Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment

S. Cappello; C. Cruz Viggi; M. Yakimov; S. Rossetti; B. Matturro; L. Molina; A. Segura; S. Marqués; L. Yuste; E. Sevilla; F. Rojo; A. Sherry; O. K. Mejeha; I. M. Head; L. Malmquist; J. H. Christensen; N. Kalogerakis; F. Aulenta

doi:10.1016/j.watres.2019.03.094

Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment

S. Cappello, C. Cruz Viggi, M. Yakimov, S. Rossetti, B. Matturro, L. Molina, A. Segura, S. Marqués, L. Yuste, E. Sevilla, F. Rojo, A. Sherry, O. K. Mejeha, I. M. Head, L. Malmquist, J. H. Christensen, N. Kalogerakis, F. Aulenta^*

^*Corresponding author af dette arbejde

Miljøkemi

10 Citationer (Scopus)

Abstract

Marine sediments represent an important sink of harmful petroleum hydrocarbons after an accidental oil spill. Electrobioremediation techniques, which combine electrokinetic transport and biodegradation processes, represent an emerging technological platform for a sustainable remediation of contaminated sediments. Here, we describe the results of a long-term mesocosm-scale electrobioremediation experiment for the treatment of marine sediments contaminated by crude oil. A dimensionally stable anode and a stainless-steel mesh cathode were employed to drive seawater electrolysis at a fixed current density of 11 A/m ² . This approach allowed establishing conditions conducive to contaminants biodegradation, as confirmed by the enrichment of Alcanivorax borkumensis cells harboring the alkB-gene and other aerobic hydrocarbonoclastic bacteria. Oil chemistry analyses indicated that aromatic hydrocarbons were primarily removed from the sediment via electroosmosis and low molecular weight alkanes (nC ₆ to nC ₁₀ ) via biodegradation.

Originalsprog	Engelsk
Tidsskrift	Water Research
Vol/bind	157
Sider (fra-til)	381-395
ISSN	0043-1354
DOI	https://doi.org/10.1016/j.watres.2019.03.094
Status	Udgivet - 15 jun. 2019

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Cappello, S., Cruz Viggi, C., Yakimov, M., Rossetti, S., Matturro, B., Molina, L., Segura, A., Marqués, S., Yuste, L., Sevilla, E., Rojo, F., Sherry, A., Mejeha, O. K., Head, I. M., Malmquist, L., Christensen, J. H., Kalogerakis, N., & Aulenta, F. (2019). Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment. Water Research, 157, 381-395. https://doi.org/10.1016/j.watres.2019.03.094

Cappello, S, Cruz Viggi, C, Yakimov, M, Rossetti, S, Matturro, B, Molina, L, Segura, A, Marqués, S, Yuste, L, Sevilla, E, Rojo, F, Sherry, A, Mejeha, OK, Head, IM, Malmquist, L, Christensen, JH, Kalogerakis, N & Aulenta, F 2019, 'Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment', Water Research, bind 157, s. 381-395. https://doi.org/10.1016/j.watres.2019.03.094

@article{378500c672ce49079e1db1577cc1b1d5,

title = "Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment",

abstract = " Marine sediments represent an important sink of harmful petroleum hydrocarbons after an accidental oil spill. Electrobioremediation techniques, which combine electrokinetic transport and biodegradation processes, represent an emerging technological platform for a sustainable remediation of contaminated sediments. Here, we describe the results of a long-term mesocosm-scale electrobioremediation experiment for the treatment of marine sediments contaminated by crude oil. A dimensionally stable anode and a stainless-steel mesh cathode were employed to drive seawater electrolysis at a fixed current density of 11 A/m 2 . This approach allowed establishing conditions conducive to contaminants biodegradation, as confirmed by the enrichment of Alcanivorax borkumensis cells harboring the alkB-gene and other aerobic hydrocarbonoclastic bacteria. Oil chemistry analyses indicated that aromatic hydrocarbons were primarily removed from the sediment via electroosmosis and low molecular weight alkanes (nC 6 to nC 10 ) via biodegradation. ",

