Wherever large amounts bulk materials must be stored and moved, throughput needs to be increased – while achieving a significant reduction in resource deployment at the same time. Whether you operate a mine, a harbor or a power plant, with the Overview of possible Equipments and Resources we can closely cooperate with you for overall optimization of your material loading and unloading operations.
In SIMINE MAQ stockyard management system,
we have created a solution that unifies the material and
information flows across the entire system from the sensor
to the control room. Your stockyard – the right place to create value!
Managing large quantities of materials of different qualities
is a demanding business. Extensive expertise and sophisticated
planning are indispensable components of this process.
We know about the importance of stockyards as part of your value
chain. Over the years, we have built on our technological know-how
to develop innovative tools such as material and order scheduling,
web connection and service support.
An example from the power plant segment demonstrates how this
transparency pays off. Through continuous holding of the quality
class and the selective assignment to orders, the required quality
is always achieved but without “wasted” effort. At a daily coal
consumption of 6,500 metric tons, “saving” on excessively high
quality categories alone can reduce the annual operating costs.
With integrated IT solutions, we ensure easy material tracking, efficient stockyard and quality management as well as optimum interaction with your ERP (Enterprise Resource Planning) system.
In material loading and unloading, large rationalization
potentials are literally still piling up out there.
We implement the ERP system and you get the combined stacking
and reclaiming equipment, the entire application from locating
and measuring the pile profile completed with the sensitive
drive control. Even under the most adverse of conditions –
e.g. in the case of pile slides or moisture – the profile is
exactly scanned, resolved in the decimeter range and updated.
These data are then used by the control system to determine the
best traverse paths, lifting and swiveling motions.