Carbon capture, utilization, and sequestration (CCUS) is essential to reach net-zero greenhouse gas emissions. And it is one of the few decarbonization mechanisms that is technically viable today. But the challenge lies in feasibility. Often, high costs, operational risks, and complexities navigating the value chain stall CCUS project development.
There’s a path forward—and we can help.
Simplify processes across the value chain, from project feasibility and site evaluation to development and operations.
Accelerate final investment decision. Achieve the lowest capture cost per metric ton of carbon using creative chemistry and process technology. Develop reliable sequestration sites—on time and on budget.
Ensure injectivity, capacity, integrity, and containment of long-term CO2 sequestration.
Capture carbon. Treat the gas.
Select and design sequestration site.
Construct high-quality wells for long-term integrity.
Monitor CO2. Verify performance. Assure regulatory compliance.
Differentiated technologies and deep expertise to optimize your carbon capture and lower costs.
Integrated solutions for selecting, planning, constructing, operating, and monitoring carbon storage sites.
SLB’s bold approach to a practical and viable carbon abatement solution.
Leverage trusted technologies and proven experience to deliver end-to-end carbon capture and storage (CCS) projects.
Thought leaders from around the world share their vision and experiences.
Accelerating clean energy development is not just about gaining capital. It’s about how capital is deployed.
When it comes to carbon storage, there’s no single “best” model for simulating a single "best” result.
If we want industrial decarbonization to become a reality sooner, we need to join forces in tackling it.
To reduce your GHG emissions, you must modernize how you screen, rank, and select your carbon storage sites.
We’re diverse and insightful, pushing the boundaries on a global stage.