Reduce energy consumption and emissions in the production of asphalt mixtures requires the reduction of production temperatures, which tend to affect the performance of it, for this reason the objective of this research is to present the laboratory results obtained from the physical characterization of asphalt binders with different percentages of additive CECABASE Rr® to produce warm mix asphalt with the same performance that a hot mix asphalt, providing solutions to national environmental issues, achieving reductions in the production and compaction temperatures up to 40 o C, thus providing significant savings in energy production, making progress in the protection of the environment, improving the working conditions of workers and maintaining the performance of the mixture. This workbegan with the aim of evaluating the modified binder with this chemical additive, no changes were observed in physical properties, so it was decided to introduce the mixtures subject, in order to verify the reduction of mixing and compaction temperatures, a MOC-2 asphalt mixture (a kind of dense graded asphalt used in Colombia), was modified with 0.4% of CECABASE RT®, the mixture was compacted in the Superpave gyratory compactor and characterized by the moisture sensitivity test, the indirect tensile strength results showed that the warm mix asphalt had the same performance than a hot mix asphalt, concluding that there is no variation in the physical characteristics of the binder with the addition of the additive, however achieves the reduction of temperature.