... in 2024 the system technology has been licensed to DG Impianti Industriali for the field deployment. Thanks to a dynamic approach of the team, composed mainly by technologists, we were able to launch the product in 2024. The inspection system consists of a physical sensor, which is linked to a PIG used...

... subdiscipline machine learning variation magnitude sandstone sensor berea sandstone passive monitoring reservoir characterization aes sedimentary rock experiment society deep learning acoustic emission localization fracture geometry enhancing receiver rock damage process Introduction...

... production control climate change prediction sensor operation real-time bottomhole parameter application drillstem testing flow metering co 2 machine learning configuration injection scenario equation multiphase flow artificial intelligence petroleum engineer fbht production monitoring...

... to precise well workover decisions. To identify suspected areas of concern, this methodology employs Spectral Acoustic Logging (SNL) and High-Precision Temperature (HPT) sensors under both static and dynamic conditions. Shut-in survey serves as a reference point for interpretation, while disruptions...

... 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...

... accelerometer accelerometer ot-16 structural geology artificial intelligence umap sensor signature dimension geologist united states government reservoir characterization experiment workflow improved hydraulic fracture characterization upstream oil & gas representation fracture plane...

... structural geology petroleum geology cloud computing geological subdiscipline sensor permeability contamination berea sandstone monitoring port experiment 2 mon chalk Sustainable oil and gas production on one hand, and cost and time efficient operations leading to reduced emission...

... during the well construction phase. austria government operation continuous monitoring europe government wellbore upstream oil & gas well control valve annular pressure drilling sensor geothermal well isolation valve reduction construction process maintaining petroleum engineer...

... prominent during Formation Water (FW)/Stock Tank Oil (STO)/FW injection sequence with kaolinite sensor as compared to that of quartz. This was depicted by the relatively high change in the FW frequency signal (Δf) before and after the injection of STO with kaolinite sensor as compared to quartz. Negligible...

... flow rates for the target hole section. A resistivity sensor was also required for the Norwegian well because a gamma ray measurement alone would not provide sufficient information regarding the reservoir and fluid identification. The UK HPHT example, the WFE well located in the West Franklin field...

... Abstract Modern sensors capable of providing high-precision in-well measurements have all become routinely available in the last decade, and the novel interpretation methods are being developed. This particularly applies to transient temperature measurements. It was shown that such measurements...

... the last decade both the number of wells permanently equipped with pressure and temperature gauges as well as the accuracy and sensitivity of the sensors has increased dramatically. Large volumes of data are now produced that is often not "mined" for all the embedded information. Moreover, technology...

... solutions. production monitoring topside instrumentation downhole flowmeter flow metering flow rate reservoir surveillance two-phase flowmeter icv application flow measurement technology flow velocity flowmeter flow measurement sensor operator production control upstream oil & gas...

... Abstract In recent years, new advanced resistivity sensors have appeared in the toolboxes of logging-while-drilling (LWD) vendors. These sensors are designed for optimal well placement and accurate formation evaluation and have had a very rapid acceptance by the industry. However...

... Table 1 Developed implementation scenarios SCENARIOS 1 All wells full Sensor package 2 All wells with sensors but without VSD, E-Motor and Container 3 All Pumping Wells (SRP/ ESP/ PCP) full sensor package 4A All wells in the Satellite Fields full sensor package 4B...

... of high temperature pressure and temperature measurement and have developed two passive down hole gauge systems. 570°F (300°C) was the design goal set for the HT system, and this is based on extending current cable and passive sensor technology to its limit 930°F (500°C) was the design goal set...

... 2400.0 5477.2 4618.4 69.0 12 6397.3 1098.3 2400.0 5299.0 4468.1 80.3 13 8797.3 1098.3 2400.0 7699.0 6491.8 85.8 Table 2 Measured viscosity in cp for mixtures of Oil A and Oil B from the sensor response. Weight % Oil B 100 °F 110 °F...

... process, based on the best match between modeled and actual logging-while-drilling (LWD) sensor responses, to reveal local bed dip, bed thickness, and faults. Changes in the well trajectory were seamlessly communicated to the directional drillers on-the-fly by means of a two-way down linking system...

... Abstract Deep azimuthal wave resistivity sensors yield a new type of electrical images. Although traditional micro-electrical images are limited to the surface of the wellbore, the new deep resistivity images span a volume of several cubic feet around the borehole. This new window...

... pressure sensors correctly located within a multi-zone vertical or deviated I-completion can identify the time and location of the water influx into the well. We will discuss the necessary conditions to ensure clear identification of these parameters. The concept of "Normalised Pressure Drop Signatures...