Laser analyzers within a few years have proved their applicability and were implemented in a wide range of industries: mineral exploration, mining, ferrous and nonferrous metallurgy, phosphorus and potassium fertilizers, refractories, coal and cement production.

High sensitivity and accuracy of analysis, the absolute safety and absence of ionizing radiation, compactness and high degree of protection from the real industrial operation conditions remove nearly all restrictions of analysis of various components in a different kinds of mineral raw materials. The ways of adaptation to the place of production or relocation of materials on conveyors, pipelines or streams were also radically increased.

The implementation can be realized with minimal costs (in comparison with the resulting effect) in the case of a real urgency of production in the process control based on the real-time data on the elemental composition of transported material. The real payback time is usually several months. This information is confirmed by the most of our customers.

 

Applications of MAYA Conveyor analyzers

·         Regulating the quality of the ore in stockpiles

·         Stabilizing the composition of raw mixtures (by automatic control of the dosage of raw materials)

·         Quality control of the raw mixture which enters roasting or smelting oven (by regulating the parameters of roasting or smelting)

·         Quality control of the final product in order to adjust the necessary parameters of the production process, thus increasing the output and reducing quality-related customer complaints,

 

MAYA can be installed almost anywhere. It is absolutely safe and emits no ionizing radiation; it is relatively light and compact; it has a high level of protection from dust, moisture, corrosive influence, changes in temperature, bad quality of power supply).

MAYA provides data on the chemical composition of the material which is passing on the conveyor belt to the operator or to an Automated Control System (SCADA). This allows making prompt technical decisions on sorting of the raw material, dosage of ore or components of a mixture, quality control.