The high-pressure air in the high-pressure gas storage tank is released instantaneously. Using the top water of the air, the compressed water is generated to generate potential energy, and the blockage inside the honeycomb carrier is pushed out instantly.

After the circulating water is flushed, the bottom of the DPF and the honeycomb mesh are filled with water.

The high-pressure gas in the high-pressure air storage tank is instantly released, and the water under pressure by the high-pressure air will instantly push out the hydrogen sulfate and ammonia bicarbonate composite blockage adsorbed inside the honeycomb mesh.