... for successful well-placement operations is the ability to resolve boundaries that are further away from the horizontal wellbore or that feature a poor contrast in resistivity values from surrounding layers. During the past two decades, azimuthal resistivity tools designs and EM signal-inversion algorithms have...

..., field consumption of injection fluids, temperature (surface ambient and downhole), and partial pressure of H 2 S. Failure Modes. Hydrogen embrittlement typically is characterized by intergranular cracking along the grain boundaries of the steel. Transgranular embrittlement may manifest itself in some...

... different technological innovation. Operators in Australia constructed Technology Advancement of Multilaterals Level 5 smart junctions, building on the experience gained in the North Sea while further optimizing them through several operational iterations. The process of pushing the boundaries of what...

... temperature simulation boundary assumption TECHNICAL PAPERS | High Pressure/High Temperature Modeling Approach Estimates Temperatures in Growing High-Temperature Wells Downhole temperature (DHT) estimation is very important for heat management while drilling high-pressure/high-temperature (HP/HT...

... reservoir subsurface storage co 2 carbon leakage boundary leakage carbon storage leak detection rtm crosswell TECHNICAL PAPERS | Seismic Study Investigates Seismic Monitoring for Carbon Storage Leak Detection In the complete paper, marine seismic data processing is investigated as a tool...

... 2021, International Petroleum Technology Conference malaysia government heterogeneity deposit main compartment reservoir unit 40 thickness unit 1 upstream oil & gas reservoir characterization minor reservoir optimize full-field productivity boundary geomorphology architecture...

... options. In one field example, using the lowest frequencies and a transmitter-to-receiver spacing of 133 ft, it was possible to identify resistivity boundaries up to 225 ft away from the well. Measurements from ultradeep azimuthal EM tools are pulsed to the surface as components of the EM field from...

... hughes guest editorial storage reservoir bhp billiton exxonmobil boundary petroleum university separation GUEST EDITORIAL Larry W. Lake is a professor in the Department of Petroleum and Geosystems Engineering at The University of Texas at Austin where he holds the Shahid and Sharon Ullah...

... displacement complete paper traction reservoir characterization fluid dynamics calculation coefficient gradient flow in porous media approximation mesh grid equation reservoir geomechanics induced seismicity finite-volume method enable simulation boundary wedge-type grid TECHNICAL PAPERS...

...Keshav Narayanan Intelligent operations have been a focus for many parts of our industry for close to 2 decades. Our understanding of what this means, how it can be realized, and the boundaries of what is possible have advanced significantly in this period. Initial industry focus was around...

... balance is that it requires very few input assumptions and produces a high-confidence result. Second, analytical models in commercial pressure-transient-analysis software were used to investigate near-wellbore properties and distances to boundaries. Finally, finite-difference-simulation models were used...

... Intelligence Upstream Oil & Gas machine learning centroid characteristic SVM infill well class 1 boundary Voronoi diagram infill well location vector classification overcome challenge work flow hyperplane estimation candidate location permeability producer algorithm reservoir 1...

...John Macpherson Technology Focus The drilling industry is changing. Equipment providers, service companies, and drilling contractors are redefining the boundaries of their business interests, and these boundaries are evidently quite porous. Over the past year, workshops and symposia have made...

... a sufficiently fine grid for CEOR simulation, but the resulting model was still deemed practically prohibitive. Upstream Oil & Gas full-field model numerical simulation polymer flooding modeling mobility ratio boundary condition sector model enhanced recovery Simulation optimization processing...

... pumps (ESPCPs). The starting point was the definition of the boundaries of each system. Then, each job in the well was defined as (1) a failure, (2) a failure, non-ALS, or (3) no failure, in order to look for ways to improve run life. Introduction La Cira-Infantas oil field is in the Middle Magdalena...

...-processing plant, it may be seen that defining boundaries between the well and the processing equipment is ad- vantageous. A suitable boundary on the re- turn side of the system is the flowline im- mediately downstream of the diverter. The Advancing Deepwater Kick Detection For a limited time, the complete...

... of Petroleum Engineers hydraulic fracturing multilayer formation complete paper equation of state calculation net pressure Upstream Oil & Gas formation property migration solution pair envelope boundary fluid modeling hydraulic-fracture-height migration fracture toughness infinite...

... non- governmental organizations, and watchful monitoring. Social License To Operate Nathan Meehan, 2016 SPE President To contact the SPE President, email president@spe.org. Fig. 1 Measuring social license to operate. Source: Thomson and Boutilier, 2011. Trust Boundary Credibility Boundary Legitimacy...

... is obtained through changing the packing of the grains. 1 7 2015 1 7 2015 1 7 2015 1 7 2015 2015. Society of Petroleum Engineers Upstream Oil & Gas july 2015 coupling Scenario multiphase flow geomechanical multiphase multicomponent flow simulation boundary cross...

... the top to the base of the modeled volume, and using layers that may vary in thickness or be truncated by reservoir-zone boundaries. Geostatistical methods are used to populate each grid cell with a geologic indicator (such as facies or rock type) and associated petrophysical properties. The resulting...