Carbon Capture

The new company will combine ACC’s amine-based Advanced Carbon Capture technologies, including Just Catch and Big Catch modular plant technologies for medium- and large-scale facilities, and Just Catch Offshore for offshore gas turbines, with SLB’s portfolio of technology solutions, including non-aqueous solvent and emerging sorbent-based offerings.

Join experts from Carbon Circle, an EPC specialist in carbon removal and energy transition solutions, to hear how they are improving the economics, execution and scale-up of their projects—including energy-from-waste (EfW) with integrated CCS. They’ll discuss the challenges of scaling carbon capture solutions and how they are overcoming them with the help of AspenTech solutions. During this webinar, you will learn how Carbon Circle is: • Designing cost-effective carbon capture facilities that prioritize energy reduction • Reducing the costs associated with carbon capture via modularization and other strategies • Understanding and improving carbon capture through rigorous modeling of advanced solvents and the total system In addition, experts from AspenTech will highlight the advantage of the rate-based distillation method for carbon capture modeling. Register today!

Chevron New Energies, a division of Chevron U.S.A. Inc., announced a lead investment in ION Clean Energy, a Boulder-based technology company that provides post-combustion point-source capture technology through its third-generation ICE-31 liquid amine system.

The main objective of the MOU is to evaluate the feasibility of the CCS value chain, including capture of CO2 emitted from industries located in Japan, including JX’s affiliates, and transportation by ship from Japan to Chevron’s greenhouse gas storage portfolio in Australia.

Bringing together complementary technology portfolios, leading process design expertise and an established project delivery platform, the combination will leverage ACC’s commercial carbon capture product offering and SLB’s new technology developments and industrialization capability.

TotalEnergies will own a 25% share in the Bayou Bend project, a major CO2 storage project located along the Texas Gulf Coast. TotalEnergies will also own a 65% operated interest in the Harvest Bend (Louisiana) project and a 50% interest in the Coastal Bend (Texas) project.

The NEP is building carbon dioxide transportation and storage infrastructure for carbon capture projects in the United Kingdom’s East Coast Cluster. TechnipFMC will use its integrated Engineering, Procurement, Construction, and Installation (iEPCI) execution model to deliver this project.

TGS has expanded the coverage of its CO2 storage assessment datasets by adding eight additional U.S. onshore basins. These basins include Gulf Coast Onshore, Permian, Illinois, Michigan, Appalachia, North Dakota, Sacramento-San Joaquin and DJ, including interpretation on more than 43,000 wells across 378 million acres.

Kent’s specialists will be fully integrated within bp’s commissioning and completions management team, ensuring a standardized approach across all projects and business units globally.

This study ranks and prioritizes opportunities at large scale across 58 basins in Indonesia, Malaysia, Thailand and Vietnam, covering a total surface area of over 6 million km2, to help streamline the process for identifying the best basins and plays for potential carbon storage.

The contract includes responsibility for the design of the CO2 transportation system and is another important milestone for the project as it progresses its design, costs and schedule towards a final investment decision (FID).

The CorrosaLock system joins the WellLock resin system, ThermaLock cement, and CorrosaCem cement system as part of Halliburton’s advanced CCUS portfolio.

Under the scope of the contract, McDermott will perform transportation and the structural installation of a 138-kilometer (85 miles) pipeline section, a 15,000 metric tonne (MT) CCS platform jacket, and bridge connecting to the existing central processing platform.

The study will lay a foundation for potential development of Carbon Capture and Storage (CCS) Hub in the Eastern Economic Corridor of Thailand (EEC).

CGG intends to provide expertise and technological support to C-Questra to accelerate the development of certain carbon storage projects.

ADNOC is targeting a carbon capture capacity of 10 MMtpa by 2030, equivalent to taking over 2 million internal combustion vehicles off the road.

This pilot unit, using a pioneer high pressure subsea separation technology (HISEP), will separate oil from CO2-rich gas at the bottom of the ocean and reinject the gas directly into the reservoir.

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.