NOVELTY - The process for producing liquid hydrocarbons by cleavage of carbon and hydrogen molecules, comprises milling of raw material such as biomass, hospital waste and urban solid waste, and shearing and friction of the material with exothermic elements to increase the temperature and produce a molecular breakage. Rise of the temperature of raw material is conditioned and controlled for eliminating water by heat exchangers. The raw material that is not hydrated undergoes a controlled temperature rise to homogenize the whole mixture at the same viscosity for its uniform flow.    USE - The process is useful for producing liquid hydrocarbons by cleavage of carbon and hydrogen molecules (claimed).    ADVANTAGE - The process can able to convert the initial raw material into a fuel of easy valuation and application, and reduces pollution and harness natural resources.    DETAILED DESCRIPTION - The process for producing liquid hydrocarbons by cleavage of carbon and hydrogen molecules, comprises milling of raw material such as biomass, hospital waste and urban solid waste, and shearing and friction of the material with exothermic elements to increase the temperature and produce a molecular breakage. Rise of the temperature of raw material is conditioned and controlled for eliminating water by heat exchangers. The raw material that is not hydrated undergoes a controlled temperature rise to homogenize the whole mixture at the same viscosity for its uniform flow. Acknowledging and quantifying of active chemical substances and inorganic molecules bonded to carbon and hydrogen chains take place to obtain controlled temperature by the friction of reactants and friction in an exothermic process. Main chamber and circuits of turbines are fed with oil formed by liquid saturated hydrocarbons, at controlled temperatures, which are conduct agents of raw material and reactants. Inlet of raw material flow is carried out by self-vacuuming of the turbine that causes the physical/mechanical shearing process, decrease of particle size (20 microns) friction of reactants and increase of temperature. The physical/mechanical conditions cause the reaction and neutralization of chemically active substances, both free or linked to their chains. Obtaining both light hydrocarbons (as vapor) and heavy hydrocarbons (as liquids) at the turbine exit. The molecule is composed by carbon and hydrogen, however saturated and chemically stable, undergoing kinetic strengths and friction with reactants.    DESCRIPTION OF DRAWING(S) - The drawing shows a different perspective view of a small plant.