Liverpool Bay carbon capture infrastructure reaches landmark milestone

Today the Department for Energy Security and Net Zero (DESNZ) published the Independent Review of Greenhouse Gas Removals (GGRs), chaired by Dr Alan Whitehead CBE. The review considers how GGR options – including large-scale power bioenergy with carbon capture and storage (BECCS), direct air carbon capture and storage (DACCS), and waste to energy with carbon capture and storage (WECCS) – can support the UK in meeting its net zero targets out to 2050.

Olivia Powis, CEO of the CCSA, said:

“Today?s publication of the Independent Review of Greenhouse Gas Removals marks a pivotal moment for the UK?s net zero transition. GGRs, including BECCS, DACCS, and WECCS, are essential technologies to remove residual emissions from hard-to-abate sectors, support industrial decarbonisation and maintain a reliable, low-carbon energy system.

The Review, led by Dr Alan Whitehead, provides a clear pathway to scale these solutions, and success will depend on finalising a credible GGR business model, enabling investment certainty and ensuring CO2 transport and storage infrastructure is in place.

The UK has a real opportunity to cement its position as a global leader in high-integrity carbon removals, thanks to its large CO2 storage capacity, existing CCUS infrastructure, advanced low-carbon technology expertise and a supportive policy and regulatory environment that can attract private investment and accelerate deployment.

We look forward to working with Government and industry to accelerate GGR deployment, helping the UK capture at least 5?Mtpa of engineered removals by 2030, rising to 23?Mtpa by 2035. This will support economic growth, energy security and help us to achieve our climate goals. With global demand for GGR credits growing – nearly 10?million purchased worldwide – the UK has a clear opportunity to lead in high-integrity carbon removals.?

CCSA Statement: CCUS Crucial to Delivering Grangemouth’s Low-Carbon Future

The recent publication of nine low-carbon and renewable options for Grangemouth marks an important step towards transforming the region into a green manufacturing hub.

With a £7.5 billion investment needed to transform the site, CCUS will be key to successfully delivering these projects – including the production of sustainable aviation fuel (SAF) and the development of green hydrogen facilities to support the UK’s net zero ambitions.

To ensure the success of these initiatives, the rapid deployment of CCUS technologies is vital. CCUS will play a crucial role in decarbonising industrial heartlands like Grangemouth, facilitating the transition of highly skilled jobs into the low-carbon economy. By leveraging the UK’s expertise from the North Sea oil and gas sector, we can solidify our position as a global leader in climate action.

Read our UK Director, Mark Sommerfeld’s, full statement below:

“We welcome publication of the nine low-carbon and renewable options for Grangemouth’s future. CCUS has an important role to play in the successful delivery of these projects. In order to decarbonise industrial heartlands like Grangemouth and transition highly skilled jobs into the low-carbon economy, it’s critical that capture projects are rolled out at speed.”

“This allows the UK to build on the expertise gained from North Sea oil and gas sector and secure the UK’s position as a global leader in climate action.”

CCSA outlines how CCUS will ensure a future resilient and sustainable holiday season

[London, 12 December] – The Carbon Capture and Storage Association (CCSA) is urging the UK Government to accelerate the deployment of Carbon Capture, Utilisation & Storage (CCUS) technologies to meet the growing demand for reliable, low-carbon energy, especially during critical periods like the festive season.

From Christmas lights decorating 150,000 miles of streets to the millions of turkeys roasting in ovens, the holidays place immense strain on the UK’s energy systems. On Christmas Day alone, the nation typically uses about 402 GWh of electricity—enough to light the Eiffel Tower for 50 years or power Tesla cars for 1.2 billion miles around the equator.

While renewables like wind and solar are essential, their intermittent nature poses challenges during peak demand.

CCUS offers a vital solution by ensuring dispatchable, low-carbon power when weather conditions are unfavourable for renewables. By capturing and storing carbon emissions from gas-fired power stations, CCUS complements renewable generation and provides a reliable energy backbone for the UK, keeping homes warm and lights shining during the holidays.

Beyond the grid, CCUS helps decarbonise hard-to-abate industries, supporting the production of goods vital to holiday traditions, from toys under the tree to food on our plates. By enabling the creation of low-carbon fertilisers, CCUS contributes to sustainable agriculture, ensuring we can continue to enjoy festive feasts without harming the planet.

CCUS for the festive period in 12 facts

As we look ahead to the future of CCUS, here are 12 facts that highlight the progress, potential, and promise of this critical technology.

One funding commitment of £21.7 billion is enabling the UK to establish its first CCUS Clusters.
Two projects reaching financial close – Net Zero Teesside Power (NZT Power) and the Northern Endurance Partnership (NEP).
£20- £30 billion of private investment is expected to flow into CCUS projects by 2030.
Four CCUS Clusters across Track-1 and Track-2 are planned, including committed funding for Track-1 clusters.
The UK has five years to achieve Clean Power by 2030 and transform its energy systems, and CCUS will play an important role in meeting this target.
The 6th Carbon Budget sets a target to reduce emissions, with CCUS playing a key role in this and upcoming carbon budgets. At COP29, the Prime Minister announced an updated target of 81% emissions reduction by 2035.
77,000 jobs will be created through CCUS projects, supporting economic growth and decarbonisation.
The 8.5 million tonnes of CO2 that HyNet and the East Coast Cluster (Track-1) are posed to capture –equivalent to taking nearly 4 million cars off the road.
£960 million had been originally allocated to the Green Industries Growth Accelerator to spur CCUS innovation and deployment.
There are 10.5 GW of Power CCS projects currently in the pipeline, reinforcing the UK’s clean energy ambitions.
11,000 additional direct jobs are projected in the greenhouse gas removal (GGR) sector.
Twelve CCUS Clusters are in various stages of development across the UK, ensuring a robust, nationwide impact.

Olivia Powis, CEO of the CCSA, said:

“At this time of year, it is easy to take for granted our power system as we focus on the festive period and presents under the Christmas tree. But with ambitious net zero targets, we need to change the way we use electricity and the products that we buy, including producing power and goods in a way that doesn’t result in more emissions with the help of CCUS. In the future, this important technology will play an critical role in bringing a low-carbon sparkle to Christmas.”

Notes to Editors

Press Pack: Infographics and an animation accompany the press release for use. Download the press pack here.

About the CCSA

CCUS, or Carbon Capture, Utilisation and Storage, is a key low carbon solution – vital to meeting the UK’s statutory Net Zero target at least cost. CCUS enables industrial decarbonisation as well as the production of clean power, clean products (such as cement and chemicals) and clean hydrogen – which can also be used to decarbonise industry. In addition, CCUS also enables greenhouse gas removal from the atmosphere through Direct Air Capture with Storage (DACS) or Bioenergy with CCS (BECCS).

The CCSA is the trade association accelerating the commercial deployment of CCUS, with offices in the UK and Belgium. We work with members, governments and other organisations to ensure CCUS is developed and deployed at the pace and scale necessary to meet net zero goals and deliver sustainable growth across regions and nations.

The CCSA currently has over 120 member companies who are active in exploring and developing different applications of carbon capture and removals, CO2 transportation by pipeline and ship, utilisation, geological storage, and other permanent storage solutions, end-users in the power, industry, waste management, fuels, and hydrogen production sectors, plus supply chain, engineering, construction and management, legal and financial consulting sectors.

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