Low Carbon Energy | SLB

Low carbon energy

Digital solutions helping plan and deliver geothermal, hydrogen and offshore wind projects

3D render of white and blue spheres (CCUS-03-hero)

Design, de-risk and optimize low carbon systems

The need is clear—for the world to deliver net zero by 2050, low carbon energy sources need to be scaled up rapidly. Scaling these diverse energy sources and integrating them into new energy systems requires careful technical and economic planning and assessment of risk.

Digital technology has a critical role to play in this scale up, by helping design and de-risk low carbon energy planning and operations, and in optimizing these integrated energy systems. SLB digital technologies are already helping customers plan and deliver geothermal, hydrogen and offshore wind projects.

70%

World's commercial geothermal projects

8000 MW

Brought online

56

Countries of operation

US$14bn

In project finance
geothermal

Digital solutions for low carbon energy

Digital solutions helping plan and deliver geothermal, hydrogen and offshore wind projects.

Learn more

Products and services

  • Digital Sustainability Platform
    Accelerating industrial climate action

    Helping industrial sectors meet emissions reporting requirements, decarbonize, and scale new energy systems. View

  • Petrel subsurface software
    Petrel subsurface software
    Enable discipline experts to work together and make the best possible decisions from exploration to production

    Enable discipline experts to work together and make the best possible decisions from exploration to production. View

  • Symmetry
    Symmetry Process Simulation Software
    Improve safety, profits, and performance by optimizing process workflows in one platform.

    Improve safety, profits, and performance by optimizing process workflows in one platform. View

  • Woman presenting subsurface model in front of class
    Geothermal Consulting Services
    GeothermEx

    Delivering natural energy power that sits just below your feet. View