SCOPE Project Publishes Groundbreaking Paper on CO2 Capture Modelling

Regressed CO2 solubility data and eNRTL model prediction for (a) 0.2 m PZ (b) 1.7 m PZ (c) 2 m PZ (d) 4 m PZ at different temperatures.

We are excited to announce the publication of our latest paper, Open Access, Thermodynamically Consistent, Electrolyte NRTL Model for Piperazine, AMP, Water, CO2 Systems on Aspen Plus. This study addresses a long-standing issue in CO2 capture technology by developing a robust, open-access model for CO2 absorption into piperazine-activated AMP solutions. This innovative model significantly enhances process modelling for amine-based CO2 capture systems, offering accurate predictions and comprehensive coverage across various concentrations, ratios, and temperatures. The model's thermodynamic consistency and validated predictions mark a major advancement in the field, supporting our mission to accelerate the decarbonisation of industry.