... increases bandwidth by adding tapered ridges to the original cylindrical waveguide and optimizes the feed details to maintain an impedance match to the feed connectors. Results on drilling muds shows a high sensitivity to brine content, which can be inverted to have high accuracy OBR values. In addition...

... artificial intelligence research and development knowledge management enhanced recovery evaluation information ptd demo machine learning weighting probability deployment project management strategic planning and management progression small demo consideration author sensitivity reduction...

... upstream oil & gas coil flowline corrosion corrosion management production chemistry materials and corrosion riser corrosion artificial intelligence corrosion inhibition h2s management oilfield chemistry pipeline corrosion angularly sensitivity pipe defect detection defect...

... is to add borehole sensors that increase the sensitivity by around a factor of 10. While shallow (around 50 m) is sufficient, they can be extended to deeper borehole sensors, bringing the measurements close to the anomaly and is thus the preferred approach. This, in combination with calibration back...

... from the HDR and Aspen simulation models for a binary power plant, heat loss in vertical well segments, and pressure losses relevant to uniform fluid flow distribution in the EHE. Finally, we show sensitivity models that enable economic evaluation of the envisioned EHE. Well Pattern Description...

... regional carbon sequestration project in Michigan. completion monitoring systems/intelligent wells climate change downhole sensor reservoir surveillance chemical flooding methods production logging reservoir simulation simulation result history matching streamline sensitivity onset time...

... cable coupling as well as sensitivity when the retrievable cable is deployed in low deviated or vertical wells. A recent case study proved good FDI measurements recorded within 2-3 degrees of inclination in the monitor well section. This light coupling measurement encourages retrievable fiber...

... potential and profitability. The second case will evaluate a standard practice of gas sales. Reservoir data was provided by the company who own the field. The first case was split into three stages. The first stage reviews the sensitivity analyses completed to generate the base sand box model representative...

... with high sensitivity to the overall response. The regressed equations are the means for increasing both the accuracy and the applicability of any estimation model that inputs complex permittivity. Experimental Procedure Abstract Heterogeneity to some extent is realized in every reservoir. Variable...

... than observed. Sensitivity to combination of gas expansion energy and aquifer strength has been done to narrow the range of OGIP. The results described in this paper illustrate the benefit of integrating saturation and pressure measurements from the aquifer with other surveillance data to better...

... discontinuities at NNCs. The flux reconstruction allows us to trace streamlines and compute the time of flight (TOF) in DPDK models. The fracture identification workflow relies on the streamline-based analytic sensitivity computation and rapid model calibration using dynamic data. Multiple realizations...

... system drilling operation well logging log curve measurement precision confidence level front-to-back ratio bed boundary azimuthal gr tool formation model test tool boundary bed activity artificial intelligence sensitivity gamma ray inversion overlap coefficient scenario separation...

... the sensitivity of the measurement enabling a mid-infrared analysis. Spectroscopic measurements were performed on 32 base oils that were reconstituted to reservoir compositions over a wide temperature and pressure range up to 350°F and 20,000 psi for a total of 12 combinations for each base oil. Live gas...

... operation critical velocity artificial lift system Directional Drilling Upstream Oil & Gas selection holistic artificial lift optimization EOT unconventional horizontal well fbhp data heel dominant liquid loading frequency sensitivity liquid loading unconventional well well performance...

... force in all directions when it reaches gauge hole, which is short of full expansion as designed. The pulsed neutron (PN) logs provided a qualitative, yet clear verification of expansion when comparing measurements sensitive to hydrogen concentration. The SMP is an extremely low density organic...

... numerical simulation in the workflow. Finally, the workflow employs methods for uncertainty quantification, global sensitivity analysis, and model inversion. During the pre-job planning phase, the model-based workflow was used to select and mobilize the optimal sampling hardware, estimate sampling time...

.... As such, it is possible to construct a porosity algorithm based on a ratio of the formation-only counts from a dual-exponential fit. The anticipated advantage would be reduced borehole sensitivity. This approach was studied using the MCNP (Monte-Carlo N-Particle) computer simulation code ( Cox et al. 2002 ). Fig. 5...

... gas condensate reservoir depletion. Conventional thermal neutron capture cross section (Sigma) has low sensitivity to gas density variations, making it unable to detect reservoir pressure changes. The Alwyn Field is located in Block 3, approximately 440km North East of Aberdeen. Discovered...

... Artificial Intelligence threshold value Upstream Oil & Gas seismic survey water saturation front sensitivity reference model onset time inversion method saturation front onset time Reservoir Characterization petro-elastic model interpolated onset time Introduction Recently, the use...

... & Simulation synthetic response inversion result well logging inversion pixel sensitivity map application log analysis frequency pixel-based inversion boundary Upstream Oil & Gas sensitivity vector resistivity Inversion Algorithm formation model reservoir Formation Resistivity...