Development of a Distributed Control System for the Hydrodynamic Processes of Aquifers, Taking into Account Stochastic Disturbing Factors

Uncontrolled, intensive extraction of water from mineral deposits can lead to negative consequences, the penetration sewage beyond water-resistant layers, destruction structure aquifers and further loss source. This paper deals with issues control hydrodynamic processes under random impacts in using mathematical models. The analysis technological process statistical retrospective monitoring data deposit were carried out order confirm hypothesis stationarity consideration. A model hydrogeological occurring disturbances has been constructed. influence such is expressed deviations head aquifer desired value. Controlling consists maintaining at a given level preserve hydro-mineral base region. Lumped distributed controllers are proposed as corrective blocks, parameters which calculated by frequency methods controller synthesis. use closed loop system minimizes effects.