The digital booster pump is a device that automatically collects and calculates the liquid level to start and stop the mixed flow pump for oil transportation. The digital booster consists of four main parts: the boiler heating zone, buffer zone, export booster zone, and automatic control system. This type of device integrates the filtration, heating, pressurization, and fuel gas separation processes of oil and gas mixtures into an integrated device. This type of device mainly consists of heating equipment, separation equipment, mixed flow pumps, control valves, monitoring instruments, intelligent control systems, etc.

After being heated in the boiler heating zone, the mixed oil enters the buffer zone for degassing, and the degassed mixed liquid accumulates in the buffer zone. The liquid level is displayed locally through a magnetic flip plate, and the liquid level sensor senses the position of the float and transmits the liquid level signal remotely to the PLC control cabinet. The PLC control cabinet analyzes the liquid level height collected by the liquid level sensor, and when it reaches the upper limit of the liquid level set by the user, the PLC transmits instructions to start the export pump for export boosting. After being released, the associated gas passes through the mist catcher in the boosting buffer zone and enters the gas-liquid separator for gas-liquid separation. The separated associated gas is circulated for use in the burner of the boiler heating zone.

The intelligent monitoring system, which is self equipped by the device, is combined with a remote intelligent operation station to achieve remote one click management and operation during normal production in the station under its jurisdiction. It also provides remote warning and alarm in case of faults, and achieves automatic interlocking protection on site.