This online training course will take an introductory look at the opportunities, challenges and specific requirements for petroleum data analytics for the energy industry.

​Real-time data now represents a growing stream of scores of channels of digital data being fed concurrently to numerous receiving entities in the operator's remote monitoring amenities, at contractor centers and other facilities. Analytics are applied to data channels to signal or predict deviations from expected readings that require attention. For such systems to work effectively and reliably the input data must be trustworthy.

This presentation describes the development of a well-site automation system consisting of an open data aggregator, with networked surface and downhole sensors and real-time applications for process monitoring, advice and control.

Analytics is not new to the oil & gas industry. From the early days of seismic acquisition and processing, well log interpretation and reservoir simulation, industry experts have used various techniques up to the limit of existing computer power, to analyze and model data recorded in the field to make better decisions.

Data volume is exploding — more than 90% of today’s data was created in the last few years, and there is an exponential increase in new types of data, with mobile, social media, video, and the Industrial Internet of Things adding to the growth of seismic, reservoir, drilling, production, and engineering data.

Presented by Dr. Luigi Saputelli

This presentation will strive to give an overview of the key components to build a fully automated system to identify rig states and provide rig operations performance key performance indicators (KPIs). Starting with the data requirement, feature engineering, machine learning, and how the sensor’s noise can be reduced in real-time. It will also provide information on drilling operation’s specific challenges (such as KPI validation) and how it can be addressed. Finally, we will discuss lessons learned of running such a system, and how such an effort can establish the foundation of advanced data science driven solutions.

Bridging The Gap Between Material Balance And Reservoir Simulation For History Matching And Probabilistic Forecasting Using Machine Learning

The purpose of this seminar is to illustrate the effectiveness of Computational Fluid Dynamics (CFD) in guiding re-design of a scrubber inlet within the constraints of the project team.

Digital Oilfield is an Intelligent Energy concept that ensures a continuous optimisation of an asset or group of assets through integration of standard tools, right people, defined business processes and appropriate facility or space.

This four-part series of webinars strives to deepen the understanding around issues of climate change and receive feedback from the wider oil and gas industry on the energy transition. The series is developed in partnership among SPE Gaia, OGCI, IPIECA and IOGP.

This is group of webinars covers various topics on Data-Driven Analytics.

This intermediate-level course will explain some of these measures and tools, describe some specific measurements, and explain the relationship between assessment and strategy. Summarizing the data with the correct tool can be the gating factor to reaching staff and effecting changes that spur performance improvement.

This intermediate-level course will provide answers to these questions as well as recommendations for decision-making based on data analytics for each sector. The course will begin with an introduction of Big Data, then continue into a deeper dive on its implications within each sector. Industry case studies make the concepts applicable in the real-world.

This talk is a basic overview on the motivations to use Python to automate the PE daily tasks, as an alternative to Excel and some traditional engineering analytic applications. Few case examples are presented to introduce Python scripting realm. In the end, there is an outline on how the petroleum engineer of the future would be using data analytics and workflow automation to be more efficient.