The "RAD" installation consists of a thermochemical reactor with two coaxial rotors-electrodes, a system of electromagnetic excitation of the medium of physical-electrochemical interaction with the interface surfaces. Rotary electrodes made of a dielectric are unwound from the drives counter to a certain critical speed.

The results showed that after the"RAD" treatment, the water had no microbial contamination. This fact is confirmed by a number of studies, the results of which are presented in Annex 1. After conducting experiments, the attention of scientists was attracted by black sediment and increased turbidity in the water.

X-ray phase and microscopic analysis showed that the black sediment is RAD-nanocarbon formed by amorphized lobed tubular formations of carbon particles (C20 – C36) of various sizes, densities and morpho structures that are in an ultradisperse state (in modern terminology, in a nanostructure). Metal-containing inclusions were present inside the channels of these particles.

After "RAD" treatment of contaminated solutions, the complex physical and electrochemical action of electric and electromagnetic fields ensures the transition of " RAD " water to a new energy-charged state,used for organizing high-temperature burning of the liquid.

The scientist demonstrated the "AEF" technology on the example of melting tungsten (W) – the most refractory metal on Earth in the open air. Melting was performed in a propane-butane torch with an insignificant supply of technical hydrocarbon gas propane-butane, oxygen and air with vapors of specially prepared water (RAD-water). A tungsten rod with a diameter of Ø= 4 mm and a length of L = 120 mm, placed in a torch of burning "RAD-water", decreased in length by 0.8 mm for each minute of melting. Steady burning of "RAD-water" with oxygen supply occurs from 1200 °C to the melting point of tungsten-W Tmelt. = 3410 °C.

In the 150-year-old world practice of enriching polymetallic ores, there are still no effective methods for deep enrichment of native nanostructures of rare, precious metals and other useful substances that are dissolved and dispersed in waste technological waters.

Off-balance losses of native nanostructures of strategic metals from waste waters of processing plants exceed their recoverable content by tens and hundreds of times. With each ton of waste water, the processing plant releases more than 100 (one hundred) grams of strategic metals and other useful substances into the environment.
In 2014, Kazzinc provided its sample of control flotation tails. Initially, the tails were processed with DENM technology.

At the second stage, EDF technology: using an electrodynamic flotation machine, a concentrate was obtained, the results of which are provided in Annex 2.

Experience has confirmed that the gold recovery plant loses a significant part of the profit – this is caused by losses on ore preparation, water treatment, flotation and losses in off-balance sheet reserves dumps. A patent for the EDF technology is scheduled to be issued in March 2019