In cases where gas sources such as coal-fired flue gas and lime kiln gas have complex conditions with relatively high oxygen content, conventional absorption solvent are prone to degradation and failure, resulting in a large amount of disposable waste liquid. This significantly increases the operating costs of absorption solvent and the treatment costs of waste liquid.
Industries with high steam prices (> 200RMB/t), high energy consumption oftraditional absorption solvent (2.0t steam/t CO₂), and >70% of steam costs, eroding profits.
Higher amine escape and conventional absorption solvent operating losses in regeneration. Solvent costs increased significantly.
Through countless trials and tests, we have put an end to the industry's degradation problems! The antioxidant degradation ability of TX-1 absorption solvent is 20~300 times higher than that of MEA. It is not degraded by regular oxygenation, which is the exclusive core technology advantage.
TX-1 absorption solvent regenetion energy consumption 2.1GJ/t CO₂, which reaches the international advanced level.
This technology can effectively handle low-pressure, low-concentration (5-30%) CO₂ sources, such as cement kiln gas, steel mill blast furnace gas, power plant flue gas, and so on, enabling efficient capture and resource utilization.
Highly efficient absorption solvent: Fast absorption rate, high loading, lowest regeneration energy consumption in the industry (< 1.0 t steam/t CO₂).
Extreme energy-saving design: Proprietary heat exchanger (end temperature difference of only 5~7K) + Regenerative latent heat recovery + High-efficiency reboiler (efficiency increased by 10-20%), realizing efficient utilization of heat energy.
Emission Reduction Guarantee: Optimize the absorption solvent composition and gas-liquid separation process to significantly reduce fugitive; Two-stage alkaline washing tower to reduce the amount of waste liquid and reduce treatment costs.
Energy sector: Design of CO₂ mineralization for oil repulsion, fracturing, etc.
Chemical synthesis: Methanol/Acetic acid/Olefins/Methane/Carbonate
Industrial applications: Saline wastewater treatment (containing Nam Cl-, No3-), food-grade CO₂ (mature technology), utilization of inert protective gas (stirring bottom blowing, welding), etc.
Non-standard absorption towers, storage tanks, separators and other atmospheric pressure vessels.
Non-standard desorption towers, drying beds, rectification towers, heat exchangers and other medium and low pressure vessels.
TX-1a High-end absorption solvent;TX-1b Balanced absorption solvent; TX-1c Economy absorption solvent
TX-2 absorption solvent is customized and designed according to customer needs.
EPC turnkey one-stop delivery
Implemented 10,000-ton demonstration projects in coal-fired power plants, cement plants, etc.
A cement plant with an annual production capacity of 300,000 tons of CO₂ capture is used as a simulation (the specific benefits need to be measured according to the actual scheme and local policies, welcome contact us for a free proposal and precise analysis).
(Accounting for 69.8%)
(Accounting for 25.6%)
(Accounting for 4.6%)
(1.2 tons vs 2 tons of CO₂ per ton)
CCUS Equipment Production
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