(BE1008464-A3)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.    (JP10501878-W)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.    (US5762010-A)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.    (EP766721-B1)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.    (RU2130959-C1)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.    (CN1152931-A)      The method of thermally processing waste with a high calorific value with any deg. of humidity comprises: (a) placing the waste in a flow of hot, heat-resistant, heat-exchanging material which is hotter that 100 C; which cools and dries as a result of heat exchange; (b) heating the evaporated and non-evaporated waste components; (c) separating the cooled heat-exchanging material from the dried components; (d) joining at least a part of the dried components with at least a part of the sepd. heat-exchanging material and heating before being used to dry the waste (a granulated material is used as heat-exchanging material); (e) separating the dried waste components from the granulated material, mixing with only a part of the sepd., cooled granulated material and pyrolysing; and (f) cooling the rest of the sepd., cooled granulated material and mixing directly with the granulated material heated by pyrolysis. The thus obtd. mixt. is used to dry the fresh waste.    Also claimed is a device for processing waste with a calorific value.    USE -   The method is used for thermally processing waste with high calorific value and any deg. of humidity.    ADVANTAGE -   The process has high thermal efficiency and a max. utilisation of the processed waste, which is ecologically sound, and cheap to operate over a long period.