NOVELTY - The hydrogen production installation comprises incinerator (1) of industrial or household wastes, a generator (2) to produce water vapor, a turbo-alternator (3) fed with water stream, and an electrolyzer (6) fed with electricity by the turbo-alternator to provide the hydrogen. A storage tank (7) is connected to the electrolyzer for feeding the hydrogen under pressure. A hydrogen distribution station is present close to the installation. The hydrogen produced by the electrolyzer feeds a hydrogen network. The storage tank is directly connected to the electrolyzer.    USE - The installation is useful: for producing hydrogen, which is useful in urban vehicles and a fuel cell; and in a township (all claimed) for recovery of wastes and reducing emissions of greenhouse gases, where the urban vehicles include trucks, buses, light road vehicles or public transport vessels.    ADVANTAGE - The installation ensures economical and rapid production of hydrogen with less consumption of energy and good quality that is compatible with the fuel cell, and allows safe and easy transportation of hydrogen and disposal of wastes without any environmental impact.    DETAILED DESCRIPTION - The hydrogen production installation comprises incinerator (1) of industrial or household wastes, a generator (2) to produce water vapor, a turbo-alternator (3) fed with water stream, and an electrolyzer (6) fed with electricity by the turbo-alternator to provide the hydrogen. A storage tank (7) is connected to the electrolyzer for feeding the hydrogen under pressure. A hydrogen distribution station is present close to the installation. The hydrogen produced by the electrolyzer feeds a hydrogen network. The storage tank is directly connected to the electrolyzer, and feeds the distribution stations with hydrogen by a compressor (8). The electrolyzer feeds an incineration grid of incinerator by oxygen, and is used for alkaline electrolysis and for acid electrolysis having solid electrolyte with proton exchange membranes.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic block diagram of a hydrogen production installation.    Incinerator (1)    Generator (2)    Turbo-alternator (3)    Electrolyzer (6)    Storage tank (7)    Compressor. (8)