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The article considers the possibility of increasing operation efficiency of a counter-current hydrodynamic generator, used for the intensification of chemical technology processes. To increase the intensity of the emission it is suggested to use rod resonance system, where the frequency of bending vibrations is in agreement with the frequency of flow shell vibrations. The dependence of the frequency of the generated signal on geometric and hydrodynamic oscillator parameters is experimentally proven. It is also found out that the dependence of the pressure differential, produced by a resonator, on the liquid consumption, will look like a resonance curve. To keep maximum values of the generated vibrations amplitudes, it is suggested to use extremal system of the automated control

The Possibility of Increasing Emission Intensity of a Counter-current Hydrodynamic Generator