ارزیابی اثر شوینده های مختلف بر پاکسازی خاک رسی ‌آلوده به ‌دی‌متیل‌فتالات به روش الکتروکینتیک

‎1- Sadeghian F., Jahandari S., Haddad A., ‎Rasekh H. & Li‌ ‌‎ J. 2022 Effects of variations ‎of voltage and pH value on the shear strength ‎of soil and durability of different electrodes ‎and piles during electrokinetic phenomenon. ‎Journal of Rock Mechanics and Geotechnical ‎Engineering, 14(2), 625-636. ‎
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‎7- Kim J. H., Han, S. J., Kim S. S. & Yang J.‎‌ ‌W. 2006 Effect of soil chemical properties on ‎the remediation of phenanthrene-‎contaminated soil by electrokinetic-Fenton ‎process. Chemosphere, 63(10), 1667-1676.‎
‎8- Jeon C. S., Yang J. S., Kim K. J. & Baek ‎K. 2010 Electrokinetic removal of petroleum ‎hydrocarbon from residual clayey soil ‎following a washing process. CLEAN–Soil, ‎Air, Water, 38(2), 189-193.‎
‎9- Villen-Guzman M., Paz-Garcia J. M., ‎Rodriguez-Maroto J. M., Gomez-Lahoz C. & ‎Garcia-Herruzo F. 2014 Acid enhanced ‎electrokinetic remediation of a contaminated ‎soil using constant current density: strong vs. ‎weak acid. Separation Science and ‎Technology, 49(10), 1461-1468.‎
‎10- Gidudu B. & Chirwa E.M. 2022 The Role ‎of pH, Electrodes, Surfactants, and ‎Electrolytes in Electrokinetic Remediation of ‎Contaminated Soil. Molecules, 27(21), 73-81.‎
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‎13- Wong J. S., Hicks R. E. & Probstein R. F. ‎‎1997 EDTA-enhanced electroremediation of ‎metal-contaminated soils. Journal of ‎Hazardous Materials, 55(1-3), 61-79.‎
‎14- Gu Y., Yeung A. T. & Li, H. 2018 ‎Enhanced electrokinetic remediation of ‎cadmium-contaminated natural clay using ‎organophosphonates in comparison with ‎EDTA. Chinese Journal of Chemical ‎Engineering, 26(5), 1152-1159.‎
‎15- Reddy K. R. & Saichek R. E. 2004 ‎Enhanced electrokinetic removal of ‎phenanthrene from clay soil by periodic ‎electric potential application. Journal of ‎Environmental Science and Health, Part A, ‎‎39(5), 1189-1212.‎
‎16- Saichek R. E. & Reddy, K. R. 2003 ‎Effect of pH control at the anode for the ‎electrokinetic removal of phenanthrene from ‎kaolin soil. Chemosphere, 51(4), 273-287.‎
‎17- Maturi K. & Reddy K. R. 2006 ‎Simultaneous removal of organic compounds ‎and heavy metals from soils by electrokinetic ‎remediation with a modified cyclodextrin. ‎Chemosphere, 63(6), 1022-1031.‎
‎18- Han H., Lee Y. J., Kim S. H. & Yang J. ‎W. 2009 Electrokinetic remediation of soil ‎contaminated with diesel oil using EDTA–‎Cosolvent solutions. Separation Science and ‎Technology, 44(10), 2437-2454.‎
‎19- Reddy K. R., Cameselle C. & Ala P. ‎‎2010 Integrated electrokinetic-soil flushing to ‎remove mixed organic and metal ‎contaminants. Journal of applied ‎electrochemistry, 40, 1269-1279.‎
‎20- Boulakradeche M. O., Akretche D. E., ‎Cameselle C. & Hamidi N. 2015 Enhanced ‎electrokinetic remediation of hydrophobic ‎organics contaminated soils by the ‎combination of non-ionic and ionic ‎surfactants. Electrochimica Acta, 174, 1057-‎‎1066.‎
‎21- Estabragh A. R., Lahoori M., Javadi A. A. ‎& Abdollahi J. 2019 Effect of a surfactant on ‎enhancing efficiency of the electrokinetic ‎method in removing anthracene from a clay ‎soil. Journal of Environmental Chemical ‎Engineering, 7(5), 103298.‎
‎22- Li Y. & Jiang L. 2021 Comparison of the ‎crude oil removal effects of different ‎surfactants in electrokinetic remediation of ‎low-permeability soil. Journal of ‎Environmental Chemical Engineering, 9(4), ‎p.105190.‎
‎23- Fardin A. B., Jamshidi-Zanjani A. & ‎Darban A. K. 2021 Application of enhanced ‎electrokinetic remediation by coupling ‎surfactants for kerosene-contaminated soils: ‎Effect of ionic and nonionic surfactants. ‎Journal of Environmental Management, 277, ‎p.111422.‎
‎24- Mohamadi S., Saeedi M. & Mollahosseini ‎A. 2021 Strategies for the sustainable practice ‎of electrokinetic technology: The case of ‎mixed contaminants in a clayey soil. Cleaner ‎Engineering and Technology, 3, 100-130.‎
