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Wen, G.Y., Zhao, Q.Z., Ma, H.G., Wang, X.L. and Yu, W. (2017) Research and Appli-cation of a High Efficiency and Low Cost Bioremediation Technology for Petroleum Contaminated Soil. Journal of Safety and Technology, 13, 5-9.

has been cited by the following article:

• TITLE: Bioremediation of Refinery Oil Contaminated Soil

  AUTHORS: Xingling Tao, Li-An Ma

  KEYWORDS: Bioaugmentation, Oil Contaminated Soil, Oil Degrading Strains-Compost, Petroleum-Degrading Strains

  JOURNAL NAME: Open Access Library Journal, Vol.5 No.5, May 21, 2018

  ABSTRACT: Objective: In order to study low activity of petroleum-degrading strains. Methods: We added oil degrading strains to compost, the compost is made of soybean meal, corn flour, bran and sawdust, in the last, we added the oil degrading strains-compost contaminated soil. Result: The oil removal rates were determinated by gravimetric method. The oil removal rates of control group, oil contaminated soil compost group and oil contaminated soil oil degrading strains-compost group were 23.4%, 31.6% and 49.7% on 60th day, respectively. Compared with the control group, the oil removal rate of oil contaminated soil oil degrading strains-compost group increased by 26.3%. Conclusion: The research indicates that oil contaminated soil oil degrading strains-compost can improve petroleum-degrading rates.