Offshore

Natural gas remains a readily available, low-carbon feedstock, providing a 20% reduction in CO2 emissions vs. traditional liquid hydrocarbons. However, it’s critical to optimize operations across your assets’ lifecycle to offset threats of sustainability and energy security. Join World Oil and AspenTech experts as they discuss how innovative digital solutions support end-to-end gas exploration and production, enabling your teams to: • Efficiently delineate and find economical natural gas producing opportunities • Accelerate time to first gas • Lower the environmental footprint of development • Maximize asset utilization by optimizing production Register now to join the conversation! Learn how you can leverage digital solutions to meet the increased demand for natural gas.

Existing data is everywhere, and not often easy to consume. It can be found in different databases, projects, and directories. Interpreting newly acquired data can take weeks. The information needed to make the best decisions is either lost in a sea of data or comes after the window of opportunity for action has closed. SLB is changing the data workflow and digital operations are advancing to help customers make the right decisions, at the right time, with the right information. Digitally assisted operations with Wellbore on DELFI help customers make better decisions during or just after data acquisition, when these decisions count the most. With existing data, Wellbore on DELFI leverages the OSDU™ Data Platform to break down barriers between users and their data. Users quickly analyze data and select relevant wells for automated interpretation, conditioning, and better operational planning.

Prime Mapping is a tubular field service carried out before running-in-hole that provides actual casing and tubing data enhancing drilling and completion operations. Prime Mapping can be run on the rig floor or at the yard by Vallourec trained technicians at any time, for tubulars from any supplier. The data is obtained using a portable device called In-Pipe Rover which uses laser and/or ultrasound technology. Prime Mapping provides full-length internal diameter (ID), wall thickness (WT), and outside diameter (OD) map with thousands of data points per pipe, providing calculated ovality, eccentricity, out-of-roundness, bore and metal volume. This actual geometric data is essential for packer setting and cement displacement, and mitigates casing wear while drilling, as it allows operators to optimize their casing and tubing strings before running, thus obtaining higher downhole performance. By performing the service in any field, Prime Mapping saves time, costs, and CO2 emissions for operators who no longer need to send pipes back to UT benches.

Join our expert, Mahmoud ElGizawy, to learn how automated survey management solutions can allow operating companies and service providers to access the most advanced directional survey correction algorithms to optimize drilling applications in real-time by providing accurate wellbore positioning data. This allows timely correction to the wellbore trajectory without requiring additional tools or onsite personnel. The automated survey solutions maximize reservoir production by accurately placing the well in the planned spot while avoiding collision with other wells in close proximity.

Operating medium-pressure fluid systems in offshore applications comes with a range of challenges, from minimizing corrosion in alloy-based systems to reducing component maintenance and replacement when manpower and inventory is limited. Leaks that occur in connection points in chemical injection units, HPUs, TuTus, and other support equipment can lead to unaffordable downtime, so it is important to know how to find the right fittings technology for these demanding applications. We can help you there. In this webinar, we will cover: -Common problems experienced in offshore medium-pressure fluid systems -The difference between fittings technologies used in these applications -What affects total lifecycle cost of fittings, and why it matters -Strategies for countering vibration, corrosion, and other threats to fittings -What else to consider when selecting medium-pressure fittings Join us to find out what we have learned through decades of working with the oil and gas market, and how you can apply those insights to dealing with the extraordinary demands on your business.

As offshore oil and gas targets and their development rapidly become more complex, operators need greater speed and certainty in decision making. Subsea Live* data-driven performance service enables operators to proceed with confidence and transition from reactive to proactive operations by integrating OEM expertise with automation, physics-based simulation, and AI to extract actionable insights in a secure collaborative digital solution. This automated process analyzes real-time data while accounting for the dynamic nature of production to keep operators informed—not just for the status of equipment health and operational performance, but also with data-driven actionable insights, giving them advance intelligence for production optimization and for anticipating and mitigating performance issues and failures to enhance asset performance. *Mark of Schlumberger

An accelerated focus on strategic priorities such as capital stewardship, digitalization, and environmental sustainability is driving significant change in the oil and gas industry. With an upcycle on the horizon and offshore production poised to play a critical role in the overall energy mix, the industry must leverage technological innovation and new ways of working to fully embrace the reinvention of offshore oil and gas production. Electrification of offshore infrastructure opens the way to achieve lower-carbon energy sources, enabling operators to decrease their operational footprint while simultaneously supporting digitalization and reducing environmental impact. Schlumberger Electrification Program Manager for Production Systems Stephane Hiron will discuss how electrification is key to lower-cost, lower-carbon energy production and accomplishing returns-focused performance results.

