... while optimizing costs, supporting remote operations, and enhancing resource management through improved visualization and interaction capabilities. Methodology The development of the immersive AR/VR collaboration platform is anchored in the Digital Innovation Project framework, combining Design...

... Abstract This study presents an advanced comparative assessment of technological options for oil and gas platforms' power supply from a sustainability perspective. The technological alternatives include gas turbines, connection to onshore grids, and connection to offshore wind turbines...

... the reliability of the energy supply and the injection stability of offshore platforms. As a potential solution to this challenge, our group has earlier proposed a methodology for subsurface energy storage, where injection capacity above reservoir injection limits is diverted into a storage reservoir...

... Abstract In the face of tightening climate regulations and evolving operational demands, scalable and high-resolution emissions monitoring is increasingly vital for the oil and gas industry. This paper presents a technical evaluation of Aeromon’s mobile, drone-deployable BH-12 platform, which...

... dynamics reservoir simulation modeling & simulation miscible method market analysis energy economics investment artificial intelligence sustainable development co 2 scenario gas export platform subsurface uncertainty asset and portfolio management supply and demand forecasting reservoir...

... rock type artificial intelligence kpis connection well 5 0 database information fusion maker 1 well 5 2 well 5 3 well 6 2 platform module well 6 4 well 4 bha implementation INTRODUCTION Drilling geothermal wells presents several challenges due to the unique characteristics...

... Abstract Over the next decade, 100 oil and gas platforms, 2,100 North Sea wells, and 7,500 km of pipeline on the UK Continental Shelf are forecast for decommissioning with costs estimated to be £59 billion by 2050. 10% of oil and gas expenditure in the UKCS went into decommissioning in 2021...

... Abstract An integrated structural monitoring system (ISMS) for offshore platforms composed of different monitoring networks working simultaneously is presented in this contribution. The sensor networks of the proposed solution allow for covering both global and local key monitoring tasks...

... replicate these interactions, reproduced within a lab-scale bioreactor system that mimics the high-pressure and high-temperature conditions typical of many underground gas storages. Utilizing a dual-platform approach, we employed COMSOL Multiphysics and CMG-GEM, augmented by supplementary simulation tools...

... artificial intelligence dataset platform information application correlation Introduction We prepared a large database set that includes standard mud gas, petrophysical logs, and reservoir fluid data (PVT data) from Norwegian continental shelf (NCS) wells drilled with WBM. The mud gas data...

... streams that were gathered and delivered to the subsea separator. To allow the production from the reservoir model, the minimum bottom-hole pressure (BHP) for the producing wells were defined for all the simulations. Our investigation includes fluids produced at platforms, produced water at disposal unit...

... are beginning to consider virtual advisors employing natural language processing to expedite this research. This paper explores a use case in which an operator utilized a third-party natural language processing platform to enhance the performance of one of their teams. The paper details how the operator...

... Abstract In the present paper, we first developed and implemented the exergy analysis within an Integrated Asset Modeling (IAM) platform to evaluate the overall energy efficiency and Greenhouse Gas (GHG) emissions of a future offshore oil production system. The use of the same state function...

... that tested good quality sandstones of the Leman Formation at 32 mmscf/d. In 2010, two additional appraisal wells 44/11a-4 and 44/12a-5, were drilled, encountering good quality gas bearing Leman Formation Sandstone, both tested at 28mmscf/d 1 . The field has been developed from two platform locations...

... evaluation of the potential of different waterflooding strategies, drilling multiple infill wells from existing platforms, and identification of sidetrack candidates in mature fields. This new framework has many applications in the field development planning workflow, including rapid screening of multiple...

... of hardware resources. benchmarking performance indicator Saudi Arabia government Modeling & Simulation strategic planning and management Upstream Oil & Gas platform simulator simulation time Simulation cell reservoir model high speed network degradation reservoir simulation...

... will achieve 180,000 stb/d, actually constrained by the gas handling capacity. The production will be delivered by wells located in the D and A islands, whose potential exceeds this production target. Platform Interior wells performance has been defined through a Reservoir-Rock-Type petro-physical...

... Abstract High resolution reservoir modeling is necessary to analyze complex flow phenomena in reservoirs. As more powerful computing platforms become available, reservoir simulation engineers are building larger and higher resolution reservoir models to study giant fields. Large number...

... Abstract Karachaganak field is one of the largest accumulations of gas-condensate in the world in production since 1985. Located in the northern Pricaspian Basin (Kazakhstan) the field is a Permo-Carboniferous isolated carbonate platform with a hydrocarbon column that resides within different...

... will be analyzed on a software platform that allows Real-Time Production Optimization and provides warnings when wells are running outside the ideal operating envelope. Costs for the defined scope of work have been gathered and evaluated and several implementation scenarios have been investigated...