Calculating indicators of processing minerals of any complexity;
Estimating normative losses of useful components while processing;
Presenting the outcomes in the form of schemes and balances.
Working out models for advanced mineral processing (direct and indirect hydrogenation, gasification;
Main and auxiliary schemes of mineral resources use.
Designing traffic flows consisting of various kinds of vehicles;
Evaluating the choice of the main plant and machinery based on the calculation data;
Choosing pumping equipment, pipeline systems and isolation valves;
Estimating supporting equipment according to the vacuum and air supply patterns;
Complex graphical presentation of the results which allows combining all the schemes into one for providing more information value.
The results of estimating the processing schemes’ impact on the environment;
Air protection based on developing special measures for the impact minimization and reduction;
Developing size control devices;
Using special devices for operational control over raw material indicators;
Developing flexible transport systems based on full load of traffic flows;
Applying automation systems controlling main production facilities usage;
Applying and developing nonspecific facilities capable of automatic loading regulation;
Automatic handling systems.
Stating application of nitrogen system units (п. 393 ПБ 05-580-03) using residual nitrogen for charging dump truck tyres or selling nitrogen in balloons for commercial purposes;
Developing schemes of rock refuse usage (in the form of filter press mud) both of pottery and building products;
Developing rock fines briquetting schemes.
Assessing various solutions at Pre-feasibility study level;
Conducting comparative analysis of various projects;
Economic assessment of a proposed variant.