... and evaluation both in the laboratory and well were carried out, integrated with thermodynamic modelling prior to novel technology deployment in the field. The loss of ignition test revealed that more than 99% of the deposit is an organic material and the rest is inorganic. PVT fluid data was characterized...

... impedance reservoir surveillance production monitoring hydraulic aperture corresponding hydraulic aperture laboratory validation acoustic impedance well logging production control procedure characterization nanosealant injection production logging enhanced recovery permeability casing-cement...

... equation fracture porosity characterization porous system fracture mexico fractured reservoir saturation pore space vug information classification nfr unconnected vug aguilera gomez-rivero spp method interpretation different porous system Introduction Proper petrophysical...

... of inter-wellbore communication. New descriptions using mathematical (analytical/numerical) methods allow improved design of completions and enhanced characterization of the reservoir. This technical paper provides fundamental equations along with inline test and AOF interpretation techniques, which can...

... analysis sedimentary rock united states government geometry algorithm particle alamos national laboratory detector configuration application correction mesh csg geometry geology europe government simulation national laboratory retrieved characterization representation evaluation...

...Introduction Abstract This article discusses the use of Distributed Acoustic Sensing (DAS) to monitor and characterize two-phase slug flow in horizontal pipes. This technology utilizes a regular telecommunication fiber connected to a DAS interrogator to detect flow signals and provide...

... and processing algorithms to record capture and inelastic elemental spectroscopy for matrix parameters, detailed mineralogy, and oil saturation. The output of this characterization portrayed complex challenges that prevent having defined acid distribution between the flow zones of the natural fractures...

... Abstract To accelerate commercialization of Carbon Capture and Storage (CCS), the U.S. Department of Energy is building on decades of characterization efforts and pilot-scale projects through their CarbonSAFE program. Administered through their National Energy Laboratory, this program seeks...

... as sensing devices, which adds complexity and expense. By utilizing the inductive sensing principle, this work introduces a novel inspection method with no transmitter coil(s) capable of characterizing inner and full metal loss on the pipe's body. The proposed technique has been modeled and simulated using...

... connections were subjected to various load points and load paths for evaluation. Based on finite element models and full scale test result analysis, the response of premium connections to the simultaneous application of axial loads and torsional loads was better understood and characterized technically...

... to an automatic definition of relative permeability based rock-types, from a precise and objective characterization of the curve shapes, which would not be achieved with a manual process. It improves the characterization of petrophysical rock-types, prior to their use in static and dynamic modeling. The machine...

... transport through fractures. The primary objective of this study is to develop a mathematical model based on prior published experimental data that can be used to predict HVFRs viscosity profile as a function of essential factors. Water analysis and viscosity property characterization of the selected...

... prediction model evaluation compressive strength acoustic dataset characterization coefficient prediction model Introduction The petroleum industry has in the last decade witnessed a significant change driven by unconventional resources. Unconventional natural gas resources were estimated...

.... LGS and HGS monitoring in the field is currently accomplished using the API retort measurement, which has certain drawbacks and is difficult to automate. In this paper, alternative approaches to solids characterization are presented that lend themselves much better to automation and real-time...

... Abstract The large uncertainty in fracture characterization for shale gas reservoirs seriously affects the confidence in making forecasts, fracturing design, and taking recovery enhancement measures. This paper presents a workflow to characterize the complex fracture networks (CFNs) and reduce...

... feature. Calibration and characterization of the tool were performed using newly developed Monte Carlo modeling techniques superior to previously used laboratory techniques while maintaining direct links to industry standards at the API Gamma Ray Calibration and K-U-Th Logging Calibration Facilities...

... to obtain the basic information from images of wax crystals in shearing fields. A novel method of fractal dimensional analysis was introduced to elucidate the aggregation behavior of wax crystals in different shear flow fields. The fractal methodology for characterizing wax crystal aggregation...

... of increasing complexity. First, we compare the measured relative permeability and capillary pressure for Bentheimer sandstone, both for a clean sample and a mixed-wet core that had been aged in reservoir crude oil after centrifugation. We characterize the distribution of contact angles to demonstrate...

...-risking. A common denominator for the EOR process characterization and upscaling (along with the discretization of the displacement) is the non-uniqueness nature of the problem. As the complexity of numerical representation of the EOR process increases (thus increasing data characterization requirements...

.... production control production monitoring thermal method enhanced recovery Reservoir Surveillance Upstream Oil & Gas steam-limiting flow control device phase change application restriction SAGD resistance control device operation characterization conformance production logging trial gas...