The SPE has split the former "Management & Information" technical discipline into two new technical discplines:
- Management
- Data Science & Engineering Analytics
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The SPE has split the former "Management & Information" technical discipline into two new technical discplines:
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This new educational video series provides you with career tools to get noticed and rise above the rest. Today, managing technical competence and personal development largely rests on the employees' shoulders. Career development can feel like a daunting task for any individual, but there are many tools available to make it easier for you to identify and fill your knowledge gaps and demonstrate your professional prowess. Each webinar is a 1-hour presentation followed by a live/recorded 30-minute Q&A session. It also features a post-webinar Happy Hour event via Facebook where you can ask the speaker anything!
Detecting, localizing & quantifying methane emissions is a critical step to decarbonize the Oil & Gas industry. This webinar aims to differentiate detection from quantification programs, putting an emphasis on ongoing efforts to standardize testing of technologies, and outlining existing and under-development best practices and standards. It concludes with practical examples from leading companies in that space of ongoing efforts carried to test & deploy technologies, and mitigation impact achieved to date. This series of webinars between thought leaders on climate change in the O&G industry and the broader O&G industry around the world will be undertaken in an effort to deepen understanding around issues of climate change and receive feedback from the wider oil and gas industry on the energy transition. A series of virtual dialogues will be held over 2020 with global scope, to discuss sustainability around key topics such as CCUS, reducing methane emissions, collaborative action, etc.
The private sector has a considerable role to play in supporting the development, testing & deployment of methane detection, measurement and mitigation technologies. In the third webinar of the SPE Climate Series, join us to review incumbent and emerging technologies to reduce methane emissions. The session will start with an overview of technologies available to the industry, and will then be followed by practical examples of solutions offered by service providers in the space. From the financial perspective, OGCI Climate Investments will present its recently announced 2020 call for investments for projects reducing methane emissions. The session will conclude in a panel discussion on the role of the private sector to support such technologies, as well as barriers and opportunities for rapid mitigation action.
Tackling methane emissions across the full natural gas value chain requires international cooperation among industries, governments, civil society and NGOs. This webinar introduces the policy context and the voluntary efforts from the O&G industry to reduce methane emissions. The session will review two of the leading initiatives for methane emission reporting (OGMP2.0) In a third phase, OGCI will present its near-zero intensity target by 2025, progress to date, and broader support to engage with the rest of the Natural Gas value chain to reduce methane emissions. The session concludes with a Q&A with the audience.
In recent years great strides have been made in satellite detection of methane emissions. There are now a variety of satellites with a variety of methane sensors and detection capabilities in orbit and several more planned in coming years. Today is public data with limited resolution, and high-resolution private data, in the future the new satellites will bring new levels of transparency to methane emissions in both public and private domains. We have assembled a distinguished and expert panel working in this field to present and discuss what is possible and the impact this can have on the rapid mitigation of methane emissions. This series of webinars between thought leaders on climate change in the O&G industry and the broader O&G industry around the world will be undertaken in an effort to deepen understanding around issues of climate change and receive feedback from the wider oil and gas industry on the energy transition.
Data volume is exploding -- over 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 (IIoT) adding to the growth of seismic, reservoir, drilling, production, and engineering data. Expiration: This course expires 12 months from date of registration. This webinar is categorized under the Data Science and Engineering Analytics discipline. Jim retired from Chevron in 2013 after almost 37 years. After moving to Colorado Springs, Colorado, Jim established the Reflections Data Consulting LLC to continue his work in the area of data management and analytics for the Oil & Gas industry.
Analytics is not new to the oil & gas industry. From the early days of seismic acquisition / processing, well log interpretation / reservoir simulation, industry experts have used various techniques that tested the limits of existing computer power in order to analyze and model in-field data to make better decisions. However, with the advent of Big Data (increase in volume, variety and velocity), high performance computing, advanced statistics and artificial intelligence, data analytics' capabilities for petroleum engineering and earth science have grown exponentially. Expiration: This course expires 12 months from date of registration. This webinar is categorized under the Data Science and Engineering Analytics discipline.
Unconventional oil and gas production has made a significant contribution in the past decade, yet many of these wells are not managed to their fullest potential. There is a significant opportunity to optimize well performance through continuous estimation and tracking of well performance for large-scale operations. However, understanding and predicting well performance in unconventional reservoirs poses a significant challenge due to the complexity of capturing the relevant physics of multi-stage fractured horizontal wells (MFHWs). Traditional mechanistic or numerical models are not suitable for field-scale applications, as they may require information that is not easily available, are interpretive, need arduous manual efforts, have long runtimes, or produce results with high uncertainty. In recent years, hybrid models have gained popularity as a solution to these challenges.
This new webinar series provides comprehensive information about the Digital Oilfield (DO), from it's history to current applications. This package gives you access to all three webinars in the series or you can click to register for each individually. Each webinar is a 1-hour presentation followed by a 30-minute Q&A session. This webinar is categorized under the Data Science and Engineering Analytics discipline. Session I - What Have we Learned in the First 15 Years of Digital Oilfield?