... reduces project uncertainties, resulting in better plans, more efficient operations, and reduced emissions. Subsurface data form the basis for well planning and informed decisions during drilling. The most typical subsurface data relevant for the well construction process are well targets, formation tops...

... compared to onshore. This study identified some of the possible sources and effects of fatigue that can directly inform interventions in terms of subjects for focus. united kingdom government health & medicine participant europe government consumer health upstream oil & gas artificial...

... government pipe intercept operation upstream oil & gas operation stabilizer norway active magnetic ranging transmitter receiver antenna information prototype triangular exhibition Introduction During a field development it is common to drill new wells in between old and often...

... Abstract Energy companies need access to reliable and continuous sand production information to improve their understanding of sand-producing wells. Removing sand directly downstream of the wellhead while also monitoring the separated sand in real-time enables quantified sand data...

... italy government fracture geometry ai enabled digital rock technology international conference geology europe government geological subdiscipline segmentation pore simulation larger scale modelling deep learning artificial intelligence canada government information selection vug...

... services. Models are trained on data from multiple field studies and typical deepwater applications to simplify data interpretation and sample selection, resulting in comprehensive fluid type information being available at surface for real-time decisions and accurate in-situ fluid analysis. geologist...

... the detailed pore structure and diagenesis information from high-resolution scanning electron microscopy (SEM) imaging to quantify the diagenesis linked to the reservoir rocks’ quality. The methodology involves categorizing rock samples into three different classes based on the quantification of pore and grain...

... further development is required to ensure reliability in the presence of other equipment and marine life. brazil government pipe information upstream oil & gas algorithm anomaly scalogram border midstream oil & gas artificial intelligence inspection axis twisted pipeline...

... definition. Today, Saudi Aramco achieved a remarkable flaring intensity of 4.60 scf/boe. This figure amounts to less than 1% of raw gas production. air emission saudi arabia government saudi aramco asia government upstream oil & gas zero flaring reduction information operator pipeline...

... operation deployment sensor tunable diode laser absorption spectrometer quantification uav anemometer information Introduction Methane, a greenhouse gas with a higher global warming potential than carbon dioxide, has been the recent focus of many industries, especially oil and gas, to reduce...

... for its implementation, as well as an analysis of its performance and value based on the collected data. upstream oil & gas operation production enhancement downhole intervention united kingdom government europe government well logging conveyance restriction information artificial...

... provide support for engineering and operational teams through a connected alarm system that sends prescriptive notifications, enabling prompt and informed decision-making. We approach the problem of predictive maintenance for electrical submersible pumps using a multi-task classification method...

... high-resolution image logs are the industry standard for identifying the presence of fractures, their shallow depth of investigation limits their information near the wellbore, and the extent of fractures in the far field couldn't be determined. Here, seismic, acoustics, and petrophysical data can shed...

... development to date that has resulted in the necessity to develop an encompassing digital architecture. This architecture, with an artificial intelligence component, has been designed to optimise both robot and digital twin capability, where the complete system is always working with the latest information...

.... sustainable development climate change machine learning real time system well logging sustainability information social responsibility accuracy formation evaluation optimization validation precision application petroleum engineer artificial intelligence upstream oil & gas prediction lwd...

... measurements. This paper introduces a promising breakthrough in electromagnetism-based corrosion imaging using physics informed machine learning (PIML), tested and validated on the cross-sections of real metal casings/tubing with defects of various sizes, locations, and spacing. Unlike existing...

... techniques. The limitations associated to the size and quality of these language datasets will be described, and the results discussed, highlighting the value of reaching high level of data granularity while defeating the ‘more information, less attention’ bias. At the same time, visual designs...

...-generation ultrasonic tools, in combination with sonic tools, provide information about the annulus material with a detailed map of the axial and azimuthal variations of the annulus contents. The geometric position of the inner pipe can be determined relative to the outer casing or borehole using advanced...

... of some of the initiatives following the Wood Review in Norway. In most cases only minor changes to regulations and/or practices are required. Recent UK initiatives with a high impact on decommissioning include increased focus on sharing of information and lessons learned, increased collaboration...

... offshore implementation upstream oil & gas drill pipe slip velocity petroleum engineer drilling operation fluid velocity information pbl sub microchip offshore well temperature microchip temperature profile Introduction Severe loss circulation is one of the major challenges in well...