1. Identify a resource, such as a textbook, reference book, or review article, on powder handling, solids handling, solid-liquid separations, or slurry handling. Skim through the reference to identify at least one section where the information is likely to be helpful for your team as they design process components that involve solids. Read through the section you identified. 2. Consider the unit operation(s) in your team's process where a chemical reaction is taking place. Note that chelation, the process of a chelator extracting and forming a complex with a metal ion, can be considered a chemical reaction. Describe the steps of that reaction (use the heterogeneous catalysis reaction in Chapter 22 as an example) that starts with the chemical species in bulk solution and accounts for mass transfer. Brainstorm what experimental data you would want to collect in the lab in order to understand the relative rates of mass transfer and chemical reaction. What parameters do you need to define to size the reaction vessel? Submit: 1. The bibliography entry for the reference that you identified in APA format 2. Three takeaways from the reference section that you read that your team should know about 3. Picture/diagram and chemical reaction equation for the chemical reaction you identified. (The chemical reaction equation may be generic if mixed species need to be represented.) 4. Description of one experiment that you would recommend doing to collect data needed for the reaction vessel design. Name at least one parameter that the experimental results would help define