... radius in these open hole horizontal laterals have resulted in increased friction losses during production phase. Later, with flow equalizing completion techniques, ultimate recovery from the reservoir increased and stable production was achieved during the early phase of the reservoir. However...

... Abstract Three horizontal wells were drilled and completed with hydraulic fracturing in an explorational environment based on reservoir characterization from openhole logs. Limited success in establishing gas production rates showed the need for an integrated technical workflow to be applied...

... Abstract Multilateral technology continues to gain interest within the oil and gas industry. While multilateral wells are recognized as an advanced well construction and completion technique to optimize production performance and improve field recovery, further opportunities exist to increase...

..., or other completion equipment element), secondary barrier envelope is the one that holds the pressure and prevents further escalation of the incident outside of well boundaries. The content of this paper is related to such kind of wells that comply to the double barrier policy and are equipped...

... Abstract The objective of this paper is to present the comparative results of comprehensive analysis of horizontal well productivity and completion performance with vertical wells drilled and completed within same time window in the Mauddud reservoir in the Bahrain Oil Field. The study also...

... Abstract Optimum productivity from long horizontal wells requires effective stimulation. The Smart Liner lower completion addresses shortcomings of other matrix-acid stimulation techniques in regards to acid placement along the reservoir section. The concept relies on a limited number of small...

... Abstract Objectives/Scope. Well completion is an important step for every well to undergo in order to prepare it for oil and gas extraction. Based on the nature and characteristics of an oil and gas reservoir, appropriate well completion practices are selected to enhance the production...

... of a stimulation workflow that considers various aspects to achieve the stimulation objectives. The stimulation objectives are also streamlined for the well objectives, which mainly consider the well completion approach. Considering the well completion and well objective, the stimulation strategies highlight...

... Abstract Regaining sand control integrity in existing completions has been become an increasing challenge to overcome in recent years. Sand control challenges can occur over the life of the well, in the initial completion design, failure of existing downhole equipment or due to increased water...

... in the internal diameter of the pipe from its initial completion state before hydraulic fracturing. The failure events were studied and compared with the same factors in successful wells. This paper provides an insight into the relationship between borehole condition (primarily hole size), well deviation, well...

... Abstract Conventional Off-bottom Cemented (OBC) application with Inflow Control Device (ICD) presents several challenges for well completion operations. Operational and HSE risks, complexity of deployment with several hydraulic activated tools, excessive operational time, and associated costs...

... a single reservoir development technology in all the areas of the field. In this project, we evaluated cyclic steam stimulation strategies focusing on applying different well completions. We have applied a compositional numerical simulation model using CMG Stars to investigate the application of different...

... ,   … , y } Where, We iteratively apply the above Quality Map simulation and QPM value generation for each of the underground layers, layers 1,⋯, k , of the 3-Dimensional reservoir to generate a complete x × y × z -node QPM matrix. Partitioning the reservoir for multilateral well...

... the high rate high pressure stimulation operations. This paper will discuss the successful planning and deployment of one such system. For successful deployment of any open hole fracturing completion, one must first consider the environment that the system will be deployed into. Lateral length, open hole...

... Abstract Objective/Scope The objective is to achieve improved productivity from an unconventional fractured reservoir using uncemented liner completion over the standard cemented liner completion. Method, Procedures, Process Exploration and production of an unconventional fractured Najmah...

... of diverse field data that include permeability, production logs (PLT) and pressure transient analysis (PTA) from many vertical and horizontal wells with different completions. In this study, we demonstrated that more benefit of using Chan plots to diagnose water source can be gained through incorporating...

... technologies in multistage acid Fracturing executed successfully covering multiple layers as first time ever in one of existing two Tuba horizontal wells. The well under study is highly deviated, completed as barefoot in the Upper Tuba reservoir, intersecting multiple sub-layers. Following the positive...

... at the same time is one of the worldwide production challenges faced oil industry which is always looking for methods that allow producing two reservoirs simultaneously and independently from the same wellbore utilizing one production tubing. The Smart Dual ESP Completion provide an innovative solution...

... the continuous downhole injection system will positively impact well integrity, improve completion lifetime, assure production continuity, reduce downtime and treatment operating costs, and avoid coiled-tubing descaling operational costs. Novel/Additive Information Installing a downhole treatment system can...

... blender operation shale fracture treatment proppant shale oil oil shale completion Wellhead fracture reliability society of petroleum engineers castle operator high-flow-rate stimulation equipment Introduction While the first commercially licensed hydraulic fracture stimulation...