... and refine/enhance the interpretation. The way forward is to apply a similar workflow to other wells in the field, to gain a solid understanding of the sub-seismic architecture of the subsurface and hence timely optimize the setup of Inflow Control Device (ICD) design used to mitigate EWBT. structural...

... oil & gas cement and bond evaluation thickness kuwait government cement casing and cementing qatar government cement evaluation acoustic impedance transducer interface tolerance attenuation extending asia government saudi arabia government receiver ppg interpretation flexural...

... in providing the potential of characterizing reservoir petrophysical properties such as rock tortuosity. To interpret acquired dielectric data, several models have been developed and used in the industry. The objective of this laboratory study was to evaluate the commonly used models, identify conditions under...

... realization posterior ensemble envelope integrated ensemble asia government netherlands government ensemble workflow aperture fractured reservoir fracture norway government machine learning scenario uncertainty propagate uncertainty sedimentary rock interpretation fracture intensity...

..., drilling induced fractures, and hydraulic fracturing success probability are all directly dependent on the reliability of the provided MEM. Considering that MEM have been historically developed based on empirical correlations and an expert manual interpretations of logging data, intuitively, their accuracy...

... different borehole imaging technologies in the same wellbore. The objective of this study is to understand the responses and refine the rule of oil-based mud borehole image interpretation in tight carbonate reservoir. The operator has logged both WBM and OBM imager in the same wellbore at different times...

... through machine learning known as "Heterogeneous Rock Analysis" (HRA). Based on HRA, the samples selection for Unconventional and advanced Geomechanical core analysis was applied, followed by core data interpretation, core to logs integration and refining reservoir quality. Unconventional and advanced...

... production control upstream oil & gas reservoir well logging evaluation laminated sand-silt-clay deep-water reservoir offshore malaysia lower kms optimum log data acquisition reservoir characterization workflow interpretation borehole imaging malaysia government production monitoring...

... and apparent resistivity images from recorded mode data were used to interpret geological features such as fractures, faults, cross-beddings, and secondary porosity intervals. Quad combo measurements, including gamma ray, propagation resistivity, density, neutron, shear and compressional sonic measurements...

... based on interpretation of restricted diffusion visible in the water signal of data acquired at S w =1. The same can be applied to data acquired at partially saturated conditions by interpreting the water signal only. The m values derived from NMR measurements at partially saturated...

... analysis (NMRFA) that categorizes massive LWD NMR datasets into a few poro-fluid facies, which enables a quick, data-driven geological interpretation using single or multiple wells. NMRFA is a data reduction technique that aims to describe and interpret variability in NMR spectral logs using a small...

... max direction (NE-SW) as seen from drilling induced fractures interpretation from borehole images. Fracture injection is feasible as long as the injection rate and water quality are operated under recommended limits (rates <400 m3/Day and TSS< 140 PPM) and this will significantly impact...

... materials production control sublayer prolific sublayer interpretation placement technical conference sedimentary rock simulation geologist fracture conductivity clastic rock rock type production performance fracture height conference and exhibition stratigraphy lateral landing geological...

... that the interpretations are precise, and avoiding erroneous data that may lead to misinterpretations. Prescriptive artificial intelligence focuses on developing trained predictive models to recommend actions, while optimizing looked after outcomes. We present an innovative prescriptive artificial intelligence framework...

... the production of these reservoirs. The major phases of such monitoring projects are sensors network design, deployment, acquisition, data processing, results delivery, and interpretation. Fit-for-purpose monitoring networks were designed by modelling the expected sensitivity and location accuracy of various...

... sedimentary rock geology marrat formation rock type appraisal well compartmentalization interpretation condensate carbonate rock kuwait reservoir temperature characterization process porosity pvt analysis middle marrat formation exploration campaign strategic production target exploration...

...Real-time Operation & Interpretation With all the challenges above, a fit-for-purposes strategy and robust real time decision making are crucial to ensure the success of the operation. Hence, optimal dynamic fluid characterization and testing techniques via LWD was applied in one...

... performance diagnostics. Marker-based production logging is just one of the techniques employed to obtain additional data that can be extremely important for prompt decision-making in case of any complicating factors. At the same time, such information requires proper processing and interpretation...

... to address the variability in saturations seen across the Field and link known productivity to the Petrophysical interpretations. Nuclear Magnetic Resonance (NMR) logs had been employed in a targeted area of the Field in order to investigate rock quality in an attempt to explain the oil saturation...

... Abstract Over the last two decades, the continuing integration of distance-to-boundary logging while drilling (LWD) workflows with the directional drilling processes, has dramatically improved geosteering of deviated and horizontal wells. However, the interpretation of underlying propagation...