NOVELTY - The device comprises a garbage gathering pool (2), a kitchen garbage crusher (3), an anaerobic micro-organism digestion and preservation device (4), an aeration pool (5), a zeolite filter pool (6), a waste water gathering pool, a garbage pyrolyzation digestion and preservation device, an aeration pipe, a zeolite filler layer, a submersible pump, a biogas purifying room, a control cabinet, a solid garbage crusher, a circulating pump, a gas purifying device and a water complementing tank. The submersible pump is mounted in the waste water gathering pool.    USE - The device is useful for processing sewage and garbage.    ADVANTAGE - The device is capable of simply and economically processing the sewage and the garbage in a convenient manner.    DETAILED DESCRIPTION - The device comprises a garbage gathering pool (2), a kitchen garbage crusher (3), an anaerobic micro-organism digestion and preservation device (4), an aeration pool (5), a zeolite filter pool (6), a waste water gathering pool, a garbage pyrolyzation digestion and preservation device, an aeration pipe, a zeolite filler layer, a submersible pump, a biogas purifying room, a control cabinet, a solid garbage crusher, a circulating pump, a gas purifying device and a water complementing tank. The submersible pump is mounted in the waste water gathering pool. The submersible pump is connected with the aeration pool through a pipeline. The aeration pipe is mounted at the bottom of the aeration pool. The aeration pipe is connected with an aerator at the outside of the aeration pool. The upper part of the aeration pool is connected with the zeolite filter pool through a pipeline. The zeolite filler layer is mounted in the zeolite filter pool. The kitchen garbage crusher is connected with the garbage gathering pool. The submersible pump is mounted at the bottom of the garbage gathering pool connected with the anaerobic micro-organism digestion and preservation device through the pipeline. The upper part of the anaerobic micro-organism digestion and preservation device is connected with the aeration pool through the pipeline. The gas outlet at the top of the anaerobic micro-organism digestion and preservation device is connected with the biogas purifying room through the pipeline. The biogas purifying room is connected with the control cabinet through the pipeline. The control cabinet is connected with an igniter in the garbage pyrolyzation digestion and preservation device through the pipeline. The solid garbage crusher is connected with the garbage pyrolyzation digestion and preservation device. An ash storage hopper is mounted at the bottom of the garbage pyrolyzation digestion and preservation device. The igniter is mounted at the upper part of the ash storage hopper. A water storage body is mounted above the igniter. The pipeline is connected with the smoke gas outlet at the top of the garbage pyrolyzation digestion and preservation device. The gas purifying device is mounted above the garbage pyrolyzation digestion and preservation device. The water complementing tank is mounted above the water storage body and connected with the water complementing hole on the water storage body. The water outlet on the water storage body is connected with the circulating pump through the water pipe. The circulating pump is connected with the water pipe at the bottom of the anaerobic micro-organism digestion and preservation device. The water pipe at the bottom of the anaerobic micro-organism digestion and preservation device is connected with the water return hole on the water storage body. The upper part of the anaerobic micro-organism digestion and preservation device is a fermentation pool comprising detachable standard templates through splicing. An anaerobic bacterium enriching film is suspended in the fermentation pool. The fermentation pool is closed and sealed. An insulating surface layer is mounted at the outer layer of the water storage body. A steam outlet is mounted in the water storage body and connected with the water complementing tank. A gas distribution pipe is mounted at the bottom of the gas purifying device, where small gas outlets are densely formed at the wall of the gas distribution pipe. A draw type garbage feed hole is formed on the garbage pyrolyzation digestion and preservation device. The zeolite filler layer is mounted on the support layer at the middle of the zeolite filter pool. An INDEPENDENT CLAIM is included for a method of treating for domestic sewage and garbage using the device.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a sewage and garbage processing device.    Garbage gathering pool (2)    Kitchen garbage crusher (3)    Anaerobic micro-organism digestion and preservation device (4)    Aeration pool (5)    Zeolite filter pool. (6)