In modern drilling operations, the speed and quality of your real-time data decides how fast — and how confidently — your team can act. Delays, gaps, and messy data streams still cost operators millions every year in avoidable NPT, rework, and missed decisions.This one-hour session walks through the complete real-time data journey — from acquisition at the rig site to delivery into the hands of subsurface and drilling teams. Through a live demonstration, Rómulo Cuevas will show how a properly configured WITSML pipeline, combined with automated cleaning and mapping, can push clean, high-frequency data into your project environment with updates every few seconds.If your real-time workflow still depends on manual data handling, delayed feeds, or fragmented tools, this session will show you what a modern setup actually looks like — and what it takes to get there.Whether you're a drilling engineer, geologist, or part of a real-time operations team, this webinar will help you streamline your data processes, reduce inefficiencies, and unlock faster insights across your operations.

Every petrophysical answer is only as good as the data behind it. A single porosity unit of error can mean the difference of hundreds of thousands of barrels in your reserves estimate — and bad data starts at the wellsite, not in the interpretation software. In this premium webinar, Angel Meso draws on 40+ years of wireline and petrophysics experience to show how data quality problems creep in from cement evaluation through formation evaluation, how to catch them with proper QC checks, and what they cost you when you don't. Real log examples, real QC workflows, real consequences.

Join our 90-minute webinar on Rock Physics Integration: from Petrophysics to Simulation, where we will explore how rock physics connects petrophysical data, seismic response, geomechanics, and reservoir simulation in one integrated workflow. The session explains how elastic properties such as Vp/Vs and elastic moduli can be related to reservoir properties like porosity, saturation, pressure, laminations, and fractures to support a more reliable subsurface model.This webinar is designed for geoscience and reservoir professionals who want to understand how multidisciplinary data can be combined to improve interpretation, modeling, and prediction. It will show how rock physics helps align well, core, seismic, and reservoir engineering information to build a more complete three-dimensional understanding of the subsurface.

Pressure Transient Analysis (PTA) is a powerful tool for reservoir characterization — and it can tell you far more than permeability, reservoir contact, and skin factor. But to unlock its advanced capabilities, the analyst needs a solid grasp of the diagnostic features of pressure and derivative responses: how they relate to flow regimes, and how the static and dynamic features of a reservoir generate those regimes at different stages of depletion. Without that context, history matching pressure responses or fitting straight lines to portions of the data may return parameter estimates while missing the bigger picture entirely.This webinar makes the case for PTA as a reservoir characterization tool, shows its proper and improper use through worked examples, and highlights just how underused it remains in practice.Slides & Material — Copyright: All content in this session is copyrighted by Prof. Erdal Ozkan. Access to the recording and slides is provided exclusively through this platform. Any unauthorized use, reproduction, or distribution outside the portal is strictly prohibited and may result in legal action under applicable laws.Recordings and certificates will be issued within one business day of the event.

Pressure vessel failures rarely happen the way textbooks describe them. Codes tell you how to design — but not how vessels actually fail in the field under real operating conditions, real materials, and real human decisions.This live webinar, led by Chemical Engineer Jefy Jean Anuja Gladis, moves beyond code-based design into mechanism-driven failure analysis. Drawing on her experience in the German process engineering industry and a background shaped at Cornell University, Jefy will walk engineers through the stress systems, failure modes, and inspection blind spots that sit behind most incidents in chemical plants — and equip you with a practical framework to answer: given this vessel, operating condition, and material, what is most likely to fail, how, and when?

Geosteering has moved well past picking tops on an LWD log. In today's operations, the teams that consistently land wells in the best rock are the ones combining real-time geological data with live drilling parameters — and acting on both together, in the same interpretation.This one-hour session is a practical, step-by-step walkthrough of geosteering a complex horizontal well using this integrated approach. Rómulo Cuevas will demonstrate how to build a strong pre-drill framework from offset wells, correlate live LWD logs in True Vertical Thickness (TVT) space, overlay real-time drilling mechanics on the geological interpretation, and update the target line on the fly — communicating changes to the rig without breaking the workflow.If your subsurface and drilling teams still work in parallel rather than together, this session will show what a fully integrated geosteering workflow looks like in practice — and how it changes decision quality on the well.

In the current oil and gas landscape, maximizing production from existing assets is more critical than ever. This webinar moves beyond isolated well thinking to treat production as a holistic, integrated system.Focused specifically on onshore conventional oil (natural flow), this session bridges the gap between theoretical Nodal Analysis and the practical realities of field operations—like choke management, high wellhead pressure (WHP), and network backpressure constraints.Whether you are a junior engineer looking for rules of thumb or a senior practitioner needing advanced diagnostic depth, this webinar is designed with a unique dual-track structure. We provide clear operational guidelines for immediate application alongside "Depth Boxes"—deep-dive technical segments for advanced analysis. You will leave not just with theory, but with a repeatable workflow to diagnose bottlenecks and implement quick wins safely.

In fast-moving drilling operations, the difference between a safe well and a costly incident often comes down to who spots the signal first. Wellbore collisions, fluid losses, magnetic interference, and tool damage rarely arrive without warning — but those warnings are easy to miss when data is scattered across screens and alerts are noisy or absent.This one-hour session shows how dynamic dashboards, automated downlink recognition, anti-collision warning zones, and cross-variable predictive alerts can transform the way drilling operations are monitored and managed. Rómulo Cuevas will run a live configuration walkthrough — bringing geology, image log dip-picking, and drilling curves onto a single screen, then layering in intelligent triggers that catch real risks without drowning the team in false alarms.If your monitoring setup still relies on operators watching multiple screens and reacting after the fact, this session will show what a modern, alert-driven real-time environment looks like — and how to build one.