carbon capture and storage

An investment decision this year would sanction Norway’s first CO2 storage project. Phase 1 is expected to be operational in 2024.

Scientists have developed a new type of self-assembling silver membrane that could be used to capture carbon dioxide emissions before they have a chance to spread in the atmosphere.

There are numerous views of what the future energy landscape will look like in the next decade and beyond. When thinking about sources of primary energy, it is not a question of either/or, it is a question of what can reach scale fast enough to meet continued demand growth.

Salk’s Harnessing Plants Initiative will receive a $12.5 million gift from Hess to advance two projects to enhance plants’ natural ability to store carbon and mitigate the effects of climate change: the CO2 Removal on a Planetary Scale (CRoPS) program and the Coastal Plant Restoration (CPR) program.

BP, ENI, Equinor, Shell and Total to develop Net Zero Teesside Project. The project aims to capture 6 mtpa of CO2 emissions.

In the past, carbon capture and sequestration seemed to be going nowhere. Today, according to the Global CCS Institute, 19 large-scale commercial carbon capture and sequestration facilities are operating around the world, 10 of which are in the US.

Chevron Technology Ventures has joined a consortium in a $16-million investment in a company that provides portable carbon-capture technology.

A new study will identify the UK’s best sites and produce a roadmap for carbon storage to help the country reach its net zero targets, geologists say.

BP says it is firmly committed to achieving the ambitious target of net-zero greenhouse gas emissions over the next 30 years—even if that means producing less oil and gas.

Carbon storage is perhaps the only viable option for reducing carbon to the levels that many governments have agreed are important, and EOR is the only proven technology that can be made ready in the time and at the scale required to accomplish this reduction worldwide.