NOVELTY - Producing algae generated lipids, involves introducing water solution into a tank (12) to a predetermined depth; applying an electrolysis charge to the water solution sufficient to result in the separation of lipids from the algae, where the tank has a lipid port (16) configured at a depth to remove only a floating layer of the lipids without removing substantial water, the tank has a drain (18) near the lowest point adapted to discharge accumulated sediment, the tank has a vent (14) near the highest point adapted to collect gasses produced by reactions inside tank.    USE - For making algae generated lipids which are used to produce bio-fuel, lubricant, fuel, fertilizer, animal feed (claimed), bio-diesel, aviation jet fuel, bio-kerosene and heating oil.    ADVANTAGE - The method inspires a direct output of lipids for bio-diesel fuel and a significant raw algae yield which can be further processed into additional bio-fuel and other valuable resources; reduces our dependence on foreign oil and the negative impact on the environment produced by conventional fossil fuels; provides water based algae growing mediums which does not cause any significant pollution or deleterious environmental effects; and produces large volumes of lipids and triglycerides. The system is inexpensive to manufacture and maintain while retaining its effectiveness; and generates massive raw algae biomass output that can be directly utilized as an agent for efficiently cleaning up oil spills.    DETAILED DESCRIPTION - Producing algae generated lipids, involves introducing water solution into a tank (12) to a predetermined depth, where the water solution has integrated into it a predetermined quantity of naturally occurring algae; applying an electrolysis charge to the water solution sufficient to result in the separation of lipids from the algae, where the tank has a lipid port (16) configured at a depth to remove only a floating layer of the lipids without removing substantial water, the tank has a drain (18) near the lowest point adapted to discharge accumulated sediment, the tank has a vent (14) near the highest point adapted to collect gasses produced by reactions inside the tank, and the lipid port in liquid communication with a separator device to further isolate the lipid from any remaining water solution. An INDEPENDENT CLAIM is included for a device to produce bio-fuel comprising a tank, a separator and a refiner, where the tank contains a solution of water and naturally occurring algae and is subjected to an electrolytic charge, the electrolytic charge is sufficient to separate the algae from its constituent lipids, the lipids are extracted from the tank and further separated from the water solution and any other unwanted byproducts, and the extracted lipids are further refined into a bio-fuel.    DESCRIPTION OF DRAWING(S) - The figure shows a perspective view of an electrolysis reaction tank.    Tank (12)    Vent (14)    Port (16)    Drain (18)    Plates (24)