Kinder Morgan Cora Terminal – Material Handling Systems
PRB Coal was being stockpiled via a radial stacker close to the existing transfer tower 4. The existing radial stacker provided inadequate storage capacity for the terminal’s future needs. The project involved replacing the existing radial stacking system with a new system located within the existing rail loop in an unutilized area of the facility.
The existing diverter gate was designed to divert coal through a new chute to a new conveyor to deliver coal at 4,000 tph to the yard and transfer the material to a new radial stacker, which forms a kidney shaped stockpile. Stockpiled coal is reclaimed with bulldozers through any of six hydraulic diverter gates that minimize the pushing distance for the dozers. The hydraulic diverter gates discharge coal to reclaim conveyor inside the new 12’ tall x 15’-8”wide x 637’ long reinforced concrete tunnel. The reclaim conveyor is designed to convey the coal at a capacity of 6,000 tph to an existing conveyor.
Other improvements included an earthen containment berm, escape tunnel, escape tunnel access structure, site grading, and drainage improvements. The project significantly expanded the storage capacity of the terminal, which provided greater material handling flexibility for the facility.
Scope of Work
- Multi-discipline engineering
- Mechanical, structural, civil and foundation design
- Technical evaluation
- Drawing review