Webcasts

Drilling in deeper, hotter wells no longer means compromising on reliability or the critical insights needed to maximize the return from your wells. With logging-while-drilling (LWD) solutions, it’s possible to capture accurate, real-time data and have better visibility even in the most complex, and harshest environments. In this webinar, we’ll explore how today’s high-performance LWD solutions deliver dependable insights that support better well placement, great reservoir contact, and improved production outcomes. Discover how you can stay in control, reduce uncertainty, and achieve more value from every well, regardless of its depth, temperature, or complexity.

Join the World Oil editorial team for an exclusive demonstration of World Oil AI, your new AI-powered intelligence engine built specifically for upstream professionals. In this webcast, you’ll see how World Oil AI is transforming research and analysis across the upstream sector. Domain tuned on decades of authoritative World Oil content, the system enables you to: -Ask complex questions and receive clear, plain-language answers -Access citation-supported responses grounded in World Oil content -Instantly surface the most relevant articles and case studies Whether you work in engineering, field operations, subsurface, technology development, or asset management, this session will show you how World Oil AI accelerates your workflow by putting expert-level upstream insight at your fingertips—anytime you need it.

Join us for an insightful webinar exploring the latest advancements driving predictable well delivery. This session will highlight innovative approaches that enable safe, consistent execution of well construction—every time, everywhere. By focusing on repeatable outcomes, these advancements help reduce operational risk and ensure dependable performance. Whether you're managing complex drilling operations or optimizing field layouts, you'll gain valuable insights into solutions that minimize human error and enable more precise scenario simulations—leading to more predictable results. Discover how cutting-edge technologies and digital tools are transforming well construction to deliver wells more predictably and consistently.

In this webcast, Baker Hughes experts will explore strategic approaches to improving operational efficiency and minimizing environmental impact during well abandonment operations. Key advantages include reducing the number of trips to lower time, costs, and emissions, as well as utilizing automation and digital technologies to enable smarter interventions and data-driven decision-making. The session will also cover methods for decreasing surface footprint, transitioning from rig-based to rigless operations, and shifting from riser-based to riserless approaches. Additionally, the presenters will emphasize the role of electrification, risk mitigation, scope optimization, and remote operations in enhancing task certainty through advanced automation and digital solutions.

Carbon capture, utilization, and storage (CCUS) projects depend on one uncompromising factor: integrity. Unlike oil and gas wells designed for decades, CCUS wells must remain sealed and secure for up to 75 years or more. This panel will explore how existing completion technologies—adapted with the right metallurgies, packers, cementing practices, and zonal isolation techniques—can deliver reliable containment under corrosive CO₂ environments. We’ll discuss what’s required to demonstrate injectivity without exceeding fracture pressures, how to optimize well design for cost and long-term reliability, and why monitoring is as critical as the initial construction. From real-time fiber optic and electronic gauge data to periodic logging and corrosion checks, effective monitoring ensures that what goes in stays in. With lessons from both subsurface design and surface execution, the session will highlight how to adapt proven oil and gas technologies to meet CCUS requirements while aligning with regulatory compliance, cost efficiency, and longevity.