Carbon Capture

CO2 transportation and injection systems are the critical conduits that move captured CO2 from their sources to permanent underground storage locations. These systems will vary in size and complexity, but most will include some form of CO2 analysis, treatment, compression, and monitoring. During injection operations, fluctuations in upstream capture composition and volume will happen in parallel with downstream changes to store behavior. To actively manage this end-to-end variability, the transportation and injection system needs an integrated, automated control system that links upstream process control equipment with downhole instrumentation. In this webinar, TechnipFMC and Halliburton will provide an overview of their integrated CO2 transportation and injection solutions and explain how client value can be created through system integration.

During this 60-minutes webcast, we will discuss the following: 1) “Common Issues surrounding CCS Well Construction”, presented by Dan Morrell, Drilling Consultant from SLB. 2) “CCUS: Well Design & Technical Challenges”, presented by Tommy Najar, Vice President, Commercial from Corrosion Resistant Alloys. 3) “CCUS Wellbore Construction and Design”, presented by Lindsay C. Longman Sr., P.E., Drilling Engineer from Gulf Coast CO2.

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.

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.

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.