... will be reported in the paper. Initially deployed on three wells, including multi-laterals ( Rylance et al. , 2021 ), the paper will walk through the engineering considerations during the planning and execution phases. Key sections include the data gathered and the many lessons learned during the incremental...

... declines (up to 70% in the first year) and an increasing amount of periodic wells highlight the need to advance well stimulation methods. Well workovers by drilling a horizontal lateral while keeping the mainbore in operation allows to increase the production rate by 30% compared to a conventional...

... the wellbore producing length without significant temperature changes associated with intervals of inflow. upstream oil & gas bottom water-drive reservoir shutdown completion monitoring systems/intelligent wells lateral horizontal wellbore sensor petroleum engineer wellbore drilling...

... as identifying and outlining potential further opportunities that are either currently in execution, consideration or planning. drilling operation multilateral program pilot program upstream oil & gas liner consideration implementation geometry directional drilling lateral incident...

... Abstract Multilateral well completion technologies are becoming more common throughout the lifecycle of oil and gas fields due to increasing complexity of the reservoirs. Additional lateral drilling tends to increase the contact area with the formation and, as a result, the production rate...

... properties. The initial production potential of wells drilled with MPD was 65 to 180% more than expected. In September 2017, multiphase MPD technology was applied for drilling first horizontal multilateral well at Yurubcheno-Tokhomskoe. It enabled drilling all six planned laterals, of which the overall...

... at Novoportovskoye Field increased the level of complexity defined by technology advancement for multi-laterals (TAML). First, a multilateral well with an openhole lateral was drilled. This openhole section collapsed when the well was brought into production at the target drawdown. Therefore, the second stage...

... on the lithostratigraphic section of the target horizon. drilling operation lateral procedure western siberia experience society of petroleum engineers Directional Drilling RSS sidetrack support engineer operation time groove Engineer drilling engineer new kick-off procedure Upstream Oil & Gas...

...Uncased Fishbone The basis of first fishbone well design has considered drilling 4 wells with continuous increase the number of lateral wells from 2 to 4. The first design also did not considered casing of the laterals, which corresponds to TAML-1 complexity level according to international...

... the inflow performance relationship (IPR) for hydraulically fractured multilateral wells in tight formations to measure the flow rate corresponding to the bottom hole flowing pressure distribution along the horizontal laterals and the fractures. Due to the unavailability of analytical solutions for two-phase...

... the successes from industry best practices, particularly in ICD applications, to devise a region-specific solution that is relevant in today's cash-conservative market. Upstream Oil & Gas lateral Completion Monitoring Systems/Intelligent Wells ICD design completion monobore completion flow...

..., a new well design was proposed featuring the following technologies: dual-lateral production wells with a TAML 5 junction; active monitoring of inflows from each lateral in an interval of the junction by using multiposition valves hydraulically controlled from the surface; pressure and temperature...

... that only several horizontal wells can provide maximum flow rates. When preparing for the project, two-, three-, and five-lateral well designs were evaluated. As a result, based on economic feasibility and minimization of technological risks, a four-lateral well design was choosen. It is worth...

... high-resolution lateral logging tool (BKVR-M), inclinometer tool. The main feature that distinguishes MEGA-3 from the past generation system is the toolstring incorporating multi-sonde logging tools: lateral logging tool (BKVR-M), induction tool (IKN-M) and array sonic tool (AKSH-M...

... and production from every stage in the lateral. Most wells are completed based on geometric stage lengths and cluster spacings. Evidence is beginning to suggest that using geometric frac stage lengths does not provide consistent production from each perf cluster within a particular stage. Traditionally...

... gijtenbeek ctf dm spe 159340 operation placement reservoir reservoir contact fracture lateral exhibition mcneil perforation screenout Introduction Before performing propped hydraulic fracturing treatments in an unconventional reservoir for long-term oil and gas production, it is important...

... stimulation treatment operational safety saudi aramco well intervention operation lateral sop operation directional drilling requirement Introduction Saudi Aramco’s policy is to conduct its business in a manner that prevents incidents or accidents capable of causing loss of life, bodily injury...

... applicability limits for the Samotlor targets depending on reservoir parameters. The criteria and approach used when appraising MLT can be applied to other fields. lateral complexity level directional drilling drilling operation evaluation thickness permeability oil production samotlor field...

... potential increase in reserves. Gas producing wells were placed based on calibrated 3D seismic impedance and simulation runs. Several strategies have been used to drill these wells targeting the best reservoir development, such as dual lateral, geo steering, horizontal and extended reach wells. Other...

... of the treatment techniques in conjunction with the completion methods is presented. An attempt is made to create the adjustable model of the unified treatment for given conditions to ensure successful hydraulic fracturing of these laterals. Several conclusions are drawn from presented data and design...