NOVELTY - A manufacturing device for synthetically utilizing and recycling village biomass, comprises a biomass feeding storage (1) that is connected with a pyrohydrolysis reacting pot (2); where the pyrohydrolysis reacting pot is connected with a marsh gas biological hydrolyzing pot (4), and the hydrolyzing liquid pipe (6) of hydrolyzing pot is connected with an acidulating pot (8) of a marsh gas fermenting device; the marsh gas fermenting device comprises an acidulating pot and a methane bacteria fermenting pot (9); and a hydrolyzing slag pipe (5) is connected with a solid amine pot (3).    USE - The manufacturing device is useful for synthetically utilizing and recycling village biomass (claimed).    ADVANTAGE - The manufacturing device utilizes two different hydrolyses and more soluble degradation products are generated after hydrolyzing completely; where it can largely improve the output of the marsh gas above 30%; the solid phase can be prepared to be the fertilizer after being neutralized; and it can improve the thermal value and reduce the discharge of the carbon dioxide. Moreover, the pyrohydrolysis products are metabolized by the metabolize hydrolyzing to generate the more abundant nutrient content to improve the manurial effect. Additionally, it has a higher effect to use the marsh gas to generate electricity than to use the straw of the organic material to generate electricity by firing.    DETAILED DESCRIPTION - A manufacturing device for synthetically utilizing and recycling village biomass, comprises a biomass feeding storage (1) that is connected with a pyrohydrolysis reacting pot (2); where the pyrohydrolysis reacting pot is connected with a marsh gas biological hydrolyzing pot (4), and the hydrolyzing liquid pipe (6) of the marsh gas biological hydrolyzing pot is connected with an acidulating pot (8) of a marsh gas fermenting device; the marsh gas fermenting device comprises an acidulating pot and a methane bacteria fermenting pot (9); a hydrolyzing slag pipe (5) of the marsh gas biological hydrolyzing pot is connected with a solid amine pot (3); a first catalyst and first addictive pot (20) is connected with the pyrohydrolysis reacting pot; and a second catalyst and second addictive pot (21) is connected with the solid amine pot.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the manufacturing device for synthetically utilizing and recycling village biomass.    Biomass feeding storage (1)    Pyrohydrolysis reacting pot (2)    Solid amine pot (3)    Marsh gas biological hydrolyzing pot (4)    Hydrolyzing slag pipe (5)    Hydrolyzing liquid pipe (6)    Acidulating pot (8)    Methane bacteria fermenting pot (9)    First catalyst and first addictive pot (20)    Second catalyst and second addictive pot (21)