Investigating the Efficacy of Oily Water Treatment at a De-Oiling Facility in the Northern Industrial Center of CINA, Hassi Messaoud: A Statistical Physics Assessment
Résumé
Environmental protection is becoming a primary objective when choosing processes and technologies for treating oily waters resulting from hydrocarbon production. The focus of to eliminate contaminants effluents before discharging them into the receiving environment while adhering discharge standards. Our work aims analyze treatment process in API unit North Industrial Center (CINA), which involves physical–chemical using activated silica Kurifix. study improve used water ensure conservation reuse. To enhance CINA-HMD process, we created coagulants with different doses (C1–C6) sodium silicate, silicate (sodium + sulfuric acid), distilled water, Kurifix, an oxygen scavenger measuring pH, HC (hydrocarbon), SS (suspended solids) levels. Coagulation flocculation were remove suspended solids hydrocarbons water. results show that coagulant reduces matter content increases pH. best achieved prepared 5% 2% acid. optimal dose 16 ppm. Automatic dosing provides better efficiency than manual dosing. recommends continuous verification chemical preparation injection, periodic cleaning settling tanks, monitoring entering station.
Mots clés
Sodium silicate
Distilled water
Environmental science
Suspended solids
Water treatment
Sulfuric acid
Flocculation
Waste management
Hydrocarbon
Pulp and paper industry
Chemistry
Environmental chemistry
Environmental engineering
Chemical engineering
Chromatography
Wastewater
Organic chemistry
Engineering
Domaines
Génie chimiqueOrigine | Fichiers éditeurs autorisés sur une archive ouverte |
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