Introduction to the Special Edition from the 2014 Gussow Conference on Advances in Applied Geomodeling

Abstract

Geomodeling has proliferated among earth science and engineering professionals as a body of techniques, software packages, and workflows for subsurface reservoir characterization. Although not a recognized professional discipline or university degree option, geomodeling is a multidisciplinary subject with a growing technical community. Geomodeling is treated as an enabling technical field and focal point in the petroleum industry subsurface teams, with major software development dedicated to the subject and practitioners assuming the role and title. The broad subject typically draws from the fields of geology, geophysics, geostatistics, petrophysics, reservoir engineering, and increasingly geomechanics, computer science, and data analytics. The field of geostatistics is a fundamental aspect of geomodeling, providing many core algorithms. The other associated fields provide concepts, context, inputs, constraints, and direction for the technology applications and for multidisciplinary team efforts to deliver meaningful models and results. The motivation for companies is to pursue exploration, development, and production with increased efficiency and sustainability. The geomodeling proposition is to add value through improved reservoir management decisions. More accurate and precise geomodels lead to improved well planning and prediction of the behavior of alternative extraction technologies. Thus, geomodeling will improve recovery and reduce risk. Yet, gaps exist between the application of geomodeling, geostatistical methods, capabilities of software tools, and appropriate practice and ease of use. With …