Digital Transformation

Deskless workers play a significant role in supporting and maintaining distributed upstream operations. Many field operators record inspection rounds and maintenance activities using pen and paper, and then manually update that data to a computer when they return to the office. This tedious, manual approach is error prone, and aggregation of data is a challenge, slowing the ability to detect technical issues early to prevent equipment downtime and unsafe situations. It makes compliance with growing regulations more difficult, and it impacts employee productivity and safety in the field. Utilization of digital tools transforms the deskless worker by providing access to real-time information where it’s needed to perform the prescribed tasks competently, efficiently, and safely. Standardized digital processes and access to remote experts help to increase process efficiency and minimize errors, and enable smart, data-driven decisions to enhance worker performance and safety. A case study will be presented to demonstrate digitized workflows in an upstream application. Learn how: -Automating best practices can ensure consistency and compliance -Mobile applications and on-demand information help improve efficiency and safety -Implementation options allow for choice between SaaS, on-premises, and hybrid deployment -Digitized workflows can ensure that safety is the number one priority

Carbon Capture and Storage (CCS) will be an essential pathway as industries move to net zero. The ability to handle CO2 at both emission sources and directly from air, together with long-term storage in the subsurface, make CCS a crucial part of the energy transition. Join AspenTech experts to learn how innovations in digital technology support end-to-end CCS, with faster, widespread scale-up and improvements in economics and efficiency. Learn how you and your teams can: - Use rigorous modeling and economic analysis for rapid design and scale-up of carbon capture processes - Evaluate all current and new technology areas (such as liquid and physical solvent absorption, zeolites, membranes and other approaches) to find the most viable solution for your use cases - Leverage subsurface models to select depleted reservoirs and aquifers for CO2 storage that meet technical and economic criteria - Support optimized control and ongoing operator training to reduce risks and ensure proper CO2 storage You’ll see how chemical simulation models evaluate CCS approaches, such as converting CO2 to carbonates. Now is the time to adopt an end-to-end carbon capture and storage solution tailored to your needs. We encourage you to join the conversation by submitting questions when registering for the event.

Moving your disconnected operations to a digitalized and automated environment isn’t a single, major event. It can be broken down into steps, each of which adds value in its own right, but leads in a clear direction towards a more productive, efficient destination. Avalon is an open platform-as-a-service that integrates easily with your existing IT/OT investment – unlocking the hidden potential of your existing assets, it puts you on the path toward full digitalization. Learn more how Avalon will allow you to visualize and control all aspects of your Oil & Gas operation by collecting the right data and contextualizing it into real-time actionable intelligence for making more informed decisions.

The Well construction industry, notably the cementing space, is moving towards a digital era with more and more connected, integrated, and automated systems. Schlumberger is developing connected hardware and software technologies capable to improve well construction by leveraging digitalized cementing processes. From planning, execution, and evaluation of a cementing operation, we will discuss how digital technologies will enhance the customer experience and improve reliability and service quality in our operations. In this webcast we are excited to talk about how digital workflows will improve our ability to respond to some of our industry challenges and generate value for our customers.

With the rapid escalation of energy prices and geopolitical risk in Europe, energy security has moved to center stage. At the same time, energy and chemical companies need to innovate and transform their business strategies to meet sustainability and profitability goals. Digital solutions are emerging as a strategic tool to help organizations navigate volatility short and long term. Please join Hydrocarbon Processing Technical Editor Sumedha Sharma for a lively discussion with industry experts Dr. Carole Nakhle, Crystol Energy CEO, and Ron Beck, Senior Industry Marketing Director from AspenTech, as they provide insights on the following topics and more: • Economic and resource challenges associated with meeting energy transition goals • Barriers to electrification, energy security, energy efficiency and carbon removal • Role of technology in meeting global resource demands while advancing sustainability • Impact of global conflict on energy policy priorities Sign up today to gain valuable insights to help you evolve your energy transition strategy. There will be a Q&A session following the event. We encourage you to join the conversation by submitting questions when registering.

Intelligent power managements aims to eliminate rig power emissions using a technology portfolio comprising automated software, energy storage, and hydrogen. It is a predictive power management system that reduces emissions, fuel consumption, and engine run time on the rig. Schlumberger successfully deploys these fuel- and emissions-saving technologies on rigs to enhance current diesel technologies, and will integrate emissions-free power production through the use of fuel cells. Intelligent power management is another part of the Schlumberger Transition Technologies* portfolio of solutions that help minimize the well construction CO2 footprint.

