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An electrolysis system to be used in a salt-water application at a predetermined depth. The electrolysis system comprises two cylindrical tanks that are connected by an ionic bridge. Enclosed within each tank are turbine assemblies attached to a generator by a shaft. An anode coil is secured to one

An electrolysis system to be used in a salt-water application at a predetermined depth. The electrolysis system comprises two cylindrical tanks that are connected by an ionic bridge. Enclosed within each tank are turbine assemblies attached to a generator by a shaft. An anode coil is secured to one tank near the bottom and a cathode coil is secured to the other tank near its bottom. Electricity is supplied from an external source to power said anode and cathode coils. Once electrolysis starts to occur, oxygen and hydrogen gas emit and travel towards the top of their respective tanks. As the respective gases pass their respective valves, they turn their respective turbines, which enable their respective generators. Once the generators are providing sufficient power for the anode and cathode coils to perform electrolysis, the external power supply is disconnected. Oxygen and hydrogen is then stored.

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1. An electrolysis system, comprising:A) a platform assembly having first and second ends floating on a body of saltwater, said platform assembly having winch assemblies at said first and second ends to winch first and second cables, said platform assembly further having first and second storage tan

1. An electrolysis system, comprising:A) a platform assembly having first and second ends floating on a body of saltwater, said platform assembly having winch assemblies at said first and second ends to winch first and second cables, said platform assembly further having first and second storage tanks fixedly secured to store oxygen and hydrogen gas respectively; B) a stabilizing assembly to stabilize said platform assembly on said body of saltwater, C) a pulley assembly having first and second pulleys on said first and second cables respectively, said pulley assembly having an anchor in said body of saltwater; and D) an electrolysis tank assembly having first and second cylindrical tanks secured between said first and second pulleys, said first and second cylindrical tanks connected to one another by an ionic bridge, said first cylindrical tank having an anode coil connected to an external power supply from said platform assembly and said second cylindrical tank having a cathode coil connected to said external power supply, said first and second cylindrical tanks each having a generator and at least one turbine assembly connected to each other by a shaft. 2. The electrolysis system set forth in claim 1, having means to produce said oxygen and hydrogen gas with electrolysis, wherein said electrolysis tank assembly is positioned at a predetermined depth within said body of saltwater, said external power supply initiates operation of said anode and cathode coils as an electrical current is applied creating said oxygen and hydrogen gas respectively, said oxygen and hydrogen gas in their respective said first and second cylindrical tanks travel through said at least one turbine assembly turning said generator with said shaft, said generator producing sufficient said electrical current for said electrolysis to disengage said external power supply, and said oxygen and hydrogen gas stored in said first and second storage tanks.3. The electrolysis system set forth in claim 2, further comprising at least one collector assembly fixedly secured to said first and second cables, said at least one collector assembly having a generally rectangular frame assembly, said frame assembly having a weighted bag removably secured thereon.4. The electrolysis system set forth in claim 3, having means to collect ionic constituents in said weighted bag present in said body of saltwater with gravity, when said rectangular frame assembly is positioned below said pulley assembly.5. The electrolysis system set forth in claim 4, wherein said platform assembly further comprises first and second vacuums to vacuum said ionic constituents from said weighted bag when said collector assembly is at said first or second ends.6. The electrolysis system set forth in claim 5, wherein said weighted bag has a vacuum hose that connects to said first and second vacuums.7. The electrolysis system set forth in claim 6, wherein said first and second cables have a net secured onto one end of said rectangular frame assembly to prevent said weighted bag from becoming entangled with said first and second cables.