Insight into the oil removal mechanism of quaternary ammonium ionic liquid microemulsions for oily sludge treatment

As China's oil consumption continues to increase, the amount of oily sludge generated increases yearly. Aiming at the limitations of the traditional oil-containing sludge treatment technology, supercritical water is used to dissolve and convert organic components into hydrogen for hydrogen energy recovery to realize the reduction, harmlessness, and resourcefulness of the oily sludge treatment. The influences of reaction temperature, pressure, time, material ratio, and other parameters on hydrogen production from supercritical water gasification of oily sludge were experimentally examined. Results indicated that hydrogen yield increases with increased response temperature, pressure, and time, and hydrogen yield decreases with increased response mass ratio.

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Insight into the oil removal mechanism of quaternary ammonium ionic liquid microemulsions for oily sludge treatment

Abstract: The reduction and harmless treatment of oily sludge is a challenging task. Microemulsion cleaning has been demonstrated to be an effective method to treat hazardous oily sludge. In this research,...

Cited by 2 publications

References 39 publications

Study on the mechanism and recoverability of magnetically enhanced ionic liquid microemulsion for oily sludge treatment

Study on the mechanism and recoverability of magnetically enhanced ionic liquid microemulsion for oily sludge treatment

Research on the law of hydrogen production by supercritical water gasification of oily sludge

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