An important part of the global effort to curb emissions of carbon dioxide (CO 2) is development of technologies to capture CO 2, to design ways to store it, and to find beneficial ways to use it.

Capital Clean Energy Carriers (CCEC) announced the delivery of the first 22,000 cubic meters, cbm, low-pressure liquid CO2 carrier, the Active, ...

GCMD says emissions savings from onboard carbon capture could rise to 17.8% once early operational inefficiencies are addressed.

In early March, oil and gas firms Chevron and Talos Energy announced their intention to triple the size of the proposed Bayou Bend carbon capture and storage hub, which will collect and store ...

More than 200 kilometers off Norway’s coast in the North Sea sits the world’s first offshore carbon capture and storage project. Built in 1996, the Sleipner project strips carbon dioxide from natural ...

Congress wrote these programs in order to accelerate carbon capture and strengthen rural energy resilience, not to provide no ...

Explore the realities of carbon capture: how it works, its strengths, limitations, and whether it can truly help tackle ...

While most of the power industry might assume that momentum for carbon capture, utilization and storage is stalled, a closer look reveals that this may not be the case. Federal funding across the ...

Carbon capture, utilization and storage (CCUS) technologies make it possible to prevent up to 95% or more of a power plant’s carbon dioxide emissions from entering the atmosphere. The Inflation ...

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