| Salt Palace Convention Center | Sun | Mon | Tue | Wed | Thu |
| Organometallic Synthesis | A | | A | | |
| Coordination Chemistry: Applications | A | | P | | |
| Computational Chemistry | A | | | | |
| Green Nanoscience** (COLL, POLY, and NANO) | A | | | | |
| F. Albert Cotton Award in Synthetic Inorganic Chemistry: Symposium in Honor of Kenneth D. Karlin | D | | D | | |
| ACS Award in Inorganic Chemistry: Symposium in Honor of Daniel G. Nocera: Multi-electron Redox Reactions: Where Transition Metals Reign | D | | | | |
| Chemistry of Materials | D | | | | |
| Inorganic Spectroscopy | D | | | | |
| Nanoscience: Characterization and Applications** (COLL, POLY, and NANO) | P | P | D | | |
| Organometallic Chemistry | P | | P | P | |
| Bioinorganic Chemistry: DNA and RNA | P | | | | |
| Main Group Chemistry | P | | | | |
| Bioinorganic Chemistry: DNA and RNA | E | | | | |
| Chemistry of Materials | E | | | | |
| Computational Chemistry | E | | | | |
| Coordination Chemistry: Synthesis | E | | | | |
| General Inorganic Chemistry | E | | | | |
| Organometallic Chemistry: Applications | E | | | | |
| ACS National Awards in Inorganic Chemistry: Plenary Session | | A | | | |
| Coordination Chemistry of NO and its Implication for Metabolism, Imaging and Toxicity | | P | A | A | |
| ACS Award for Distinguished Service in the Advancement of Inorganic Chemistry: Symposium in Honor of Alan H. Cowley | | P | D | | |
| Coordination Chemistry: Synthesis | | P | | A | |
| ACS Award in Inorganic Chemistry: Symposium in Honor of Daniel G. Nocera: Multi-electron Redox Reactions: Where Transition Metals Reign | | P | | | |
| ACS Award in Organometallic Chemistry: Symposium in Honor of Odile Eisenstein** (WCC) | | P | | | |
| Materials Synthesis | | P | | | |
| Organometallic Chemistry: Applications | | P | | | |
| Sci-Mix | | E | | | |
| Materials Applications | | | A | | |
| Undergraduate Research at the Frontiers of Inorganic Chemistry** (CHED) | | | D | A | |
| Capturing and Storing Solar: Inorganic Chemistry to the Rescue | | | D | D | |
| Inorganic Catalysts | | | P | D | |
| Coordination Chemistry of NO and its Implication for Metabolism, Imaging and Toxicity | | | E | | |
| Green Nanoscience** (COLL, POLY, and NANO) | | | E | | |
| Inorganic Spectroscopy | | | E | | |
| Main Group Chemistry | | | E | | |
| Materials Applications | | | E | | |
| Materials Synthesis | | | E | | |
| Nanoscience Synthesis** (COLL, POLY, and NANO) | | | E | | |
| Organometallic Chemistry | | | E | | |
| Organometallic Synthesis | | | E | | |
| Bioinorganic Chemistry: Enzymes | | | | D | |
| General Inorganic Chemistry | | | | D | |
| Coordination Chemistry of NO and its Implication for Metabolism, Imaging and Toxicity | | | | P | |
| Nanoscience Synthesis** (COLL, POLY, and NANO) | | | | P | |
| Bioinorganic Chemistry: Enzymes | | | | E | |
| Coordination Chemistry: Applications | | | | E | |
| Inorganic Catalysts | | | | E | |
| Nanoscience: Characterization and Applications** (COLL, POLY, and NANO) | | | | E | |
| Solid State Chemistry | | | | E | |
| Undergraduate Research at the Frontiers of Inorganic Chemistry** (CHED) | | | | E | |
Co-sponsored Symposia:
Selecting a co-sponsored symposia will take you outside of the current Committee, Secretariat or Division | |
| Nanotechnology and the Environment: Emphasis on Green Nanotechnology* (IEC) | D | | D | D | A |
| Green Chemistry* (YCC) | | A | | | |
| Applications in Nanoscience* (COLL) | | D | P | D | D |
| Naturally Nano* (CHED) | | | D | | |
| Geochemical Processes, Reactivity, and Applications of Manganese Oxides* (GEOC) | | | P | | D |
| Advances in Teaching Inorganic Chemistry* (CHED) | | | | P | |