... tool well logging detector saturation packer production monitoring Scenario stationary mode array leak detection tool data acquisition production logging gamma ray perforation activation society of petroleum engineers gas saturation count rate acquisition Logging Scenario and Data...

... fracturing operations and data acquisitions were accomplished without any incident. From all formations of Phisanulok basin stratigraphy ( Figure 1 ), two formations are defined as tight reservoirs. The first is deltaic-lacustrine reservoirs of the Lan Krabu (LKU) formation. This formation is thin-bedded...

... As a conclusion, GLOP is extremely important for Field B production sustainability. However, operational constraints especially on downhole data acquisition impedes further improvement to elevate the practice in order to deliver more values. Therefore, an alternative solution is required to address the gaps...

... water injectors. In 2012, five more wells were drilled to improve reservoir recovery. In view of a fresh reservoir understanding, the team embarked on a full scale data acquisition including quarterly pressure survey and production logging campaign in 2015 and 2016 to determine sands layer pressure...

... of a learning system is the time or duration required to absorb new information following each stage of data acquisition. This disadvantage drives the need for Explorationists to select efficient processes and technology resulting in quicker divest/relinquish or continue decisions. Many exploration companies...

... to the problem of non-unified data units and the mode of data sharing, transmission during the well logging PWD and Controler data transmission, an integrated new well site software module was developed, which combined the functions of data acquisition, transportation and simulation from different devices...

... data acquisition and analysis to provide time-independent logs in a manner that renders the logs immune to various mud-filtrate effects. These logs, together with a corresponding new petrophysical model, make it possible to do away with the mud-filtrate petrophysical properties, and to solve...

... installed in 3 producers and the water injector to enable real time data acquisition. Oil production through temporary facilities began 9 months after completion with an initial capacity of 20,000 BOPD. A test separator is not available at the facilities; hence individual well rates are calculated using...

... through several development stages. The first stage has focused mainly on appraisal and development wells to obtain better understanding of well and reservoir performance and further data acquisition for better reservoir characterisation. The second stage of the Field Development Plan (FDP), in 2005...

... and Xena fields is approximately 5 Tcf. The early implementation of a well integrated data acquisition strategy has been central to achieving development milestones. Integration of detailed core analysis with high quality wireline logs enabled reservoir understanding in a complex geological setting...

... telemetry data acquisition that uses the latest advances in wireless telemetry on land and in the deep-water arena was finally developed. These advances allowed users to access downhole data in real time during Drill-Stem-Test (DST) operations. Currently, the most widely accepted methods for obtaining...

... to Huldra will involve the following items: Components for real-time and remote surveillance of the reservoir and the production process; Systems for data acquisition and storage; Systems for addressing the reservoir and production management issues important for Huldra (transforming data...

... Abstract Value-of-Information analyses are a powerful tool for short- term rationalisation of data acquisition costs. But even more so the longer-term added value of proper VOI analyses lies in the process of constructing the analysis, and in the insight it gives into risk and opportunity...