... production monitoring conference and exhibition wellbore production rate completion installation and operations intervention innovative coiled tubing project management cleanout malaysia short string geological structure scenario Introduction Oil Field Oil Field X, situated...

...) and distinguished flow inside the wellbore and formation. The short string's injection distribution profile was determined using an industry-proven temperature modelling technique. Results, observations, and conclusions The short string comprises hydrodynamically independent sublayers (10-30 ft thick...

... scale remediation asphaltene inhibition hydrate inhibition hydrate remediation paraffin remediation intervention injection asphaltene remediation oilfield chemistry flow assurance reservoir temperature wellbore flow line continuous injection meg well intervention upstream pressure...

... depicting the true vertical extent of rock layers, the TVT scale enables geologists and drilling engineers to make informed decisions during directional drilling operations. This ensures optimal wellbore placement within the desired reservoir zones, enhancing hydrocarbon recovery and operational efficiency...

...-dimension inversion conductive layer novel multi-dimension inversion hydrocarbon recovery wellbore real time system resistivity real-time enhancing reservoir management intermittent conductive layer inversion result feet md target zone Introduction Enhancing hydrocarbon recovery...

... of the wellbore accumulated liquid volume, the dataset for hybrid model was enhanced with a data generated using a dynamic multiphase flow simulator, which calculated well behavior under various boundary conditions and scenarios. Both types of models were trained and tested on their respective datasets...

.... The paper highlights the key factors contributing to the success of the system. The operator planned to drill a vertical main bore plus additional lateral producer well and required access to both wellbores for future intervention. To achieve this objective, a novel multilateral completion design...

... transitional environment tidal flat environment sedimentary geology conformance improvement sedimentology asset and portfolio management well logging geologist rock type drilling data acquisition enhanced recovery reservoir characterization placement wellbore development well marginal field...

... goal of this study is to successfully deploy a stiff Lower Completion Assembly, incorporating packers and ICDs, in a challenging wellbore within a mature field. This objective was particularly significant due to historical issues in the same field where Lower completion became stuck, necessitating...

... trapping number does not always enhance well productivity. This is because the mobile condensate in the pseudo-single-phase region can become trapped near the wellbore, where capillary forces dominate, causing permeability damage and productivity loss. Hence, the understanding flow in the pseudo-single...

... interpreted and analyzed the monitoring results by applying the temperature and acoustic interpretation model to get the fluid production of each fracturing section cluster under the conditions of different production regimes. The monitoring results show that the overall temperature change of the wellbore...

... of the reservoir-wellbore system. In this study, efficient algorithms are proposed to automatically optimize the parameters in real-time to remove the liquid efficiently and maintain gas production, through which the recovery factor can be extended. Firstly, we build a comprehensive model that couples...

... stand-off to the wellbore wall. Acquiring azimuthal data around the wellbore during different logging passes enables acquisition of 4D caliper information. After being calibrated inside casing, the ultrasonic sensor provides azimuthal travel-time images, based on which minimum, maximum, and average hole...

... by casing deformation through the introduction of novel techniques and materials. We present an integrated approach that includes the deployment of high expansion dissolvable plug tailored for restricted diameters, the use of spiral seal structures to ensure reliable anchoring within deformed wellbore...

... Abstract Ultra-deep ElectroMagnetic (EM) inversion is used to resolve multiple layers at a distance from the wellbore. Since it primarily responds to resistivity variations, it has been used for mapping formation boundaries and fluid away from the wellbore, such information has been key...

... wormhole wellbore coiled tubing plt society simulating horizontal well matrix acidizing petroleum engineer production control dts software recovery operator contrasting Introduction ARX is characterized as a carbonate reservoir in Abu Gharadig field, Western Desert of Egypt. It has good...

... to the proposed additional perforation reservoir and this became more challenging hence in the highly deviated reservoir that normal cleaning procedures will not guarantee the highest sweeping efficiency. Cleaning sand and debris from large diameter, deviated, or horizontal wellbores can be challenging...

... Calculator. Decision-making processes involved in recovering the fish when the downhole tools are stuck. The goal is to provide a usable wellbore at the lowest ultimate cost. Nowadays, the world is working in industrial revolution 4.0, where all are about digital transformation, increase the automation...

... Abstract Effective cementing plays a pivotal role in ensuring the integrity of oil and gas wells, providing mechanical support, fluid containment, and environmental protection. This paper presents guidelines for conducting wellbore cementing remediation processes effectively, emphasizing...

... production control well-a mmstb reservoir drillstem testing gradient platform facies scenario modeling well-b producer flow in porous media enhanced recovery matulla plt wellbore gs365 platform contribution accessibility Introduction GS365 main reservoirs are Nubia, Matulla, Brown...