NOVELTY - A system comprises: consortium of algae strains, where each strain of algae cells in the consortium has a unique characteristic, and where the characteristic is resistant to a particular operational/environmental factor; conduit for growing algae cells in consortium with high oil content; algae separator in fluid communication with conduit for removing algae cells from remaining effluence, with remaining effluence being byproduct; device for lysing the algae cells; oil separator for withdrawing the oil from remaining cell matter, with the remaining cell matter being a byproduct.    USE - For processing oil from algae (claimed).    ADVANTAGE - The system recycles byproducts of the process for use as nutrients during algae growth and oil production. The algae separator, oil separator and biofuel reactor all recycle byproducts back to the conduit to support further algae growth. The system is a cost efficient system for using a consortium of algae strains in an outdoor algae system that will increase the range of acceptable environmental conditions for algae growth, and improve the productivity of algae growth in the system. The system provides high oil content that is simple to implement, easy to use, and comparatively cost effective. The system is provided for efficiently processing oil from algae; recycles byproducts of the process for use as nutrients to support algae cell growth and the cellular production of oil.    DETAILED DESCRIPTION - A system comprises: consortium of algae strains, where each strain of algae cells in the consortium has a unique characteristic, and where the characteristic is resistant to a particular operational/environmental factor; a conduit for growing algae cells in the consortium with high oil content, where the conduit has an input port; algae separator in fluid communication with the conduit for removing the algae cells from a remaining effluence, with the remaining effluence being a byproduct; device for lysing the algae cells removed from the conduit to unbind oil within the algae cells; an oil separator for withdrawing the oil from remaining cell matter, with the remaining cell matter being a byproduct; optionally reactor for receiving the oil from the oil separator and for synthesizing biofuel and glycerin from the oil, with the glycerin being a byproduct; and optionally a device for recycling at least one byproduct through the input port to the conduit to support growth of algae cells with high oil content. An INDEPENDENT CLAIM is included for processing (M1) oil from algae involving: providing a consortium of algae strains, where each strain of algae cells in the consortium has a unique characteristic, and where the characteristic is resistant to a particular operational/environmental factor; growing algae cells of the consortium with high oil content in a conduit; removing the algae cells from the conduit, with the remaining effluence being a byproduct of the removing step; lysing the algae cells removed from the conduit to unbind oil within the algae cells; withdrawing the oil from remaining cell matter, with the remaining cell matter being a byproduct of the lysing step; synthesizing biofuel and glycerin from the withdrawn oil, with the glycerin being a byproduct of the synthesizing step; and recycling at least one byproduct to the conduit to support growth of algae cells with high oil content.