Abstract: The present invention refers to a process to obtain a lycopene-enriched formulation free of organic solvents that comprises: (a) mixing a lycopene source with an extractant lipid, and (b) separating the lipidic phase obtained in step (a) to obtain the lycopene-enriched formulation free of organic solvents; in which the mixture in step (a) is carried out in the absence of organic solvents. The invention also refers to the formulations obtained in this way and to compositions that comprise them. These formulations and compositions have antioxidant properties and are useful to manufacture nutraceutical, cosmetic, pharmaceutical or food products.

Abstract: The present invention refers to a process to obtain a lycopene-enriched formulation free of organic solvents that comprises: (a) mixing a lycopene source with an extractant lipid, and (b) separating the lipidic phase obtained in step (a) to obtain the lycopene-enriched formulation free of organic solvents; in which the mixture in step (a) is carried out in the absence of organic solvents. The invention also refers to the formulations obtained in this way and to compositions that comprise them. These formulations and compositions have antioxidant properties and are useful to manufacture nutraceutical, cosmetic, pharmaceutical or food products.

Abstract: The procedure concerns placing into contact a lycopene source with a supercritical fluid under conditions that permit the solubilisation of lycopene in this supercritical fluid and to separate the lycopene concentrate by depressurisation of the supercritical fluid loaded with lycopene. When the depressurisation is carried out at pressures below 10 MPa, an oleoresin is obtained and when it is performed at pressures above this an extract is obtained, both of which are rich in lycopene free of organic solvents. The concentrate and the compositions it comprises have antioxidant properties and are useful for elaborating food products, cosmetics and pharmaceutical and nutraceutical products.