... companies in the US to make big investments in Shale Plays. Canada increased its investments in Oil Sands. And the US, the world's largest consumer of oil, started making mandates on MPG for vehicles. SCADA systems were the kings of data collection and Production Optimization & Maintenance...

... through accurate and timely data using the power of connectedness and real time data availability. A new structure will soon come into effect encompassing Digital as a major player in the Oil and Gas M&A space. asset and portfolio management modeling optimization process automation Upstream...

... simulation. A great advantage of the data-driven approach is that the uncertainty of measurements and models is tracked. By considering this information, production estimation and optimization may give operational advice with uncertainty measures. Furthermore, by tracking uncertainty, it is possible...

... production from multiple reservoir layers (or zones). This early NPV gain during the plateau period is easily lost if optimum flow control management is not practiced. Optimal C- and I- field management and control during this period is a complicated optimization problem using multiple reservoir simulation...

... detection requirement Upstream Oil & Gas information application hardware operator architecture software instrumentation production monitoring Performance Monitoring Implementation monitoring Visualization server reservoir surveillance infrastructure optimization connectivity sensor...

..., optimization and empirical approximation. OT has specific needs for human machine interfaces (HMI), device readiness for operational environments, ruggedness and safety certifications. From a functional perspective, IT applications typically typically follow commercial worflows that can be "genericized...

... this technology, it is evident that the amount of data one can evaluate to optimize performance, has increased substantially from only a decade ago. There is a large focus on adjusting drilling parameters to enhance drilling progress / ensuring wellbore stability, but experience shows that the data tends...

... reservoir pressure in turn results in less margin to compensate lost production while topside facilities can put constraints when production GOR and watercut increase at late production life. In a joint industry project of Wintershall, GdF, EBN, Siemens and TNO the applicability of real-time optimization...

... centers. Many innovative solutions have been developed to build upon field automation and real-time data to analyze, model and optimize specific oil field processes. The emergence of new digital technologies shows no sign of slowing. Some argue that we can now go forward from this foundation and focus now...

... Abstract Real-time monitoring of downhole temperature and pressure in injection and production wells equipped with permanent downhole gauges as well as distributed temperature and acoustic sensors plays an important role in production optimization, improved hydrocarbon recovery and daily well...

... to analyze flow measurements and other operational data in real time to continually diagnose and optimize well performance is a major step forward. In its current setup, the proposed method can be applied to continuous gas-lift and ESP-operated oil wells. A central problem when operating gas-lift and ESP...

... intelligent operations are described, and several case studies of real applications of analytics are referenced. Artificial Intelligence optimization data mining information machine learning Pattern Recognition production process spe annual technical conference workflow operation predictive...

... and value. Artificial Intelligence ecosystem Reservoir Surveillance Upstream Oil & Gas production control production logging modeling production monitoring information fusion commercialization knowledge application simplification operation interpretation optimization Effectiveness...

... Abstract The increasing complexities of wellbore geometry imply an increasing well cost. It has become more important than ever to achieve an increased rate of penetration (ROP) and, thus, reduced cost per foot. To achieve maximum ROP, an optimization of drilling parameters is required...

... located in these frontier environments accurately is of great importance to enable asset performance monitoring, field surveillance, production accounting, production optimization, reservoir management decision, volumetric input to reservoir simulators and reservoir estimate tracking, though out the field...

... the uncertainty of well work program outcomes’ so that more informed choices can be made from all the options such that the benefits and value of an overall well work program is enhanced and optimized. It illustrates the use of data-driven models for estimating key performance indicators for wellwork jobs...

.... There will be a short description of the KwIDF program, technical workflows implemented and production optimization runs along with conceptualization of the new concept of an integrated surface-sub surface workflows. strategic planning and management Upstream Oil & Gas optimization project management...

... is ongoing to have other eni BUs online. Definitely the CoE could be helpful to optimize the operation and to analyze the wells in a smarter way than in the past. frequency CoE Upstream Oil & Gas information operation artificial lift system key performance indicator ESP real time system...

... be used to help orchestrate the technology and required functionality to deliver the "intelligence" required to meet the challenges associated with optimizing oil production. Fuzzy logic (FzL) is a type of probabilistic logic that is approximate as opposed to being precise or exact. FzL can have a range...

... is clearly suboptimal, and indeed, sometimes dangerous. Computer based optimization systems that are able to assist the production engineer in these decisions, are therefore extremely valuable. Unfortunately, the time needed to compute recommendations has until now often been prohibitively high and thus...