University of Isfahan Journal of Stratigraphy and Sedimentology Researches 2008-7888 28 2 2012 06 21 Upper Khami reservoir study using microscopic thin sections, core and mud lost data and modeling, Bibi Hakimeh oil field Upper Khami reservoir study using microscopic thin sections, core and mud lost data and modeling, Bibi Hakimeh oil field 51 68 16771 FA B., Soleimani, Associated Professor, Department of Geology, Shahid Chamran University, Ahvaz F., Soleimani, M.Sc, Student, Shahid Chamran University, Ahvaz Kh., Heidari, M.Sc , N.I.S.O.C, Ahvaz Journal Article 2016 06 14 The present study is an evaluation of diagenetic processes and reservoir quality of the  upper Khami Group in Bibi Hakimeh oil field. The Khami Group is divided into upper (Fahliyan, Gadvan and Dariyan formations) and lower parts (Surmeh and Haith formations). Lithologically, Fahliyan and Dariyan formations and Khalij Member of the Gadvan Formation are carbonate and Gadvan Formation is shale. The determined diagenetic processes are dolomitization, glauconitization, anhydritization, mechanical compaction and stylolitization, chertification, pyritization in the upper Khami. Reservoir geological model for describing the structure and fault effects, iso-grade mud loss and fracture maps were constructed by reservoir management system (RMS) software. The results revealed that fractures development and as well as the effect of diagenetic processes such as dolomitization and dissolution seem to have increased the reservoir quality. There is good development of fractures in this reservoir. In general, existence of fractures and effects of processes such as dolomitization and dissolution seem to increase the reservoir quality in this field.   <strong> </strong> The present study is an evaluation of diagenetic processes and reservoir quality of the  upper Khami Group in Bibi Hakimeh oil field. The Khami Group is divided into upper (Fahliyan, Gadvan and Dariyan formations) and lower parts (Surmeh and Haith formations). Lithologically, Fahliyan and Dariyan formations and Khalij Member of the Gadvan Formation are carbonate and Gadvan Formation is shale. The determined diagenetic processes are dolomitization, glauconitization, anhydritization, mechanical compaction and stylolitization, chertification, pyritization in the upper Khami. Reservoir geological model for describing the structure and fault effects, iso-grade mud loss and fracture maps were constructed by reservoir management system (RMS) software. The results revealed that fractures development and as well as the effect of diagenetic processes such as dolomitization and dissolution seem to have increased the reservoir quality. There is good development of fractures in this reservoir. In general, existence of fractures and effects of processes such as dolomitization and dissolution seem to increase the reservoir quality in this field.   <strong> </strong> https://jssr.ui.ac.ir/article_16771_24a3118c3b5d5a4504effe53f102d697.pdf