‘To achieve the high quality requirement for the injected water in exploiting low-permeability oil field, the integrated and high efficiency oily water treatment equipment had been designed. Based on the analysis of the existing oilfield oil-containing wastewater treatment process, using T-S fuzzy neural system to iterate and optimize operating parameters, the design idea of an integrated high-efficiency oil removal device was expounded, and field experiment research was carried out. The results show that the effluent quality of the integrated high-efficiency oil removal device could meet the A1 standard in the National “Recommended Water Quality Index for Reservoir Injection” SY/T5329-94.It is at the leading level of technology in China and has the advantages of simple process, high pollution removal efficiency, good regeneration effect and high degree of automation.

Zhengyang Tong, Meng Li. Research on Integrated and High Efficient Oily Water Treatment Automatic-Controlling Equipment. Academic Journal of Engineering and Technology Science (2020) Vol. 3 Issue 6: 46-55. https://doi.org/10.25236/AJETS.2020.030606.

[1] H.Y Cheng, J. Zhang, L.P. Liang (2008). Current Situation and Advanced Treatment Technology of Oil Production Sewage and Industrial water treatment, vol.23, no.8, p.5-8.
[2] J. Z. Wu, X.Q. Yin, M. K. Zhao, T.Wang (2001). Development of Sewage Treatment Equipment in Oilfield Oil, gas field surface engineering, vol. 20, no.5, p.1-2.
[3] H.L.Yu (2005). A new method of sedimentation wastewater treatment-suspended sludge filtration wastewater purification treatment technology. Journal of Natural Disasters of Chinese Journal of Chemical Industry and Engineering, vol.14, no.01, p. 161-164.
[4] X.S.YAN, J.C. Fan (1999), editor-in-chief. Water supply works. - Version 4-. Beijing: China Construction Industry Press.