Digital Transformation

Marlink’s provision of tailored digital solutions enables customers in the energy sector to manage complex and critical operations with the flexibility and scalability required.

The ROCS system, developed by Optime Subsea, transforms the installation of production tubing in subsea wells by eliminating the need for umbilicals. This results in significantly safer and faster operations while reducing the need for personnel in the red zone on the rig.

The FPSO coalition of SLB, Rockwell, Sensia, and Cognite has introduced an open approach for digitally connecting the total asset journey, from reservoir to topside, to continually maximize value, minimize environmental impact, and create a new level of performance for FPSOs. This integration of collaboration and digitalization will shape the future of FPSO performance. How? In this webcast, FPSO coalition experts will be providing insight into the “how”: through leveraging automation technologies for enhanced operational efficiency and harnessing digitalization to drive decision making for asset optimization, as well as understanding the key factors and considerations in vessel automation and digitalization implementation.

As part of a ten-day inspection campaign, Aker BP and DeepOcean inspected subsea trees and other subsea infrastructure at the Alvheim subsea field on the Norwegian Continental Shelf.

The agreement will enable customers to seamlessly integrate the companies’ drilling automation applications and rig operating systems to deliver improved well construction performance and efficiency.

The Geminus model builder fuses physics-based approaches with process data to produce highly accurate AI models that can be deployed at scale, far faster and at much less cost than traditional AI approaches.

Reservoir Xaminer service is designed to provide fast, high-quality, and customized data, even in the toughest conditions.

AIQ’s WellInsight solution consists of four modules – AI-BHI, Geostress, 1D MEM, and Payzone – which automate and enhance the analysis and modelling of borehole data using computer vision and other technology, to support geologists and engineers in planning drilling activities.

The upgraded, radar-based oil spill detection system utilizes upgraded image processing technology that enables much higher sensitivity, which allows it to detect even smaller oil spills.

Join us for an innovative collaboration between ShearFRAC, Drill2Frac, and Corva, designed to revolutionize your completion operations through data-driven solutions. The journey to enhanced capital efficiency begins with Drill2Frac’s characterization of the lateral, providing a solid foundation for proactively developing an optimized completion strategy for the actual well drilled. During the stimulation treatment, ShearFRAC will showcase how pressure responses are continuously monitored, enabling real-time recommendations for operational adjustments. This process ensures that your operations remain responsive and adaptable, leading to improved performance. These processes are made possible through Corva's cloud-based data capture and analytics platform. This technology fusion paves the way for accelerated production recovery, minimizes fracture-driven interactions, reduces completion costs, and lessens the environmental footprint of your operations. We will equip you with the knowledge and insights necessary to harness the power of data and analytics, empowering you to enhance capital efficiency across the entire completion value chain.

In today’s volatile environment, there is a pressing global need for secure, sustainable and affordable energy. Oil and gas exploration and production companies must optimize performance to remain profitable, while also reducing geological risks—especially for structurally and lithologically complex reservoirs. The future of the upstream industry lies in the adoption of innovative geoscience digitalization solutions to optimize operations. Machine learning applications for geoscience data have been in use for more than 25 years but have become critical in recent years due to the massive growth in the amount of petrotechnical data being acquired. As machine learning evolves and gains acceptance, it will play an increasingly visible role in analyzing surface and subsurface data. Join World Oil and AspenTech for this webinar to learn how to: • Improve digital representations of the subsurface, such as rock prediction volumes, using machine learning and AI • Leverage, QC and de-risk existing data from the subsurface, and display them in a comprehensive manner • Make faster, more educated business decisions at lower cost Register now to join the conversation and hear how you can leverage digital solutions to increase exploration success.

