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SLB technologies, such as our Transition Technologies™ portfolio and new energy capabilities, are key enablers in decarbonizing our customers’ operations, reducing operational carbon intensity, and lowering methane emissions.
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This is a significant opportunity, given that our Scope 3 emissions account for almost 95% of our total emissions.
From methane solutions to digital sustainability tools and Transition Technologies, We are making progress, achieving a 27% reduction in Scope 3 emissions against our 2019 baseline, and helping customers avoid more than 1,350,000 metric tons of CO2e in 2025.
metric tons of CO2e avoided for customers in 2025
Allegro XCD™
Casing-while drilling service that reduces rig time and associated emissions.
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We also look to our
own business and
Walk the talk.
We view sustainability as an ongoing journey — one that requires continuous collaboration, innovation, and learning across every part of our business.
We have a comprehensive 2050 net zero target inclusive of Scope 1, 2, and 3 emissions across our value chain, with interim targets for each:
2025 Scope 1 and 2 target
0%
Reduction of Scope 1 and 2 absolute emissions against our 2019 baseline
2030 target
0%
Reduction of Scope 1 and 2 absolute emissions against our 2019 baseline
0%
Reduction of Scope 3 emissions against our 2019 baseline
We've exceeded our 2025 Scope 1 and 2 target by advancing energy efficiency and electrification programs, optimizing operations to reduce fuel and power use, and increasing the share of renewable electricity in our facilities. We are also reducing emissions within our supply chain — all while helping customers cut theirs.
Scope 1 and 2
0%
Absolute emission reduction at year-end 2025 – surpassing our target
Scope 3
0%
Absolute emission reduction at year-end 2025 against our 2019 baseline
Our people drive real change by working to respect human rights, championing diversity and inclusion, and fostering STEM innovation. By investing in our team and the communities where we operate, we strengthen our collective future.
We prioritize safeguarding natural resources through initiatives in water conservation, circularity, and biodiversity.
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Our holistic water stewardship strategy—Measure, Reduce, Replenish—addresses water-related challenges and opportunities within our company, the communities where we operate, and for our customers.
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Guided by circularity principles, we are working to conserve natural resources and reduce waste across our value chain.
Designing or redesigning a product or process to consume less and be more resource efficient
Using or redistributing a product for its original purpose or functionality
Restoring or reconditioning a product for a new use case, maintaining its original intended functionality, or modernizing it to meet current needs
Adapting an existing product, material, or asset for a different function to extend its life cycle and reduce the need for new resources
Recovering materials at the end of their useful life to reduce landfill waste and the consumption of virgin materials
Our ambition to go further for our customers, our people, the communities we work in and for the planet, keeps us in a mindset of
discovery 
continuous 
discovery 
discovery
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Our sustainability priorities
Climate Action
Our journey to lower emissions, decarbonizing customer operations, and scaling new energy systems.
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People
We put people first by respecting human rights, building a more inclusive workplace, and driving positive socioeconomic outcomes.
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Nature
We’ve identified three key areas that are significant for our operations: biodiversity, water, and circularity.
ViewReferences
1. The methane lidar camera is a licensed product of QLM Technology Ltd.
Important Notes
Certain information on this webpage, as well as other statements we make,
include forward-looking statements. Such statements often contain words such as “expect,” “may,” “can,”
“believe,” “predict,” “plan,” “potential,” “projected,” “projections,” “precursor,” “forecast,”
“outlook,” “expectations,” “estimate,” “intend,” “anticipate,” “ambition,” “goal,” “target,”
“scheduled,” “think,” “should,” “could,” “would,” “will,” “see,” “likely,” and other similar words.
Forward-looking statements address matters that are, to varying degrees, uncertain and subject to risks,
including but not limited to the risks we identify in our filings with the Securities and Exchange
Commission (SEC). As such, actual results or outcomes, including but not limited to our progress on or
ultimate achievement of any of our ESG targets or initiatives, may vary materially from those reflected
in our forward-looking statements. Moreover, sustainability matters are subject to significant scrutiny
and evolving expectations. Our approach to such matters may evolve as well, and we cannot guarantee that
any approach we take will necessarily align with any particular stakeholder’s preferences. Our
statements on such matters should therefore not be unduly relied on without considering the relevant
risks, disclaimers, and methodological qualifications, including any such information provided in our
filings with the SEC and in our more comprehensive sustainability reporting. Similarly, while we provide
information on various sustainability matters which are important to us or various stakeholders, such
information is not necessarily material for purposes of our obligations under various reporting
requirements. Additionally, statements herein are made as of February 2025, and we disclaim any
intention or obligation to update publicly or revise such statements, whether as a result of new
information, future events or otherwise.
Lowering
Methane
Emissions
Expanding our capabilities.
Our methane management portfolio grew in 2025, combining advanced detection technologies with consulting expertise to help customers find, quantify, and reduce fugitive emissions.
