.2 1800 3495×840×1180
PDC-18 4000 1600 4.5 3180 1.2 3200 3497×1020×1385
PDC-18 450 2150 4 2500 2 3800 4447×1080×1385
PDC-20 400 2250 4.5 2500 3.5 4000 4580×1140×1470
PDC-21 530 2280 4.3 2500 5 5000 4924×1170×1540
PDC-26 655 2800 4.3 2270 8 7000 4300×1900×1350

Main Advantages in Oily and Flammable Industrial Conditions
Stable Continuous Operation

Designed for long-hour industrial production lines where reliable feeding, separation, liquid discharge, and cake discharge are required.

Lower Shutdown Risk

Stable differential speed control, torque protection, vibration monitoring, and alarm functions help reduce unexpected shutdown risk.

Continuous Feeding and Discharge

The machine supports continuous feeding, continuous clarified liquid discharge, and continuous solid cake discharge.

Better Production Line Compatibility

The centrifuge can be integrated with feed pumps, tanks, dosing units, conveyors, control cabinets, and upstream / downstream process systems.

Automatic Monitoring and Control

PLC control, VFD adjustment, torque monitoring, vibration alarm, and operation status monitoring help operators control the system more easily.

Reduced Manual Intervention

A stable continuous configuration helps reduce frequent manual cleaning, manual discharge handling, and repeated start-stop operation.


Expected Results

With stable feeding, proper model selection, suitable control logic, and regular maintenance, this continuous operation industrial decanter centrifuge can typically help achieve:

  • 16–24 hours/day continuous operation under stable feed conditions
  • More stable feed, liquid discharge, and cake discharge
  • Lower shutdown frequency compared with intermittent operation
  • Reduced manual cleaning and operation intervention
  • More stable downstream process load
  • 75–95% solid capture rate, depending on material characteristics
  • 60–90% suspended solids reduction, depending on separation target
  • 20–45% cake solids content, depending on sludge or slurry type
  • Improved operation consistency for industrial production lines

Actual results depend on feed stability, solids content, viscosity, particle size, cake behavior, pretreatment, operating parameters, and maintenance quality.


What Data Is Needed for Selection?

To recommend a suitable continuous operation industrial decanter centrifuge, please provide:

  • Feed material name
  • Industry application
  • Capacity requirement, in m³/h or tons/day
  • Required operating hours per day
  • Whether the system needs 24/7 operation
  • Feed solids content
  • Feed concentration fluctuation range
  • Particle size or particle characteristics
  • Slurry density
  • Viscosity
  • Cake stickiness or discharge difficulty
  • Target cake moisture
  • Target liquid clarity
  • Upstream process before centrifuge
  • Downstream process after centrifuge
  • Current shutdown or maintenance problem, if any
  • Required automation level
  • Need for PLC / VFD / remote monitoring
  • Corrosion condition, if any
  • Abrasion condition, if any
  • Site voltage
  • Need for skid-mounted system or not
  • Spare parts and maintenance preference

For continuous operation projects, feed stability, operating hours, maintenance conditions, and control requirements should be confirmed before quotation.


FAQ
What is a continuous operation industrial decanter centrifuge?

It is a decanter centrifuge designed for long-hour industrial solid-liquid separation. The main focus is stable feeding, stable liquid discharge, stable cake discharge, automatic monitoring, and reduced downtime during continuous production.

Can this machine run 24 hours per day?

Yes, it can be configured for 16–24 hours/day operation under stable feed and proper maintenance conditions. Final performance depends on feed characteristics, model selection, control settings, and site operation management.

What makes it different from a standard decanter centrifuge?

A standard decanter may only focus on separation performance. A continuous operation model focuses more on reliability, torque protection, vibration monitoring, lubrication, stable discharge, maintenance accessibility, and long-hour operating stability.

What causes shutdown in continuous centrifuge operation?

Common causes include unstable feeding, sudden solids load increase, sticky cake blockage, excessive vibration, improper differential speed, insufficient torque reserve, poor pretreatment, or delayed maintenance.

Is PLC control necessary?

For long-hour industrial operation, PLC and VFD control are strongly recommended. They help monitor torque, vibration, speed, alarms, feed condition, and operating status.


Contact Peony for Partnership

If you have local customer channels or project resources involving chemical production lines, mining slurry treatment, coal chemical sludge treatment, salt chemical separation, industrial wastewater projects, Peony welcomes cooperation.

Peony can support local agents, distributors, and project partners with technical model selection, continuous operation configuration recommendation, process proposal, system integration support, equipment manufacturing, installation guidance, commissioning support, spare parts, and after-sales service.

Please send us your target market, customer type, project background, and cooperation proposal. Our team will evaluate the opportunity and provide technical and commercial support for suitable projects.