(WO9902761-A1)      Electrolysis plant composed of a number of membrane cells (2) made up of membranes (4) coated with electrically conducting material which are in contact with plates (5). These plates contain flow paths for the electrolyte (water) and generated gas. The coating is also connected to a computer that calculates the decay time after power across a membrane has been switched off.    USE -   Electrolytic production of hydrogen from water, particularly for use in nuclear reactors.    ADVANTAGE -   High production rates under especially safe conditions. A compact assembly.    (EP932708-A1)      Electrolysis plant composed of a number of membrane cells (2) made up of membranes (4) coated with electrically conducting material which are in contact with plates (5). These plates contain flow paths for the electrolyte (water) and generated gas. The coating is also connected to a computer that calculates the decay time after power across a membrane has been switched off.    USE -   Electrolytic production of hydrogen from water, particularly for use in nuclear reactors.    ADVANTAGE -   High production rates under especially safe conditions. A compact assembly.    (US6071386-A)      Electrolysis plant composed of a number of membrane cells (2) made up of membranes (4) coated with electrically conducting material which are in contact with plates (5). These plates contain flow paths for the electrolyte (water) and generated gas. The coating is also connected to a computer that calculates the decay time after power across a membrane has been switched off.    USE -   Electrolytic production of hydrogen from water, particularly for use in nuclear reactors.    ADVANTAGE -   High production rates under especially safe conditions. A compact assembly.    (JP2001500194-W)      Electrolysis plant composed of a number of membrane cells (2) made up of membranes (4) coated with electrically conducting material which are in contact with plates (5). These plates contain flow paths for the electrolyte (water) and generated gas. The coating is also connected to a computer that calculates the decay time after power across a membrane has been switched off.    USE -   Electrolytic production of hydrogen from water, particularly for use in nuclear reactors.    ADVANTAGE -   High production rates under especially safe conditions. A compact assembly.