FIELD: thermal power engineering.
SUBSTANCE: invention relates to the operation of thermal power equipment and can be used in thermal and nuclear power plants. In the method of acoustic impact on condensing equipment, acoustic oscillations are created in the vapor space inside the condensing equipment, the frequency and level of acoustic oscillations are determined and measured using an acoustic oscillation spectrum analyser, the frequency and level of acoustic oscillations are changed by an acoustic oscillation generator, the frequency and level parameters of acoustic oscillations are selected and fixed at the moment when the state of the condensate changes from film to drip state, an acoustic effect is performed with fixed parameters of the frequency and level of acoustic oscillations until the completion of the process.
EFFECT: reduction in temperature difference and fuel consumption, as well as an increase in the efficiency of turbine units due to the intensification of heat transfer in condensing heat exchange equipment.
1 cl, 1 dwg
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Authors
Dates
2023-06-08—Published
2022-12-06—Filed