Membrane technology improves CO2 capture efficiency and stability at high pressure and temperature, suggesting advancements in sustainable carbon capture.
selectivity, respectively, compared to the pure PIM-1. Furthermore, stability was demonstrated under high pressure (20 bar), elevated temperature (100 °C), and 120-day aging. This work provides a versatile strategy for designing stable, high-performance separation membranes for sustainable carbon capture.
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Yu et al. (2026) studied this question.
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