The Industrial Decanter Centrifuge for Mineral Processing Plants is designed for continuous solid-liquid separation in mineral processing applications.

It efficiently separates mineral particles, tailings, and process water through high centrifugal force, helping improve water recovery, reduce waste volume, and optimize mineral processing operations.

• Flotation Concentrate Dewatering
• Grinding Circuit Slurry Separation
• Hydrocyclone Overflow Treatment
• Lithium Ore Processing
• Copper, Gold and Nickel Ore Processing
• Rare Earth Mineral Processing
• Graphite and Battery Mineral Processing
• Phosphate and Potash Processing
• Clay and Kaolin Processing
• Mineral Concentrate Transportation Preparation

Fine Particle Separation

Fine mineral particles are difficult to separate due to slow settling behavior.

Valuable Mineral Loss

Poor separation efficiency may cause valuable particles to remain in wastewater.

High Slurry Density

Dense slurry requires reliable continuous solid-liquid separation.

Abrasion From Mineral Particles

Quartz and hard mineral particles accelerate equipment wear.

Process Water Management

Mineral plants require stable water recovery to reduce freshwater consumption.

Mineral Slurry / Tailings Slurry
→ Feed Conditioning System
→ Controlled Feed Pump
→ Industrial Decanter Centrifuge
→ Dewatered Mineral Solids + Clarified Water

Dewatered Solids → Disposal / Backfilling / Further Processing

Clarified Water → Process Water Recycling

Peony Can Provide

• Mineral slurry separation evaluation
• Decanter centrifuge selection
• Tailings dewatering solution
• Process water recovery system
• Wear-resistant centrifuge configuration
• Corrosion-resistant material selection
• Automatic PLC control system
• Integration with mineral processing plants

Efficient Mineral Solid Recovery

High centrifugal force improves separation efficiency and recovers valuable mineral solids.

Improved Water Recycling

The decanter centrifuge produces clarified water suitable for reuse in mineral processing circuits.

Wear-Resistant Design

Special wear protection helps extend equipment service life when handling abrasive materials.

Continuous Processing

Continuous feeding and solids discharge support large-scale mining operations.

Flexible Configuration

Materials, wear protection, and operating parameters can be customized according to mineral characteristics.

Please provide:

• Mineral type
• Slurry concentration
• Particle size distribution
• Flow rate
• Solid density
• Liquid density
• Slurry viscosity
• Target moisture content
• Wear conditions
• Corrosion conditions
• Required water recovery rate

Peony welcomes cooperation with mining companies, mineral processing plants, EPC contractors, and equipment distributors.

Send us your slurry characteristics, production capacity, and separation requirements.

Our engineering team will recommend a suitable industrial decanter centrifuge solution for your mineral processing application.