Next, we employed text mining methods to further screen our CoRE MOF dataset for candidates that have not been studied for catalysis but are thermally stable. Of the 1,737 singlemetal activation-stable MOFs, 1,313 MOFs have downloadable manuscripts in our corpus curated from the CSD in prior work (Figure ). We built a list of catalysis-specific keywords and used keyword matching with the corresponding manuscripts to identify whether a MOF has been studied for catalysis (Supporting Information Table ). We ignored keyword matches that appear in the introduction section because authors typically highlight catalysis as a practical application for MOFs without studying the MOFs of interest for catalysis. For the introduction, we selected a cutoff of the first 25% of the manuscript, a heuristic chosen by trial and error (Figure ). We label a CoRE MOF as not used for catalysis if its manuscript has fewer than 3 keyword matches after the introduction (Figure and Supporting Information Table ). We identify 1,225 single-metal CoRE MOFs that have not been tested experimentally for catalysis despite being predicted or reported to have activation stability.