NOVELTY - Making biofuels, comprises dewatering intact algal cells, adding a first solvent set fraction to the algal biomass, separating a first solid biomass fraction, combining the first solid biomass fraction with a second solvent set fraction, separating a second solid biomass fraction, combining the second solid biomass fraction with a third solvent set solvent fraction, separating a third solid biomass fraction, esterifying neutral lipids, separating water miscible fractions, obtaining e.g. 16C/shorter fuel esters fractions, and hydrogenating and deoxygenating e.g. the 16C/shorter fuel esters.    USE - The method is useful for making biofuels (claimed), and nutritional products. The method is useful for extracting coproducts comprising proteinaceous material, chlorophyll and carotenoids of lipids from oleaginous material.    ADVANTAGE - The method provides biofuels with high purity feed, and possesses a low metal content, and enhancing stability of the lipid fraction, and reducing subsequent processing steps.    DETAILED DESCRIPTION - Making biofuels, comprises: dewatering intact algal cells to make an algal biomass; adding a first solvent set fraction to the algal biomass in a ratio of 1 part solvent set to 1 part algal biomass by weight; separating a first solid biomass fraction from a first liquid fraction comprising proteins; combining the first solid biomass fraction with a second solvent set fraction in a ratio of 1 part solvent set to 1 part solid biomass by weight; separating a second solid biomass fraction from a second substantially liquid fraction comprising polar lipids; combining the second solid biomass fraction with a third solvent set solvent fraction in a ratio of 1 part solvent set to 1 part solid biomass by weight; separating a third solid biomass fraction from a third substantially liquid fraction comprising neutral lipids, where the third substantially solid biomass fraction comprises carbohydrates, the first liquid fraction has a higher protein concentration than the second and third liquid fractions, the second liquid fraction has a higher polar lipids concentration than the first and third liquid fractions, and the third liquid fraction has a higher neutral lipids concentration than the first and second liquid fractions, and the algal cells of the third solid biomass fraction are intact; esterifying the neutral lipids, where esterifying is catalyzed by an acid, a base or an enzyme to generate a water miscible fraction comprising glycerin from a water immiscible fraction comprising fuel esters, carotenoids, and omega -3 fatty acids; separating a water miscible fraction comprising glycerin from a water immiscible fraction comprising fuel esters, carotenoids, and omega -3 fatty acids; obtaining a 16C or shorter fuel esters fraction, a 16C or longer fuel ester fraction and a residue comprising carotenoids and omega -3 fatty acids by at least one of vacuum distillation, adsorption, and liquid-liquid extraction; and hydrogenating and deoxygenating at least one of the 16C or shorter fuel esters to obtain a jet fuel blend stock and the 16C or longer fuel esters to obtain a diesel blend stock.