DISCHARGE IN GAS BUBBLES IN WATER AS A SOURCE OF AN INTENSIVE FACTORS’ COMPLEX FOR WATER DISINFECTION: COMPARISON EXPERIMENTAL AND COMPUTER MODELLING RESULTS

Abstract

Computer simulation of the discharge process in an electric circuit, which contains a pulsed electric in gas bubbles in water, has been perf0rmed. The experimental oscillograms of voltage pulses are compared with the results of computer simulation of voltage pulses on the treated water layer. It is shown that the amplitudes of the voltage pulses directly on the layer of disinfected water in the reactor with a discharge in the gas bubbles are less than those measured in experiments using a capacitive voltage divider. Computer simulations have shown that the shape of the voltage on a layer of water differs significantly that at the point where it is measured by capacitive voltage. In addition, we have shown that the presence of long lines in the bit circuit of the plant must be taken into account. Given the presence of long lines in the bit circuit, the simulation results better correspond to experimental results. References 5, figures 7.