Energy Transition

During this 60-minutes workshop, we will discuss the following: 1) Optimizing Oilfield Electrification: An Integrated Approach. Presented by Simon Palacio, Business Development Manager and Omar Urquidez, Utility Consulting Department Manager from Burns & McDonnell. 2) Advancements in Mobile Power Solutions, from Batteries to Large Turbines. Presented by Dave Bosco Senior Business Development Manager and Travis Simmering, VP of Sales and Marketing from Dynamis Power Solutions.

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.

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.

Solutions today, for the oilfield of tomorrow. With a range of solution & services, and carbon reduction technology, Caterpillar continues to foster relationships with customers and support their operations with efficient, fuel flexible, end-to-end optimized solutions. Join experts from Caterpillar Oil & Gas as they discuss how the company is leveraging technologies, products, and solutions to deliver Environmental Social Governance (ESG) benefits for the industry. -Providing Simple End-to-End Solutions to Customers -Enabling New Power Generation Solutions -Lowering Costs & Emissions Through Optimization & Automation -Providing Flexibility to Integrate with Future Technologies Listen and learn in this exciting webinar as industry experts talk about how together, we can tackle any challenge.

Schlumberger’s Transition Technologies Portfolio addresses sustainability in oil & gas operations and offers quantifiable emissions reductions across the E&P value chain. We’ll explain the origins of the portfolio, why reducing oil & gas emissions is important to Schlumberger and touch on how we quantify the impact each of the technologies within this portfolio can have. Focusing on Transition Technologies that address well construction related emissions, we’ll explore rig equipment and fluid options that enable our customers to reduce their impact both directly at the wellsite and during the manufacturing phase. Finally, we’ll discuss potential avenues from both the technology and process planning standpoints that could offer scope for further reducing impact.

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.

To deploy safe and sustainable CCS infrastructures, it is essential to test the equipments’ performance at specific operating conditions and to make sure materials will perform as expected for the whole project’s lifetime. In this webcast, Diana Rodriguez and Cécile Millet will present Vallourec’s initiatives aiming at reducing existing knowledge gaps, using our material selection best practices and cutting edge VAM® connection qualification for CCS applications.

In this webcast learn how working with Aggreko, we can clean up to 99% of all controlled emissions. Emissions down to 0.5 parts per million (0.01 g/bhp-hr*). Climate change is the single biggest challenge we face as a global community, and at Aggreko we are working hard to reshape our business for a low carbon future. As the world grows more concerned with how its energy is produced, we are leading our customers to adopt better energy solutions, incorporating sustainable products and technologies to meet their energy needs. Aggreko is investing in efficiency projects, applying low carbon design principles, and evaluating emissions reduction technologies to achieve this goal.

Operations can be decarbonized either by reducing energy consumption or by reducing emissions. Cementing technologies that can either improve operational efficiency, have less CO2e embedded during their manufacturing process compared with traditional materials, prevent uncontrolled leak in the environment, or any combination of the above, address sustainability challenges around well construction activities and our industry in general. CemFIT Heal is a flexible self-healing cement system. It provides competent annular seal, delivers superior mechanical properties and auto-repairs as and when required during the life of the well. This assures long term-well integrity and reduces direct and indirect CO2 emissions. EverCRETE is a CO2 resistant cement system which not only maintains integrity under exposure to the most critical CO2 conditions but also has self-healing ability to repair cracks and micro annuli on contact with CO2. This enables efficient underground storage to keep greenhouse gases out of the atmosphere. Our range of lost circulation solutions work in extreme conditions to reduce flat drilling times and improve isolation during cementing hence optimizing energy and chemical consumption. Cementing technologies that drive high performance, sustainably are needed to accelerate the path to net zero.

As a leader in tubular solutions, Vallourec developed a new protocol for qualification of connections aimed at hydrogen storage wells. This test program, as well as results showing excellent hydrogen tightness of VAM® 21 premium connection, will be presented in this webcast.

Join us as we take a closer look at proven innovative approaches in eliminating flaring gas and reducing emissions. We will address some of the alleged barriers and explore alternative engineered approaches you can adopt to help you burn 100% of the methane, reduce NOX emissions by up to 96%, and VOC emissions by up to 47%.

During this 60-minute live webcast, the following topics will be presented: (1) Cummins Operational Efficiency and Emission Mitigation (2) EKU Power Drives Automation for ESG Reporting (3) Reduce CO₂e Emissions While Increasing Operator Efficiency

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™.

