Redefine what’s achievable for your system-level optimization
System-level optimization is a big ask, demanding hefty investments in time, effort, and analysis. But it’s crucial to dissolving complexities that impede data delivery to decision makers, to minimizing cumbersome logistics and related costs, and ultimately, to realizing the best overall outcome.
We get it. You want more—and we can help.
Reduces personnel onsite and related costs, logistics, and carbon footprint while lowering HSE exposure.
Improves service consistency, delivery efficiency, and flexibility while assuring business continuity for unplanned events.
Optimizes task distribution between the wellsite and town for seamless accessibility to know-how, freeing experts to focus on what they do best.
Provides live control of wellsite operations and improved decision making using real-time data.
System-level planning
Domain expertise and analytics
Fit-for-purpose technologies
Digitalized workflows
Live remote operations
Autonomous operations
Unite all the technology, engineering, and domain expertise that SLB has amassed for a century. View
Digitally connect from reservoir to topside to optimize production, cut carbon, and create new FPSO value. View
Systemic electrification and digitalization enable material improvements in production and recovery efficiency. View
Select optimal development scenarios, configure the development option, and produce at the lowest cost and carbon per barrel. View
Oil and gas production chemicals for flow assurance and asset integrity. View
Innovative well stimulation solutions that maximize operational and environmental performance View
Faster ROP & better well placement in extended-reach, horizontal, unconventional, pad, high-dogleg, and other challenging oil and gas well schemes. View
Thought leaders from around the world share their vision and experiences.
Say you want an emissions quantification framework that is not only accurate, but transparent and traceable. Where do you start in building one?
Many steel operators are laying the foundation to decarbonize blast furnace metal operations by dividing it into three main stages.
How can we ensure a global energy transition that is fair and inclusive for the different countries and people it stands to impact?
Accelerating the development of CCUS projects demands that we begin by optimizing the first step: carbon storage site screening and ranking.
We’re diverse and insightful, pushing the boundaries on a global stage.