Method for water disinfecting by a single spatial electromagnetic field

Abstract

The paper presents the results of a comparative analysis without reagent methods of water disinfection by a pulsed electromagnetic field. An improved design of the device for control systems of a single spatial electromagnetic field is proposed. The aim of the work is to develop and study the disinfection of water by a single spatial electromagnetic field, which improves the energy performance of the device, improves the technique, economic and operational characteristics with wide possibilities for its practical application. The theory of a unified spatial field assumes the interaction of four fields: pulsed electromagnetic, pulsed electric, permanent magnetic and gravitational. The theory of a unified spatial field is substantiated, which allows considering the issues of effective disinfection, desalination and purification of water, as well as studying the influence of electric, magnetic fields and electromagnetic waves on physical, chemical and biological processes occurring in liquids. Based on the theory presented in the work, the following conclusions can be drawn: a single spatial field allows you to disinfect and purify water; pulsed electric and magnetic fields allow saturating water with oxygen ions; the spatial field allows you to remove heavy metals from the water. According to the results of the analysis of power impulse systems, the ways of developing the device of a single spatial field are determined.