E-Mission™ is the next level of optimization for production facilities. This technology helps your facilities to maximize value through a first-principles approach to calculate the Reid Vapor Pressure (RVP) values on location and significantly reduce greenhouse gas emissions. In this webcast, Bill Melton and Sander Baaren will be detailing how TechnipFMC’s E-Mission™ utilizes process automation, existing instrumentation and machine learning to monitor and control vapor pressure in real-time. By re-evaluating how and where we want to apply or remove heat, and lower pressure, we can optimize the system based on the changing conditions of the well and weather to reduce emissions and increase oil throughput. Find out more about how E-Mission™ can be used in greenfield and brownfield applications regardless of facility design.

Rapid advances towards achieving our decarbonization responsibility in energy, while delivering the enormous productivity gains required to keep up with substantial growth in the world economy this decade, face the innovation dilemma—how do you achieve meaningful innovation at enterprise-scale? Join Schlumberger, Director, Corporate Strategy & Marketing, Amit Singh, as he presents real-world solutions to the energy dual challenge, with examples of highly-successful deployments of digital technology that harness data and AI to deliver automation for customers around the globe. Amit will show how Schlumberger is leveraging industry-wide collaboration and partnership to deliver low carbon operations while driving a sustainable future.

Automatically prioritize wells by the criticality of their real-time operational condition with ConnectedProduction Lift Surveillance’s state-of-the-art artificial intelligence software. It’s easy to deploy and available in both cloud (SaaS) and on-prem architectures to fit into your organization today, regardless of size, scale, or level of digitalization. Created by combining technologies from trusted industry leaders Schlumberger Technology and Rockwell Automation, you can rest assured the software will continue to grow and adapt for years to come.

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.

Learn how Shell used a digital platform to transform energy supplier relationships; driving collaboration, efficiency and diversification across their supply chain.

As the Energy continues to accelerate digitalization and sustainability, join us at the Transforming Energy Brownfield to Smart-field in Weeks to discover how the latest technology advances are driving sustainability and profit.

Efficiency of existing operations and investments in upstream oil and gas requires a new approach. Cleaner, safer, more efficient energy production is needed to meet increasing demand while reducing emissions. Artificial intelligence (AI) and machine learning will play a pivotal role in unifying siloed upstream data and better optimizing field operations to meet these needs. In this webinar, World Oil editor Craig Fleming hosts a discussion about the state of digital adoption in upstream oil and gas, the complexity of adopting and scaling AI, and examples of how AI is being applied today for improved outcomes.

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.

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.

This webcast discusses how Optiq Schlumberger fiber-optic solutions redefine measurement acquisition in the oil and gas, CCS, geothermal, and mining, providing higher efficiency, greater subsurface understanding and asset long-term surveillance, as well as reducing environmental impact.

Come and discover how our ready to run service enables seamless connection to AI and domain applications for faster and improved decisions. Learn how all the tools needed to automate data loading, quality control, governance, discovery, sharing and consumption are built into a single environment that can be deployed globally through strategic partnerships.

Collaboration across a complete project and asset ecosystem enables companies to increase productivity, have lower capital costs, guarantee safety while being able to implement innovative solutions. The Digital Twin concept in process industries is all about collaboration.

iProduction™ is a modern approach to multi-well processing focused on the reduction of GHG emissions. This includes well pad processing, gathering lines, and central processing facilities under a single digital interface with autonomous control. In this webcast, Laura Schilling and Isabel Chan will be detailing how TechnipFMC’s iProduction™ ecosystem can effectively address the facility GHG challenges of the future and reduce LP flaring by 60%. iProduction™ also has a smaller footprint, lower total cost and uses modules prefabricated offsite for faster field startup and lower operating expense. Our customers that have adopted this ecosystem have seen operations becoming more streamlined, reduce GHG emissions, reduce capital, and decrease time to first oil. Our propriety AOS is the dynamically optimizing heart of iProduction™.

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

Oil and Gas companies are investing in applications to analyze data in real-time and improve the business performance. That investment involves computing platforms that are reliable in harsh environments where oil and gas assets exist. Streamline Innovations will share their application of advanced technology and how they are enabling clients to meet environmental objectives. Hear from Peter Photos, Streamline Innovations and Corie Allemand, Stratus Technologies on digital initiatives that increase efficiency, safety, and profitability. Join us for a discussion on: -Streamline Innovations use of advanced applications -ROI of Edge Computing for Streamline -Redundancy and virtualization in Edge Computing