Supporting information Facile Hydrolysis-Based Chemical Destruction of the Warfare Agents VX, GB and HD by Alumina-Supported Fluoride Reagents E. Gershonov, § I. Columbus § and Y. Zafrani* The Department of Organic Chemistry, Israel Institute for Biological Research, Ness-Ziona 74100, Israel E-mail: yossiz@iibr.gov.il ; § equal contribution Table of contents Figure S2. Selected 31 P MAS NMR spectra of adsorbed VX (5% wt) on KF/Al 2 O 3 (40, H 2 O, 160) using H 2 O (10%) as an additive. Figure S3. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on KF/Al 2 O 3 (20, H 2 O, 160) using H 2 O (5%) as an additive. Figure S4. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on KF/Al 2 O 3 (20, H 2 O, 160) using H 2 O (10%) as an additive. Figure S5. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on KF/Al 2 O 3 (10, H 2 O, 160) using H 2 O (5%) as an additive. Figure S6. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (10% wt) on KF/Al 2 O 3 (20, H 2 O, 160) using H 2 O (5%) as an additive. Figure S7. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on KF/Al 2 O 3 (40, MeOH, 160) using H 2 O (10%) as an additive. Figure S8. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on KF/Al 2 O 3 (40, MeOH, 160) using H 2 O (2%) as an additive. Figure S9. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on dry KF/Al 2 O 3 (40, MeOH, 160). Figure S10. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on AgF/KF/Al 2 O 3 (5, 35, H 2 O, 160) using H 2 O (10%) as an additive. Figure S11. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on AgF/KF/Al 2 O 3 (5, 35, H 2 O, 160) using H 2 O (2%) as an additive. Figure S12. Selected 31 P MAS NMR spectra and reaction profiles of adsorbed VX (5% wt) on dry AgF/KF/Al 2 O 3 (5, 35, H 2 O, 160). Figure S13. (a) 31 P MAS NMR spectrum of adsorbed GB (5% wt) on KF/Al 2 O 3 (20, H 2 O, 160) using H 2 O (5%) as an additive after 50 min. (b) 31 P NMR spectrum of GB (starting material). - 1 S -