The following GCMC simulations, which covered a wide range of pressures, showed that VC uptakes at ppm concentrations are too low to be practically relevant for VC removal. In contrast, several zeolites showed substantial uptakes of TCE and PCE in the range of 0.1 to 10 ppm, indicating that they might be suitable adsorbents for the removal of trace amounts of these species. Among the frameworks studied, the 12MR zeolites EUO, IFR, and MTW would be of most interest for future experimental studies; however, these zeolites are, to the author's knowledge, not commercially available. Focusing on those zeolites that are actually marketed in high-silica form, BEA (available as zeolite beta, which shows stacking disorder of the beta layers ) and MOR (mordenite) appear as most promising choices. This finding is particularly relevant when considering that most previous experimental studies of CE adsorption have concentrated on MFI-and FAU-type zeolites. As shown for selected cases, a detailed analysis of simulation snapshots can provide insights into the role of host-guest and guest-guest interactions. Such insights can help to develop descriptors that may facilitate the identification of other zeolites (or related crystalline microporous materials) that should be of particular interest as adsorbents for CE removal. These could then be prioritized in future work.