Shtepa V. Scientific and theoretical principles of ecologically safe industrial wastewater treatment technologies

The dissertation is devoted to the solution of a scientific and applied problem in the field of environmental safety, which consists in developing methods for improving the scientific and theoretical foundations for managing environmental safety of industrial water treatment technologies with a reduction in the risk of emergencies and taking into account energy efficiency requirements, which will contribute to compliance with the standards of harmful environmental impacts. Scientifically substantiated methods for improving the scientific and theoretical foundations of environmental safety management of industrial water treatment technologies, which reduces the risk of emergencies, taking into account energy efficiency requirements and contribute to compliance with standards for harmful environmental impacts. It´s justified and developed a method for managing the environmental safety of water treatment based on a dominant dynamic pollutant based on the establishment of a pollutant that is more difficult to eliminate by environmental and energy efficiency parameters has been substantiated and differs in the configuration of the water treatment technology based on the integrated removal of other pollutants, together with the dominant one and the rationale for reducing the number of real-time stock quality indicators. A method for processing and environmentally safe use of the parameters of industrial water treatment technologies based on real-time settings of fuzzy cognitive and neural network models has been developed. It is distinguished by the ability to improve the environmental and economic indicators of production, taking into account the risks of emergency situations.