The proposed project represents a broad interdisciplinary field of applied research in mobility of contaminants in the underground with a real pilot application output.The project aims to enable the calculation of real systems, requiring building of large input sets for the appropriate interpretation of simulation model calculations. Such conceived complex calculations allow to evaluate the mobility of contaminants without the previous simplifying assumptions.

Aims are divided into the following Activities.

Activity 1-The implementation of transport-reaction models into an expert system

Implementation represents controlled call of a reaction simulation calculation from the simulation of transport of substances using the learning phase.

Activity 2-Integration of reaction models into models of transport

Integration is based on the stage of "learning" followed by setting of the forms of calculations according to the schemes.

Activity 3-Description of methods of reaction models

Choice of the best mathematical formulation of the problem and numerical methods to its solution in terms of speed or accuracy.

Activity 4-Laboratory experiments - the mobility of contaminants

Experimental simulation of the dynamic transport of inorganic contaminants in the columns, observation of precipitation and mobilization

Activity 5-Pilot application- transport-reaction model Olsi-Drahonín

Link of reaction and transport models in DSS Framework environment,the forecast of quality of mine water