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High-purity propionic acid can be obtained through separation and purification techniques such as distillation and crystallization. Propionic acid can then undergo further reactions like esterification and amidation to produce various propionic acid derivatives.
The synthesis route of propionic acid from propanol is relatively straightforward, featuring readily available raw materials and mild reaction conditions. However, practical production must also consider the process’s economic viability and environmental friendliness. Measures such as optimizing catalyst selection and adjusting reaction conditions can improve the yield and selectivity of the synthesis.
In summary, the synthesis of propionic acid from propanol primarily includes three steps: hydration of propylene to propanol, oxidation of propanol to propionaldehyde, and oxidation of propionaldehyde to propionic acid. This simple and feasible route is one of the common methods for producing propionic acid. With the continuous advancement of technology, further improvements and refinements to this synthesis route are expected, offering more efficient and environmentally friendly methods for propionic acid production.