NOVELTY - Processing excess sludge for solar thermal radiation oxygen-enriched fermentation comprises mixing solid and liquid wastes, livestock breed manure and dried admixture; thermal radiation oxygen-enriched fermentation; and blending and packaging.    USE - The method is used for processing excess sludge for solar thermal radiation oxygen-enriched fermentation (claimed).    ADVANTAGE - The method above is suitable for processing the sludge generated by city and town wastewater treatment plants, the undersized cultivate excrement, the solid wastes from farm production and gardens and other excess sludge.    DETAILED DESCRIPTION - Processing excess sludge for solar thermal radiation oxygen-enriched fermentation comprises (a) mixing solid and liquid wastes, livestock breed manure and dried admixture in the mass ratio of 8:1:1-7:1:2; (b) thermal radiation oxygen-enriched fermentation: fermenting the materials above; conveying the mixture materials to a fermentation groove (1) of a processing plant; using the solar as the external hot supply source of the fermentation and warming, and filling mixed gas with oxygen container amount greater than 40% into a fermentation material pile (7) to warm the material quickly so as to aerobically ferment and rotten; making the materials in the oxygen-enriched state all the time via power mechanical stirring in the fermentation process of material till the water containing rate of the material reduces to be less than 30%, where the fermentation temperature is kept at 50-70 degrees C, and the fermentation time is 7-10 days; and (c) blending the materials above with other nutrient additives, prilling and packaging to get the feather organic fertilizer aiming to different purpose. An INDEPENDENT CLAIM is a processing system for processing excess sludge for solar thermal radiation oxygen-enriched fermentation, comprises a four-direction stirring and blending device, the fermentation groove (1) for holding the fermentation material pile (7), a mixing machine and a packaging machine which are arranged in order; the fermentation groove (1) is located in a solar plate thermal radiation region (6), and passages for the flow of air and steam are arranged in the region; rails (17) are arranged at both sides of the fermentation groove (1), and a material turning machine (2) is arranged on the rail.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a processing system for solar thermal radiation oxygen-enriched fermentation of excess sludge.    Fermentation groove (1)    Material turning machine (2)    Solar plate thermal radiation region (6)    Rail (17)