Flaring and emissions reduction are two areas that are generating a continued strong interest across the industry. Join us as we take a closer look at proven, innovative methods to eliminate flaring and reduce emissions that can be deployed in a matter of weeks. We address some of the perceived barriers and explore alternative, engineered approaches you can adopt to help you eliminate 100% of methane, reduce NOX emissions by up to 96% and VOC emissions by up to 47%. This session will cover: The four main flare gas to power tactics • Emerging tactics - flare gas to Bitcoin Mining • Other emissions reduction strategies • Meeting emissions standards via Selective Catalyst Reduction (SCR) • Incorporating CHP A leading global player and safety leader in this market, Aggreko has more than 1 GW of installed power capacity for projects using APG as their fuel - totalling more than 180 customer projects in every corner of the world.

With an increased focus on climate change and energy transition, companies are pivoting to more sustainable operations raising questions such as: • What are the top drivers influencing actions to reduce CO2? • Which metrics are being used to monitor sustainability? • Will your CO2 reduction strategy provide a competitive advantage? • Which technologies are you investing in to address greenhouse gas emissions? These are just a few of the questions that we asked in an online survey to better understand the strategies and actions industry leaders are taking to meet their sustainability goals. Early results show that half of the companies surveyed believe that investing in sustainability—and the technology that supports it— will provide them with new business opportunities. Please join Lee Nichols, Editor in Chief of Hydrocarbon Processing, as he hosts a lively discussion with Dr. Robert Socolow, Carbon Mitigation Expert, Princeton University, and Ron Beck, Energy Industry Director, AspenTech. Together, they’ll discuss the research findings and provide their own unique insights.

HydraGlyde high-performance water-based drilling fluid system delivers ROP comparable to oil-based mud, exceptional hole cleaning, and wellbore stability in high-angle-build and long-lateral sections. Advanced technology is the pathway to achieving sustainability goals. Recognizing that sustainability and drilling performance go hand in hand is the first step toward achieving aggressive targets for carbon footprint reductions and overall environmental performance. And using life cycle analysis (LCA) is one of the crucial measurement tools. This presentation highlights a complete approach to LCA for drilling fluids and cuttings, along with an example of improved sustainability performance using water-based mud in concert with other advanced drilling, solids control, and waste management technologies.

Low carbon technologies have advanced significantly over the last several years with the advent of Tier IV dual fuel capable of displacing 80%+ of the diesel demand, and other power generation products with improved thermal efficiency. Emission-related performance with these technologies may vary but often falls short of their full potential due in small part to the engine and dual fuel kits and in a much bigger way, the fuel supply. We will discuss engines, dual fuel kits, natural gas options, and how to harmonize all the variables to drive peak performance and more importantly sustained and consistent results.

Carbon Capture, Utilization & Storage (CCUS) is essential to deliver clean industrial growth and to achieve net-zero ambitions. Recently, CCUS has started to gain momentum thanks to policy support and governmental funding programs and several projects are expected to enter operation in the near future in Europe, Australia and the US. To ensure safe and cost-efficient deployment of such projects, it is key to de-risk the entire CO2 value chain and the required infrastructure. Companies need to be very selective and attentive to quality when selecting tubular products for transporting and storing captured CO2, due to the complex requirements of CCUS projects such as material exposure to low temperatures or corrosive environments. As an end-to-end supplier of high-performance tubular solutions, Vallourec is well positioned to help the industry deploy safe and sustainable CCUS infrastructures worldwide and leverage our built-in competence, adapting our material and product portfolio to meet these requirements and close the knowledge gaps.

Oil and gas company’s investor pressure to increase or maintain production while lowering costs and emissions intensity has never been higher. Optimizing the operation of your process equipment and facilities provides an excellent opportunity to find every possible opportunity to meet these business objectives. Doing this has never been easier. Lundin Energy in Norway is monitoring the energy and equivalent CO2 emissions from their process facilities from valves, compressors, turbines, pumps etc. Our customers are also optimizing the performance of compressor trains and the fuel gas usage in the gas turbine drivers. Learn more about how Honeywell Forge Asset Performance Management for Industrials and UniSim Design is helping customers in their journey to lower emissions.

Trends in traditional and new energy markets reveal major trends in global energy markets.

Today's modern fracturing fleets are expected to deliver the highest level of performance, productivity, efficiency and reliability. E&P's require a diversified fleet which can handle multiple pumping scenarios without having to change equipment or book separate specialized fleets, while also achieving emissions reduction targets driven by ESG goals/initiatives. CUDD Energy Services chose mtu’s 16V 4000 T95 3000HP Tier 4 engine for this reason. Legendary performance, efficiency and reliability – mtu’s experience in the industrial diesel engine market aims to deliver solutions that address service companies expanding needs and challenges in today's market. Join mtu and CUDD to discuss their Tier 4 fleet expansion and learn more about how a single fleet can cover any pumping scenario.