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• W2914092786 endingPage "848" @default.
• W2914092786 startingPage "839" @default.
• W2914092786 abstract "The objective of this field-scale study was to assess the effectiveness of applying an emulsified polycolloid substrate (EPS; containing cane molasses, soybean oil, and surfactants) biobarrier in the control and remediation of a petroleum-hydrocarbon plume in natural waters. An abandoned petrochemical manufacturing facility site was contaminated by benzene and other petroleum products due to a leakage from a storage tank. Because benzene is a petroleum hydrocarbon with a high migration ability, it was used as the target compound in the field-scale study. Batch partition and sorption experiment results indicated that the EPS to water partition coefficient for benzene was 232 mg/mg at 25 °C. This suggests that benzene had a higher sorption affinity to EPS, which decreased the benzene concentrations in groundwater. The EPS solution was pressure-injected into three remediation wells (RWs; 150 L EPS in 800 L groundwater). Groundwater samples were collected from an upgradient background well, two downgradient monitor wells (MWs), and the three RWs for analyses. EPS injection increased total organic carbon (TOC) concentrations (up to 786 mg/L) in groundwater, which also resulted in the formation of anaerobic conditions. An abrupt drop in benzene concentration (from 6.9 to below 0.04 mg/L) was observed after EPS supplementation in the RWs due to both sorption and biodegradation mechanisms. Results show that the EPS supplement increased total viable bacteria and enhanced bioremediation efficiency, which accounted for the observed decrease in benzene concentration. The first-order decay rate in RW1 increased from 0.003 to 0.023 d-1 after EPS application. Injection of EPS resulted in significant growth of indigenous bacteria, and 23 petroleum-hydrocarbon-degrading bacterial species were detected, which enhanced the in situ benzene biodegradation efficiency. Results demonstrate that the EPS biobarrier can effectively contain a petroleum-hydrocarbon plume and prevent its migration to downgradient areas, which reduces the immediate risk presented to downgradient receptors." @default.
• W2914092786 created "2019-02-21" @default.
• W2914092786 creator A5003008765 @default.
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• W2914092786 date "2019-05-01" @default.
• W2914092786 modified "2023-09-27" @default.
• W2914092786 title "Emulsified polycolloid substrate biobarrier for benzene and petroleum-hydrocarbon plume containment and migration control – A field-scale study" @default.
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• W2914092786 cites W1832117376 @default.
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• W2914092786 cites W1990568355 @default.
• W2914092786 cites W1996092000 @default.
• W2914092786 cites W1996255461 @default.
• W2914092786 cites W2004418686 @default.
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• W2914092786 cites W2014524781 @default.
• W2914092786 cites W2026001318 @default.
• W2914092786 cites W2026113531 @default.
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• W2914092786 cites W2051178195 @default.
• W2914092786 cites W2066457394 @default.
• W2914092786 cites W2079150861 @default.
• W2914092786 cites W2135343770 @default.
• W2914092786 cites W2137808525 @default.
• W2914092786 cites W2148937292 @default.
• W2914092786 cites W2169264406 @default.
• W2914092786 cites W2189757279 @default.
• W2914092786 cites W2222365949 @default.
• W2914092786 cites W2298910351 @default.
• W2914092786 cites W2301610192 @default.
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• W2914092786 cites W2548488054 @default.
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• W2914092786 cites W2557248134 @default.
• W2914092786 cites W2558686039 @default.
• W2914092786 cites W2560373031 @default.
• W2914092786 cites W2560577334 @default.
• W2914092786 cites W2565142024 @default.
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• W2914092786 cites W2588200984 @default.
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• W2914092786 cites W2596884502 @default.
• W2914092786 cites W2622190835 @default.
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• W2914092786 cites W2749908226 @default.
• W2914092786 cites W2755429939 @default.
• W2914092786 cites W2760078882 @default.
• W2914092786 cites W2762441191 @default.
• W2914092786 cites W2763609438 @default.
• W2914092786 cites W2769411386 @default.
• W2914092786 cites W2770738113 @default.
• W2914092786 cites W2774815732 @default.
• W2914092786 cites W2777127634 @default.
• W2914092786 cites W2782405238 @default.
• W2914092786 cites W2783659884 @default.
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• W2914092786 cites W2800867281 @default.
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• W2914092786 doi "https://doi.org/10.1016/j.scitotenv.2019.02.160" @default.
• W2914092786 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30818208" @default.
• W2914092786 hasPublicationYear "2019" @default.
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