Carbon capture and storage technologies 1
Efficient calcium recycling carbon capture adsorbent helps clean power generation, low consumption and decarbonization.
Type
Tags
Solution maturity
Early adoption / Process verification
Cooperation methods
Applicable industry
Applications
Key innovations
High-performance calcium recycling materials achieve ultra-low energy consumption (3-4%)CO2 capture and can be used in the front-rear combustion stages to significantly improve clean power generation efficiency.
Potential economic benefits
Significantly reduce carbon dioxide capture energy consumption and operating costs, improve power generation efficiency and competitiveness, and increase the benefits of carbon emissions trading.
Potential climate benefits
Efficiently capture carbon dioxide generated by power generation and directly and significantly reduce greenhouse gas emissions. Its extremely low energy consumption characteristics further enhance the benefits of carbon reduction and assist the transformation of clean energy.
Solution supplier
View more
International Technology Transfer Collaboration Network
The International Technology Transfer Cooperation Network connects global innovation resources and promotes the efficient transfer and application of cross-border technological achievements.
Shanghai，China
Solution details
Researchers at the University of Queensland have developed a suite of high-performance materials that utilize calcium recycling for clean power generation that collects carbon dioxide. Calcium recycling uses a reversible reaction between carbon dioxide and carbon dioxide to capture, store and release carbon dioxide. This new adsorbent can be used in the post-combustion stage or the pre-combustion stage of power generation and consumes extremely low total energy (estimated consumption in the early stage of 6% - 8% and as low as 3 - 4% in the later stage).
Last updated
11:48:11, Nov 04, 2025
Information contributed by
See original page on
Report