BAI Jing, ZHANG Feng-jun, WANG Tian-ye, et al. Laboratory Simulation to Remove Petroleum Pollutant in Groundwater by Using Air Sparging[J]. Journal of Civil and Environmental Engineering, 2012, 34(1): 91-95.
DOI:
BAI Jing, ZHANG Feng-jun, WANG Tian-ye, et al. Laboratory Simulation to Remove Petroleum Pollutant in Groundwater by Using Air Sparging[J]. Journal of Civil and Environmental Engineering, 2012, 34(1): 91-95. DOI: 10.11835/j.issn.1674-4764.2012.01.018.
Laboratory Simulation to Remove Petroleum Pollutant in Groundwater by Using Air Sparging
Based on the stratigraphic configuration of the oil-contaminated sites in Northeast China
the efficient and best experimental conditions to remove oil pollutants in a relatively heterogeneous aquifer using air sparging were investigated. The results show that for Complex formation
the remediation of AS technology is efficient. It was shown that when air flow rate was 300ml/min
the removal rate of benzene
naphthalene were 99.54% and 11.58%
respectively. When the medium was layered heterogeneous porous media
the removal rate of continuous air sparging is superior to intermittent air sparging. In the whole experiment
the removal efficiency of naphthalene was very low which may be own to its structure and properties and the heterogeneous of the medium. When the Semi-volatile contaminants exist
considering the use of other combined remediation technique was necessary.