TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Method: In using hydrogen, preheating water through solar thermal energy is heated to 40-60 degrees C to produce a warm water of temperature 50 degrees C. The water heating for the formation of vapor takes place by electric field vector of the microwave resonance absorption peaks of water in the range of wavelengths. The heating of water takes place with formation of water vapor at 0.5-5 bar, preferably 2 bar. The formation of plasma from steam is through microwave scalar electric field in resonance with the absorption peaks of water vapor in the range of wavelengths. Preferred Apparatus: In the apparatus, the entry and discharge of waste is at the bottom of the reactor in the form of icosahedron. The electrodes for heating the water levels are electrodes that act as directional antennas and are located outside the water. The electrodes are located outside the water contained in the reactor. The electrodes are coated with a stable metal resistant to corrosion. Each of the faces of the octahedron of the plasma generator and electrolysers act as antennas emitting radiation in the direction perpendicular to each surface, generating an electric field or electric field vector zero scalar. The octahedral arrangement of multiple generators in the stage of plasma generation in the electrolysis regularizes the flow of production volume. The inside surfaces of the octahedral sides of the body are coated with a layer of a material that provides stability to the reactivity of the plasma. The entry of steam into the electrolysers takes place at the four corners of the square of the horizontal form octahedral. The output of hydrogen and oxygen from electrolyzers takes place respectively by the upper and lower corners of the forms corresponding to the octahedral plasma electrolyzers. The electrolyzers electrodes which function as separating hydrogen and oxygen are fed by direct current. The electrolyzers electrodes which function as separating gases are positive near the apex of the lower output and the negative oxygen near the apex of the hydrogen output. EXAMPLE - No example given.