Webcasts

Geological evaluation of subsurface is an essential component of formation evaluation that connects well-centric data to reservoir scale. Recent technology breakthroughs in logging-while-drilling (LWD) borehole imaging and advanced surface logging have attracted substantial attention of the energy industry, more so for possible applications in sustainable energy initiatives. Digital innovations have led to development of smart and efficient solutions that can be made available in real-time for strategic decisions as the well gets drilled. Geology while drilling is taking the center stage from picking mineralogy on cuttings to inferring depositional architecture and structural framework with image logs with deep learning workflows and artificial intelligence embedded in the tools. Geothermal, hydrogen exploration and carbon sequestration all can benefit with these digital innovations in geology while drilling.

Drilling Activity generates a significant amount of data. This data is typically captured across a variety of sources such as time and depth series data from geological surveys and drilling operations, unstructured data from End of Well reports, and structured data from internal IT systems. To date, synthesizing this data into a usable format and generating actionable insights has been a challenge. In this talk, we present results from a fielded Gen AI solution that synthesizes data from our historic drilling wells in Romania and provides a natural language interface for drilling experts to interact with. Additionally, it provides recommendations for optimizing well design and performance parameters based on past results. Our goal is to reduce project costs by streamlining information discovery and improve decision accuracy by leveraging data-backed insights.

TechnipFMC’s PadFlex™ entails the deployment of a long flexible pipe providing frac pad customization and a remote hydraulic fracturing operations solution. In this webcast, our speaker John Eden will delve into the significant benefits of utilizing a flexible to connect multiple pads with limited connections. We will explore the potential cost savings, time efficiency gains, and operational enhancements that this innovative approach can offer. John will also be joined by Cody Douglas and Matt White from ConocoPhillips to offer customer perspective on how PadFlex™ delivers newfound versatility to frac pads, along with the improvements they have experienced.

Immerse in an enlightening webinar unveiling cutting-edge methods for precise product temperature control, even amidst unprecedented summer heat waves. Embark on a journey through the remarkable achievements of a leading oil and gas subsidiary, demonstrating excellence in maintaining consistent oil temperatures despite challenges in daily processing operations amidst scorching highs. Delve into the transformative impact of Aggreko's advanced cooling solution, seamlessly integrating exchangers and chillers, revolutionizing conventional practices. Through effectively reducing temperatures from 110 degrees Fahrenheit to a more manageable range of around 75 degrees Fahrenheit, they've not only achieved a substantial enhancement in safety measures but also addressed the critical goal of preventing off-gassing from storage tanks. This sustainable enhancement underscores Aggreko’s proficiency in maintaining effective product temperature management. Gain invaluable insights from this success story and embrace adaptable strategies to overcome the unique challenges in your industry.

Success in oil and gas has historically relied on maximizing production at the lowest cost per barrel. Now the imperative to decarbonize introduces a new critical performance metric—achieving ROI at the lowest carbon emissions per barrel. With increased pressure on majors, NOCs and independents alike, producing oil and gas with lowest possible greenhouse gas (GHG) footprint is quickly becoming a priority for both new and existing assets. But where to get started? In this webcast, SLB experts will dive into some root causes of GHG emissions in production operations.