FIELD: heat power industry.
SUBSTANCE: method of energy efficiency improvement is proposed for hydrodynamic heat generator of rotor type. Heat liberation in this equipment is accompanied by eddy generation and cavitation processes in operating liquid when it flows through operating components and hydrogen-oxygen generator of rotor type is included sequentially and in parallel into operating liquid circulation circuit. Hydrogen and oxygen emitted without separation from hydrogen-oxygen generator are continuously supplied to operating components of hydrodynamic generator together with operating liquid. High pressure and/or electric voltage pulses are generated when steam-gas cavities (bubbles) are collapsed or deformed during operating process to the level of hydrogen oxidation. In addition, electrolysis process is activated by the disturbed and heated operating liquid coming out from operating heat generator rotor components and supplied to hydrogen-oxygen generator. By changing operating process parameters, energy release is adjusted.
EFFECT: simplification of control, synchronisation and intensification of operating processes in hydrodynamic heat generator.
4 cl, 2 dwg
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