... and improved predictions to enable more informed engineering decisions to be made. This is the first successful application of seismic monitoring of a carbonate reservoir in an area renowned for poor seismic data quality. To overcome the challenges, a novel hybrid acquisition system using buried sensors...

... profiling by causing uncertainty in estimation of phase holdups. This can cause significant errors in calculated flow rates or in some cases rendering most of the production logging sensors ineffective. In order to overcome these challenges, an integrated solution from different measurements is required...

... measurement technology liquid rate sensor gas rate trial test separation society of petroleum engineers wet gas application MPFM test separator secondary measurement orifice plate GVF acceptance criteria Introduction Meter B Today, it has become obvious that using MPFM in oil fields...

... the tool to be run up to 50 times without re-dress. This improves efficiency and reduces personnel requirement on location. Completion Installation and Operations timer cyclop touch interface sensor downhole intervention Upstream Oil & Gas wireless communication requirement memory mode...

.... The first subject is the reliability of down hole sensors and their ability to distinguish between oil base mud filtrate and formation fluid (oil). The second subject is estimate the critical time for invasion. Table 2 shows three samples were taken with different condition. First sample was taken...

... to the ferromagnetic pipe material. The magnetic field is perturbed by a metal-loss region (usually caused by corrosion) to produce flux leakage outside the pipe, which can be measured by field sensors. The magnetization system in an MFL inspection system should ideally produce a magnetic field that is strong enough...

... vehicle ROV magnetic field offshore pipeline inspection corrosion operation application pipeline inspection sensor Artificial Intelligence inspection tool vehicle Robot offshore underwater robotic inspection technology society of petroleum engineers Introduction Inspection...

... and common interferences such as people and vehicles. One limitation of the current single sensor IntelliRed™ technology is that the temporal analysis requires careful alignment of sequential frames from the imager. A "step and stare" inspection technique covers a large field of view with a series...

... performed by using high frequency ultrasonic caliper sensor in different drilling fluids and wellbore conditions. A fully automated test robot has been designed which allows vertical and lateral movement as well as rotation of a sensor head in an artificial wellbore for performing the test. Results show...

... not have some type of down hole sensor or inflow control. This paper presents overview of six different well completions designed to meet different reservoir and production requirements. Each of these design are integrations of existing and new technologies. The technologies presented in the paper range...

... resistivity sensor that uses an antenna configuration with tilted transmitter and receiver antenna orientations rotated relative to the borehole by rotary steerable drilling. Measurements made by this antenna configuration are obtained by unique processing schemes that enable the determination of the dip...

... such as oil/gas/water rates, pressure/temperature is flowing from downhole and surface sensors and instruments. Data Entry & Retrieval Real-Time Oracle Applications Development Abstract The real-time data under the Intelligent Field concept is gathered from different pieces of equipment...

... the casing thickness and the inner casing diameter. Receiver coils mounted along the tool axis receive these EM fields to give average metal loss; small pad sensors on 18 arms around the tool perimeter provide an image of local metal loss. The measurement resolution is determined by propagating laboratory...

... drillstring design tangential acceleration horizontal lateral section real time system upstream oil & gas sensor dysfunction indicator society of petroleum engineers dynamic tool reservoir interaction scenario tool suite bulk density vibration Introduction Vibrations can be simply...

... Abstract Intelligent well technology was developed and commercialized in the 1990s as part of the global industry trend toward improving reservoir management. An intelligent well is a well that is equipped with sensors/ monitoring equipment and completion components that can be remotely...

... and extended reach wells, particularly snake wells with great reduction in cleanup, reservoir management and water and gas breakthrough concerns. Even in some cases unexpected benefits have been discovered from this technology. Sensors are considered to be the heart of smart well completion...

... the tool increases sensor noise, making the interpretation of fluid type and amount of contamination difficult, if not impossible. Consequently, these noisy sensor readings are often ignored and attributed to fluid transitions during of sampling. This erratic behavior has been observed with most sensors...

.../Intelligent Wells Completion Installation and Operations lateral production control ESP flow control device sensor Directional Drilling downhole sensor intelligent completion completion design packer water cut isolation packer production monitoring drilling operation completion Wellhead ESP...