Reducing emissions, particularly from hard-to-abate industries, is critical to achieving net zero targets. One of the most prominent opportunities for making a difference? The continued evolution and expansion of CCUS—possibly the most significant lever for industrial decarbonization we have today.
When it comes to carbon storage, there’s no single “best” model for simulating a single "best” result.
If we want industrial decarbonization to become a reality sooner, we need to join forces in tackling it.
To reduce your GHG emissions, you must modernize how you screen, rank, and select your carbon storage sites.
What does the Brevik CCS project teach us about cement manufacturers reaching net-zero emissions?
Bridging engineering, software, and climate innovation
Expert in methane, life cycle assessments, and predictive models
At the intersection of digital and oil and gas
Leading new energy from growth to scale
Strategizing for a low-carbon energy future
Leading climate action, water stewardship, and circularity
Bringing circularity to product design
Fueled by innovation & the people driving humanity forward
Derisking carbon storage through proper planning
Specialized in designing digital solutions for complex operations
Developing advanced solutions for operations
Building the strategic bridge from O&G to new energy
Combining market intelligence with the energy transition
More than a decade in data and AI
Expert in large and vision language models
At the intersection of physics and data science
Specialist in agentic large language models
Leader in low-carbon tech and innovation
Carbon storage subsurface modeling expert
Product carbon footprint and life cycle assessment expert
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