NOVELTY - The system comprises a conduit (12) for growing algae cells (14) with high oil content, an algae separator (28) present in fluid communication with the conduit for removing the algae cells from remaining effluence that is a byproduct, a device for lysing the algae cells removed from the conduit to unbind oil within the algae cells, an oil separator (34) for withdrawing the oil from remaining cell matter that is a byproduct, and a reactor for receiving the oil from the oil separator and for synthesizing biofuel and glycerin from the oil, where the glycerin is a byproduct.    USE - The system is useful for processing biofuel such as biodiesel from microalgae.    ADVANTAGE - The system is capable of simply, effectively and economically processing the biofuel from the microalgae with high quality and throughput, and recycles the byproducts of the process for use as nutrients during algae growth and oil production.    DETAILED DESCRIPTION - The system comprises a conduit (12) for growing algae cells (14) with high oil content, an algae separator (28) present in fluid communication with the conduit for removing the algae cells from remaining effluence that is a byproduct, a device for lysing the algae cells removed from the conduit to unbind oil within the algae cells, an oil separator (34) for withdrawing the oil from remaining cell matter that is a byproduct, a reactor for receiving the oil from the oil separator and for synthesizing biofuel and glycerin from the oil, where the glycerin is a byproduct, a unit for recycling a byproduct through the input port to the conduit to support growth of algae cells with high oil content, and a unit for hydrolyzing the remaining cell matter to reduce the biopolymers to smaller subunits. The conduit comprises an input port, a first conduit section formed in a chemostat (18) for growing algae cells in the first conduit section, a second conduit section formed in a plug flow reactor (22) for increasing the oil content of the algae cells in the second conduit section. The first conduit section includes a first input port. The second conduit section includes a second input port. The algae separator has an outlet that is present in fluid communication with the input port of the conduit for recycling the remaining effluence to the conduit or the first and second conduit sections to support growth of high oil content algae cells. The reactor has an exit that is present in fluid communication with the first input port of the conduit for recycling the glycerin to the conduit to support growth of high oil content algae cells. The oil separator has an outlet that is present in fluid communication with the first input port of the conduit for recycling the remaining cell matter to the conduit or the first conduit section to support growth of high oil content algae cells. The remaining cell matter includes biopolymers. The hydrolyzing unit is interconnected between the outlet of the separator and the input port of the conduit. An INDEPENDENT CLAIM is included for a method of processing oil from algae.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a system for processing oil from algae.    Conduit (12)    Algae cells (14)    Chemostat (18)    Plug flow reactor (22)    Algae separator (28)    Oil separator. (34)