오일샌드 생산수 처리를 위한 벤치스케일 Induced Gas Flotation(IGF)의 유수분리 성능 연구
A Study on the Oil-water Separation Performance of Bench Scale Induced Gas Flotation(IGF) for Oilsand Production Water Treatment
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In this study, for the treatment efficiency of the IGF process for the treatment of produced water (PW) discharged from the oil sands plant, the bench-scale oil sands plant PWT package was designed, manufactured and evaluated to verify the efficiency of the process. The microbubble generation efficiency and microbubble size change according to the circulation pump pressure were observed, and the correlation between influent concentration and temperature, residence time and oil-water separation performance was analyzed.
Abstract
In this study, for the treatment efficiency of the IGF process for the treatment of produced water (PW) discharged from the oil sands plant, the bench-scale oil sands plant PWT package was designed, manufactured and evaluated to verify the efficiency of the process. The microbubble generation efficiency and microbubble size change according to the circulation pump pressure were observed, and the correlation between influent concentration and temperature, residence time and oil-water separation performance was analyzed.
참고문헌 (5)
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- 김극태, "비전통자원개발에 따른 수처리 최신 기술", Korean Chemical Engineering Research(HWAHAK KONGHAK), 52(2), pp.154~165 (2014), 한국화학공학회[DOI]
- I. J. Hwang, "Appearance Approach for Planning the Layout of Oil Sands Plant Module System", ~ (2017)
- Hayatbakhsh, M., "Treatment of an in situ oil sands produced water by polymeric membranes", Desalin. Water. Treat, 57(32), pp.14869~14887 (2016)