(DE19637195-A1)      Process for operating a high temp. reactor for treating disposable material, e.g. industrial and household waste, comprises thermally treating the material, and passing via a charging point into the reactor. A loose gasifying bed is formed, in which the inorganic and organic components are melted and gasified and then homogenised. Above the charging site, the gaseous products are then subjected to high temp. treatment with addition of oxygen to form and stabilise the synthesis gas. The novelty is that water-cooled oxygen lances are used in the high temp. treatment, in which at least two lances are arranged below the charging sites so that they promote the flow direction of the material to be charged. At least two water-cooled lances are arranged above the charging site so that the flow of the increasing gaseous products is limited.    USE -   Used for treating household and industrial waste.    ADVANTAGE -   The quality of the mineral products is improved.    (JP9314100-A)      Process for operating a high temp. reactor for treating disposable material, e.g. industrial and household waste, comprises thermally treating the material, and passing via a charging point into the reactor. A loose gasifying bed is formed, in which the inorganic and organic components are melted and gasified and then homogenised. Above the charging site, the gaseous products are then subjected to high temp. treatment with addition of oxygen to form and stabilise the synthesis gas. The novelty is that water-cooled oxygen lances are used in the high temp. treatment, in which at least two lances are arranged below the charging sites so that they promote the flow direction of the material to be charged. At least two water-cooled lances are arranged above the charging site so that the flow of the increasing gaseous products is limited.    USE -   Used for treating household and industrial waste.    ADVANTAGE -   The quality of the mineral products is improved.    (DE19637195-C2)      Process for operating a high temp. reactor for treating disposable material, e.g. industrial and household waste, comprises thermally treating the material, and passing via a charging point into the reactor. A loose gasifying bed is formed, in which the inorganic and organic components are melted and gasified and then homogenised. Above the charging site, the gaseous products are then subjected to high temp. treatment with addition of oxygen to form and stabilise the synthesis gas. The novelty is that water-cooled oxygen lances are used in the high temp. treatment, in which at least two lances are arranged below the charging sites so that they promote the flow direction of the material to be charged. At least two water-cooled lances are arranged above the charging site so that the flow of the increasing gaseous products is limited.    USE -   Used for treating household and industrial waste.    ADVANTAGE -   The quality of the mineral products is improved.    (US5960722-A)      Process for operating a high temp. reactor for treating disposable material, e.g. industrial and household waste, comprises thermally treating the material, and passing via a charging point into the reactor. A loose gasifying bed is formed, in which the inorganic and organic components are melted and gasified and then homogenised. Above the charging site, the gaseous products are then subjected to high temp. treatment with addition of oxygen to form and stabilise the synthesis gas. The novelty is that water-cooled oxygen lances are used in the high temp. treatment, in which at least two lances are arranged below the charging sites so that they promote the flow direction of the material to be charged. At least two water-cooled lances are arranged above the charging site so that the flow of the increasing gaseous products is limited.    USE -   Used for treating household and industrial waste.    ADVANTAGE -   The quality of the mineral products is improved.    (EP790291-B1)      Process for operating a high temp. reactor for treating disposable material, e.g. industrial and household waste, comprises thermally treating the material, and passing via a charging point into the reactor. A loose gasifying bed is formed, in which the inorganic and organic components are melted and gasified and then homogenised. Above the charging site, the gaseous products are then subjected to high temp. treatment with addition of oxygen to form and stabilise the synthesis gas. The novelty is that water-cooled oxygen lances are used in the high temp. treatment, in which at least two lances are arranged below the charging sites so that they promote the flow direction of the material to be charged. At least two water-cooled lances are arranged above the charging site so that the flow of the increasing gaseous products is limited.    USE -   Used for treating household and industrial waste.    ADVANTAGE -   The quality of the mineral products is improved.