... nipple and the utilization of the Internet of Things (IoT) as a gateway to transfer data between the rig site and the Real-Time Drilling Operations Centre (RT-DOC). In this context, this paper discusses the development of a large-scale laboratory prototype that mimics the bell nipple in field...

... GP jobs successfully executed. Improved approach enabled to cover a total gross interval of 416 meters, with 210 meters for well A and 206 meters for well B. This advancement has resulted in a substantial increase in production per well unit. This paper promises to offer significant practical...

... wells at 392°F. This paper presents a design methodology and process tailored for ultra-deep, high-temperature, high-angle wells. It begins with cutting test technology for in-depth rock mechanics testing, followed by an innovative mechanical specific energy calculation method, factoring in actual...

... injection khan proppant placement implementation correlation workflow geological subdiscipline perforation limitation young characterization completion paper technology conference acid Introduction Hydraulic fracturing is the end objective of the wells in tight gas development...

... key information along with 1D and 3D for far field petrophysics, utilizing offset data and the information provided by the Ultra-deep resistivity inversion. This Paper covers all the challenges that deep and Ultra-deep Resistivity can cover from optimizing the well placement to formation evaluation...

.... artificial lift system koc tubing completion application submersible pump producer run life co 2 esp completion cost-effective gre lined tubing completion gre lined tubing completion gre liner gre paper concentration pooh gre mn-xxxx kuwait Introduction The West Kuwait Minagish asset...

... in achieving the well objectives with a huge increase in drilling performance and efficiency. The technology also allowed for proper identification of optimum drilling parameters in the reservoir. This paper describes the field deployment of the HFTO dampener tool and the application of optimized drilling...

... industrial successful deployment of high laser perforation tool in the field with a focus on safety, logistics, environmental impact, surface footprint and technology efficiency. Furthermore, the paper presents the effect on well integrity after the perforation process with a laser tool including debris...

..., and affordable when compared to conventional separators and multiphase flowmeters (MPFMs). deep learning reservoir geomechanics geological subdiscipline conference geologist reservoir surveillance machine learning paper geology production monitoring artificial lift system application egypt...

... by the uncertainty of the input parameters (e.g., rock mechanical and fluid properties). To address these issues, this paper proposes a deep-learning-based approach to improve both the efficiency and accuracy of fracturing simulation in shale. This study develops a novel method integrating Feedforward neural...

... enhanced efficiency and accuracy but also fosters a deeper understanding of reservoir behavior and production dynamics. sedimentary rock deep learning geologist decline curve analysis clastic rock rock type geology production forecasting artificial intelligence machine learning paper...

... is an efficient and effective technology for understanding subsurface CO 2 propagation and quantifying multiphase saturation. This paper discusses the critical factors—well conditions and reservoir properties—in designing a PN well logging program and analyzing PN data. The Monte Carlo N-Particle (MCNP...

... strategies are explored. This paper presents 15 case studies involving different hydrocarbon types and overbalance scenarios, where cloud-based wellbore fluid simulations were conducted for various flow rate scenarios to predict potential well control situations. Special attention is given to near-critical...

... reservoir simulation fluid dynamics flow in porous media pressure transient analysis modeling kumar geomodel artificial intelligence workflow iteration exhibition gauss-newton inversion reservoir characterization geology paper heterogeneity rock type machine learning inversion workflow...

... by developing a hybrid workflow that integrates existing tools and methodologies. asia government fluid dynamics drilling operation united states government upstream oil & gas asset and portfolio management optimization evolutionary algorithm paper opportunity index well placement...

... unscheduled deferment has been decreasing dramatically to 2.9% in 2021 and 2.4% in 2022, approaching local top quartile (2%). A historical record has been achieved in September 2022 by reducing the unscheduled subsurface deferment to only 0.8% beating both local and global (1%) top quartile. This paper...

.... Additionally, the analysis revealed that water-filled formations were predominant in other sands. The C/O log analysis showed no bypassed oil in the lower sands. This paper further discusses case studies on candidate selection for pulsed neutron well logging, uncertainties in formation parameters...

... Abstract One of the most important features that impacts the facility size and production rate commitment is the minimum connected volume which can be explored through pressure Build Up and any misinterpretation, costs the operators significantly. This paper aims to address the challenges...

...) and calcium bromide (CaBr2) brines were used for this evaluation. In this paper, we investigate the rheological properties and viscoelastic behavior of VES. A high-pressure/high-temperature (HP/HT) rheometer was used to evaluate the fluid viscosity stability, elastic modulus (〖 G 〗') and viscous modulus (〖 G...

... porosity post-waterflooding oil reservoir surveillance equation saturation calculation water saturation paper sensitivity Introduction In this section, we briefly overview the Upper Burgan formation in the Raudhatain oil field. We also discuss a saturation analysis method using pulsed neutron...