Simplifying the Integration of Petrophysics and Rock-Physics to Identify Hydrocarbon Bearing Rocks on Seismic

A considerable effort has been made in the literature for quality assurance (QA) and checking (QC) of petrophysical log data computation reservoir rock property parameters. Well plays an integral role building a physics model quantitative interpretation (QI) work. poor-quality may lead to significant financial HSSE implications by drilling wells undesired locations. Historically, variety techniques have used including histograms cross plots reviewing feasibility logs QI However, no attempt ever introduce simplified workflow. This paper serves two-fold. It provides step approach petrophysics/rock model. case study presented compare synthetic seismogram generated from workflow with actual seismic trace at well Secondly, shows how few key parameters provide adequate information validate data, distinguish overburden sections, help identify fluids saturation trends within sands. In mentioned study, robustness helped successfully hydrocarbon bearing sands non-reservoir shales.