... also includes the effect of mobility ratio and how this affects the importance of the fluid performance ratio. Well completion has a critical role to optimize the well performance and enhanced oil recovery. In today’s engineer toolbox, a wide variety of inflow control technology completion options...

.... The Upper Centenario formation lies completely within a water-oil transition zone due to its low structural dip and high oil viscosity. In order to simulate reservoir behavior, end point scaling was necessary. The simulation was used to perform production forecasts, defining the optimal development plan...

... Abstract This study discusses the development and results of the Downhole Water Sink (DWS) pilot test in two wells of the Tambaredjo Field (Suriname). It includes the mechanical completion, design and execution of operating strategy, well performance and forecast, and reservoir simulation...

... remediation enhanced recovery esp intervention tendency corrosion deposition protection scab liner completion Currently around 30% of the active wells produce commingled from two or more of the reservoirs described above, this exploitation strategy can magnify individual flow assurance...

...Introduction The implementation of multi-segment completion wells has the potential for application in this type of reservoir as an aquifer inflow control strategy, where one of the completed sections is located in the oil producing zone, and the other section is completed below the oil-water...

... the target rates and to define the completion model with the specific equipment to perform the operation. Implementation started in the South West area of the field and was deployed with three waterflooding patterns in a record time of three months. After nine months of operation, the reservoir pressure...

... process for the completion design considered reservoir, well and operational conditions as both new and existing wells were considered as candidates for these completion systems. The design consists of a concentric completion with packers to isolate both the water aquifer and oil reservoir. Water...

... the impact of key uncertainties on recovery. The integrated evaluation resulted in an optimized development plan with three subsea gas wells tied back to existing facilities. Production performance of existing wells helped highlight critical performance drivers for Phase 3 wells. Modified completion designs...

... Abstract The objective of this work is to generate an effective selection of cased-hole completions that contributes to increase the production of M field, contemplating all the necessary technical criteria to ensure that the evaluation formation and static fractal analysis could...

... for completion. well control artificial intelligence drilling fluids and materials wellbore integrity drilling operation reservoir characterization risk management wellbore design upstream oil & gas completion implementation risk analysis society of petroleum engineers annular pressure...

.... artificial lift system gas Well Deliquification completion production control Upstream Oil & Gas prosper model production monitoring cumulative production liquid loading recovery factor gas field gas flow rate turner region schinagl permeability Reservoir Surveillance correlation...

... in the Golfo San Jorge and Neuquén basin. The hydraulic fractures created in these basins present a variety of conditions and challenges related to depth, well architecture design, bottomhole temperature (BHT), reservoir pressure, and formation permeability. In 2006, a pinpoint completion technique...

.... A selection process was implemented to identify wells based on favorable sand quality and dynamic reservoir conditions to address potential issues of relatively high-pressure high-temperature saturated steam injection conditions. A risk analysis was implemented to design the injection completion and workover...

... and, for the first time, hudraulic fractured with proppand includes, resulting in an injectivity improvement in excess of 100% with respect to a conventional completion. This was further increased by another 150% by a TIF. Four new water injection pumps were installed in the Villano A –Pad. A new transfer pump...

.... In summary, this paper comprehensively reviews the benefits of a robust fracturing fluid that can use 100% produced or flowback instead of freshwater for fracturing operations; that should become the norm as we move into a more environmental friendly paradigm. chemistry completion application...

... Modeling & Simulation field development facies relative permeability fracture Artificial Intelligence investment information Reservoir Development probability reservoir simulation permeability simulation purpose completion porosity Drilling Introduction Pre-salt carbonate...

... Abstract Completion with anchored guns instead of killing techniques have been used extensively in Ecuador since 2008, completing 111 works to date only in Block 15. During this process several continuous improvement practices as well as new completion techniques were implemented including...

... day, 4.53% water cut), significantly higher than neighbor wells. This methodology accurately predicted the critical drawdown at which a well with potential sanding problems must be produced. It also provided highly valuable information for a better completions design and decision making on whether...

... in place volumes and recovery factors were updated. Analysis of produced fluids helped to assess reservoir performance. The economic analysis following this study will help in selecting the best option to develop the field. Artificial Intelligence Upstream Oil & Gas completion workflow...

... Complex located in Zulia state. In view of this, it became necessary to evaluate the feasibility of building wells using monobore completion technology especially in the B6 LL 370 reservoir located in Tia Juana Field, Lake Maracaibo. Designing a monobore completion involves the construction of a wellbore...