carbon capture and storage

The increase in CO2 emissions has been dramatic in the last few decades. A possible solution to this difficult and intractable problem can be adopting a circular carbon economy.

Using a carrot-and-stick approach, the US federal government is poised to spur the nation's oil and gas industry into doing more to combat emissions.

Supervised learning has many commercial applications; however, such learning lacks the capability to generate new insights and knowledge. In contrast, unsupervised learning discovers the inherent structures in unlabeled data, thereby helping generate new insights and actionable knowledge from large volumes of data.

Is seaweed farming a viable alternative to industrial-scale carbon capture and storage? This 3-year project off the coast of Norway aims to find out.

It's not just about how much resource is left in the ground. The world's super basins will also need ample access to renewable energy and carbon storage in order to remain competitive in the upcoming decades.

Partnerships flourish in offshore wind, while Equinor expands its renewables drive and solar companies in the US come together to shore up the supply chain ahead of increased demand.

Neptune Energy, ExxonMobil, Rosewood, and EBN have agreed to cooperate on the L10 Carbon Capture and Storage project in the Dutch North Sea.

The Mammoth project follows the company’s proven Orca model but will scale up the CO2 capture capacity to 36,000 tons per year.

The deal with Manulife gives Oxy unit 1PointFive access to 27,000 acres of subsurface pore space for carbon sequestration.

The new areas are expected to make a significant contribution to the government’s target of capturing and storing 20 million–30 million tonnes of carbon dioxide per year.