- Configuration that meets your needs (e.g., live capacity, spatial constraints)
- Critical bulk material properties to determine feeder sizing, hopper design
- Key pile features:
- Pile geometry (either conical or prismatic)
- Total capacity and live reclaim in tonnage or percent of total capacity
- Number, location, and critical spacing of hoppers and feeders
- Hopper construction material for mass flow, abrasive wear needs
- Feeder design: type, size, speed, power, interface details
- Feeder loads that occur during initial fill and discharge
- Retrofit of hoppers beneath 20,000 T capacity to increase live capacity from about 7% to 19% of total storage capacity
- Design 100,000 T feeding a weigh system discharging into a continuously moving unit train that runs from inland to an export terminal
- Development of 10,000 T capacity stockpile that handles limestone/clay mixture with wide range of cohesive properties and particle size
- Engineering of 50,000 T capacity that must handle fine and coarse particle fractions
Más información sobre este producto consulte en: http://jenike.com/engineering/stockpiles/