Test Before Design
Mineralogy, liberation and process testing help reduce flowsheet risk.
MINERAL PROCESSING SOLUTION
Tailored to your ore and concentrate targets, from crushing and grinding to separation, dewatering and tailings management.
Plant OverviewLINE INTRODUCTION
GANZHOU DECHANG MINING provides complete mineral processing plant services for small and mid-sized metallic and non-metallic mining projects in China and abroad. Our engineers examine feed grade, mineral liberation, clay content and concentrate targets to define the appropriate crushing size, grinding fineness and separation method.
Modular plants can combine flotation, magnetic separation, gravity separation or hybrid circuits. Automated controls help stabilize feed rate, slurry density and reagent dosing while balancing recovery, energy use and operating costs.
Key AdvantagesCORE ADVANTAGES
More than a collection of machines: each system is matched to recovery, energy, reliability and environmental objectives.
Mineralogy, liberation and process testing help reduce flowsheet risk.
Online monitoring and closed-loop controls reduce the effects of feed variability.
Optimized crushing and grinding loads, efficient drives and variable-speed control.
Thickening and filtration recover process water and reduce freshwater demand.
Process FlowPROCESS FLOW
TYPICAL FLOWSHEET
The actual flowsheet depends on ore testing. This is a typical flotation plant configuration.
Surge storage
Steady feed rate
Multi-stage crushing
Controlled mill feed size
Mineral liberation
Stable slurry density
Flotation / magnetic
Gravity or hybrid circuits
Thickening and filtration
Moisture control
Dry disposal or backfill
Process water circulation
EquipmentKEY EQUIPMENT
FROM ORE TO CONCENTRATE
Wear-resistant components and configurable equipment specifications based on throughput, feed size and slurry conditions.
Inner Mongolia · Iron Ore ProjectProject CasePROJECT CASE
3 MILLION TONNES PER YEAR
To address variable mineral grain size and high clay content, the plant uses staged grinding and magnetic separation to balance concentrate grade and unit energy consumption.
Technical DataTECHNICAL DATA
TYPICAL CONFIGURATIONS
For preliminary estimates only. Final values depend on ore testing and engineering design.
| Plant size | Ore throughput | Crushing circuit | Grinding fineness | Installed power guide | Suggested building area |
|---|---|---|---|---|---|
| Pilot / small plant | 50–200 t/d | Two-stage closed circuit | -0.074 mm 60%–75% | 350–900 kW | 1,200–2,500 m² |
| Standard plant | 300–1,000 t/d | Three-stage closed circuit | -0.074 mm 70%–85% | 1,200–3,500 kW | 3,500–8,000 m² |
| Large plant | 1,500–5,000 t/d | Three-stage closed circuit | Based on liberation | 4,500–15,000 kW | 10,000–30,000 m² |
ServicesFULL-CYCLE SERVICE
Sample analysis, process testing and performance verification.
Process, civil, electrical and automation design.
Standardized production and component traceability.
Site support, trial operation and operator training.
PROJECT ENQUIRIES
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Industry ResourcesINDUSTRY RESOURCES
Official sites of recognised industry bodies and professional organisations — for standards, technical developments and sector information.