‎25- Ganbat N., Altaee A., Zhou J. L., ‎Lockwood T., Al-Juboori R. A., Hamdi F. ‎M., Karbassiyazdi E., Samal A. K., Hawari A. ‎& Khabbaz, H. 2022 Investigation of the ‎effect of surfactant on the electrokinetic ‎treatment of PFOA contaminated soil. ‎Environmental Technology & Innovation, 28, ‎p.102938.‎
‎26- Effendi A. J., Ramadan B. S. & Helmy, ‎Q. 2022 Enhanced remediation of ‎hydrocarbons contaminated soil using ‎electrokinetic soil flushing–Landfarming ‎processes. Bioresource Technology Reports, ‎‎17, p.100959.‎
‎27- Tang J., Tang H., Liu G., Zhang S., Ao Z., ‎Sima W., Wang H., Zhang H., Liang R. & ‎Liang C. 2022 Surfactant combined with ‎PASP enhance electrokinetic remediation ‎removal heavy metal and hydrocarbon from ‎contaminated soil. International Journal of ‎Environmental Analytical Chemistry, pp.1-13.‎
‎28- Huang Q., Zhou M., Zhou J., Chu L. & ‎Cang L. 2022 Roles of oxidant, activator, and ‎surfactant on enhanced electrokinetic ‎remediation of PAHs historically ‎contaminated soil. Environmental Science and ‎Pollution Research, 29(59), pp.88989-89001.‎
‎29- Li M., Zhou H., Wangjin Y., Ye M., Xu ‎X. & Li X. 2023 Remediation of Cd-‎contaminated soil by electrokinetics coupled ‎with the permeable reactive barrier from ‎immobilized yeast. Science of The Total ‎Environment, 882, p.163451.‎
‎30- Li S., Chi Z. & Li W. 2019 In vitro ‎toxicity of dimethyl phthalate to human ‎erythrocytes: From the aspects of antioxidant ‎and immune functions. Environmental ‎Pollution, 253, 239-245.‎
‎31- Lü H., Mo C. H., Zhao H. M., Xiang L., ‎Katsoyiannis A., Li Y. W., Cai, Q.Y. & Wong ‎M.H. 2018 Soil contamination and sources of ‎phthalates and its health risk in China: a ‎review. Environmental research, 164, 417-‎‎429.‎
‎32- Wang F., Xu J., Zhang Y., Shen Z. & ‎Al-Tabbaa A. 2021 MgO-GGBS binder–‎stabilized/solidified pae-contaminated soil: ‎strength and leachability in early stage. ‎Journal of Geotechnical and ‎Geoenvironmental Engineering, 147(8), ‎‎04021059.‎
‎33- Moreno J. D., Poznyak T., Chairez I. & ‎Dorantes-Rosales H. J. 2020 Effect of the ‎type of soil on dimethyl phthalate degradation ‎by ozone. Journal of environmental ‎management, 270, 110863.‎
‎34- Fathali H., Estabragh A. R., Shabankareh ‎K. R. T. & Hoorfar A. 2023 Remediation of ‎A Clay soil contaminated with dimethyl ‎phthalate by using electrokinetic method. ‎Ferdowsi Civil Engineering, 36(1), 69-84.( in ‎persian).‎
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‎36- Zhang Y., Jiao Y., Li Z., Tao Y. & Yang ‎Y. 2021 Hazards of phthalates (PAEs) ‎exposure: A review of aquatic animal ‎toxicology studies. Science of the Total ‎Environment, 771, 145418‎
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‎39- Hahladakis J. N., Calmano W. & ‎Gidarakos, E. 2013 Use and comparison of ‎the non-ionic surfactants Poloxamer 407 and ‎Nonidet P40 with HP-β-CD cyclodextrin, for ‎the enhanced electroremediation of real ‎contaminated sediments from PAHs. ‎Separation and purification technology, 113, ‎‎104-113.‎
‎40- Asadollahfardi, G. & Rezaee M. 2019 ‎Electrokinetic remediation of diesel-‎contaminated silty sand under continuous and ‎periodic voltage application. Environmental ‎Engineering Research, 24(3), 456-462.‎
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‎51- Estabragh A. R., Bordbar A.T. & Javadi ‎A. A. 2018 Effect of Quality Electrolyte ‎Fluid on Removing MTBE from a Clay Soil ‎Using Electrokinetic Technique. Journal of ‎Environmental Engineering, 144 (10), ‎‎04018102.‎
‎52- Estabragh A. R., Moghadas M., Javadi A. ‎A. & Abdollahi J. 2022 Stabilisation of a clay ‎soil by ion injection using an electrical field. ‎Proceedings of the Institution of Civil ‎Engineers-Ground Improvement, 175 (2), ‎‎114-126.‎
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‎56- Giannis A., Tay E., Kao J. & Wang J. Y. ‎‎2012 Impact of vertical electrokinetic-flushing ‎technology to remove heavy metals and ‎polycyclic aromatic hydrocarbons from ‎contaminated soil. Electrochimica acta, 86, ‎‎72-79.‎
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