School of Chemical and Petroleum Engineering, Sharif University of Technology, Tehran, Iran
Abstract
In recent decades, large amounts of hydrocarbon derivations have contaminated the environment due to industrial developments and neglecting the environmental issues. In this study, the ability of biological removal of hydrocarbon pollution from contaminated soil around Sarkhun gas refinery was investigated. This study was done for seven samples with three different nutrient ratios and by moisture controlling and continuous aeration. During experiments, concentration of Total Petroleum Hydrocarbon (TPH) was measured. Results showed that with a nutrient ratio of 100:5:1 for C:N:P during an 18-day remediation period, the mean contaminant removal was about 50%. By using these results a practical plan was suggested for running in real scale situations. Developing a model was done by considering the Monod model as microbial growth model. Results showed good accordance to empirical data.
Shayegan,J. and Babaee,A. (2012). Study of Enhanced Bioremediation in Treatment of Gas Condensates Contaminated Soil. Iranian Journal of Chemical Engineering (IJChE), 9(4), 16-24.
MLA
Shayegan,J. , and Babaee,A. . "Study of Enhanced Bioremediation in Treatment of Gas Condensates Contaminated Soil", Iranian Journal of Chemical Engineering (IJChE), 9, 4, 2012, 16-24.
HARVARD
Shayegan J., Babaee A. (2012). 'Study of Enhanced Bioremediation in Treatment of Gas Condensates Contaminated Soil', Iranian Journal of Chemical Engineering (IJChE), 9(4), pp. 16-24.
CHICAGO
J. Shayegan and A. Babaee, "Study of Enhanced Bioremediation in Treatment of Gas Condensates Contaminated Soil," Iranian Journal of Chemical Engineering (IJChE), 9 4 (2012): 16-24,
VANCOUVER
Shayegan J., Babaee A. Study of Enhanced Bioremediation in Treatment of Gas Condensates Contaminated Soil. IJChE, 2012; 9(4): 16-24.