In the oil and gas sector, digital transformation is currently in its early stages, yet its potential to profoundly revolutionize industry operations is undeniable. Oil and gas companies and operators that proactively embrace digital transformation will find themselves more competitive and better positioned for success in the future, benefiting from substantial enhancements in their operations, processes, and business models. The primary objective is to harness the full capabilities of AI, ML, IoT, and big data to mitigate risks, automate tasks, and enhance decision-making processes. To ensure your ecosystem is well-prepared for this transformative journey, we invite you to join a panel discussion led by industry experts from Ericsson and Tata Consultancy Services (TCS). During this session, we will explore leading trends, impactful use cases, and best practices meticulously designed to accelerate your digital transformation journey. You’ll be sure to gain valuable insights into the strategies necessary for navigating this evolving landscape successfully while mitigating risk.

Artificial Lift secure controllers are revolutionizing and shaping the future of the oil and gas industry by enhancing operational efficiency and automation. Discover the cutting-edge advancements and immense potential of secure controllers, while also conducting a thorough gap analysis for field automation. Furthermore, gain a comprehensive understanding of the critical IT cybersecurity requirements associated with these controllers.

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.

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.

Discover how Nabors Industries and Corva are transforming the drilling industry with data and automation in this exclusive webinar. Nabors Industries is a global leader in drilling and rig services, and Corva is a pioneer in real-time drilling analytics. Together, they have developed cutting-edge solutions to optimize drilling performance, enhance safety, and reduce environmental impact. In this webinar, you will learn about the current trends, challenges and opportunities in the global oil market, and how Corva and Nabors can help you achieve your drilling goals with data, cloud computing, and artificial intelligence.

e-Mission™ Suite is a configure-to-order composable digital twin solution that consist of four applications: Thermal, Methane, Tank, and VRU. These offerings provide actionable operational insights to reduce flaring and methane emissions while improving asset integrity for production facility equipment that will aid in meeting net zero goals. In this webcast, Laura Schilling will be detailing how TechnipFMC’s e-Mission™ Suite leverages production facility and methane event data to maximize production while reducing emissions. Stefan Bokaemper will be explaining how the data captured with Kuva Systems is utilized to identify methane emission events that will aid in determining potential root causes. Find out more on how these technologies can enable production facilities to reach their net zero goals.

The FPSO market is seeing an unprecedented amount of investment in new and refurbished vessels. And while the industry traditionally adopts a conservative approach to change, a new paradigm is needed to allow new technologies and expertise from multiple companies to come together to evolve the performance of FPSOs. This panel discussion brings together an industry coalition to discuss how a digital approach to the design, build, integration and operation of these vessels will give operators better visibility into their operations, increase reliability and predictability, and assure equipment uptime and performance.

Disruptions in energy markets, lingering effects of the COVID-19 pandemic, conflict in Europe – all have added to the Energy Trilemma. Digital solutions are playing a critical role in identifying pathways to address the dual challenge of meeting the growing need for energy and resources while reducing emissions. Please join Vice-President of Content of Gulf Energy Information, Lee Nichols, Dr. Carole Nakhle, CEO of Crystol Energy and Dr. Paige Marie Morse, Sustainability Advisor at AspenTech, for a panel discussion moderated by Ron Beck, Sr. Director Solutions Marketing at AspenTech, as they address a range of topics, including: • How the last 18 month rebalanced the narrative of energy security and sustainability • How digital technology fits into the industry transition and balancing act • The implications for the Inflation Reduction Act’s “carrot” approach as opposed to the “stick” Attend this free webinar and get actionable ideas for how your company can address the challenging balancing act in today’s energy markets. There will be a Q&A session following the event. We encourage you to join the conversation by submitting questions when registering.

Oil and gas companies across the globe are quickly adopting energy transition strategies to align with government regulations and public sentiment towards meeting net-zero goals. Technology can play a major part in rapidly implementing these strategies. This panel discussion will look at the positive impact of digitalization and automation on this journey and provide real-life use cases that demonstrate the effectiveness of adopting this approach in reducing the carbon footprint of your operations across the oil and gas value chain.

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.