Case Study Fracture Characterization For CCUS
Fracture characterization is critical for determining the potential of carbon capture and storage.
The global transition to low-carbon energy systems is pressing—we recognize the need for society to find alternatives to fulfill the world's energy needs. It is not a task to be taken lightly. It's complicated and requires innovation, a new embedded approach to sustainability, and companies with the vision and capabilities to navigate and deliver on complex challenges.
What will it take to make a global impact?
Thought leaders from around the world share their vision and experiences.
Do you know the 4 important steps that kick off a well integrity risk assessment? For CO2 storage, you should.
Understand the clear benefits of direct lithium extraction versus conventional lithium production.
As global lithium demand surges, here’s how subsurface knowledge can ensure favorable economics sustainably.
What does Scotland's efforts to tap into its renewable resources teach us about building hydrogen energy hubs?
Discover stationary storage solutions to access power when you need it. View
Making hydrogen an energy carrier of choice to enable the global energy transition. View
Powering the electrification boom with virtually no footprint. View
Nonaqueous solvent technology drives carbon capture cost reductions across hard-to-abate industries
Projects will capture and sequester CO2 emissions from sectors such as hydrogen, ammonia and natural gas
Industry-leading geothermal expertise enabled evaluation of countrywide geothermal potential to explore decarbonization pathways
Working together to abate emissions
Making better decisions faster
Improving performance in the oil and gas industry
Accelerating the transition to low-carbon energy