Thermo Fisher Scientific enables precision carbon capture monitoring using FTIR to support safe, scalable CCUS projects ...

Seaweeds are versatile algae. They are sources of food, medicine, and many other products, and they have the added benefit of ...

Carbon dioxide (CO2) solubility in aqueous systems is a pivotal parameter in fields ranging from carbon capture and storage to enhanced oil recovery. The interactions between CO2 and water, often ...

Oak Ridge National Laboratory scientist, Charles Seipp, is one of many working to find chemicals that capture carbon dioxide readily and release it with relatively ...

The Nobel Prize for Chemistry has awarded scientists for their work in metal-organic frameworks (MOFs), for their high capacity and selectivity for captured gases, including CO2. The CALF-20 MOF used ...

University of Alaska Fairbanks researchers visit a carbon capture facility. (University of Alaska Fairbanks photo) The Alaska Center for Energy and Power at the University of Alaska Fairbanks is ...

Explore the realities of carbon capture: how it works, its strengths, limitations, and whether it can truly help tackle climate change or is just expensive hype.

Carbon capture and storage (CCS) is no longer just a future concept but is becoming a practical solution helping companies to plan cleaner energy projects and meet climate and sustainability goals, a ...

An array of 12 cigar-shaped steel holding tanks connected to a sleek concrete dock is all that can be seen of Northern Lights, Europe’s newest carbon capture and storage (CCS) project. Pipes from the ...

Carbon capture just got cheaper and far more efficient. A team at the University of Houston has unveiled two major breakthroughs that could slash the cost of trapping harmful carbon emissions. The ...