Applicable scenario: cement kiln flue gas with high oxygen content, high dust load, and low CO₂ partial pressure.
Key highlight: the largest carbon capture installation in China’s cement industry, with core equipment supplied.
Applicable scenario: coal-fired power plant flue gas with high sulfur content and high humidity.
Key highlight: supply of pressure vessels.
Applicable scenario: multi-source flue gas integration in building materials plants (including lime kiln gas and dryer exhaust), with oxygen content of 6–10% and high dust concentration.
Key highlight: adoption of a combined solution of “enhanced mass transfer absorbent design + classical process configuration,” achieving a capture rate exceeding 97%.
Applicable scenario: ship exhaust gas with low CO₂ concentration and highly dynamic operating conditions.
Key highlight: three large-scale supplies of absorbents for marine carbon capture systems, tailored for space-constrained environments and fluctuating operating conditions, delivering stable capture efficiency.
Applicable scenario: CO₂-rich gas streams from steel plants containing sulfur compounds and oxidizing components.
Key highlight: a 150,000 t/y CO₂ capture process based on TONEXUS’s patented technology, featuring a functionally segmented system and optimized pretreatment design, reducing annual operating costs by approximately RMB 3.5 million while significantly improving project economics.
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