With over 20 years’ experience working with customers to plan and implement CCS projects around the world, Schlumberger experts and digital technologies can help you rapidly scale your CCS operations.
Schlumberger brings over 35 years of petrotechnical software development experience to CCS projects, with deep and undiluted domain knowledge. Our end-to-end digital technologies harness this experience and expertise to help you screen, rank, design, model, simulate, and analyze every phase of the CCS life cycle
Accurate System Design to Ensure Safe Operations
Design CO2 transport and
compression systems with cutting edge digital solutions to optimize the
operating conditions and minimize HSE risk. Integrate pipeline, capture and
compression facilities and safety models in one platform, while ensuring
consistent thermodynamics and fluid characterization across the full
Integrity of Long-Term CO2 Storage
Get deep insight into how CO2 flows away from your wells after injection to determine the integrity of your storage site—a critical component for long-term CO2 storage in the subsurface. Learn more
Subsurface Response to CO2 Injection
Model and simulate the subsurface
response to different CO2 injection scenarios to understand the
reservoir pressure limits and maintain integrity of the storage unit.
From basin and site screening to integrated risk assessments and economics, we’ve got it covered. Add experience from more than 50 CO2 storage projects worldwide to your feasibility and FEED assessments.
Access a suite of technologies and services from plant engineering and permitting to well trajectory planning and storage site characterization.
Draw on our global experience of surface and subsurface evaluation services for your CCS projects. For more than 20 years, Schlumberger has been supporting customers with best-in-class domain science delivered through our trusted technologies.
Design CO2 transport and compression systems with cutting edge digital solutions to optimize the operating conditions and minimize HSE risk. Integrate pipeline, capture and compression facilities and safety models in one platform, while ensuring consistent thermodynamics and fluid characterization across the full system.
Model and simulate the transport of CO2 from the capture facility to the injection site and ensure safe operating conditions. For pipeline transportation, ensuring that the fluid is transported in the supercritical or dense phase is vital for efficiency, and temperature and pressure limits must be understood to avoid hydrate formation. Fluid composition, transport mode, capture source, climactic conditions and distance to injection site are all key parameters to consider when designing your CO2 transport system.
From well trajectory planning through site and operations management, our 90 years of experience in more than 180 countries, enables optimal design and execution of wells—with safety as our first priority. Meeting performance objectives, while minimizing risk and uncertainty, is central to our process for developing a specific plan for safe and effective storage. Injection wells are systems engineered with the durability to both deliver the CO2 to the storage target, and to isolate and protect the intervening formations. Our drilling and well construction services help maximize the quality and stability of wells crucial to long-term integrity.
Create a customized, cost-effective monitoring strategy for your projects. Our holistic monitoring strategy design process is built on the results of geomechanical and simulation studies for safe long-term geological storage of CO2.
Schlumberger offers a wide range of physical and digital monitoring solutions, including subsurface CO2 plume migration simulation and micro-seismic monitoring to electromagnetics and non-seismic methods.
Listen to Scott Eberhardt, Business Development Manager – Carbon Services, and Gino Thielens, Technology Manager – Asset Performance Solutions, discuss the critical stages to planning and implementing successful CCS projects, as well as how Schlumberger evolved its technology portfolio to support CCS projects. We’ll also review several case studies illustrating the key stages of implementing CCS projects.
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