Simulation device for generating supersaturated total dissolved gas in flood discharge and energy dissipation region of dam

A simulation device for generating a supersaturated total dissolved gas in a flood discharge and energy dissipation region of a dam, comprising:

• a reactor (5);
• a water inlet system, comprising:
• a water supply unit and a connecting pipe (27), wherein an output end of the water supply unit is fixedly connected to an end of the connecting pipe (27), and another end of the connecting pipe (27) extends into the reactor (5);
• a gas inlet system, wherein an output end of the gas inlet system is fixedly connected to the connecting pipe (27);
• a venting system, comprising:
• a venting unit and a tailrace pool (2), wherein an end of the venting unit is fixedly connected to a bottom of the reactor (5), and another end of the venting system is fixedly connected to the tailrace pool (2);
• a water drainage and gas exhaust system, installed at the bottom of the reactor (5), wherein the water drainage and gas exhaust system is fixedly connected to the reactor (5), and an end of the water drainage and gas exhaust system is fixedly connected to the tailrace pool (2);
• a monitoring system, installed inside the reactor (5), wherein the monitoring system is configured to monitor a temperature, a pressure, and a liquid level within the reactor (5);
• and
• a control system (26), wherein the water inlet system, the gas inlet system, the venting system, and the monitoring system are all electrically connected to the control system (26);
• and
• wherein an observation window (20) is defined on a body of the reactor (5), and a magnetic stirring assembly (7) is installed inside the reactor (5).