Mud gas and cuttings analysis remains at today the only direct measurement of, respectively, the reservoir fluid and rock, until a PVT sample and a core are available for laboratory analysis. Surface logging data is an attractive solution for the client to take real-time decisions as they are available while drilling, on a continuous basis and at relatively low cost. Nowadays the accuracy and quality of the surface logging data has reached a level comparable to more sophisticated downhole tools thanks to the technological evolution, processes automation and innovative digital workflows. In this presentation we will describe how Artificial Intelligence and Machine Learning models and ground-breaking algorithms permit a more quantitative and objective approach to determine lithology classification, enhance the accuracy of the mud gas data even in extreme drilling conditions and enable predicting fluid properties while drilling.

Technology advances are changing offshore oil and gas operations—simplifying communication, automating processes, decreasing downtime and increasing profitability. In a sector characterized by volatility, leveraging new technologies has been a way to maximize productivity and optimize operations. It also has become foundational to making inherently dangerous activities safer for offshore personnel. A recently introduced safety management system that focuses on locational awareness for personnel takes a different approach to safety: OffshoreMuster. Join this webcast to learn more about OffshoreMuster from two of the consortium partners: Dr Symeon Kassianides, founder, CEO and Chairman, Hyperion Systems Engineering Group and Dr Tasos Kounoudes, co-founder and CEO, SignalGeneriX who are joined by Ali el Ali, Managing Director, Zakher Marine International who has been integral in the testing of this new system.

Drilling automation is revolutionizing the way our industry approaches well construction. In this webcast, subject-matter experts will discuss current expectations within the oil and gas industry for these digital systems and solutions. They will examine some of the ongoing applications of this technology and what to expect moving forward. This discussion will also include an exclusive look at results from the first-ever application of automated reservoir navigation. Following the presentation, the speakers will answer your questions regarding the current state of drilling automation and its potential to transform our industry.

Across all applications, from conventional and unconventional fields to deep-water, HPHT wells and special applications, Vallourec provides you with competitive and innovative solutions to help you select the products and services best suited for your projects. As oil & gas projects become even more challenging, new solutions are needed to enable critical projects or to address Total Cost of Ownership (TCO) challenges. Vallourec is able to support you on decision making by using advanced techniques, such as casing wear assessment during well design as well as simulation of in-situ well environment based on thermodynamic calculation and advanced corrosion testing to simulate real operational conditions. During this webcast, concrete examples will be presented by our experts that demonstrate Vallourec’s expertise in well design and material selection.

Advances in drilling technology increasingly require collaboration by traditional drilling players with partners outside the core of the oil & gas industry. Identifying who can provide the missing innovation pieces – whether it is a technology company to develop software for an advanced exploration system, or an academic researcher with expertise in an obscure chemical discipline – is a critical step for innovation in drilling. Join PatSnap to learn how connected innovation intelligence tools and techniques can be used to empower the drilling industry to discover and collaborate with the best possible partners.

Join Schlumberger’s Vera Wibowo and Jean-Michel Denichou as they discuss the latest advancement in geosteering services with the PeriScope Edge, a recently introduced deep resistive LWD technology. The pair discuss how geosteering has become a fundamental part of modern field development, where simple geometric target drilling could result in far less than optimal recovery and increased non-productive time.

During this webcast we will provide an insight into our proprietary methodology, from product design to quality control; as well as some examples of how Vallourec High Collapse grades help overcome Oil and Gas industry challenges.

During this 60-minute live webcast, we will discuss the following topics: 1)“Well Construction Autonomous Systems”, with presenter, Gilles Vié, Well Construction Product champion RSS, Schlumberger. 2)“Reduce Well Construction Risks via Accurate Peer Based Performance Tracking”, with presenter, Amitt Mehta, CEO, Moblize.

