(FR2721691-A1)      Solid municipal waste is treated by gasification. Solid waste (F) is placed in a reactor with gasification agents (L and W) contg. oxygen. Solid (R) and gaseous (G) prods. are removed from the reactor after the waste has been heated and dried (5), pyrolysed (6), burnt or oxidised (7) and cooled (8). The temp. within the reactor is maintained at 700-1400 C by adjusting the feed streams, within a range of A of 0.1-4.0, where A = ab/c. (a = mass fraction of oxygen in the gasification agent, b = mass fraction of non-combustibles in the solid feed; and c = mass fraction of combustibles in the solid feed)    USE -   The method is used for the disposal of solid municipal wastes contg. vegetable matter, paper wood, textiles, metal, rubber, glass, sand, etc..    ADVANTAGE -   Solid wastes are quickly and efficiently gasified, producing a large quantity of combustible gas with a high energy yield.    (RU2079051-C1)      Solid municipal waste is treated by gasification. Solid waste is placed in a reactor with gasification agents contg. oxygen. Solid and gaseous prods. are removed from the reactor after the waste has been heated and dried, pyrolysed, burnt or oxidised and cooled. The temp. within the reactor is maintained at 700-1400 deg.C by adjusting the feed streams, within a range of A of 0.1-4.0, where A = ab/c. (a = mass fraction of oxygen in the gasification agent, b = mass fraction of non-combustibles in the solid feed; and c = mass fraction of combustibles in the solid feed)    USE -   The method is used for the disposal of solid municipal wastes contg. vegetable matter, paper wood, textiles, metal, rubber, glass, sand, etc.    ADVANTAGE -   Solid wastes are quickly and efficiently gasified, producing a large quantity of combustible gas with a high energy yield.    (EP851906-A1)      Solid municipal waste is treated by gasification. Solid waste (F) is placed in a reactor with gasification agents (L and W) contg. oxygen. Solid (R) and gaseous (G) prods. are removed from the reactor after the waste has been heated and dried (5), pyrolysed (6), burnt or oxidised (7) and cooled (8). The temp. within the reactor is maintained at 700-1400 C by adjusting the feed streams, within a range of A of 0.1-4.0, where A = ab/c. (a = mass fraction of oxygen in the gasification agent, b = mass fraction of non-combustibles in the solid feed; and c = mass fraction of combustibles in the solid feed)    USE -   The method is used for the disposal of solid municipal wastes contg. vegetable matter, paper wood, textiles, metal, rubber, glass, sand, etc..    ADVANTAGE -   Solid wastes are quickly and efficiently gasified, producing a large quantity of combustible gas with a high energy yield.