NOVELTY - Increasing the energetic and material value of a raw material comprising carbon in its elemental composition, comprises: (A) a thermolysis reaction step within a thermolysis reactor (1) comprising an auger (20) solid or hollow; (B) adding to the thermolysis reactor (1) a gas stream; (C) removing the gaseous fraction as they are generated; (D) condensation or reforming or combustion of the gaseous fraction; (E) cooling and collecting the raw material.    USE - The method and installation are useful for increasing the energetic and material value of a raw material comprising carbon in its elemental composition. Also, the installation is useful for increasing the energetic and material value of an organic waste material selected from polymeric material, fossil fuel, biomass and tires out of use, as well as any combination; to obtain a fuel gas and solid recoverable by thermolysis and reformed cycles; to obtain a fuel gas and solid recoverable by thermolysis and combustion cycles, where the solid is recoverable pyrolytic carbon black; and to obtain a fuel gas and a liquid recoverable, where the liquid is fuel oil recoverable (all claimed).    ADVANTAGE - The method is environment friendly, simple and overcomes the problems of the previous processes.    DETAILED DESCRIPTION - Increasing the energetic and material value of a raw material comprising carbon in its elemental composition, comprises: (A) a thermolysis reaction step within a thermolysis reactor (1) comprising an auger (20) solid or hollow, where the auger (20) moves the raw material fed to the reactor thermolysis (1) along the same, while the raw material is devolatilized and/or chemically reacts, resulting in a fraction corresponding to the solid carbonaceous material and a gaseous fraction converted; (B) adding to the thermolysis reactor (1) a gas stream which reduces the partial pressure of oxygen (O2) inside the thermolysis reactor (1), preventing oxidation and/or partial combustion of the components of the fraction gas; (C) removing the gaseous fraction as they are generated, through an expansion chamber located in the thermolysis reactor (1); (D) condensation or reforming or combustion of the gaseous fraction; (E) cooling and collecting the raw material converted via a solid cooler (27) comprising a hollow shaft, where the cooling is carried out by use of a cooling fluid flowing through the hollow shaft solid cooler (27), additionally to the outside through the cooling housing comprising the solid screw cooler (27). INDEPENDENT CLAIMS are:    (1) thermolysis reactor (1) moving bed for conducting thermolysis reaction, comprising: (A) a conveyor (20) comprising: (I) a central axis (21) hollow, (ii) a system to prevent the escape of gas to the outside, which in turn comprises: (A) a fixed tube (31) and isolated concentric with the central axis (21) Auger, (B) a closure system (32) comprising a series of gaskets and seals that join the central axis (21) of the screw with the fixed tube (31) and (C) a chamber (33) for collect the escaping gas auger, (iii) a set of vanes coupled to the central axis (21), and (iv) a locking unit (22) constituted by an annulus welded to each end of the auger ( 20) to prevent the passage of solid material to closure systems thermolysis reactor (31) located at each of the ends of the thermolysis reactor (1); (B) an electric motor and a reducer comprising an inverter for driving the rotation of the central shaft (21) of the auger (20), (c) an inner housing (17) which surrounds the auger (20), where the inner casing (17) comprises: (i) an input element of raw material at the top, (ii) an output of converted raw material in the bottom, (iii) a chamber expansion (18) located in the upper part of the inner casing (17) and whose upper end communicates with a duct that connects the thermally insulated thermolysis reactor (1) with at least one equipment selected from a combustion reactor, a reactor reformed or a capacitor, and (iv) a sealing of the inner housing (17); (D) an outer casing (25) surrounding the screw conveyor assembly (20) and inner casing (17); and    (2) installation for carrying out the method, comprising the reactor.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a reactor.    Thermolysis reactor (1)    Combustion Reactor (11)    Upper hopper (12)    Lower hopper (13)    Valve (14)    Feeding auger (15)    Motor reducer/feeder (16)    Inner housing (17)    Expansion Chamber (18)    Exhaust duct (19)    Conveyor (20)    Central axis/auger reactor (21)    Closure system (22)    Motor gear (23)    Entry of carrier gas (24)    Casing (25, 29)    Solids outlet duct (26)    Solid cooler (27)    Inner housing (28)    Baffles (30)    Pipe/thermal fluid access (31)    Closure system (32)    House (33)