Test facilities
Test. Validate. Scale.
Pilot Plant
Processing of input materials
Industrial tests in the briquetting/compacting/crushing pilot plants are used to determine and test standard parameters for material processing, such as mixing, drying, or dosing, as well as for handling the input materials. State-of-the-art technologies and practical tests are combined to achieve maximum energy savings while maintaining consistently high product quality. In this way, we develop economically and ecologically optimized solutions that reduce long-term operating costs and support sustainability goals.
Hot and cold briquetting
We can simulate both hot and cold briquetting processes in detail. This enables precise analysis of material behavior, binder effect, and briquette quality even before implementation on an industrial scale. You benefit from sound insights into process optimization and significantly reduced investment and operating risks.
Compaction and granulation
Our test facilities offer the possibility to physically carry out compaction and granulation processes, but also to simulate them numerically. With our specially developed simulation software "KoeSim," we can analyze material properties and process parameters in a targeted manner. This enables our customers to check the suitability of their input materials and to optimize the production process in advance in terms of efficiency and product quality. This simulation-based approach minimizes development risks and enables precise design of the subsequent industrial plant.
Shredding and screening
Our test facilities enable us to simulate grinding, classification, and screening processes. These tests help to evaluate and optimize the efficiency of grinding circuits in advance. As a customer, you benefit from in-depth knowledge of process control, optimal plant design, and reduced investment risks.
Central data collection of all
process parameters
process parameters
Centralized data collection of all important process parameters enables evaluation of the entire process. This allows precise analysis of correlations between material properties, machine parameters, and product quality. This provides us with a reliable database for optimizing processes and efficiently designing your industrial plants.
Affiliated institute of the TU Bergakademie Freiberg
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