Working in collaboration with a customer, we launched Asia’s first continuous methane monitoring pilot in Thailand. The LiDAR system, integrated with our methane digital platform, provided 24/7 leak detection, visualization, and real time quantification. The pilot achieved 100% uptime, accurately identifying unknown emission sources, enabling faster leak repairs. It is projected to reduce customer equipment-related emissions by over 1,000 metric tons of CO₂e through real-time mitigation and predictive maintenance.
Read more here.
Reduce
Reduce
Reduce
Reducing embodied carbon.
Wells are typically constructed with large quantities of cement resulting in a significant CO2e footprint. Our EcoShield™ geopolymer cement-free system, provides an alternative to portland cement during well construction. This innovative technology eliminates up to 85% of embodied carbon compared with conventional well cementing systems.
In 2024, we saw a ten-fold year-on-year increase in volumes pumped using the technology, helping to avoid over 3,000 metric tons of CO2e emissions annually.
Read more here.
Minimizing
Flaring
Decarbonizing operations.
For a major liquefied natural gas (LNG) expansion, we deployed OpenPath Reach™, a matrix acidizing system that minimizes flaring and boosts well productivity. By eliminating one day of flaring per well, the system prevented almost 300,000 metric tons of CO₂e emissions from over 70 wells, reduced acid use by up to 50%, and cut diesel consumption.
Read more here.
Building a
Sustainable
Culture
Grassroots initiatives.
Our Sustainability Essentials and Sustainability Impact Awards programs translate our strategy into action, both across our business and in the communities where we operate.
We recognize the crucial role our workforce plays in affecting real change and achieving our sustainability strategy.
In 2025, we launched our Sustainability Essentials program, designed to help employees learn about our sustainability strategy, track their habits, and contribute to our collective impact, bringing us closer to achieving our 2030 sustainability targets.
Our Sustainability Impact Awards continued to drive measurable outcomes. In 2025, we completed 34 projects across 20 countries, aligned with the United Nations Sustainable Development Goals and focused on delivering tangible local impact. Fifteen Climate Action projects focused on reducing emissions across our facilities and operations. Six Nature projects targeted reductions in water consumption, strengthened biodiversity outcomes, and advanced circularity practices. Thirteen People projects supported STEM education, inclusion, and improved living conditions in the communities where we operate.
Read more here.
Positive,
Sustainability
Impact
Creating positive outcomes.
Our Sustainability Impact Awards supports initiatives aligning with United Nations Sustainable Development Goals to address local needs.
We continue to invest in new projects to improve sustainability outcomes in our business and our local communities.
Our 2024 investments included 18 climate action projects expected to deliver almost 600,000 metric tons of CO2e reductions in their lifetime, eight nature projects fostering positive water stewardship, circularity, and biodiversity outcomes, as well as 20 community investments producing positive socioeconomic impacts around three key themes: STEM education, inclusion, and living conditions.
Read more here.
Driving
Excellence
The power of education.
The SLB Excellence in Education Development (SEED) program has been providing STEM-rich learning environments for young people since 1998.
We continue to invest in high-impact projects that unlock the potential of girls and boys through the power of education.
In 2024, we partnered with the She Is Foundation and NASA Space Center Houston to empower girls in Colombia, Ecuador, and Peru through the She Is Astronaut program. Twenty-four girls from underprivileged backgrounds participated in a four-month program to enhance their STEM skills which included a week at the NASA Space Center.
The girls will continue their journey by actively sharing their passion for STEM as SEED ambassadors in local schools, while also engaging with SLB mentors that will guide them on scholarship applications to foster their careers in STEM fields.
Read more here.
High Impact.
Low Carbon.
Unlocking low-carbon gas supplies for Europe.
In partnership with customers, SLB OneSubsea™ delivered the world’s deepest fully electric subsea compression system for the Ormen Lange Phase 3 project, installed at nearly 900 meters of water depth, powered from shore and controlled remotely from the Nyhamna facility over 120 kilometers away. This innovation is expected to lift gas recovery from 75% to 85%, adding 30–50 billion cubic meters of gas for Europe. With over 90% renewable hydropower supplying Nyhamna, Ormen Lange is now one of Norway’s lowest-carbon gas fields.
Read more here.
Scaling Carbon
Capture
Accelerating industrial decarbonization.
Through our SLB Capturi joint venture, we are advancing the carbon capture industry through modular plants.
Five plants were installed for a bioenergy facility in Kalundborg, Denmark, enabling more than 3.5 million metric tons of carbon dioxide removals (CDRs).
At a waste-to-energy facility in Oslo, our solution enabled an offtake agreement with a customer for over one million metric tons of CDRs.
Validation of our liquid amine carbon capture technology for the North American pulp and paper sector enabled the trade of 4.4 million metric tons of CDRs.
Read more here.