keywords = "Crude oil, Electrobioremediation, Electrokinetic remediation, Marine sediments",

author = "S. Cappello and {Cruz Viggi}, C. and M. Yakimov and S. Rossetti and B. Matturro and L. Molina and A. Segura and S. Marqu{\'e}s and L. Yuste and E. Sevilla and F. Rojo and A. Sherry and Mejeha, {O. K.} and Head, {I. M.} and L. Malmquist and Christensen, {J. H.} and N. Kalogerakis and F. Aulenta",

year = "2019",

month = jun,

day = "15",

doi = "10.1016/j.watres.2019.03.094",

language = "English",

volume = "157",

pages = "381--395",

journal = "Water Research",

issn = "0043-1354",

publisher = "I W A Publishing",

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TY - JOUR

T1 - Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments

T2 - Results of a long-term, mesocosm-scale experiment

AU - Cappello, S.

AU - Cruz Viggi, C.

AU - Yakimov, M.

AU - Rossetti, S.

AU - Matturro, B.

AU - Molina, L.

AU - Segura, A.

AU - Marqués, S.

AU - Yuste, L.

AU - Sevilla, E.

AU - Rojo, F.

AU - Sherry, A.

AU - Mejeha, O. K.

AU - Head, I. M.

AU - Malmquist, L.

AU - Christensen, J. H.

AU - Kalogerakis, N.

AU - Aulenta, F.

PY - 2019/6/15

Y1 - 2019/6/15

N2 - Marine sediments represent an important sink of harmful petroleum hydrocarbons after an accidental oil spill. Electrobioremediation techniques, which combine electrokinetic transport and biodegradation processes, represent an emerging technological platform for a sustainable remediation of contaminated sediments. Here, we describe the results of a long-term mesocosm-scale electrobioremediation experiment for the treatment of marine sediments contaminated by crude oil. A dimensionally stable anode and a stainless-steel mesh cathode were employed to drive seawater electrolysis at a fixed current density of 11 A/m 2 . This approach allowed establishing conditions conducive to contaminants biodegradation, as confirmed by the enrichment of Alcanivorax borkumensis cells harboring the alkB-gene and other aerobic hydrocarbonoclastic bacteria. Oil chemistry analyses indicated that aromatic hydrocarbons were primarily removed from the sediment via electroosmosis and low molecular weight alkanes (nC 6 to nC 10 ) via biodegradation.

AB - Marine sediments represent an important sink of harmful petroleum hydrocarbons after an accidental oil spill. Electrobioremediation techniques, which combine electrokinetic transport and biodegradation processes, represent an emerging technological platform for a sustainable remediation of contaminated sediments. Here, we describe the results of a long-term mesocosm-scale electrobioremediation experiment for the treatment of marine sediments contaminated by crude oil. A dimensionally stable anode and a stainless-steel mesh cathode were employed to drive seawater electrolysis at a fixed current density of 11 A/m 2 . This approach allowed establishing conditions conducive to contaminants biodegradation, as confirmed by the enrichment of Alcanivorax borkumensis cells harboring the alkB-gene and other aerobic hydrocarbonoclastic bacteria. Oil chemistry analyses indicated that aromatic hydrocarbons were primarily removed from the sediment via electroosmosis and low molecular weight alkanes (nC 6 to nC 10 ) via biodegradation.

KW - Crude oil

KW - Electrobioremediation

KW - Electrokinetic remediation

KW - Marine sediments

U2 - 10.1016/j.watres.2019.03.094

DO - 10.1016/j.watres.2019.03.094

M3 - Journal article

C2 - 30974287

AN - SCOPUS:85063791010

SN - 0043-1354

VL - 157

SP - 381

EP - 395

JO - Water Research

JF - Water Research

ER -

Combining electrokinetic transport and bioremediation for enhanced removal of crude oil from contaminated marine sediments: Results of a long-term, mesocosm-scale experiment

Abstract

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