Mining & Mineral Processing
A mine's real capacity isn't set by the crusher or the concentrator alone; the path material travels between them matters just as much.
The mine and the concentrator are two ends of one chain, not two separate projects
From the moment material is broken loose at the mine face to the moment it reaches the concentrator, it travels a long path: crushing, loading, hauling, stockpiling, discharge. If crushing, hauling, stockpiling, and processing capacities aren't balanced against each other, each piece of equipment may perform well on its own, but the chain as a whole never reaches its real capacity.
The conventional way to move material from the mine face is truck haulage: cyclical, intermittent, and dependent on fleet size. In-Pit Crushing and Conveying (IPCC) changes that logic; the crusher moves closer to the mine face, and material moves continuously on conveyors instead of being hauled in cycles. That shift cuts fuel consumption and truck fleet dependence, but it brings its own engineering challenges: the crusher has to be semi-mobile or mobile and relocate as mining advances, the conveyor route has to be designed to match the mine's slopes and benches, and transfer points between system sections have to keep running without adding downtime. At Alvand Technic, we design these systems, from the overall route layout to the conveyor structure and transfer points.
At Alvand Technic, we've designed and built material handling systems both inside the mine and at the concentrator. We don't treat these as separate problems, because the real bottleneck usually shows up right at the boundary between the two, where one stage's capacity doesn't match the next stage's needs.
A mine's biggest capacity loss usually isn't in the equipment itself; it's in the path material travels between pieces of equipment.
Where we create value
Eliminating material handling bottlenecks Designing and building material handling systems inside the mine and at the concentrator to balance real capacity across the whole chain.
Designing IPCC systems Designing continuous in-pit crushing and conveying to replace cyclical truck haulage, cutting fuel consumption and fleet dependence.
Expanding capacity without over-investing in equipment Brownfield design and modernization of processing units without extended production shutdowns.
Reducing design risk before fabrication CFD, FEA, and DEM analysis for equipment and material handling systems.
Decisions based on the operation's real condition Data integration, Digital Twin, and operational dashboards for a unified view from mine to concentrator.
Reducing personnel exposure at high-risk points Moving high-risk mining operations to remote operations centers.
Process areas we support Crushing, in-mine material handling, IPCC systems, stockyards, transport to the concentrator, processing equipment, utilities
Where's the real bottleneck in your mine today?
If the answer is still a guess, let's start there.