Studies of the electro-technological treatment of waste water of large livestock farms indicate the possibility of integrated implementation of the principles of hydrodynamic, electromagnetic, electrochemical and bioenergetic disinfection of objects infected with pathogenic microorganisms in the electro- technological installation (ETI). Improving the effi ciency of decontamination by means of ETI indicates the promise of this approach from the standpoint of energy, environmental and resource conservation, its transfer will signifi cantly reduce the man-made burden on the environment and ensure the required level of environmental safety of the population and staff .

The article is devoted to the aspects of surface water treatment under the external (meteorological) factors influence. The aspect of atmospheric thunderstorm activity, as the current technology of cleaning and disinfecting the Earth’s air-water basin, is considered from the standpoint of the cyanobacteria functioning and its lysis mechanism. In the thesis form, aspects of the development and creation of a nature-like technology for disinfecting liquid substances based on the principles of atmospheric electricity are proposed.

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The increase in the efficiency of the use of raw materials and materials through the intensification of the hydration process of binders, savings based on developments and the introduction of progressive resource and energy saving technologies is shown. It is proposed to use the aspects of the force influence of electric fields on the interfaces of minerals for the activation of binders, taking into account the heterogeneity of cement grains, indicating the prospect of electrophysical cement technology, as a result of the action of an external electric field on the solution mixture.

The problems of increasing the efficiency of water disinfection by means of nature-friendly technologies that can restore the balance between the biosphere and the technosphere disturbed by man are considered. For this purpose, it is proposed to use the aspects of thunderstorm activity as a promising technology for cleaning and disinfecting the air-water basin of the Earth. Based on the principles of similarity and analogy methods, it is proposed to implement a method of electrophysical influence on water, by means of a device for producing electromagnetic fields in the regime of vortex-wave resonance. The force action of crossed electromagnetic fields on the bacterial cell, at a certain level of field strength, will lead to its lysis. In addition, the dispersion of various inclusions, clusters and water molecules, allows the saturation of water with ions of oxygen and hydroxyl groups, and, consequently, its disinfection.