Historically, the subsea development workflow was sequential, fragmented, and not adaptive to change. That has made it difficult, time consuming, and expensive to manage the changes that are inevitable in the energy industry. OneSubsea Agile Subsea Production Systems—Agile SPS—enhance subsea performance from appraisal through abandonment to mitigate the dynamic risks associated with subsea production system selection, configuration, delivery, and production. And, regardless of your basin’s status, development phase, or current infrastructure, Agile SPS bring optimized performance through its life of field configurability. Agile SPS adapt to dynamic field conditions for the life of the field incorporating a standard platform that starts with a common core and adapts to your requirements with numerous fit-for-purpose functional modules that address technical challenges without affecting the core performance. Discover how Agile SPS offer you the responsiveness, functionality, and certainty that you need to strengthen your business case and optimize economic viability in your basin.

Modern offshore operations are highly complex, generating tens of thousands of data points and transmitting them to onshore control centers across multiple types of networks. Offshore facilities also include technologies from many suppliers that interface with the main process control system, each with their own cybersecurity profile. Mature, proven control systems are often selected but require interfaces to new technologies. In this heterogeneous environment that combines old and new, understanding what's on the network can be a significant challenge. Similarly, tracking and managing patches, obsolescence, antivirus, and hardening profiles multiplies in complexity. Many IT offerings do not contemplate these environments so the industry is turning to customized OT cybersecurity products. Register for this free webinar and you will learn - Why cybersecurity is a critical consideration when implementing a de-manning strategy What are the current technologies that are being used in offshore digitalization and threat profiles How to reduce cybersecurity risk for offshore operations

Faster, cheaper, safer, better. Whether drilling onshore or offshore, these four words represent the challenges and currency of success for any drilling operation. As the industry continues to see new records for faster ROP and reduced NPT, an exciting challenge of consistency within drilling performance and digitalization of the drilling value chain remain. Our industry experts will explain how our clients across continents and basins, sizes (small and large) have benefited from increased speeds of well delivery, consistency in high drilling performance and simplified well design automation. These key outcome metrics were achieved without adding organizational and technical implementation complexities, which are important pillars for seamless adoption across multi-faceted disciplines within organizations.

Building on decades of field experience and expertise with widely recognized products, the latest generation of VAM® Flush and Semi-Flush premium connections offers higher-than-ever performances and running reliability, while meeting the most stringent customer requirements. From large diameter flush surface casings to high-performing intermediate and production strings, VAM® advanced solutions keep addressing increasingly challenging well conditions by offering high clearance and best-in-class sealability ratings, with improved performance envelopes and demonstrated validation on upper-end grades. This webcast will provide an update of our Premium Integrals portfolio for deep-water & HP/HT applications, with a special focus on VAM® BOLT-II (Flush), VAM® SLIJ-3 (Semi-Flush) and VAM® EPIC (Semi-Flush on upset pipe) product lines.

During this 60-minute live webcast, we will discuss the following topics: 1) “Allegro Casing and Liner While Drilling Services”, with presenter, Hesham Darwish, Drilling Tools Business Development Manager, Schlumberger. 2) “Reducing Costs, Improving Efficiency and Eliminating Invisible Lost Time in the Tubular Running Process”, with presenter, Brad Kwasnycia, Director, Sales and Marketing, Volant. 3) “Clearing Up the DUCs: Evaluating Schedule Scenarios for Intensive Completion Activity”, with presenter, Owen Plowman, Vice President, Actenum Corporation.

Whatever the level of difficulty of your well environment – in GoM with 20K offshore projects, in Brazil with complex offshore salt domes formations or in the Middle East with extreme sour and high pressure (15K) conditions – Vallourec supports you with a comprehensive tubular offer in high-strength sour service grades. With the decrease of oil prices, operators are further challenging us to push the technical limits in sour service materials by finding the most cost-effective solution that combines high-strength steels and good resistance to sulphide stress cracking (SSC). In this area, VM 110 XS grade has been developed for extreme sour service conditions (ppH2S> 15psi) with 110ksi Specified Minimum Yield Stress (SMYS). The limit is also being pushed further with the field-proven VM 125 SS grade and newly developed VM 125 ESS and VM 130 MS grades with even higher SMYS (125ksi and 130ksi) to be used in milder service conditions. During this webcast, Carine Landier will share the methodology necessary to qualify these materials for such critical conditions. The results so far will reflect both the performance of the new grades developed and the new challenges we face