carbon capture and storage

The Norwegian energy company and the French utility say jointly developing low-carbon hydrogen will pave the way to achieving net-zero emissions in 2050.

Carbon capture, utilization, and storage can play a role in attaining net zero emissions, helping the planet achieve climate goals, and increase oil and gas production at the same time.

The US oil giant is launching a new business unit that will boost its ability to reduce its own greenhouse gas emissions along with those of other industries.

The energy transition is accelerating faster than any market observers have anticipated. Here, we highlight six opportunities in the oil and gas sector for oil and gas engineers to work on a cleaner future.

US taxpayers, investors, and the American energy sector applaud long-awaited, final regulations on the CCS tax credit. The final rules provide needed clarity on how to qualify for and use the credit.

The Great Plains Synfuels Plant in North Dakota has now captured 40 million metric tons of carbon dioxide, a milestone in the synthetic natural gas production facilities’ 20-year effort to lower the impacts of energy production.

The storage of CO2 under the seabed may add millions of tons per year to global carbon-capture totals. The finance and investment sectors are recognizing the value these projects may bring to portfolios aligned with achieving climate-change goals

The first seminar looks at carbon capture, utilization, and storage as a way to achieve net-zero emissions. The second looks at the Methane Guiding Principles and its efforts to address methane throughout the natural gas supply chain.

To reach their targets for carbon neutrality, many oil and gas producers are investing in other energy industries. This US company will instead get there by investing more in its oil fields.

As part of the agreement, Baker Hughes will accelerate the development of Compact Carbon Capture’s technology, aiming for global commercial deployment.