(DE19807539-A1)   NOVELTY - Comminuted waste is separated, preparing a fraction suitable for thermal treatment. It is stabilized biologically, breaking down organic material. A richly-carbonaceous fraction graded up to a limiting size, is used as fuel, or is landfilled. The fuel is incinerated or gasified, especially in a fluidized bed plant. The energy is preferably exploited in a power generation plant.    USE - To dispose of wastes, e.g. domestic, containing carbonaceous materials.    ADVANTAGE - This process is intentionally simple, and allows the energy content of the waste to be exploited, with plant of minimal cost. Consumption of conventional fuels is reduced. Suggested applications for the gas produced, include supplementary firing in cement works and power stations, as a synthesis gas in methanol production, and as carbon substitute in steel works.    (DE19807539-C2)   NOVELTY - Comminuted waste is separated, preparing a fraction suitable for thermal treatment. It is stabilized biologically, breaking down organic material. A richly-carbonaceous fraction graded up to a limiting size, is used as fuel, or is landfilled. The fuel is incinerated or gasified, especially in a fluidized bed plant. The energy is preferably exploited in a power generation plant.    USE - To dispose of wastes, e.g. domestic, containing carbonaceous materials.    ADVANTAGE - This process is intentionally simple, and allows the energy content of the waste to be exploited, with plant of minimal cost. Consumption of conventional fuels is reduced. Suggested applications for the gas produced, include supplementary firing in cement works and power stations, as a synthesis gas in methanol production, and as carbon substitute in steel works.    (EP1053058-A1)   NOVELTY - Comminuted waste is separated, preparing a fraction suitable for thermal treatment. It is stabilized biologically, breaking down organic material. A richly-carbonaceous fraction graded up to a limiting size, is used as fuel, or is landfilled. The fuel is incinerated or gasified, especially in a fluidized bed plant. The energy is preferably exploited in a power generation plant.    USE - To dispose of wastes, e.g. domestic, containing carbonaceous materials.    ADVANTAGE - This process is intentionally simple, and allows the energy content of the waste to be exploited, with plant of minimal cost. Consumption of conventional fuels is reduced. Suggested applications for the gas produced, include supplementary firing in cement works and power stations, as a synthesis gas in methanol production, and as carbon substitute in steel works.