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SPE President Terry Palisch is joined by Dana Otillio, vice president of SPE's marketing and communications, to discuss how members can maximize their membership by leveraging multimedia content. Listen to the full episode. In this podcast episode, I am joined by Dana Otillio, vice president of marketing and communications at SPE, to discuss how members can maximize their membership by leveraging multimedia content. The episode covers various aspects, including SPE Live, webinars, online training, and the Distinguished Lecturer (DL) Program. The conversation delves into the history and evolution of SPE's multimedia content and its impact on connecting members globally.
A hydrogen economy envisions using hydrogen as a clean, low-carbon, and versatile energy carrier and fuel. In this SPE Tech Talk with Ansys, we discuss the ways companies use simulations to mature the technology development of hydrogen production in an accelerated manor. Webinar by the SPE Hydrogen Technical Section held on 10th August 2023. Webinar hosted by the SPE Hydrogen Technical Section on 27th July 2023.Speaker: Dr Saif Al Ghafri, Future Energy Exports CRC & The University of Western Australia In this SPE Tech Talk with Rolls-Royce Solutions America Inc., we discuss the anatomy of gas systems and the advantages of gas. Low-carbon energy technologies are becoming more relevant as the energy mix evolves.
To start the process of digital transformation in the oil production operations carried out in the Ecuadorian Oriente Basin, the methodology proposed was based on "MIT Sloan School of Management" and established for all the processes of innovation and product creation, called RWW, "Real, Win and Worth". Real case studies in Ecuador will be discussed including not only production engineering analysis but also production operations in the field with a major focus on asset surveillance. Both activities require time-consuming tasks such as field trips and well-by-well analysis, showing the transformation in the way we operate leveraging the use of data, promoting remote operations, and automating the workflows used within the production engineering department. The starting point of this implementation was the well surveillance workflow, carried out at the field level because there was no mature SCADA system. Thus, the Edge was implemented with capabilities based on Internet of Things (IoT) technology to connect the different elements of the production chain. Currently, more than 400 pieces of equipment have been connected to a unified platform, including electro-submersible pumping equipment (ESP), wells with Beam Pumping (BM), injector wells, injection pumps, high-pressure injection equipment, multiphase flow meters and others, which allowed to the mature field to integrate data, perform real-time analysis and remotely control any equipment that is connected.
- Information Technology > Sensing and Signal Processing (0.97)
- Information Technology > Communications > Networks > Sensor Networks (0.60)
- Information Technology > Architecture > Real Time Systems (0.60)
- Information Technology > Communications > Web (0.50)
Editor's Note: This month we are introducing a summary of the full transcript. We encourage you to listen to the podcast episode to hear the full conversation on your favorite podcast platform under "The SPE Podcast." In this podcast episode, I am joined by Dana Otillio, vice president of marketing and communications at SPE, to discuss how members can maximize their membership by leveraging multimedia content. The episode covers various aspects, including SPE Live, webinars, online training, and the Distinguished Lecturer (DL) Program. The conversation delves into the history and evolution of SPE's multimedia content and its impact on connecting members globally.
The Implementation of Big Data and Machine Learning (ML) processes as part of the Fourth Industrial Revolution (4IR) are already having a significant impact in the Oil & Gas Industry. Where direct access of streaming data to Big Data Systems is possible, the ML Algorithms are able to improve operational efficiency with a corresponding significant reduction in costs. Today the identification and reduction of both Invisible Lost Time (ILT) and Non-Productive Time (NPT) is even more critical than it has ever been in the past as many projects strive to maximise the rate of return on investments. However, many remote sites are linked to Big Data Systems through a lower bandwidth satellite system, resulting in loss of data granularity and time lags that make the response times of analytical solutions based upon ML processes too slow to be of any immediate value to the well construction process. As a consequence, it is vital to move the ML Algorithms as close to the source of the data as possible.
The pore structures of conventional and unconventional reservoirs have various scales of heterogeneity, which lead to multiple flow mechanisms at different scales. Non-Darcy flow may occur at high and low velocities, at the lower end we have the sub-diffusion that occurs in unconventional resources and that can be captured using a fractional temporal derivative of Darcy's law. In naturally fractured reservoirs, the fractal geometry eliminates the assumptions used in the traditional dual-porosity model, because the geological/geomechanical origins of most fracture networks do not justify them. The fractional and fractal approaches represent two ways to capture anomalous diffusion, which is more overarching than the classical normal diffusion, usually assumed in most numerical simulators. This webinar focuses on the convenience of using the fractional approach to analyze transient pressure and rate field data.
- Reservoir Description and Dynamics > Unconventional and Complex Reservoirs > Naturally-fractured reservoirs (1.00)
- Reservoir Description and Dynamics > Reservoir Fluid Dynamics > Flow in porous media (1.00)
- Reservoir Description and Dynamics > Formation Evaluation & Management > Pressure transient analysis (1.00)
Reservoir engineers will face in future the challenge of performing their professions for a global society with a significantly increased demand for hydrocarbons. This will require the reservoir engineers to embrace new technologies and engineering methods. In this webinar, experts will explain the technical current challenges and recent progress in four key areas in reservoir engineering discipline. The presentation highlights that, in general, we are in good shape at present for characterization of conventional oil and gas reservoirs thought (FE) using core data, well logs, subsurface technologies and PTA / RTA. There are important challenges in all the above FE areas, particularly at the molecular scale but probably they will become manageable in the not-too-distant future.
Join us as David shares insights gained from shaping innovative products like the top drive, iron roughneck, and drilling rig designs, alongside influencing business models and technology standards. Explore David's leadership philosophy, cultivated through managing diverse teams and navigating the dynamics of success and failure. This session delves into the art of building impactful teams and technology, revealing the creative integration of work/life balance with family, art, and music. Elevate your approach to growth and business outcomes in this transformative webinar. All content contained within this webinar is copyrighted by David Reid, and its use and/or reproduction outside the portal requires express permission from David Reed.
Multiphase flow metering has revolutionized the well-testing operation by providing 24/7 access to production data which leads to production optimization and operational efficiency. Density based multiphase measurements are proven to provide the most accurate measurements owing to the fact that density of fluids are linearly related with the fractions whether it's 2-phase (oil, water) fluid WC measurements using Coriolis or effective density measurements of 3-phase (oil, water, gas) using gamma ray source. Due to the Coriolis limitations in full multiphase operating envelope, gamma rays have been an essential component of MPFMs for more than 3 decades now. However, there are multiple associated downsides to this form of measurements. The foremost concern with the radioactive measurements is the associated health hazards which require strict safety rules, extensive certifications, and steep cost of maintenance through authorized safety officers.
Join us for an insightful webinar on oil well cementing principles and best practices, where we will explore how cementing plays a critical role in establishing and maintaining well integrity throughout the life cycle of oil and gas wells. In this session, we will cover the fundamentals of cementing operations including: the use of effective materials, proper job execution and post-job evaluation. Additionally, we will discuss the latest industry developments aimed at reducing the CO2 footprint of cementing operations. Whether you are a well site supervisor, an engineer, or an industry professional, this webinar provides a valuable opportunity to enhance your understanding of cementing operations. Don't miss out on this informative session.