Fate of bulk and trace organics during a simulated aquifer recharge and recovery (ARR)-ozone hybrid process

Yoon, Min K.; Drewes, Jörg E.; Amy, Gary L.

doi:10.1016/j.chemosphere.2013.07.038

Cited by 24 publications

(9 citation statements)

References 38 publications

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“…96 (Massmann et al, 2006), (>87, >98) (Drewes et al, 2002), 71.0 (Hua et al, 2003) Constructed wetland (Massmann et al, 2006), Subsurface flow (Drewes et al, 2002), lab column (Hua et al, 2003) IPP 42.22 --KTP 99.55 97 (Matamoros et al, 2008b) Constructed wetland (Matamoros et al, 2008b) MFA 95.21 45-46 (Shinohara et al, 2006) Soil column (Shinohara et al, 2006) NPX 81.75 92 (Matamoros et al, 2008b) >99 (Drewes et al, 2002) Constructed wetland (Matamoros et al, 2008b) Subsurface flow (Drewes et al, 2002) ATL 93.15 >93 (Ternes et al, 2007) Subsurface flow (Ternes et al, 2007) DSP 97.9 --BZF 98.75 >80 (Ternes et al, 2007) Subsurface flow (Ternes et al, 2007) CFB 82.1 36, 32 (Matamoros et al, 2008b), 48.3 (Hua et al, 2003), >79 (Ternes et al, 2007) Constructed wetland (Matamoros et al, 2008b), Lab columns (Hua et al, 2003), Subsurface flow (Ternes et al, 2007) GFB 95.08 >99 (Drewes et al, 2002) Subsurface flow (Drewes et al, 2002) DEET 70.3 48 (Teerlink et al, 2012) >60 (Yoon et al, 2013) Laboratory experiment for onsite wastewater soil treatment (Teerlink et al, 2012) Aquifer recharge and recovery (Yoon et al, 2013) BP 61.45 --CAF 87.19 >88 (Ternes et al, 2007) Subsurface flow (Ternes et al, 2007) CBM -78.76 5 (Matamoros et al, 2008a) Subsurface flow (Matamoros et al, 2008a) PRM 9.25 <-5 (Drewes et al, 2002) Subsurface flow (Drewes et al, 2002…”

Section: Compoundsmentioning

confidence: 99%

Effect of operating conditions in soil aquifer treatment on the removals of pharmaceuticals and personal care products

Echigo

Itoh

2016

Science of The Total Environment

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Soil aquifer treatment (SAT) is an alternative advanced treatment for wastewater reclamation, and it has the potential to control micropollutants including pharmaceuticals and personal care products (PPCPs). However, the relationship of operating conditions in SAT and removals of micropollutants was not clear. In this study, the effects of operating conditions on the removals of PPCPs were evaluated by using lab-scale columns and plant pilot-scale reactors under different operating conditions. Firstly, weathered granite soil (WGS), standard sand (SAND) and Toyoura standard sand (TS) have different soil characteristics such as total organic carbon (TOC) and cation exchange capacity (CEC). In the columns with these packing materials, the removals of carboxylic analgesics and antilipidemics were effective regardless packing materials. The removals of antibiotics were more effective in WGS than in TS and SAND, indicating high TOC and CEC enhance the sorption in SAT. Secondly, with the extension of hydraulic retention time (HRT), the removals of sulfamethoxazole, acetaminophen, crotamiton, and antipyrine were improved in WGS columns, and adaptable biodegradation for moderately removable PPCPs was formed. Thirdly, the removal efficiencies of sulfamethoxazole and crotamiton were higher in the WGS column under vadose condition than in the WGS column under saturated condition, because of aerobic condition in WGS column under vadose condition. Though long HRT and vadose condition had positive influence on the removals of several PPCPs such as sulfamethoxazole, WGS column with an HRT of 7days under saturated condition removed most PPCPs.

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Section: Compoundsmentioning

confidence: 99%

Effect of operating conditions in soil aquifer treatment on the removals of pharmaceuticals and personal care products

Echigo

Itoh

2016

Science of The Total Environment

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“…The last analytical parameter listed in Table 6 is UV 254, which is defined as a measurement of the amount of ultraviolet (UV) light absorbed by organic compounds, specifically aromatics, in a water sample at a specific wavelength. 42 UV light at a wavelength of 254 nm is passed through a quartz cell containing the water sample. Previous literature studies have highlighted the correlation between UV 254 and other parameters such as TOC, COD, and BOD (chemical and biological oxygen demand).…”

Section: Synthetic Pw (High Salinity)mentioning

confidence: 99%

Protocol for Preparing Synthetic Solutions Mimicking Produced Water from Oil and Gas Operations

et al. 2021

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Produced water (PW) is the water associated with hydrocarbons during the extraction of oil and gas (O&G) from either conventional or unconventional resources. Existing efforts to enhance PW management systems include the development of novel membrane materials for oil–water separation. In attempting to evaluate these emerging physical separation technologies, researchers develop various formulations of test solutions aiming to represent actual PW. However, there is no clear scientific guideline published in the literature about how such a recipe should be prepared. This article develops a protocol for preparing synthetic solutions representing the characteristics and behavior of actual PW and enabling the performance comparisons of different oil–water separation membranes at the bench scale level. In this study, two different brine recipes were prepared based on salts present in actual PW, crude oil was used as the hydrocarbon source, and a surfactant was added to disperse the oil into the aqueous phase. The recipe is accessible to the wider scientific community and was proven to be reproduceable, homogenous, stable, and comparable to actual PW field samples through analytical monitoring measurements and bench scale evaluations.

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“…Bermudez (2013) (Yoon et al, 2013). Brown et al, (2013) examined subsequent in situ biodegradation following ozone pretreatment.…”

Section: Gonzalezmentioning

confidence: 99%

Chemical Waste and Allied Products

Hung

Aziz

Hassan

et al. 2014

Water Environment Research

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Fate of bulk and trace organics during a simulated aquifer recharge and recovery (ARR)-ozone hybrid process

Cited by 24 publications

References 38 publications

Effect of operating conditions in soil aquifer treatment on the removals of pharmaceuticals and personal care products

Effect of operating conditions in soil aquifer treatment on the removals of pharmaceuticals and personal care products

Protocol for Preparing Synthetic Solutions Mimicking Produced Water from Oil and Gas Operations

Chemical Waste and Allied Products

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