Hydraulic pressure type two-phase temperature-control methane generating experimental device

The invention relates to a hydraulic pressure type two-phase temperature-control methane generating experimental device and belongs to the field of methane equipment. The hydraulic pressure type two-phase temperature-control methane generating experimental device comprises a methane outlet pipe, an anaerobic jar, a stirrer, a reserved opening, an overhauling port, an electric heating bar, a lifting platform, a backflow pump, a percolating barrel, an acidizing jar, a three-way valve, a backflow pipe, a nozzle and a balancing hose, wherein the methane outlet pipe is mounted on the upper part of the anaerobic jar; the stirrer and the electric heating bar are mounted in the anaerobic jar; the overhauling port is arranged at the bottom of the anaerobic jar; the reserved opening is arranged on one side of a side wall of the anaerobic jar; the other side of the side wall of the anaerobic jar is connected with the acidizing jar through the backflow pipe and the balancing hose; the lifting platform is mounted at the bottom of the acidizing jar; the percolating barrel and the electric heating bar are mounted in the acidizing jar; and the backflow pump, the three-way valve and the nozzle are mounted on the backflow pipe in turn. Independent raw material acidizing technology and methane producing technology are adopted by the hydraulic pressure type two-phase temperature-control methane generating experimental device; the newly developed percolating degradation technology is served as the acidizing technology and is used for independently controlling the composition of the raw material, temperature, stirring, gas-producing pressure, hydraulic power residence time, and the like; and an experimental basis for increasing the gas yield is supplied.