... Abstract Accurate forecasting of oil production is critical for optimizing offshore energy projects, where high operational costs and environmental risks demand reliable predictions. Traditional forecasting models, such as Hubbert's Curve and Decline Curve Analysis (DCA), fail to address...

... Abstract CO 2 -enhanced oil recovery (CO 2 -EOR) technology can achieve the dual purposes of oil production and CO 2 storage, which has attracted wide attention. However, due to the economic benefits of CO 2 capture, utilization, and storage (CCUS) technology, how to maximize enhanced oil...

... drilling estimates of resource in place rock type asset and portfolio management tracer sandstone sand control reservoir characterization contribution atlanta field offshore technology conference full field development oil production oil and water tracer early production system completion...

... Abstract Excessive water production is one of the significant phenomena of reservoirs worldwide that influence oil production and costs. At the same time, a comprehensive collection of treatments is available to solve this issue, such as mechanical water shutoff, polymer-based gel...

... kingdom government flooding chemical flooding methods injectivity oil recovery mechanism oil production onshore reservoir injection rate polymer flooding project application Introduction Polymer flooding is very promising chemical enhanced oil recovery (CEOR) technique( Lake et al...

... and turbines floating production storage and offloading floating production system manual intervention oil production rul operator gas lift asset performance twin intervention objective combining scenario upstream oil & gas constraint process twin operation water injection pump...

... the wellbore. Oil production from these wells was expected to suffer severely from an early gas breakthrough. These challenges were recognized to be mitigated by deploying Autonomous Inflow Control Devices (AICDs), installed at reservoir interface along the horizontal section of the wells. The AICDs can manage...

... breakthrough. This paper will present comprehensive AICV completion design workflow along with multiple case histories highlighting the reservoir management benefits of the AICV technology in mitigating un-wanted inflow of water and gas and delivering improved oil production and recovery. Like other AICDs...

... injection wells. The development wells were drilled from an offshore platform, and completed with stand-alone screens (SAS) in 2013. Oil production commenced in late 2013, and within three years, sand production was observed, and 4 of the 5 oil production wells had failed. The 4 wells were re-drilled...

... Abstract This paper presents the lessons learnt during an intervention to remove a gas hydrate blockage and reinstate oil production from an oil well in Field D. It also uses economics to justify facilities projects for hydrate prevention and flow assurance. Field D is a deep water oil field...

... production storage offloading (FPSO) units as well as production platforms. Once the offshore oil production platform is in place, future exploration, development and production operations must be carried out within a certain range of platform. The biggest challenge for offshore oilfield phased exploration...

... be challenging because the target (wellbore oil production) depends on large-scale, high-dimensional data sets with unknown distributions and is influenced by missing data and outliers. Hence, data conditioning is key for accurate predictions. The current work is the first attempt at using ensemble ML...

... uses human intuition. case study icd design bayesian optimization society of petroleum engineers technology conference optimization problem directional drilling workflow intelligent sequential oil production reservoir model artificial intelligence evaluation algorithm permeability...

... PNPR cluster consists of three fields, namely PX, NX and PR (combined STOIIP ~200 MMstb), located ~300 km offshore of Peninsular Malaysia. Throughout its journey of monetizing marginal waxy crude, many challenges and hurdles have arisen, including sustaining oil production rate above economic...

... separation/reinjection and gas injection optimization. characterization co 2 waterflooding upstream oil & gas oil production injector enhanced recovery injection modeling & simulation application artificial intelligence production facility reinjection optimization reservoir...

..., for both reservoir and facility models, are successfully studied. best case optimization parameter artificial intelligence flow assurance issue base model co2 injection development scenario enhanced recovery water injection gas injection cumulative oil production optimization study...

... developed to analyze the potential use of NGL to increase oil production and improve its API gravity. Case 1-Transferring produced NGL to oil train, consists of mixing the NGLs in the intermediate pressure separation stage to capture the heavier compounds, increasing the oil production and improving its...

... even when the field is reaching 20 years of production. communication mmstb enhanced recovery oil producer connectivity sand unit unit 35un upstream oil & gas reservoir pressure data oil production modeling & simulation reservoir characterization unit 35us unit 27 technology...

... In Brazil oilfield scenario, there are large, clearly identified brownfield sites, many of which with high additional oil production potential. The lifting costs and conventional breakeven price per barrel associated with an existing producing field offshore, even those in decline...

... task, particularly for mature fields because of a typical excessive production of water and/or gas. Due to several constraints on facilities capacity, assisted reservoir management process can deliver solutions to operate properly offshore fields, seeking for increasing oil production with better...