Abstract: Process to obtain liquid hydrocarbons by cleavage of molecules containing carbon and hydrogen using materials with chemical waste, textile waste, biomass and whatever kind, being the same milled by a reactor and transferred to the reactor, increasing its temperatures to eliminate water, there is application of kinetic energy and friction with selected reactants to cleave the chains and separate the above mentioned elements and restructure the long or short chains to obtain the selected hydrocarbons by distillation and condensation.

Abstract: Process to obtain liquid hydrocarbons by cleavage of carbon and hydrogen molecules using materials with chemical waste, textile waste, biomass and whatever kind, being the same milled by a turbine and transferred to the main chamber, increasing its temperatures to eliminate water, there is application of kinetic energy and friction with selected reactants to cleave the chains and separate the above mentioned elements and restructure the long or short chains to obtain the selected hydrocarbons by distillation and condensation.