TECHNOLOGY FOCUS - MECHANICAL ENGINEERING - Preferred Plant: The plant enables performing the treatment process in 6 stages: (1) pre-preparation of wastes that will not be treated by this technological process such as selection and separation of bulky wastes, engine parts, household appliances, car bodies, wooden, rubber, plastic and glass products, car batteries, engines, electronics, etc.; (2) sorting of materials into groups by sort, density and granulation homogenization; (3) storing of basic and additional materials in holds with dosers; (4) preparation of basic and additional materials mixture in the first reactor line; (5) mixture vacuum-gas encapsulation process in the second reactor line; and (6) storing the obtained product - the solidificate. It can process all sorts of wastes regardless of their state of matter, sort of waste, chemical content or physical-chemical properties, if it contains at least 5 vol% of hydrocarbon, or if it is added to it.Preferred Components: The first and the second reactor lines each have their own drives, speeds and treatment capacities, where the material balance of state and material balance are enabled by various changes and different reactor line rotation speeds. The second reactor line takes place the exothermic reaction process, producing temperatures of 100-135degreesC, and also has encapsulator motors that create vacuum spaces, dissociation microexplosions and conditions of total encapsulation and solidification of the entire intaken mixture.    TECHNOLOGY FOCUS - ENVIRONMENT - Preferred Waste: The waste accumulated at communal-industrial dumping sites in partly used as small-grained, powder, hydrophobic solidificate obtained by treatment in the plant, which solidificate will, accumulated in any form and way of storing, turn into rock after a longer period of time. Preferred Process: The material intended for treatment is separated by physical characteristics, with regard to sort, density and concentration, and entered into the material pre-preparation lines and then into two or more holds located above the first reactor line where technological preparation of the mixture for processing takes place. In the first reactor line, the mixtures are homogenized by their physical-chemical properties at environmental temperature, and in the second reactor line there takes place the process of exothermic reaction, molecular-ionic dissociation vacuum-gas encapsulation and solidification of the loaded material at increased temperatures and pressures. The water steam, gaseous contents and particles are separated from the process into the purification filter system through water, comb and bag filters, so that the final gases are harmless for the nature and the environment, and can be let into the atmosphere as pure water steam. From the very first forced steam, gases and particles outlet, are returned into the space above the second reactor line where steam is being condensed and mixed with other intaken materials, increasing their processing level, and decreasing exiting of steam into the atmosphere and loading of the filtering system. The solidificate powder leaving the reactor space falls onto the belt conveyor at 80-105degreesC, and directed towards dispatch in the form of dust of 950-975 kg/m3, or in the direction of the press where, after cooling to 45degreesC, it is briquetted into solid blocks, plates and briquettes of 2,380-2,900 kg/m3. The accumulated solidificate is further cooled to 28-33degreesC daily or, if loosened, 35-48degreesC, and the solidificate is pressed in the formed of briquettes of 100 x 30 mm cooled at 28-28degreesC per hour, and of 40 x 30 mm at 30-35degreesC per hour.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Additives: In the second reactor line, the prepared waste mixtures are added calcium hydroxide and calcium oxide based additives, as the only processing additives.