NOVELTY - The method for recovery and splitting of ammonia from media, which are loaded with ammonia, with an ammonia splitting device (2), a cleaning filter (3, 3') and a gas separation device (4), comprises flowing the media through a filtering device, and supplying the media to the ammonia splitting device and then supplying to the gas separation device after splitting the ammonia, where the individual gas types are separately and subsequently fed to the suitable storage media (7, 8, 9, 10, 11). The splitted gas mixture is separated into its main components of nitrogen and hydrogen.    USE - Method for recovery and splitting of ammonia from media, and useful during hardening of steels and in semiconductor industry, where the ammonia gas is useful for powering fuel cells and for supplying heating sources with certain gas burners.    ADVANTAGE - The method is capable of effectively and simply recovering and splitting the ammonia from the media with high quality.    DETAILED DESCRIPTION - The method for recovery and splitting of ammonia from media, which are loaded with ammonia, with an ammonia splitting device (2), a cleaning filter (3, 3') and a gas separation device (4), comprises flowing the media through a filtering device, and supplying the media to the ammonia splitting device and then supplying to the gas separation device after splitting the ammonia, where the individual gas types are separately and subsequently fed to the suitable storage media (7, 8, 9, 10, 11). The splitted gas mixture is separated into its main components of nitrogen and hydrogen in the gas separation device and is fed and stored to the respective containers provided for it. The splitting device is operated at a temperature of 950-1000 degrees C. The collected and prepared gas is fed to a split tube, whose materials are heat- and acid-resistant. The ammonia-containing mixing gas in the split tube is fed to a nickel-containing catalyst at a process temperature of 950-1000 degrees C. The liquid ammonia is fed to an evaporator, which transfers the liquid ammonia into gaseous state. A filter system is arranged upstream and downstream to the splitting device and cleans the gas mixture from identified and loaded impurities. A dew-point sensor and an oxygen sensor are arranged and switched between the splitting device and the filter. The splitted gases (nitrogen/hydrogen) is cooled and then cleaned after the splitting process. The quality of the gases is monitored using the dew-point sensor and an oxygen measuring probe. The gas separation device is arranged and switched behind the particle filtering device. An INDEPENDENT CLAIM is included for a system for recovery and splitting of ammonia from media.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of a system for recycling and splitting of ammonia (Drawing includes non-English language text).    System (1)    Ammonia splitting device (2)    Cleaning filter (3, 3')    Gas separation device (4)    Storage media. (7, 8, 9, 10, 11)