Issue: April
FEATURES
New advances in intelligent imaging-while-drilling eliminate the traditional tradeoff between drilling speed and subsurface insight. By delivering decision-quality images in real time and integrating multiple measurement streams, operators can reduce uncertainty, accelerate decisions and protect long-term well value.
All‑electric intelligent completions are increasingly popular versus hydraulic architectures in deepwater and complex multizone wells, as longer tie-backs and more challenging reservoirs become the norm. Hydraulic systems can introduce installation complexity, delay response times, and increase operational risk. All‑electric completion systems address these constraints through simplified architecture, faster actuation, and continuous digital feedback. Utilizing field data and operational experience, the measurable value of electrification, how it supports real‑time reservoir management, and its emergence as a standard for deepwater developments are examined.
Despite flat activity over the past two years, 2026 for the Permian basin looks moderately promising. Middle Eastern hostilities have pushed up oil prices, as operators continue to squeeze out production gains through additional technology and efficiencies. Some modest output growth is therefore likely.
Expanding on the benefits of autonomous drilling, Baker Hughes Senior V.P. Jim Sessions says a new service offers integrated planning, execution, monitoring and optimization to help deliver a complete digital well construction ecosystem.
COLUMNS
Editor-in-Chief Kurt Abraham weighs in on the Trump administration’s push to streamline offshore regulation, arguing the move could reduce bureaucracy and support U.S. development—while broader industry signals point to cautious optimism amid ongoing global uncertainty.
At CERAWeek, one message was clear: disruption is no longer an exception—it’s the baseline. From Hormuz to AI, the forces reshaping energy are converging fast, and the companies that act now will define what comes next.
World Oil contributing editor Mark Patton questions the narrative around CO₂, arguing climate models may be oversimplified and overlooking key natural processes shaping emissions and atmospheric balance.
SPECIAL FOCUS: OFFSHORE TECHNOLOGY
As aging assets across the Gulf of Mexico approach the end of their permitted operating lives, operators face one of the most consequential decisions in offshore energy: decommissioning or extension? The answer lies increasingly in the quality of subsea pipeline integrity data, and that is why the time to act comes years before the permit expires.
Portable, modular back‑deck spreads are helping operators overcome limited access to offshore installation vessels, especially in complex regions like West Africa. Recent projects offshore Angola and Congo show how adaptable flex‑lay systems can streamline execution across varied water depths while reducing engineering time and mobilization costs.
The main message from World Oil’s Deepwater Development Conference was that the industry has tended to optimise capex spend and delivery of first oil, often at the expense of following decades. As deepwater projects become increasingly more challenging, designing systems for remote operations reduces safety risk and crewed intervention costs over field life. With continual improvement in data processing and AI, tangible savings are likely.
Sulzer optimizes its high-energy centrifugal pumps for subsea water injection with pressure sensors from Kistler.
A detailed investigation using BSEE Data for all the ultra-deepwater projects committed to the Lower Tertiary Wilcox play reveals financial consequences that accompany the high risks and limitations of the subsea field development systems deployed there.
Tubing hanger installation remains a risk-sensitive phase of subsea well construction. Dependencies on conventional methods increase execution risk, personnel exposure, and critical path time. This article presents an umbilical-less tubing hanger installation model supported by the Enhanced Remote Operated Control System (eROCS) and the Optime Tubing Hanger Orientation System (OTHOS). Results from the Norwegian Continental Shelf confirm reduced system complexity, fewer interfaces, and predictable execution with accurate orientation.
MANAGEMENT ISSUES
Environmental groups, unhappy with verdicts in climate cases involving U.S. energy firms, are now going to courts in other countries, where these companies have assets/interests, and attempting to relitigate these cases, to their satisfaction.
This year’s meeting will feature discussion of U.S. energy priorities, as well as a keynote address by fossil fuel advocate Alex Epstein.
SBM Offshore’s Group Business Development director is very enthusiastic about the market ahead for FPSO construction and operation, given the plethora of deepwater projects expected, not only in established markets like Brazil, Guyana and West Africa, but in places like Suriname, Namibia and others.
