Supporting your operations, from plant design expertise to equipment, parts and services for every stage of your process.
Are you looking to increase production, reduce risks, lower operating costs and enhance environmental performance? Then you are in the right place.
From the design and supply of products for a greenfield plant, to the addition of a single machine for an existing production line, we are here to help.
Rely on OEM experts because not all parts are created equal. Spare and wear parts built to perform.
Helping you get the most out of your equipment and processes.
Supporting your operations, from plant design expertise to equipment, parts and services for every stage of your process.
Are you looking to increase production, reduce risks, lower operating costs and enhance environmental performance? Then you are in the right place.
From the design and supply of products for a greenfield plant, to the addition of a single machine for an existing production line, we are here to help.
Rely on OEM experts because not all parts are created equal. Spare and wear parts built to perform.
Helping you get the most out of your equipment and processes.
Vertical stirred mills are increasingly used for fine grinding applications in the mineral processing industry due to their high energy efficiency.
As a result, accurately modeling power draw has become an important area of research, as demonstrated by previous work including analytical modeling approaches.
In this whitepaper, we present the development of a coupled DEM‑CFD model designed to predict power draw under a range of operating conditions.
These conditions include variations in grinding media filling level, shaft speed, fluidization behavior, and changes in the grinding compartment configuration.
An extensive testing program using a specially equipped test mill has been conducted to validate the model.
To receive the whitepaper, please fill out the contact form and click the “Submit” button.
A copy will be automatically sent to the email address you provide.
