... these petrophysical outputs are important for reserve estimates, any calculation error of these components directly affects the hydrocarbon in-place estimates. To address this issue, a new workflow has been developed to integrate data from conventional logging and high-tech tools. This paper demonstrates a workflow...

... workflow is developed that captures universal fluid compositions and relative permeability data for fields undergoing continuous CO 2 injection in naturally fractured reservoirs. Injection design schemes and parameters for continuous CO 2 for hypothetical reservoir types are constructed using a miscible...

... Abstract In the traditional sequential workflow approach, the geomodeler builds static models based solely on log and core data interpretations, sometimes supplemented with geological understanding, without any dynamic data considerations. In the consequent step in the traditional workflow...

... with all elements but positive correlation with porosity and permeability. We therefore identified Co, Ti, Sr, and Zr as proxy for the determination of rock strength specific for studied samples and proposed a workflow based on our sequences of analysis and interpretation. Furthermore, we identified four...

... optimization problem Upstream Oil & Gas Artificial Intelligence drilling operation reservoir simulation development opportunity algorithm field development opportunity identification optimal society of petroleum engineers production forecast workflow probability constrain...

... classification drilling report information optimization operation NPT natural language bottleneck drilling phase workflow Upstream Oil & Gas Efficiency natural language processing Resource Allocation society of petroleum engineers algorithm Scenario Drilling resource allocation optimization...

... real-time data hydraulic simulator characteristic zonal flow allocation well model workflow operator pdhg practical experience Introduction IWCs plays a key role in improving hydrocarbon recovery by providing operating companies the ability to selectively and remotely monitor, control...

... and constructing frameworks. The 2DCM workflow has been developed and refined over the past 10 years using thousands of horizontal wells in active development areas across a wide region. In addition to accurately representing the geological observations along the entire horizontal well, it is a very efficient...

... is sensitive to rock wettability. The wettability status is unknown. However, the existence of bitumen could greatly influence the wettability and thus the saturation exponent. A formation evaluation workflow has been developed to provide accurate petrophysical parameters necessary to estimate stock-tank oil...

... and promotes data integrity to enhance E&P workflows such as interpretation, geological modeling and reservoir simulation as shown in figure 2 . Recently, many leading software vendor companies in the oil and gas industry started to adopt this data standard format through their E&P applications...

... Abstract The paper describes a comprehensive generic workflow that was developed to enhance the history match of the reservoir simulation model for fractured reservoirs. Commonly in the industry, such reservoirs are modeled in dual porosity, dual permeability (DPDP) mode; this is to account...

..., characteristics, and impact of TIF from the generally available, well injection production history data. The practical workflow employed here will help engineers detect and monitor TIFs; as well as evaluate the metrics describing waterflood performance, namely flood efficiency, inter-well communication...

... optimization methods for which data delivery, analysis, planning and design can take many weeks. Efficiency geomechanical modeling well trajectory geomechanical log natural fracture drilling data estimation society of petroleum engineers information workflow Ouene elastic inversion...

... of which has been uneconomic. Minimizing the uncertainty in production forecasting and reservoir simulation necessitates an accurate model, which captures the interaction of induced hydraulic fractures with existing natural fractures. One method to achieve this is by using a 3G workflow, which leverages...

... Abstract This paper presents an application of probabilistic, ensemble-based computer-Assisted History Matching (AHM) with uncertainty to Integrated Reservoir Model (IRM) of a Middle Eastern reservoir. The paper outlines the most important characteristics of the AHM workflows for rigorous...

... Abstract Expansion of unconventional oil and gas exploration and production has played a key role in the evolution of geoscience applications, both in terms of hardware and software. Due to the uniqueness of unconventional development workflows, different computing solution paradigms...

..., a tool is needed to assist engineers to maximize the value from the data sets and at the same time ensure accuracy and representativeness of the simulation input. This paper discusses a workflow that utilizes Business Intelligence capabilities to compare both data sets, the I-field and monthly averages...

... chemistry asphaltene remediation scale remediation Production Chemistry scale inhibition asphaltene inhibition intervention foamed fluid Saudi Aramco reservoir remediation of hydrates pilot hole workflow perforation telemetry system Upstream Oil & Gas isolation downhole measurement...

... descriptions, e.g., Lithofacies, which includes diagenetic information, show a link to permeability when categorized into rock types exposed to similar depositional environments. The objective of this paper is to develop a robust combined workflow integrating geology and petrophysics and wireline logs...

... compared to manual history matching or single-approach workflows. Maschio et al. [2004] applied the coupled approach on an offshore field. Maschio et al. [2004] performed a global history match, used streamlines to identify manually the flow pathways within the reservoir. Subsequently, individual wells...