Storage silos are structures designed to store bulksolid materials. Its function is to form an interme-diary stock between two stages of the mineral pro-cessing cycle. Conveyor belts fulfill the role of bring-ing the ore from an earlier stage and storing it there.Afterwards, this material is removed by equipmentscalled feeders, located right below each one of thesechambers, proceeding with the mineral processingtask (Wills and Napier-Munn, 2015). The number offeeders required in an intermediate storage silo de-sign is proportional to the ore volume that will behandled. In this way, a silo must be subdivided intosmaller chambers, according to the number of feedersrequired, providing an individualized area for the in-stallation of each one of these equipments under thestructure of the storage silo (Gupta and Yan, 2006).The vertical pillars that are observed along the lowerstructure of the building, as shown in Figure 1, in-dicate the approximated location of the subdivisions.The area defined by two pillars and filled by a con-crete wall is the region where a chamber or bin of thesilo is defined. In this example, there are sixteen sub-divisions. In the right side of the image, there is astructure that projects over the front wall of the silo, itis called a conveyor belt. Its role is to carry ore com-ing from an earlier stage of the process to the storagesilo.