Carbon Capture Not Good Enough To Achieve Decarbonization

Carbon Capture Not Good Enough To Achieve Decarbonization
A new study reviewed 13 carbon capture projects – 55 percent of the total worldwide capacity – and found both the technology and regulatory framework wanting.

A new study by the Institute for Energy Economics and Financial Analysis (IEEFA) reviewed 13 carbon capture projects from around the world, accounting for around 55 percent of the total current operational capacity worldwide, and has found both the technology and regulatory framework wanting.

The carbon capture and storage as well as carbon capture utilization and storage projects stemmed from the natural gas, industrial, and power sectors, and were reviewed in terms of their history, economics, and performance.

IEEFA’s study found that Shute Creek in the U.S. underperformed its carbon capture capacity by around 36 percent over its lifetime, Boundary Dam in Canada by about 50 percent, and the Gorgon project off the coast of Western Australia by about 50 percent over its first five-year period.

Of the 13 large-scale projects, seven underperformed, one was questionable, and only two projects in the gas processing sector in Norway demonstrated what could be called a success, which was mostly due to the country’s unique regulatory environment for oil and gas companies. The power sector had the worst results, with two failings, and one that was mothballed. There is not one successful project in this sector.

Although there was some indication in the review that carbon capture technology might have a role to play in hard-to-abate sectors such as cement, fertilizers, and steel, overall results indicate a financial, technical, and emissions-reduction framework that continues to overstate and underperform.

The Australian government in August approved two new massive offshore greenhouse gas storage areas, saying CCS “has a vital role to play to help Australia meet its net-zero targets. Australia is ideally placed to become a world leader in this emerging industry.” However, carbon capture technology is not new and is not a climate solution. CCS has been around for decades, mostly serving the oil industry through enhanced oil recovery.

According to IEEFA, about nearly three-quarters of all CO2 captured annually by multi-billion-dollar CCUS facilities, roughly 28 million tons (MT) out of 39MT total capture capacity globally, is reinjected and sequestered in oil fields to push more oil out of the ground.

Many international bodies and national governments are relying on carbon capture in the fossil fuel sector to get to net-zero. IEEFA claimed that it was very unfortunate since ‘at this stage of the game, it simply won’t work.’

“The quick fix isn’t there without massive government investment and regulatory frameworks being established, and even then, fossil fuels will still be releasing more emissions than are being captured,” the Institute said.

The International Energy Agency says annual carbon capture capacity needs to increase to 1.6 billion tons of CO2 by 2030 to align with a net-zero by 2050 pathway.

“In addition to being wildly unrealistic as a climate solution, based on historical trajectories, much of this captured carbon will be used for enhanced oil recovery. At a local level, it is simply not possible to put CCS on domestic gas usage. The very concept of having CCS mechanism on your gas stove, hot water system, or heating is absurd.”

“Up to 90 percent of all emissions from gas usage occur when the gas is actually burnt. CCS is incapable of addressing the lion’s share of emissions that occur from natural gas usage. CCS technology has been going for 50 years and many projects have failed and continued to fail – like Western Australia’s Gorgon – with only a handful working.”

“History shows CCS projects have major financial and technological risks. Close to 90 percent of the proposed CCS capacity in the power sector has failed at the implementation stage or was suspended early — including Petra Nova and the Kemper coal gasification power plant in the U.S. Further, most projects have failed to operate at their theoretically designed capturing rates.”

“As a result, the 90 percent emission reduction target generally claimed by the industry has been unreachable in practice. Finding suitable storage sites and keeping it there is also a major challenge – the trapped CO2 underground needs monitoring for centuries to ensure it does not come back to the atmosphere,” IEEFA claimed.

The Institute added that safe storage locations must be identified, a long-term monitoring plan and compensation mechanism in case of failure developed, and that a CCS project must not promote enhanced oil recovery.

The IEEFA believes that avoiding project liability being handed over to taxpayers, as is currently the situation with Gorgon, large oil and gas companies mainly benefiting from CCS at their gas developments must be liable for any failure or leakage and monitoring costs of CCS projects, specifically if they get subsidies, grants, and tax credits for capturing the carbon. Also, it must not be used by governments to greenlight or extend the life of any type of fossil fuel asset as a climate solution.

“While more research could be done on CCS applications in industries where emissions are hard to abate such as, cement, as an interim partial solution to meeting net-zero targets, as a solution to tackling catastrophic rising emissions in its current framework, CCS is not a climate solution. Governments globally are looking for quick solutions to the current energy and ongoing climate crisis, but unwittingly latching onto CCS as a fix is problematic,” the IEEFA claimed in its report.

To contact the author, email

What do you think? We’d love to hear from you, join the conversation on the Rigzone Energy Network.

The Rigzone Energy Network is a new social experience created for you and all energy professionals to Speak Up about our industry, share knowledge, connect with peers and industry insiders and engage in a professional community that will empower your career in energy.

Most Popular Articles