... and improved reaction time, to provide a modern decision support system. real time system Drillstem Testing Efficiency Engineer decision process artificial lift system gas lift information operation surveillance gas injection drillstem/well testing Collaboration Implementation validation...

... This paper was selected for presentation by an SPE program committee following review of information contained in an abstract submitted by the author(s). Contents of the paper have not been reviewed by the Society of Petroleum Engineers and are subject to correction by the author(s...

... losing time, is critical to the success of a digital oil field's (DOFs) intelligent solutions. Traditional industry solutions involve using historical data for surveillance. In DOFs, tools are available to assist engineers with diagnosing fields made up of thousands of wells using instantaneous real...

... in Chevron. Artificial Intelligence RTPO solution project management spe intelligent energy conference real time system Upstream Oil & Gas rtpo deployment identification asset team optimization Engineer workflow personnel strategic planning and management Opportunity Identification...

... Abstract An early form of the digital petroleum engineering career track has been in place at ExxonMobil's * Upstream Technical Computing (UTC) organization for over 15 years. Like the technology they advance, deploy, and support, the roles and career path have grown, evolved, and matured...

... value from your Digital Oil Field investment. In each petroleum engineering and earth science discipline there are a number of significant opportunities including: drilling (monitoring of real-time drilling status, geo-steering and the prediction and mitigation of unplanned events, especially well...

... workflow components then subsequent usage trends that resulted from a digital energy initiative can be monitored. For example, an individual working on an engineering design workflow may check out a license for an application for 30 minutes, acquire data, build a scenario and produce 30 calculation results...

... of reports and are distributed daily to subscribers, including engineers, listing wells with potentially anomalous conditions. Example anomalies include wells with annuli pressure above specified operating limits, annuli missing pressure readings or defined pressure limits, and annuli exhibiting pressure...

... including remote engineering and maintenance support. Exception Based Surveillance (EBS), with automated alerts from real-time data, highlights wells, process facilities, rotating equipment and artificial lift systems that need either immediate or near-term attention. Substantial business benefits have...

... lift system ESP operation ESP Artificial Intelligence constraint fuzzy logic information SCADA system evaluation motor temperature operation pump intake pressure ESP engineer linguistic term application water cut denney Engineer inference engine software intake pressure...

..., intelligent workflows "smart flows." This approach is cutting-edge, but also more complex. The complexity is addressed with the use of artificial intelligence technology, such as proxy models and neural networks, coupled with a visualization engine to provide an effective visual data mining tool...

... processes, which are referred to here as "smart flows," which assist engineers in their daily well surveillance activities, helping make them more productive and improve decision making. A major oil and gas operator in the Middle East has invested in such an infrastructure and is developing a set of smart...

.... The digital field technology has evolved from only gathering data to making online analysis and real time optimization in the past forty years. The industry also leverages the platform to reduce OPEX and CAPEX by applying engineering workflows. The workflows could either replace human work with more efficient...

... processes, which are referred to here as "smart flows," which assist engineers with key well operations and monitoring, helping make them more productive and improve decision making. A major oil and gas operator in the Middle East has invested in such an infrastructure and is developing a set of smart flows...

... Abstract Real-Time systems and monitoring centers continue gaining interest as decision-makers face tight time constraints to discover and develop hydrocarbon fields, while the increased complexity of wells being drilled is coupled with reduced engineering workforce capacity. The promise...

... performance monitoring. real time system asset and portfolio management drillstem/well testing Artificial Intelligence Upstream Oil & Gas knowledge management Drillstem Testing frequency pilot project SPE Digital Energy Conference facility engineer THP asset manager smart flow...

... through a pilot project built on a foundation of commonly available software (Microsoft SharePoint). Participants were completions engineers with a wide range of experience, hailing from a variety of divisions and geographic locations. These engineers identified areas where social computing could...

... processes, which are referred to here as "smart flows," which assist engineers in their daily well surveillance activities, helping make them more productive and improve decision making. A major oil and gas operator in the Middle East has invested in such an infrastructure and is developing a set of smart...

.... The engineer must decide based on his/ her knowledge which data to use for the forecast. An automated filtering and selection of data can support his decision process. Normally the reservoir engineer would select a time period where a constant production rate and decline is visible. Sometimes the minimum...

... of: Maximize total oil production, Minimize downtime, Virtual Well Flowrate Metering, Well performance overview, providing a single point-of-access to all available information, Standardize engineering processes across the asset, with a heavy emphasis on automation and analytics...