Abstract
Abstract A study was conducted to evaluate preliminarily the feasibility of two-liquid-phase system for the remediation of diesel oil-contaminated soil. As mixing speed and temperature increased, the removal of diesel oil increased above 40% relatively because the rapid mixing and high temperature caused to enhance the mass transfer of diesel oil from soil to silicone oil. As the amount of silicone oil increased, the removal of aromatics in diesel oil was enhanced by 90%, which was larger than aliphatics. These results presented a potential of two-liquid-phase system as an alternative method for the remediation of diesel oil-contaminated soil.
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