(FR2745726-A1)      The assembly to process vegetable and/or animal organic waste, for conversion into new industrial products, has a reactor to give a combined bio-mechanical hydrolysis action, with sterilising and dehydrating, has an outer housing (41) and an inner housing (42) to take the material. It contains a kneading rotor (43) driven by a motor (430), a material feed channel and a gas extraction channel (465), and at least one gas injection channel (410,800). An initial heating system (450) has an assembly of channels (415-417,419,420,424) to heat the interior of the inner housing by circulation round the walls, using a gas or fluid heat carrier with the temperature set by the heating system (450). A second heating system circulates a fluid heat carrier along the interior of the rotor (43). A third heating system injects a flow of gas or air into the inner housing (42) through a port (410) at the upper section of the housing.    USE -   The assembly is used for processing waste matter from abattoirs, to be converted into industrial products.    ADVANTAGE -   The operation breaks down the material in an automatic system. It gives no contamination, the output has no residual bacteria which would damage the environment, has a low energy consumption and produces no residue.    (EP888519-A1)      The assembly to process vegetable and/or animal organic waste, for conversion into new industrial products, has a reactor to give a combined bio-mechanical hydrolysis action, with sterilising and dehydrating, has an outer housing (41) and an inner housing (42) to take the material. It contains a kneading rotor (43) driven by a motor (430), a material feed channel and a gas extraction channel (465), and at least one gas injection channel (410,800). An initial heating system (450) has an assembly of channels (415-417,419,420,424) to heat the interior of the inner housing by circulation round the walls, using a gas or fluid heat carrier with the temperature set by the heating system (450). A second heating system circulates a fluid heat carrier along the interior of the rotor (43). A third heating system injects a flow of gas or air into the inner housing (42) through a port (410) at the upper section of the housing.    USE -   The assembly is used for processing waste matter from abattoirs, to be converted into industrial products.    ADVANTAGE -   The operation breaks down the material in an automatic system. It gives no contamination, the output has no residual bacteria which would damage the environment, has a low energy consumption and produces no residue.    (EP888519-B1)      The assembly to process vegetable and/or animal organic waste, for conversion into new industrial products, has a reactor to give a combined bio-mechanical hydrolysis action, with sterilising and dehydrating, has an outer housing (41) and an inner housing (42) to take the material. It contains a kneading rotor (43) driven by a motor (430), a material feed channel and a gas extraction channel (465), and at least one gas injection channel (410,800). An initial heating system (450) has an assembly of channels (415-417,419,420,424) to heat the interior of the inner housing by circulation round the walls, using a gas or fluid heat carrier with the temperature set by the heating system (450). A second heating system circulates a fluid heat carrier along the interior of the rotor (43). A third heating system injects a flow of gas or air into the inner housing (42) through a port (410) at the upper section of the housing.    USE -   The assembly is used for processing waste matter from abattoirs, to be converted into industrial products.    ADVANTAGE -   The operation breaks down the material in an automatic system. It gives no contamination, the output has no residual bacteria which would damage the environment, has a low energy consumption and produces no residue.