SLB Footprint Reduction | SLB

SLB Footprint Reduction

Reduce emissions and environmental impact with practical, quantifiably proven Transition Technologies

Footprint Reduction Brand Art
Operator inspecting Ora tool

Reducing environmental footprint without compromising performance

Energy industry oil and gas sector stakeholders, investors, and global and local communities demand to see more tangible, immediate carbon footprint reductions. Choosing solutions that reduce your footprint demonstrably while driving high performance is a daunting process. Decision makers must differentiate what’s meaningful from what’s seen as "greenwash."

Whether you’re already decarbonizing or just getting started, we’re here to help.

Transition Technologies™: Decarbonizing with proven impact reductions

Our portfolio of Transition Technologies provides measurable reductions in emissions and environmental impacts of oil and gas operations. Using a science-based methodology developed by our engineers, the impacts of these technologies prove to reduce footprint now. Our rigorous method categorizes each technology's environmental attributes and links them to universally recognized United Nations Sustainable Development Goals (SDGs), demonstrating clear areas of long-term impact and investment.

Our science-based quantification methodology proves the impact of our Transition Technologies.
Our approach defines each technology's environmental attributes that align with relevant UN SDGs.
Our technologies make up an extensive portfolio to help you decarbonize, and each are supported by clear impact calculations to better inform decisions.
Show tangible impact
Reducing environmental footprint is a complex effort that we’ve meticulously road mapped to decarbonize our own operations. Our qualified technologies can make it easier. By leveraging their measurable impacts, this added transparency strengthens your sustainability efforts against the ever-growing mandate to reduce emissions.
More sustainability
Reduce your footprint along eight dimensions
We partner with customers who seek ways to decarbonize operations, reduce physical environmental impact, cut waste, and use better water solutions. Our expanding capabilities focus on reductions that contribute to reversing climate change and consequently align with key energy industry drivers.

Reduce greenhouse gas (GHG) emissions from operations

Electrify infrastructure and enable access to renewable power sources

Reduce hazmat and use cleaner chemicals

Minimize waste

Reduce the amount of energy consumed during operations

Enable surveillance, assessment, and control of emissions sources

Promote good water stewardship

Reduce the physical size of projects

Dive deeper

  • UN Sustainable Development Goals icons on abstract blue-aqua background
    Environmental Impact Quantification
    Drive high performance while showing tangible footprint reduction

    Support United Nations Sustainable Development Goals (SDGs) with proven impact-reducing Transition Technologies. View

  • Image of a man and a woman on the rig floor
    Decarbonize Drilling and Completions
    Build upstream oil and gas infrastructure with a lower carbon footprint

    Reduce the footprint of oil and gas operations. View

  • Production Facility image with abstract background and transition technologies arrows.
    Eliminate Methane and Flaring Emissions
    Decarbonize operations by addressing large sources of greenhouse gases

    Start with a plan, the right technologies, and a partner you can trust. View

  • SLB-style render of a sphere showing layers and a blue center
    Decarbonize Oil and Gas Production
    Leverage technologies and solutions that reduce GHG emissions per barrel produced

    Get closer to the action. View

Talk to one of our experts today

A woman in SLB blue coveralls looking through a metal shelf
SLB Solutions
Other solutions
Explore our solutions
Engineer smiling among valves and machinery

Be part of the winning team

We’re diverse and insightful, pushing the boundaries on a global stage.

Start Here