Given the observed difference in CO2 uptake across the different batches of MOF (Figure ), we were interested to see whether there was a direct correlation with the resulting uptake in the subsequent porous liquid. Therefore, 5, 12.5, and 20 wt. % porous liquid samples incorporating two further batches of MOF with CO2 uptakes of 457 µmol/g (Figure -S12, Table ) and 277 µmol/g (Figure -S14, Table ) were investigated. As might be expected for a Type III porous liquid where the solid pore carrier is simply dispersed, there was a linear trend between the measured uptake in the solid MOF and the resulting uptake in the porous liquid under ambient conditions (Figure ). Similarly, the reduction in CO2 uptakes was consistent under UV irradiation across the different samples (Figure ).