Abstract
As a developing nation, Pakistan is confronted with serious energy challenges as a result of a scarcity of hydrocarbons. And the major objective of this paper is to assess the hydrocarbon potential of a study zone in Pakistan’s central Sindh Basin, which is known as the Kadanwari Gas area. The characterization of the reservoir has been accomplished by the use of conventional geophysical techniques, including 2D seismic data and well log information. By converting the time structure map of seismic, it is possible to produce the depth contour map. And a method for converting seismic data to Acoustic Impedance is described. Based on well logs collected after drilling, Petro-physical characteristics such as shale volume, porosity, water saturation, and hydrocarbon saturation were calculated. It was established that the review area is part of the extensional structural system by normal faulting that was seen on seismic sections. The seismic interpretation of these lines that emerged proved the existence of the Horst and Grabben structures as a consequence of normal faulting. The region around these buildings has a significant amount of potential for hydrocarbon accumulation.
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