Abstract
The paper describes a mathematical model for evaluation of the influence of the selected factors on the number of intestinal pathogenic protozoan cysts (IPCs) during disinfection by mechanical oscillations at ultrasound frequency in combination with hydrogen peroxide which increases the efficiency of disinfection of the pig liquid manure. The model allows predicting the influence of the ambient temperature in the working chamber together with the exposure time and the specified concentration of hydrogen peroxide on the number of IPCs in organic pig waste. Evaluation of the adequacy of the presented model using statistical hypothesis testing methods allows us to say that the number of IPCs during disinfection by mechanical oscillations at ultrasound frequency in combination with peroxide depends on the ambient temperature in the working chamber together with the exposure time and the concentration of hydrogen peroxide.
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