Design work for metallurgy and industrial power engineering

We carry out design work in the fields of extractive metallurgy, pyrometallurgy and metal processing, as well as power engineering and metallurgical power engineering, covering both ferrous and non-ferrous metallurgy. We prepare conceptual studies, including multi-variant process concepts, functional and spatial concepts, and the selection of optimal process technologies.

Feasibility studies focused on reliability and cost optimization

Our feasibility studies take into account reliability issues, optimization of investment costs, as well as the operating costs of both existing and newly developed installations.

We conduct and implement analytical and research work for both existing industrial installations and newly designed facilities, focusing on the search for and determination of technological process parameters, the identification of interdependencies within industrial process complexes, as well as risk and safety analyses.

Process simulations and numerical analyses

In our search for solutions, we rely on our own research, measurements and numerical analyses of processes carried out using specialist software. We perform numerical modelling and analysis of mass and heat flows for selected areas. We create simulations of complete technological processes.

Modelling of stress, deformation and heat flow

We numerically model issues related to stress and deformation, as well as heat flow in steady-state and time-dependent systems. We perform simulations and calculations in the area of mass and heat transfer.

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