... Abstract The paper discusses the pilot project in ADNOC Offshore to assess the Autonomous Inflow Control Device (AICD) technology as an effective solution for increasing oil production over the life of the field. High rate of water and gas production in horizontal wells is one of the key...

... oil production. The NAP strategy reduces polymer loss into aquifer and improves the polymer utilization factor expressed in kg-polymer/bbl of oil, resulting in a favorable economic outcome. upstream oil & gas cone oil production oil saturation injector polymer bank viscosity chemical...

... electric coiled tubing offshore egypt production monitoring production chemistry corrosion management production control oilfield chemistry h2s management e-ct accessibility underbalance intervention bha perforating oil production perforation flow release mechanism simulation maximizing...

... facilitate the decision making to operate the field optimally. enhanced recovery upstream oil & gas nezzezat machine learning waterflooding resolution artificial intelligence injector efficiency calibration information optimization scenario water cut oil production waterflood model...

...-viscous oil of the Usinsk field. Steam injection forecasting in such reservoirs is complicated by the unstable well interactions and relatively low additional oil production. In the adaptive geological model, vertical dimensions of cells are similar to gross thicknesses of stratigraphic layers...

... a short time frame of 2 years. machine learning artificial intelligence data mining pipeline corrosion big data air emission oil production upstream oil & gas digital transformation journey engineer application flowline corrosion materials and corrosion riser corrosion compressor...

... injection vertical well injection reservoir oil production development concept well length drilling mauddud Introduction Sabriyah Mauddud (SAMA) giant oil reservoir is part of the Sabriyah field located in North Kuwait. SAMA is a prominently heterogenous carbonate reservoir currently...

... with time. The viability of future developments is highly impacted by lower completion design and ways to limit gas breakthrough. Autonomous inflow-control devices (AICD's) are seen as a viable lower completion method to mitigate gas production while allowing oil production, but their effect on pressure...

... to allocate the resources optimally, especially the costly steam. Good improvements have been observed in overall steamflood performance, the models’ capabilities, and the optimization workflow. The steam/oil ratio has been reduced through the increase in oil production in both expanded study areas while...

... pressure) regardless of the variation in produced water production. This resulted in increase of WI compliance by 5% after implementation. As SWIT optimized the water distribution to the injectors, roughly around 50 m3/d of additional oil production was achieved. It also minimized deferment from disposal...

... and pressure disturbance achieve the desired effect of reducing water cut and increasing oil production. enhanced recovery upstream oil & gas flow in porous media water management waterflooding equivalent permeability oil production micro-fractured reservoir capillary force characteristic...

... operator's meticulous journey in qualification, field trials followed by field-wide implementation and performance evaluation of Autonomous Inflow Control Valve (AICV) technology in reducing water production and increasing oil production significantly. AICV can precisely identify the fluid flowing through...

... (compressors, pipelines, ancillary equipment) and sustain oil production in a cost-effective manner ( Vasper 2008 ). Furthermore, compared to ESP and gas lift, it has the following advantages: reduced CAPEX (e.g. gas-compression facilities, gas transport piping etc.) and reduced OPEX (compressor power and gas...

... a horizontal well with a completion that uses an Autonomous Inflow Control Device (AICD) to optimize and enhance oil production. This combination of AICD and ERD horizontal wells has proven successful in the Jasmine field's continuing development. Two wells in this case studies were drilled during the 2018...

... ordos basin tracer target zone production observation completion formation unit tentative stage source rock oil production lateral section horizontal well technology conference Introduction The success of US unconventional resources has stimulated the enthusiasm in China...

... According to the Energy Information Agency (EIA), at the end of 2018, the volume of oil production from tight rocks (shale and tight formations) in the United States reached 6.5 million barrels per day, which was approximately 61% of total domestic production [ 7 ]. The level of oil production...

... difference (Δσ) and unconfined compressive strength (UCS) are the most important factors among geomechanical parameters affected the layer selection. From simulation results, it was found that 225 to 275 m fracture half-length gives a higher increment in oil production. The optimum number of fracture stages...

... well and water injection pump. CGF control room and instrument technical room (ITR) at well head. Fully automated operation and control of facility during this phase. Abstract An alternate strategies were developed for achieving early oil production from partially commissioned oil...

... government oil production contractor technical reasonable well density reasonable well density requirement remuneration fee waterflooding government total well number oil takeoff rate economic reasonable well density complex reservoir reserves evaluation oilfield development project recovery...

... capabilities. The oil production potentials of blocking-dominant and migrate-dominant microsphere samples were compared. Coreflooding tests were performed to evaluate the microsphere flow properties and oil production potential at 95°C and 3100 psi pore pressure. The carbonate core plugs with middle to high...