With this in mind, an advanced 3D geomodelling algorithm has been developed by Dimension Strata and has subsequently been successfully tested on several prominent hydrocarbon fields, most recently as a study on a producing gas field in Brunei. Continuing improvements in the algorithmic logic of subsurface petroleum geological software is always key to achieving greater accuracy in delineating potential prospects and fields. In recent years geocellular reservoir modelling has therefore become an essential tool throughout the life cycle of any field. Common challenges in hydrocarbon exploration and field development centre on the complexities and uncertainties embedded within the subsurface structure and associated formations, which may include structures such as channel bodies, beaches, dunes, turbidites, faulting and other associated depositional and structural features that need to be incorporated into the model. Successfully incorporating 3D seismic data, in particular, is key to modelling any hydrocarbon field, as it provides critical insights into spatial distribution and various geological reservoir properties. Reservoir modelling requires the incorporation of data from various sources, along with the integration of knowledge and technical skills from a multitude of disciplines.
0 kommentar(er)
