This experimental setup evaluates the CO2 capture capacity of various solvents, including aqueous amine solutions and other organic-based solvents. It features a water-jacketed glass reactor that allows for temperature control ranging from 21°C to 200°C. The setup includes a gas mixer and in-line CO2 analyzers to accurately test both high- and low-CO2 concentration input streams, simulating conditions found in post-combustion processes and direct air capture (DAC) experiments. With our team’s expertise, we can provide insights into the physicochemical phenomena related to the CO2-amine reaction, including the capture mechanism and chemical stability. Additionally, we assess overall process performance through CO2 loading evaluations and energy consumption analyses.
Initially, our lab’s focus was on pioneering high-temperature, high-pressure fluid phase behavior and advanced EOR (Enhanced Oil Recovery) experiments, including PVT cells, slim-tube testing, coreflooding systems, and a state-of-the-art steam generator (2015 – 2017). Since then, we have expanded our horizons with innovative projects that have transformed our capabilities. Today, our lab is at the forefront of EOR technologies and carbon sequestration research, boasting unique expertise in CO2 capture, CO2 mineralization, high-pressure nanobubble technologies, geochemistry, electrochemistry, and ion separation.
