Dispatching

Bistun Kavir Yazd dispatching system carry out required processes according to online data received from machinery. This system uses an optimization algorithm to meet related purposes, such as grade control, reducing waiting time for shovel and truck, increasing production and decreasing operation costs.

Dispatching

Bistun Kavir Yazd dispatching system carry out required processes according to online data received from machinery. This system uses an optimization algorithm to meet related purposes, such as grade control, reducing waiting time for shovel and truck, increasing production and decreasing operation costs.

Truck queue in loading and unloading areas can increase the costs and decrease productivity. On the other hand, idle time for loaders leads to waste of time and income. Dispatching software provides instant truck allocation, which results in the reduction of the truck queue and loaders’ idle time.

In this system, all mining constraints have been taken into accounts such as crusher feed, heterogeneous fleet (difference in the capacity of trucks and shovels), and equipment breakdowns.

Route Management

Route Management in dispatching system has provided the possibility of drawing and monitoring routes altogether. These drawings include loading and unloading areas, and travel routes. Then, it will be possible to observe trucks operating at any part of these designed schemes.

Fixed allocation

By using fix allocation, it is possible to assign a fixed number of trucks to each loader. In this situation, the number of trucks works with each loader may not change. Allocation pattern can be altered in case of loader breakdown or change in operation plan. In this part of the program, allocations are demonstrated schematically, and therefore, trucks’ location can be identified at a glance.

Flexible allocation

Dynamic allocation system assigns trucks to loaders based on the production plan and based on optimization purposes, including reducing waiting time for trucks and loaders, increasing production and decreasing operation costs. Moreover, the constraints considered in allocation procedure are grade control, loader capacity, cycle times and other operating parameters.

Grade control

Incorrect grade blending reduces ore recovery and increases overall operation costs. When grade constraints are of great importance, the dispatching system considers ore blending along with other important criteria such as production increase.