Minimize Well Construction CO2 Footprint | SLB

Minimize well construction CO2 footprint

Reduce emissions on the rig and from transport operations and use consumables with low embodied carbon

Heater treater at night.
Heater treater at night.

Less is more. Decarbonize drilling operations while driving high performance.

No matter where you are in the well construction process, offshore or onshore, we'll help you find ways to reduce CO2 emissions while maximizing the value of operations. We do this by understanding your sustainability goals and matching them with our technologies that quantifiably reduce footprint. These proven solutions help you make more informed decisions in decarbonizing your operations while driving superior business results.

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† Transportation-related emissions sourced from US EPA (April 2021). ‡ Cement manufacturing emissions sourced from US EPA (2005), Portland Cement Association (PCA) member survey (2006), and the British Cement Association (BCA) fact sheet (2015). § The Inventory of Circular Ecology Database (https://circularecology.com/embodied-carbon-footprint-database.html). †† Rig emissions are based on SLB studies and internal calculations, assuming 40% tripping, 40% drilling, and 20% circulating off bottom. ‡‡ Based on SLB studies and internal calculations. Typical emissions values are shown; actual emissions may vary depending on fluid type and flaring efficiency.

How to reduce greenhouse gas emissions?

Increase efficiency and reduce your energy consumption. Improving operational efficiency reduces fuel burned by the rig per well drilled. This consequently drives down emissions. We've quantified the impact of our most differentiated oil and gas technologies that have been proved to construct wells faster with less fuel consumption and lower emissions—even in the most challenging environments.

Our commercially available technologies that increase efficiency and reduce energy consumption include industry-first rotary steerable innovations such as NeoSteer at-bit steerable systems (ABSS), which minimize trips to drill curve and lateral sections, and Geosphere 360 3D reservoir mapping-while-drilling service, which maximizes reservoir contact in every well. These drilling efficiency enablers are supported by subsurface evaluation technologies such as Optiq Seismic fiber-optic borehole seismic solution, which virtually eliminates emissions related to borehole seismic acquisition. And our intelligent power management solution is a comprehensive system that optimizes rig power generation, reducing fuel consumption and emissions per kW.h generated, and offers a path to near-zero rig emissions by using hydrogen.

Minimize Well Construction CO2 Footprint
Decarbonize drilling operations with proven impact-reducing technologies
Case study: NeoSteer CL ABSS reduces trips and GHG emissions—Vaca Muerta Basin
Case Study: Improving Efficiency With Fewer Trips Lowers Rig Emissions
NeoSteer CL ABSS drilled a single-run curve and lateral and reduced a customer’s CO2 emissions
Case study: Concurrent recording of 3D VSP in 4 wells cuts environmental impact—Gulf of Mexico
Case Study: Saving Acquisition Time Shrinks Environmental Footprint
Optiq Seismic borehole seismic solution avoided deferred production

But why stop there? Shrink your environmental footprint even more.

Handle less waste and make fewer trips to and from the rig. Cut your carbon footprint even more by reducing the amount of waste you process and transport. Our ATC automatic tank-cleaning technology and ENVIROUNIT offshore slop water treatment system minimize offshore waste generation and reduce emissions by requiring fewer supply boat trips compared with onshore waste handling.

Adopt low-carbon technologies that reduce embodied emissions in consumables. Additional Scope 3 emissions reductions are also achievable when you use fluids and products that produce less CO2e emissions during their design and manufacturing compared with traditional technology. Our impact-reducing technologies include cementing and fluid solutions, and this is just the start of our journey.

ENVIROUNIT offshore slop water treatment system
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Collaborate digitally to achieve bigger impacts long term

Transition to digital solutions for more consistency and higher-performing operations. We believe digital solutions and automation are key enablers that will unlock new levels of performance and maximize emissions reductions. For example, our Performance Live digitally connected service enables an ecosystem that delivers more consistent and higher-performing operations. These solutions can eliminate manual tasks, reduce crew size requirements, and quantifiably improve performance and reduce GHG emissions.

Explore our drilling emissions management service. Get your drilling emissions under control.

Reduce well construction emissions through planning, monitoring, and innovation. Our end-to-end approach to drilling emissions management can help you gain greater long-term impacts. See how our teams can design a rig- and operation-specific emissions monitoring and reduction approach using cost-effective solutions.

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See solutions to eliminate or reduce flaring

Explore technologies and solutions that can help achieve zero flaring or minimize its emissions.