Thermal Maturity and Time of Oil Generation Petroleum Source Rock, Murzuq Basin

Authors

  • Dr. Mohamed Omer Musa Geophysics Department, Al-Mergab University , libya

Keywords:

Thermal maturity,, spore colure index,, vetrinite reflectance oil generation

Abstract

Two consitions from Murzuqe Basin were selected to exam the source rock thermal maturity which is the main factor controlling source rock quality. These consitions are NC-115 and NC-174. Many samples were chosen from the studied consitions and analyzed for thermal maturity as well as time of oil generation. Different techniques were used here including spore colour index (SCI), vetrinite reflectance (VR), and Tmax as well as basin modelling to investigate time of oil generation of the source rock. All parameters indicate that the source rock at these consitions is at mature level and the oil was generated during Late Cretaceous to Tertiary periods.   

Author Biography

Dr. Mohamed Omer Musa, Geophysics Department, Al-Mergab University , libya

Geophysics Department, Al-Mergab University , libya

References

REFERENCES

Akaegbobi, I. M., 2000, Application of geochemical techniques in kerogen classification and source rock evaluation of the Agbada shale, Eastern Niger Delta, 175-189 p.:

AZIZ, A., 2000, Stratigraphy and hydrocarbon potential of the Lower Palaeozoic succession of License NC-115, Murzuq Basin, SW Libya. In Geologecal exploration in Murzuq Basin , 349 p. .

Botoucharov, N., 2007, Vitrinite refectance - A major method in analysis of maturity and thermal history of sediments in North Bulgaria.

Clarke, S. M., Burley, S., Williams, G., Richards, A. J., and Meredith, D., 2004, 4D modelling of sedimentary basin architecture and hydrocarbon migration.

DAVIDSON, L., BESWETHERICK, S., CRAIG,J., EALES, M., FISHER, A., HIMMALI, A., JHO, J., MEJRAB, B. and SMART, J. , 2000, The structure, stratigraphy and petroleum geology of theMurzuq Basin, southwest Libya. In Geologecal exploration in MurzuqBasin , 295 p. .

Hutton, A., Bharati, S., and Robl, T., 1994, Chemical and Petrographic Classification of Kerogen/Macerals.

MARSHALL, J. E. A., 1991, Quantitative spore colour: Journal of the Geological Society, v. 148, no. 2, p. 223-233.

PETERS, K. E. M., J. M, 1993, The Biomarker Guide. Interpreting Molecular Fossils in Petroleum and Ancient Sediments. Prentice Hall, Englewood Cliffs, New Jersey, 363 pp.

Petersen, H., Sherwood, N., Mathiesen, A., Fyhn, M., T. Dau, N., Russell, N., Bojesen-Koefoed, J., and Nielsen, L., 2009, Application of integrated vitrinite reflectance and FAMM analyses for thermal maturity assessment of the northeastern Malay Basin, offshore Vietnam: Implications for petroleum prospectivity evaluation, 319-332 p.:

SIJOK, A., 2006, Evaluation of Lower Silurian Source Rock Distrbution, NW Murzuq Basin, SW Libya. Unpublished MSc dissertation.

Spina, A., Vecoli, M., Riboulleau, A., Clayton, G., Cirilli, S., Di Michele, A., Marcogiuseppe, A., Rettori, R., Sassi, P., Servais, T., and Riquier, L., 2018, Application of Palynomorph Darkness Index (PDI) to assess the thermal maturity of palynomorphs: A case study from North Africa.

YOUSSEF, I. A., Y. I., 2000, The petroleum Geology of the PalaeozoicClastics of the Murzuq Basin, Al Atshan Saddle and Southren Part of the Ghadamis Basin, Libya.In The Geology of Northwest Libya , 213 p.

Published

2023-11-28

How to Cite

Dr. Mohamed Omer Musa. (2023). Thermal Maturity and Time of Oil Generation Petroleum Source Rock, Murzuq Basin. Albayan Scientific Journal, (4), 206–194. Retrieved from https://journal.su.edu.ly/index.php/bayan/article/view/2453