NOVELTY - Vertical chamber electrolyzer booster (VCEB) comprises a fluid filled chamber, input and output gas piping, mechanical assembly, and electric generator. The input and output gas piping is equipped with valves and pressure regulators. The mechanical assembly is used to produce rotational motion. The input gas is released under a fluid inside the chamber. The buoyant force of the released gas brings a mechanical assembly, preferably a turbine into rotational motion.    USE - For generating electricity by the hydrolysis of water to form hydrogen and oxygen.    ADVANTAGE - The equipment reduces the electrical energy requirement to produce hydrogen gas by water electrolysis, can be attached to existing electrolyzers without modifying the existing electrolyzer, and provides simple method of energy saving by controlled release of hydrogen and oxygen gas in two separate chambers filled with liquid. The equipment does not produce any by-product, can be used at any location where an electrolyzer can be operated, will work any time and is not influence by conditions of nature, does not require investment, produces large quantities and does not require any high-tech expensive production line or materials.    DETAILED DESCRIPTION - VCEB comprises a fluid filled chamber, input and output gas piping, mechanical assembly, and electric generator. The input and output gas piping is equipped with valves and pressure regulators. The mechanical assembly is used to produce rotational motion. The input gas is released under a fluid inside the chamber. The buoyant force of the released gas brings a mechanical assembly, preferably a turbine into rotational motion. The rotation motion in turn will drive an electric generator to produce electric energy. The generated electrical energy is loaded to a secondary electrolyzer or primary gas source equipment to produce additional quantities of gases or boost gas production, respectively. The produced additional quantity of gases is loaded back to the booster equipment to boost increased electrical energy generation.    DESCRIPTION OF DRAWING(S) - The figure shows assembled VCEB unit utilizing turbine blades.    Chamber housing (1)    Chamber cover (2)    Gas input pipe (4)    Turbine axel (6)    Pressure seal (12)