Carbon capture, use and storage (CCUS) projects saw the highest growth in the last year, according to the industry, international energy agency (IEA), directed to develop existing developments.
The most recent CCUS projects in the agency CCUS update covers progress from G1 to 2025, but in operation and project adult shows limited but limited gains.
Developments in the first quarter of 2024, the report, the global operational capacity for carbon dioxide and storage of carbon dioxide, reached 50 million tons before the previous year.
I progress until 2030 that the annual CO₂ seizure capability of the IEA can increase up to about 430 million tons based on the current project pipeline.
The warehouse capacity is also expected to increase to 670 million tons of up to 670 million tons.
Although these developments represent progress, the sector is not enough to place the sector in the middle of the middle of the medieval.
However, there are various areas of construction or the acceleration that start operating in different industries and regions, which began operating in different industries and regions.
The main trend defined in the findings of IEA’s findings is a rising to push progress projects in the pipeline, rather than initiates the new one.
In the early planning stages, projects accounted for the reduction of general planned potential, and 60% of the total pipeline of developed development or currently under construction.
If all construction projects are currently completed, if the existing global seizure is about twice.
This will mark the first such expansion since the beginning of the CCUS project base of IEA.
The number of newly used operating projects remained stable than the previous year.
In 2024, eight new ccus facilities began operating. However, most of them were caught or kept as a small scale, more than 5,000 CO₂ each year.
As a result, the total increase in operational capacity during the year was modest.
Point-Source Capture – This covers Co₂ waste from direct industrial and energy devices – continued to expand in a pace similar to recent years.
Natural gas refining facilities remain a basic source of operational seizure, continuing a historical example.
The report noted that this advantage is expected to be continuous in a short period of time managed in the short-term investment decision in the fluid natural gas sector in Indonesia.
Due to the lack of relatively high captivity and low costs, natural gas processing is likely to protect a significant part of the global potential.
Hydrogen production, direct air seizure and projects in other industrial sectors are more than half of the expected to operate until 2030.
IEA noted that several sectors who are not involved in the previous CCUs have made notable progress last year.
In the UK, the first natural gas power plant supplied to carbon seize, in 2024, the annual seizure of the final annual annual seizure was 2 million tons.
On the other hand, the Swedish, the largest co-removal project associated with the combined heat and power plant saw the same stage.
In addition, a Chinese plant became the first world to prevent waste from cement production.
Australia has launched the world’s first large-scale co₂ storage operation in the field of depleted gas. Kenya also began construction of a direct air capture pilot project with investment and forward purchase agreements for carbon loans.
Indonesia’s Tangguh Tangguh’s Natural Gas Processing site has a final approval for a large-scale CCU project, contributed to regional speed.
As these facilities progress, in 2025, including a large-scale Cement Factory, including a large-scale Certure Factory and more projects, including a direct air seizure plant in the United States, are expected to come online.
IEA notes that CCUS technologies are applied to new sectors, but there is a growing regional concentration.
Until 2030, 80% of the operation capacity, 80% of the operation by 2030 is located in North America or Europe, and more than 60% of the current.
This concentration raises questions about geographical capital in placing Cocus. The future direction of the sector can be developed at developing market players, supply chain pressures and growing demand from new industries.
In particular, the growth of data centers can show additional interest in the power solutions of low emissions.
IEA also stressed that in China and the Middle East, both the region and the obligations of CCUs. As the project progresses, the growing demand of retention technology and equipment can tension in existing supply networks, report warning.
“IEA, modest increase in ccus projects” was originally created and published Energy monitorA global brand.
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