An integrated machine for oil and gas separation and purification

Abstract

The invention provides an oil and gas separation and purification integration machine. The oil and gas separation and purification integration machine comprises an oil and gas separator and a waste gas purifying processor, the oil and gas separator comprises a box body, the internal of the box body is divided into a flue gas storage box, a mixing and washing box, an oil and gas separation box and an oily water storage box, the flue gas storage box is connected with a gas inlet tube and a water inlet tube, the upper end of the oil and gas separation box is connected with a blower, and the oily water storage box is provided with a water discharge opening; and the waste gas purifying processor comprises a machine box, the internal of the machine box is divided with a photocatalytic oxidation chamber, a plasma treatment chamber and an adsorption chamber, the lower portion of the machine box is connected with a gas feeding pipeline, and the upper portion of the machine box is connected with a gas outlet. The oil and gas separation and purification integration machine separates oil and gas to avoid obstruction, recovers separated oil to save the cost, improves the structure layout of the photocatalytic oxidation chamber to realize full proceeding of the photocatalytic oxidation reaction, changes the plasma chamber to a plate structure from a honeycomb structure to realize full low-temperature plasma treatment, and adopts active carbon and oxygen depolymerization nano-particle mixed adsorption to reduce the adsorption cost.

Description

technical field [0001] The invention relates to a waste gas treatment device, in particular to an integrated oil and gas separation and purification machine for washing and purifying oily fume. Background technique [0002] For the treatment of oily flue gas, it is usually divided into two steps, washing and purification. The current status is: [0003] The traditional washing tower often has clogging during the washing process, especially the oily fume, the Pall ring is easy to absorb oil, the gas is difficult to circulate, and the washing effect is not ideal. [0004] Purification is generally carried out in three steps, namely: photocatalytic oxidation, low temperature plasma treatment and activated carbon adsorption. The current exhaust gas treatment device has the following defects: photocatalytic oxidation proceeds too fast, the reaction time is short, and the reaction is insufficient; the honeycomb plasma chamber has a large space, and the plasma treatment is insuffi...

AI Technical Summary

Problems solved by technology

The current exhaust gas treatment device has the following defects: photocatalytic oxidation proceeds too fast, the reaction time is short, and the reaction is insufficient; the honeycomb plasma chamber has a large space, and the plasma treatment is insufficient; activated carbon is easy to absorb and saturate, and needs to be replaced frequently, resulting in high cost

Images