NOVELTY - Ultra efficient mixed flow stirring methane generation system comprises a feeding tube (1), a discharge tube (2), a fermentation pipeline (3) and a hydraulic pressure chamber (4). The fermentation pipeline is a linear pipeline. The fermentation pipe ends are connected to the feed tube. The fermentation pipeline is connected on the top of hydraulic pressure chamber. The hydraulic pressure chamber and feeding tube are connected to horizontal feed pipe drain (5). The hydraulic pressure chamber and discharge tube are connected between horizontal placements of the feeding pipe drain.    USE - Used as an ultra efficient mixed flow stirring methane generation system.    ADVANTAGE - The device increases gas production.    DETAILED DESCRIPTION - Ultra efficient mixed flow stirring methane generation system comprises a feeding tube, a discharge tube, a fermentation pipeline and a hydraulic pressure chamber. The fermentation pipeline is a linear pipeline. The fermentation pipe ends are connected to the feed tube. The fermentation pipeline is connected on the top of hydraulic pressure chamber. The hydraulic pressure chamber and feeding tube are connected to horizontal feed pipe drain. The hydraulic pressure chamber and discharge tube are connected between horizontal placements of the feeding pipe drain. The fermentation pipeline and feeding tube connection is provided with a feed pipe gas plate. The fermentation pipeline and discharge pipe connection is provided with a discharge tube gas plate. The air resistance plate is set between the feed pipe gas plate and discharge tube gas plate on the fermentation pipeline. The fermentation pipeline is provided with multiple feed pipe gas plate and discharge tube gas plate on the fermentation pipeline in between air block plate. The fermentation zone is created between air block plates. The separate air channels are set with valve on different fermentation zone. The strain device comprises a drain, strain pipes and stain hole. The strain pipeline is a straight pipe set along the fermentation pipeline in central axis and installation direction is towards ferment pipeline. The strain pipeline is connected to drain in vertical direction, and the drain is connected at the bottom of water pressure chamber. The strain hole is connected vertically through the center axis along the direction of fermentation pipeline. The slurry flows in uni-direction through check valves of feeding tube to drain under the control of hydraulic pressure chamber, then to strain drain for biological fermentation. The lowest point of the discharge pipe is connected between the drain pipe and hydraulic pressure location where the horizontal plane is higher than the lowest point of connection position between the feeding drainage tube and water pressure. The drain pipe of cloth bacteria device and the connection locations between the feed tube drain pipe and hydraulic pressure are the lowest point position.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of the ultra efficient mixed flow stirring methane generation system.    Feeding tube (1)    Discharge tube (2)    Fermentation pipeline (3)    Hydraulic pressure chamber (4)    Feed pipe drain (5)