... reservoir offshore fields based on spontaneous imbibition and wettability index experiment; 2- Core flood displacement experiment for proper evaluation of LSWF effect based on incremental recovery; 3- Optimization of salinity on carbonate core samples in both tertiary and secondary mode water flood; 4...

... and difficulty in replenishing energy, horizontal well fracturing generally results in low production capacity, rapid decline, and low recovery rates. To accelerate shale oil development, it is necessary to develop fracturing technologies that increase production and recovery rates. The integration...

...Introduction Enhanced oil recovery (EOR) entails modifying the water-oil composition in the process of recovering oil ( Charoentanaworakun et al., 2023 , El-Masry et al., 2023 ). One of the main techniques is the injection of chemicals to increase oil recovery. This method is crucial...

... of a weak gel-assisted "thermal-gas-chemical" multi-medium collaborative steam-assisted recovery technology. Additionally, after the decline in reservoir energy, a transferring to multi-element thermal fluid flooding is suggested to stabilize the production capacity of the oil field. Weak gel assisted...

... value after some time interval. The present research investigates the causes of IR degradation and the possible mechanisms behind IR recovery after system startup. The prime focus of this work is on the umbilical utilized in the field. artificial intelligence electrical distribution circuit...

... Abstract Enhanced oil recovery methods have been largely discussed in the petroleum industry. Many new techniques are being tested to grapple the situation of high recovery with the least expenditure. As the petroleum industry is striving for it, the EOR process of surfactant polymer flooding...

... Abstract Most 5 1/2in-casing mature wells need to be re-fractured for improving the ultimate recovery. Over the last decade, operators focused on the sidetracking well completion for maximizing wellbore contact. Acid fracturing tend to be performed to treat the reservoirs and make fractures...

... ): The gravity drainage process is one of the essential recovery mechanisms in the naturally fractured reservoirs ( Aljuboori et al. , 2019 ). The contribution of the process to the ultimate fluid exchange rate between the matrix and fracture is quite uncertain and highly depends on the mathematical models...

... Abstract Experiments were carried out to study the effectiveness of CO 2 injection to enhance the recovery of CH 4 in a shale core sample. Two types of experiments were performed. The first was the adsorption isotherm of CH 4 on the core at 30°C. The second was a series of coreflooding...

... offshore pipeline weather vessel movement operation analysis approach midstream oil & gas sea state recovery rough weather installation crane Introduction TechnipFMC deployed its pipelay installation vessel Global 1201, a multi-purpose DP2 construction vessel for the installation...

..., and seabed depressions were identified on top of the observations of a number of active gas seepages and pockmarks. A notably hard seabed was encountered during the seabed sampling operations which resulted in low core recovery. The team effort in improvising a different workflow to identify various sea bed...

... Abstract After years of development, qualification and engineering, Subsea Compression Technology is now a proven solution for increased field recovery for offshore gas developments. The world's first subsea compression system was installed at the Aasgard field in the Norwegian Sea, and started...

... be translated into significant cost savings. A further advantage with the elimination of ball activation is that the coring operation which also relies on drop ball mechanism is not compromised by ensuring operational efficiency and reducing the risk of losing the core during the recovery. annular...

.... Based on the methodology provided in this paper, we can easily deal with the apparent permeability effect based on a commercial simulator platform. reservoir modeling & simulation reservoir model reservoir performance desorption feasibility sequestration recovery apparent permeability...

... Abstract Meeting the objective shared by all offshore oil and gas companies – maximizing reservoir production and recovery – is constantly challenged by a growing host of market issues and technology risks. When producing new offshore fields, operators face increasing challenges including...

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...OTC-26705-MS Workflow for History Matching and Predicting Mud Loss Recovery from the Formation Using a Coupled Wellbore-Reservoir Transient Simulator Rahel Yusuf, Kapil Kumar Thakur, Zaharia Cristea, Leonardo Hernandez Ramirez, and Azwan Shaharun, Schlumberger Copyright 2016, Offshore Technology...

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... with a concurrent major increase in CAPEX. Likewise, the operation of an oversized systems leads to a significant increase in OPEX from energy usage for recovery, MEG replacement from loss, and other factors. To combat this excess cost and make more fields economical, a hydrate management system has been identified...

... continue, economic and environmental concerns, and technology progress are driving efforts to maximize oil recovery, reduce operating and capital expenditure, simplify access and intervention, and extend field life. At the vanguard of this change are advanced subsea systems. Subsea technology has been...