Environmental Impact Quantification | SLB

Environmental impact quantification

Support United Nations Sustainable Development Goals (SDGS) with proven impact-reducing technologies

UN Sustainable Development Goals icons on abstract blue-aqua background

Drive high performance while showing tangible footprint reduction

Fossil fuels have been our primary energy source for the last century. But the current approach we use to produce and consume these resources is not sustainable for the planet. As energy demand grows and net-zero emissions targets become key value drivers, we need to drive the transition to lower-emitting energy systems without compromising energy supply. The oil and gas industry will have a key role in addressing this challenge. That’s why we're committed to helping our customers reduce emissions and environmental footprint and to transparently showing the impact we can make together.

We deliver technologies that are proven to quantifiably reduce impact now and drive more sustainable decisions for the future.

Environmental Impact Quantification
Supporting United Nations Sustainable Development Goals with Transition Technologies

Our methodology

Our team of engineers have worked to quantify and prove the impact of our Transition Technologies. To do this, we developed a scientific methodology to consistently measure their sustainability impact on operations across the oil and gas value chain. The method enables us to identify and quantify the impact of current technologies and guides our development process for new ones.

Having a consistent quantification methodology is fundamental to our approach. It builds on existing industry standards, guidelines, and data (GHG Protocol, ISO 14040, and others) combined with those more uniquely suited to our operations. It's based on four fundamentals:

Supporting the energy transition and UN SDGs

Many oil and gas stakeholders communicate sustainability objectives through an SDG lens. Our methodology categorizes the environmental benefits of our technologies and links them to relevant UN SDGs.

UN Sustainable Development Goals logo
Schlumberger Quantification Framework
Our science-based methodology defines the environmental attributes of our technologies that correlate with relevant UN SDGs.
Schlumberger Quantification Framework
  • Reduce emissions from operations
  • Promote high efficiency and reduce energy consumption
  • Electrify infrastructure, minimize footprint, and enable access to renewable power
  • Measure, monitor, and assess operations to minimize impact
  • Incorporate cleaner chemicals and reduce use of hazardous materials
  • Minimize pollution and promote good water stewardship
  • Minimize waste during operations
  • Reduce the physical size of projects

The eight attributes we have defined more easily enable impact quantification and facilitate embedding methodology into our R&D process.

Our commitment to lower carbon emissions

In 2021, SLB committed to net-zero emissions by 2050 across Scopes 1, 2, and 3 in line with climate science and the Greenhouse Gas Protocol. Our target supports the ambitions of the Paris Agreement, developed by the United Nations Framework Convention on Climate Change (UNFCCC), which seeks to reduce greenhouse gas (GHG) emissions by pursuing efforts to limit global warming to 1.5 degC above preindustrial levels.

Getting to Net Zero by 2050

How can we partner to help you reach your sustainability goals?

Our Transition Technologies address sustainability challenges and opportunities across oil and gas operations. This growing portfolio delivers solutions and quantifies impact no matter where you are in the hydrocarbon life cycle.

  • Image of a man and a woman on the rig floor
    Minimize Well Construction CO2 Footprint

    Reduce emissions on the rig and from transport operations and use consumables with low embodied carbon. View link button arrow

  • Address Methane Emissions

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

  • Production Facility image with abstract background and transition technologies arrows.
    Eliminate or Reduce Flaring

    Achieve zero flaring in your operations or minimize its impact. View link button arrow

  • 3D illustration of all electric subsea field with abstract blue background.
    Electrification of Infrastructure

    Reduce your project's physical size, improve efficiency, access renewable power, and digitalize infrastructure. View link button arrow

  • Subsea layout image with abstract background and transition technologies arrows.
    Full Field Development Solutions

    Collaborate to drive high performance sustainably for low carbon impact. View link button arrow

Case studies

  • Pluspetrol improved operational efficiency with less drill time, saving 5.5 rig days and lowering CO2 emissions by 128 metric tons.
    Case Study: Improving Efficiency With Fewer Trips Lowers Rig Emissions

    NeoSteer CL ABSS drills a single-run curve and lateral, reducing a customer’s rig time and carbon footprint. View link button arrow

  • Optiq Seismic borehole seismic solution avoided deferred production and reduced energy consumption.
    Case Study: Fiber Optics Reduces Acquisition Time and CO2e Emissions

    Optiq Seismic borehole seismic solution avoided deferred production and reduced a customer’s energy consumption. View link button arrow

  • Retrofitting two wells as multilaterals avoided drilling two new subsea wells and additional infrastructure, reducing greenhouse gas (GHG) emissions.
    Case Study: Vår Energi Avoids Constructing Two New Subsea Wells

    Retrofitting two wells as multilaterals avoided adding infrastructure, reducing our customer’s GHG emissions. View link button arrow