Development of a new technique for glycol removal from waste water in gas fields /
Harby Fathalla Tantawy Lashin
Development of a new technique for glycol removal from waste water in gas fields / استنباط طريقة جديدة لازالة الجليكول من المياه الناجمة عن انتاج الغاز Harby Fathalla Tantawy Lashin ; Supervised Samia Sobhy , Nabil Abdelmonem , Khaled Abdelbadie - Cairo : Harby Fathalla Tantawy Lashin , 2017 - 90 P. : charts , facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Metallurgical Engineering
Oil and gas plants generate large volumes of water during production and processing of oil and gas. Industrial produced water contains glycols along with other organic and inorganic compounds. It is essential to treat such water before discharge to the environment as it can have significant impacts on the environment. In this thesis advanced oxidation process (AOP) is used in removal of mono ethylene glycol (MEG) using Fenton oxidation process which is a promising technology as an alternative treatment to conventional waste water treatment methods and as an enhancement of current biological treatment methods dealing with highly toxic non-biodegradable wastes. Fentons reagent is a mixture of hydrogen peroxide (H2O2) and iron salt [Fe]+2 which produce hydroxyl radicals [HO] at acidic pH medium at ambient temperature and pressure. In this study, experiments were conducted in lab scale batches to reach to the optimum conditions for removal of MEG. The removal efficiency was followed by measurements of chemical oxygen demand (COD) before and after treatment
Fenton Oxidation Process Gas Hydrate Wastewater Treatment
Development of a new technique for glycol removal from waste water in gas fields / استنباط طريقة جديدة لازالة الجليكول من المياه الناجمة عن انتاج الغاز Harby Fathalla Tantawy Lashin ; Supervised Samia Sobhy , Nabil Abdelmonem , Khaled Abdelbadie - Cairo : Harby Fathalla Tantawy Lashin , 2017 - 90 P. : charts , facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Metallurgical Engineering
Oil and gas plants generate large volumes of water during production and processing of oil and gas. Industrial produced water contains glycols along with other organic and inorganic compounds. It is essential to treat such water before discharge to the environment as it can have significant impacts on the environment. In this thesis advanced oxidation process (AOP) is used in removal of mono ethylene glycol (MEG) using Fenton oxidation process which is a promising technology as an alternative treatment to conventional waste water treatment methods and as an enhancement of current biological treatment methods dealing with highly toxic non-biodegradable wastes. Fentons reagent is a mixture of hydrogen peroxide (H2O2) and iron salt [Fe]+2 which produce hydroxyl radicals [HO] at acidic pH medium at ambient temperature and pressure. In this study, experiments were conducted in lab scale batches to reach to the optimum conditions for removal of MEG. The removal efficiency was followed by measurements of chemical oxygen demand (COD) before and after treatment
Fenton Oxidation Process Gas Hydrate Wastewater Treatment